HomeMy WebLinkAboutLIONS RIDGE FILING 1 BLOCK C LOT C11 VAIL RUN SPRINKLER SYSTEM LEGALro#N oFvarr- FrRE DEpARTMENT VAIL FIRE DEPARTMENT
75 S.FRONTAGEROAD
VAIL CO 81657
970-479-?135
Lot r 11 J pJ-.d^e io
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NOTE: TI-{IS PERMIT MUST BE POSTED ON TOBSITE AT ALL TIMES
SPRINKLERPERMIT Permit #:F02-0006
job Address: 1000 LIONS RIDGE LP VAIL
Location.....: VAIL RUN RESORT 1ST FR
Status . .
Applied.
Issued .
Expires.
Phone:
.: ISSUED.: 02/14/2AOz.: 03/04/2oDz.: 08/37/2002
ParcelNo...: 21031,210400L
Project No : {\('-
OWNER FLEISCHER, WILLIA.I4 I.
PO BOX 4000
VAIL CO
8155I
L,icense;
CONTRACTOR GRINNEIIL FIRE PROTECTION
6240 SMITH ROAD
DEN\TER, CO
8 0216
]-,icense: 560-S
APPLICANT GRTNNELI, FIRE PROTECTION
6240 SMITH ROAD
02/L4/2002
02/L4/2002 Phone: 303-355-0500
02/L4/2Oo2 Phone: .303-355-0500
' t0.00 Total Calculated Fees->
90.00 AdditionalFees-_->
$5,203.00 Total Permit Fee-__-->
Payments-->
BALANCE DUE__->
DENYER, CO
I02l_5
License: 550-S
Desciption: RELOCATE HEADS ON 1ST FLOOR/BASEMENT
NEWSYSTEMON FLOORSz-s
Valuation: $207,25.3.00
FEESUMMARY
Mechanical-->
Plan Check-->
lnvestigation->
Will Call--->
$4, 150 . 00 Restuarant Plan Review->
$1, 040 . 00 DRB Fee._-_.-_-->
$o . oo TOTAL FEES---->
$3.00
$s, 203 . 00
$5,203.00
$5,203.00
s0.00
ItEm: O51OO BUILDING DEPARTMENT
IIEM: 05600 FIRE DEPARTMSI{T
02/20/20O2 Mccee Action: AP
support
required density, coverag'e and number
2. Hose stream allowance on top floor
3. AIl existing portions of the fire
1. Hydraulic calculations must be provided
of sprinkler heads on upper floor (s) .
rnust be proven.
sprinkler system must be brought inEo compl i,
current code requirements.
4. Existing buildi.ng code deficiencies and co:rditions detrimental to the performa
system must be mitigated.
5. Permit. issuance does not relieve or abrogate the owner's responsibj.Iity to com
the
prtviously issued orders .
Cond: 12
(BI-,DG. ) : FIELD
CONDITION OF APPROVAL
INSPECTTONS ARE REQUTRED TO CHECK FOR CODE COMPI,IANCE.
DECLARATIONS
I hereby acknowledge that I have read this apptcation, filled out in fuIl the information required, completed an
accurate ptot plan, and state that all the information as required is correct. I agree to comply with the information and
plot plan, to comply with all Town ordinances and state lawt and to build this structure according to the towns zoninp
and subdivision codes, design review approved, Uniform Building Code and other ordinances of the Town applicable
thereto.
RXQUESTS FOR INSPECTION SHALL BE MADE TWENTY-FOUR
FROM 8:00 AM - 5 PM.
BauRtIlg BY TELEPHONE, AT 479-2135
- ct4'oA
CTOR FOR HIMSELF AND OWNEI
,'l
TVWNOFVIN
75 5. Frontage Rd.
Vail, Colorado 81
5;aio1#lffi
ude the Permit application will not be eccepted
Engine III (min)
mat
Registration form.
by a Registered Fire Protection Contractor.
H
A
Plans
Fire sprinkler shop drawings are required at tffina
oftolorado Plan
must be submitted
m{act fade County Assessors Office at 970-32g-56+O or viA WeAqle-eounU.com for Parcel #P"r.a:! nq*"A n "" Uag. p",
Job Address:l^q Uo^t5No6e LooA
Legal Description ll Lot: ll Btock: ll riting:Subdivision:
Owners Name:Address:Phone:
Engineer:Address:Phone:
Detailed Location of work: (i.e., floor, unit #, oldg. #) /
Ae.urra //cts 'nt l'|ftz,rz- oJ &oatarrr lnt"-gY'/Abq O^t Ftoott'a -.iDetailed description of work:
a \\
WorkClass: New( ) Addition( ) Remodet ( ) Repair( ) Retro-fit(d) Other( )
Typeof Bldg.: Single-family( ) Two-family( ) Multi-famityg! Commerc-t 1 ) Resraurant( ) Otherm
No. of Existing Dwelling Units in thy6uilding;No. of Accommodation Units in this buildino:
Does a Fire Alarm Exist: YeSffi No ( )Does a Fire Sprinkler System Exist: Yes ff) No ( )
e/05 /Al O(ool 4ilu'SLl 6eG
CoMPLETE VALUATIONS FOR ALARM PERMTT (Labor & Materiats)
Fire Sprinkler: $ AA7 2{
Fire Sprinkler Contractor:
e *tilevAa+llptl
Town of Vail Reo. No.Contact and Phone #'s:
ktll cZn,nl ?o,o - q4l- r*9b
Contractor Signature:
'=
j e e*uw no,ru. t/.h r.,2 ;;;;;.;;l- ' !4tq"---*
JDAltiF;,,,(rlS;'1 ffiIDATE ilur '-qgqr 4Er*
* * FOR OFFICE US E ON LY* o * * = * * i * *6i5rp+r11i:*j j ff**," * rr *'! * * *
i h *q.tr: ' jJ
Irc IFee: Acceffi |
;
F :/everyone/forms/sprkperm
/-
TWNffiYrn
75 S. Frontage Rd.
Colorado 81657
Building Permit #;
Alarm Permit#:
97 0 - 47 9 -2135 (I nepectionr)
shop drawings ar€at time of
O m*@nhct at9 or for #Plqell (Required if no bldg, Permit # is provided abore) e)A.3- El-4yi, -&L
Job Name: Vnil Rtn looAddress:/fid Lp*.+ bp, vh,l &ws
Legal Description t-ot: /o Block: (Filing: f Subdivision: ttir'tU e&
O.wners tlarneiffi ffi+;uffi ,o*.Rdoress:rcoz.6n5nr4€ try Wl6t'df Phone: 474- ldd,Vlt"fll,ifu##sftihc s#ffi#{ffiw&ffiT'Pnone:(flo)-,B-<ngc
Detailed Location of work: (i.e., floor, unit f,, bldg. #)
&xtn ent zilad,,,+" AilTlii " t' Z\
Detailed description ofltvork:
R<pbte . moi, a umde $re ahr,tt
"/Work Class: New ( )n#itton t I Rernodet( ) /nepair( ) nr#+i Xl 'ot", ( )"a
Typeof Eltlg.: Single-family( ) Two-famiry( ) Multi-family( ) Commercial(X R6hurant( ) Otherl I
lto. of B(isting Dwelling Units in this building:No. of Accommodation Unrts in this building: 5/l
Does a Fire Alarm Exist: Yes D4 No ( )Does a Fire Sprinkler System b<ist: Yes ( ) No ( )
application submittal and must include information listed on the Vail,
2nq page of tIE form. Application will not be accepted without thisrnro'"*onflol- b&qwlrs OfirE at 970-328-8640 or vieit W**.ffi*,,Iu.com for Partel #
CoMPLETE VATUATTONS FOR ArARM PERMTT (Labor & Matedals)
FireAfarm: $ lffi,W
,P
Fire Alarm Contractor:
4ure ffi4,ifffigg*to)erc6,ls-s'?s,
*i*****iir|}r*ri****r******rirri*rrii**TKtROFFICE USE ONLY*f**r**irr*r*r**rt******irrrr*******t
F:/everyone/f orm/d rmperm
RECEIVED
'i,,i' ir tl "tl,l-,,r
/
Sequence ofOperation:
In addition to the fire system matrix, the fire system will operate in accordance with
the following:
1. Removal of any initiating device will initiate a trouble signal to the fire control panel.
2. Removal of any notification device will initiate a trouble signal to the fue control
Panel'3. All trouble events will be recorded to the history buffer and printed on hard copy.
4. Linear beam detectors will be set to alarm verification. The delay time will be
3Oseconds for reset, plus 30 seconds for recalibration, plus seven seconds for a
second trip for a total elapsed time of 6Tseconds. This will be the delay time to
actuate the pressure fans and a general alarm,
5. Smoke detectors in the common areas of floors 1,2,3,4, and 5 are two count
detectors meaning two detectors must be tripped within the floor to actuate the
pressure fans and a general alarm.
6. Pressure fans will activate at specific timed intervals when a linear beam detector on
floors 2,3,4, or 5, is tripped into full alarm or common area smoke detectors on floors
| , 2, 3 , 4, or 5 are tripped into alarm.
7. The fire system will be set up for primmy and alternate floor recall. (see below for
details)
Fan Control Detail:
The fan control system will consist of manual switches located at the fire alarm control panel.
The switches will be a three-position switch consisting of ON, OFF, and AUTO positions.
With the switch in the OFF position the fans will not activate. With the switch in the ON position
the fans will be activated manually. With the switch in the auto position, control of the fans will
be given to the fire alarm control panel via addressable relays and timer relays.
The time delays for the fans are as follows:
Fan l- East basement 3sec.
Fan 2- First floor east side 6 sec.
Fan 3- First floornorth central 105 sec.
Fan 4- First floor lobby 22sec.
Fan 5- First floor west side 30sec.
Fan 6- East Roof no delaY
Fan 7- Central Roof no delay
Fan 8- West Roof no delaY
Schematics to follow later.
Elevator Control Detail:
The elevator control will be achieved using two. SD500 ARM's. The smoke detectors at each of
the elevator lobbies on the basement, 2nd, jto, 4*, and 5th floors and the elevator control room will
be mapped to the addressable relay module tied into the elevator primary recall. The smoke
detectii on the first floor elevator lobby will be mapped to the addressable relay module tied into
the elevator altemate recall. Note- the elevator is not capable of alternate recall at this time'
Schematics to follow later.
The elevator shaft vent will be controlled by one SD500 ARM. The smoke detector at the top of
the shaft will be mapped into this ARM module.
One 135 degree fixed temperafure heat detector will be provided for tie in to shunt trip breaker in
elevator control room,
o
Schedul
o
additional detectorsRevised Room Device
currently on plans
Room Number/Name
Bsmt wood shop
Bsmt gen. Rm
Bsmt NW storage
Bsmt north storage
Bsmt NE storage
Bsmt South storage
Bsmt SE storage
Bsmt wood storage
Retail #2
Retail #lD
200
201
202
203
210
2lt
205/6
221
222
2nd Floor SE Hall
300
301
302
303
310
311
312
3011
321
322
400
401
402
403
405
415
423
424
431
500
501
502
e: The followine is a list of to be installed not
Device
heat det.
heat det.
heat det.
heat det.
heat det.
heat det.
heat det.
heat det.
smoke det.
smoke det.
smoke det.d sounder base
smoke det.d sounder base
smoke det.d sounder base
smoke det.w/ sounder base
smoke det.d sounder base
smoke det.d sounder base
smoke det.d sounder base
smoke det.d sounder base
smoke det.d sounder base
smoke det.d sounder base
smoke det.w/ sounder base
smoke det.d sounder base
smoke det.d sounder base
smoke det.d sounder base
smoke det.wi sounder base
smoke det,d sounder base
smoke det.d sounder base
smoke det.d sounder base
smoke det.d sounder base
smoke det.d sounder base
smoke det.d sounder base
smoke det.d sounder base
smoke det.d sounder base
smoke det.# sounder base
smoke det.d sounder base
smoke det.d sotmder base
smoke det.# sounder base
smoke det.d sounder base
smoke det.w/ sounder base
smoke det.d sounder base
smoke det.w/ sounder base
smoke det.w/ sounder base
Quantity
1
1
I
I
I
1
1I
I
2
I
I
I
I
I
I
I
I
2
2
I
I
I
I
I
I
I
I
1
z
2
I
I
I
I
1
1
2
a
2
I
I
I
Revised Room Device Sc
Room Number/ Name
503
542
543
541
e: (cont.)
Device
smoke det.d sounder base
smoke det.d sounder base
smoke det.d sounder base
smoke det.il sounder base
o
hedul
Additional Changes: Change zno , 3'd,4th, and 5e floor central electrical room closet heat
detectors to smoke detectors.
Quantity
I
J
J
4
oo
.x
g
o
a
.g
t
E
l
STATE OF COLORADO
DIVISION OF FIRE SATETY
PLAN REGISTRATION FORM
Date-&:!2:! 3-ContractorRegistration Number dd *7
Contractors Name
I Lzn'a*,1-
(ff7.omn
City
MailingAddre"" 0A4O Sr"rr,- LA
Zip Code Aaxt +t
Telephone No.
Name
System Test
Signature
Certification No.(Certified Fire Suppression Inspector)
Jurisdiction
Comments
(for additional comments use separate sheet)
Distribution: Original copy goes to Division oI Fire Safety upon total completion of form. Copy to local fire department.
Copy to contractor and copy to building owner upon completion and sign-off.
-@ob
Vail Run Resort
1000 Lionsridee Loop
Vail. Colorado 81657
FOR
Fire Protection Sprinkler System
PRODUCT DATA
SUBMITTAL
SimplexGrinnell
6240 Smith Road
Denver, Colorado 80216
Section 1- Pipe Threaded Fittings, Grooved Products, & Hangers
Section 2- f irc Proteetion Valves, Alarm & Supenrisory Devicesn & General
Purpose Yalv. es
Section 3- Speciatty Items, Automatic Sprinklens, & Accessories
Section 4- Calculations
o
ir
!
f'
li
Q: I have always specilied (used) threaded schedule 40 flre protection systems. Why do I need to change?
A: In today's competitive market, using specially engineered pipe products provides you with an edge over the
competltion, wlthout sacrif icing the service life of ihe system. Ftoll grooved systems using Ultra Eddy or Eddy Flow
have better flow rates than schedule 40 systems. These pipe products are lighter, easier to work wilh, and In most
cases, they olfer longer service life. Bull Moose Tube can roll groove these products right off the mill, Why take
chances with the inconsistencies ol lhreading on-site?
Ql Why should I insist on FM approved and UL listed schedulq 10 and schedule 40 pipe?
Ar All pipe products are manufactured to meet one or more of ASTM standards. ASTM, however, does not have
representatlves out in the f ield to audit the pipe producers lo ensure that all aspects of the applicable specification
are being met. FM and UL,, on the other hand, have .representatives who go to the pipe mill to perform an audit. FM
approval and UL listing are two of the ways to ensure that the pipe being used meets all requirements of the
applicable ASTM specitication.
Q: Schedule 40 pipe, because ol its heavy wall, is the best pipe. Correct?
A: Not necessarily. While it is true that schedule 40 has the heaviesl wall of most pipe products used in the f lre
protection systems; the more important facl to consider is the wall thickness after tho fabricalion process. Most
lschedule 40 pipe is used in threaded systems, In certain sizes, the threading process can take the wall down to
lnout 35% of ths nominal wall. Since threads ars tapered, the first exposed thread outside a fittlng will be the
Jeakest link in the syst€m, causing failure due to rust.
Example:
1" schedule 40 plpe.
Nominal wall thickness: 0.133".
Walt thlckness at first exposed thread: 0.044' (33% of nominal wall)
Q: What benelit do I get by using a lightwall non-threadable pipe:
A: Non-threadable pipe has the same wall thickness lhroughout the system. No material is removed from the wall, as
is tha cass wiih threaded systems. In most cases, a roll grooved system using Ultra will have a longer life span than
a thread€d schedule 40 systom. In addition, roll grooved pipe olfers better hydraulics than Schedule 40.
Example:
1" BMT Ultra pipe.
Nomlnal wall thickness: 0.065"
Mlnimum wall thlckness: 0.05?"(compared to 0.044" for schedute 40).
ln thls case, BMT Ultra will have a longer theoretical life span than schedule 40t
(Continued)
1819 Clarkson Road
Cheslerfield, MO 63017
For addltional intormatlon,
contact your sale6person loday al
(800) 325-4467 or (636) 537-260c
ln the USA, or lrom Canada
oall (800) 882-4686
,@
auu- r"roose tuEE coMnANY fTil lu*a?-,nu*37"*uu
www.bul lmoosetube.com
A@.otpuny @
All InlormEtlon conlalned her€ln ls accumte a€ known
o
O: Besides a longer service life, what olher benefits can I expect from a roll grooved.system using a lightwall pipe?
A: Lightwall pipe, because of its larger inside diameter, offers better hydraulics. In most cases, ono can use, say, 2
yz^ BMT Eddy Flow instead of 3" schedule 40. Freight saving is another tangible benef it. A truck load of lightwall
pipe will have more feet compared to a truck load of schedule 40 pipe.
ExamPle:
Assuming T/L equals 44,000 lbs.
1 " schedule 40: wUft 1.679 lbs.
Total feet per T/L; 44,000/1.679 = 26206
1' BMT Ultra: wUft 0.868
Total feet per T/L: 44,000/0.868 = 50691
Moreover, lightwall pipe, because of its lighter wejght, is easier to work with.
ln summary, a roll grooved system can have a longer life span, will offer better hydraulics, is easier to work With, and
is cheaper to ship.
Q: Where would I go if lhave technical questions regarding Sprinkler pipe or its use?
A: Bull Moose Tube Company offers technical support to all of our cuslomers. Please call our technical support
department at 888-227-5430, or conlact us via the World Wide Web at techsupport@bullmoosetube.com
o
o
The Superior Alternative
Eddy Fast is a specially engineered pipe product
approved lo be used with Victaulic's@ FIT@ fittings.
Eddy Fast is a more substantial allornative for use
wiih FIT@ fittings. By not allowing any compromise
with these fittings, Bull Moose's Eddy Fast is simply
the right choice when your installation. calls for this
type of fitting. Bull Moose Eddy Fast is the only
sprinkler pipe product in the market that has been :
specilically engineered to be used exolusively with
FIT@. Make sure that you make the right choice and
choose the more substantial product, Eddy Fast. Thrs
product is FM approved. Please chick wlth
appropriate sources for up-to-date listings and
approval inf ormation.
As an added benef it, it is more economical to use than
schedule 10 due to reduced delivery costs and eas6
of handling. Furthermore, Eddy Fast,s larger lD
provides an opporlunity for downslzing and lurther
cost savings.
t
COMPARISON
Inside Diqmeter c,R.R.*
NPS
ln
OD
in
Eddy Fasi
ln
Sch'10
In
Sch40
in
Eddy Fast Schedule 40
1-1/4
1-1t2
2
1.660
1.900
2.375
1.514
1.734
2.209
1.442
1.682
2.157
1.380
1 .610
2.067
2.93
3.44
2.78
1.00
1.00
1.00
. Dual Cenifled to ASTM A135 and 4795.. FM approved 1or FIT@ tlttlngs lot use In wet systems.. Llghtwelght - saves shlpplng costs, and offerc easler handllng.. Floor stoak avallable ln 21 and 25 ft, lengths produced ln Masury, Olt.. Can be used tor wet
Fast can be hot dlpped galvanlzed to meet FME rcquhemont for dry systems.
a Fleglstered Tradamark of Vlotaulb Company of Ame ca
PIPE PREPARATION
For proper operation, all plpe surfacos should be cleanod prior lo Installation. In orderlo provi{e a l8ak-tlght ssat for tho ga6ket,
pips surfaces should be irse lrom indsnlatlons and projectlons from lhe and of th6 pipe to th6 groove. All looss paint, soals, dirt,
chips, greasg, and rust must bs removed prlor to installatlon. Failurs io lake thsss lmportant stsps may result in improper ooupling
ch6ck the manulacturer's lnstructlons tor the specific fittino used.
EIUlI M(]OSE TL,BE CG'MTTANY
1819 Clarkson Road
chesterfleld, Mo 63017
(800) 325.4467
FAX: (636) 537-2645
For addlilonal informatlon.
contact your salesparoon today al
(800) 325-4467 or (636) 537-2600
in the USA. or trom Canada
call (80o) 88?-4666www.bullmoosetube.com
6ffi@"ompany e*nait:tuj|o.q!u!l!sss!9lqb949![
Affi
All Inlormaion oontained hereln i. EoouGls as kno
o
The Superior Lightwall Threadable
Bull Moose Tube Eddylile is a lightwall threadable
pipe manufactured in NPS 1" through 2". Eddylitd is a
lruly unique product wiihin the fire protection ind'ustry.
This product has been engineered to ptovide lower
cost fire protection systems without compromising
service life, adequate wall thickness, or standard
outslde diameter.
Eddylite is manufactured to meet the requirements ol
ASTM A135 and 4795 specificalions, This pipe
product has been fully approved by Factory Mutual,
and listed by Underwriters Laboratories and Canadian
Underwriters Laboratories for use in fire protection
systems with a wofking pressure ol 300 psi or less.
Corrosion Resistance Ratio (CRR)
Advantages of Bull Moose Tube Eddylite
Standard outslde dlameter, unlike some other lighiwall lhreadable pipe products.
Lighter in weight than schedule 40.
Superior burst strength and corroslon resistance ratio compared to other tightwall threadable pipe producis.
Exceptionally slrong, meets or exceeds ASTM A135 minimum yield requirements.
Can be used with standard couplings, fittings, and valves.
Freight savings.
Lower sprinkler syslem costs without compromising service lile.
Better hydraulics .than schedule 40.
Wall thickness and Weight close to schedule 30; compare to other lightwall threadable products with wall
thickness less than schedule 101
BULL MC|OEE TUETEI CG,MNANY
A LITiES/ company
All lnfonnation contajned 5t99
.1819 Clarkson Road
Chesterlield, MO 63017
(800) 325-4467
FAX: (636) 537-2645
www.bullinoosetube.com
e-mail: info@-bul!-moo!9!ubg.cqlq
For addltional information,
contact your salesperson loday at
(800) 325-4467 or (636) 537-2600
in th6 USA. or lrom Canada
call (800) 882-4666
.@@A
Nominal
Pipe Size
(in)
Standard
o.D.
(in)
lnside
Dlameter
(in)
UL, QUL
Threaded
U L
Unthreaded
CUL
Unthreaded
1
1-114
1-112
2
1.315
1.660
1.900
2.375
1.093
1.438
1.672
2.147
0.74
0.48
o.47
0.38
13.20
8.48
7.36
5.96
0.72
0.60
0.60
0.50
61
37
37
37
o
The Superior Sprinlrler Pipe
Bull Moose Tube introduced Ultra Eddy in 1991. This versatile product can be roll grooved, welded, and used with
Pressfit- Products. Because of its special features, Bull Moose Tube's Ultra Eddy is fast becoming the product ot
choice as an alternative for schedule .|0. Presently, Ultra Eddy is the only pipe of its kind FM approved lor roll
grooving. Please check with appropriate sources for up-to-date listings and approval intormation.
COMPARISON
NPS
(in)
o.D.
{in)
Ultra Eddy
(in)
Sch. 10
(in)
Sch.40
fin)
Ultra Eddi
1
1-1/4
1-1t2
z
'1.315
1.660
1.900
2.375
1.201
1.546
1.786
2.261
1.097
1.442
1.682
2.157
1.049
1.380
1.610
2.067
2.17
1.39
1.1 1
0.90
1.00
1.00
1.00
1.00
Ratlo:- 1
l* - With a larger lD than other products on the market today,'ldraulics. This improvement allows lor downsizing within the system
savihgs.
Ultra Eddy offers substanlial improvements in
which offers the opportunity for addiiional cost
1.
2.
3,
4.
o.
6,
7.
8.
9..
Dual Cettifled to ASTM 4135 and 4795.
FM apryoved for roll groovlng and weldlng tor use in wet systems.
UL and CIJL listed for Jolnlng by welding or by llsted rubber gasketed flttlngs not uss tn wei, dry, preactlon, and
deluge type sprtnk,er sysferDs.
Llghtwelght - saves shlpptng cos/s, otterc easler handling.
Multidimensional: Can be used with a gchedule 5 apprcved rcll gtooved, welcllng and Presstlt" Producls tor
pressures up to 175 psi.
Designed to Generlc Schedula 5 toleranees lor easy inter-ahangeabltlty wlth all apryoved or llsted tittlngs.
Floor stock available h 21 and 25 lt, lengths produced in Trcnton, CA and Gemlcl, MO, Also can,ba ordercd in
custom lengths.
Can he $upplleal roll grooved ot ptaln en.l,
Can be used tor wet and dty systems*',
*- Ultra Eddy ean,ba lut dippad galvanlzed to maet FM's requirement tot dry systems.
PIPE PREPARATION
For propar operatlon, all plpe surfaoes should bo cleansd prior 1o installAtion. ln ordor to ptovide a loak:tighl seai for lho gaskst, plpe surfaces should be
free from indenktions and proipctions from the end ol the pha to the groove. All looss paint, scsle, dirt, chips, grea8e, and rust must bo removed prior
to installation. Fallure to take these important steps may result in improper ooupling assombly, causlng leakage, Also, check tho manufact(rer's
instructions lor the useo.
For additional informatlon.
contaci your salegperson today at
(800) 325-4467 or (636) 637-2600
in th6 USA or trom CanadaEULL MOOBE TUEIE EGIMF+NY
call (800) 882-4666
@,@AW
I
The Cost Effective Replacement for Schedule l0
Bealizing the growing need of fire protection systems
in commercial and residential construction, Bull
Moose Tube has added Eddy Flow to its
comprehensive line ol sprinkler pipe product$.
Eddy Flow is a specially engineered replacement for
schedule 10, ofiering betler f low characteristics while
providing design flexibility. This product is FM
approved, as well as UL and CUL listed for roll
grooving and welding. Please check with appropriate
sources for up-to-date listings and approval
inf ormation.
As an added benefit, it is more economlcal to use than
schedule 10 due to reduced delivery costs and ease
of handling. Furthermore, Eddy Flow's larger lD
provides an opportunity for downsizing and f urther
cost savings.
COMPARISON
Inside Diameter
NPS
(in)
o,D.
(in)
Eddy Flow
(ln)
Sch'. 10
(ln)
Sch.40
(in)
Eddy Flow $chedule 40
1-1t2
2
2-112
'J
A
1.900
2.375
2.87s
3.500
4.500
1.754
2.229
2.729
3.342
4.316
1.682
2.157
2.635
3.260
4.260
1.610
2.067
2.469
3.068
4.026
2.34
1.89
1.09
1.00
1.00
1.00
1.00
1.00
1.00
1.00
HAUO
Dual Certlfled to ASTM 4135 and A795.
FM epqoved {ot roll groovlng and weldlng fgr use ln wet systems.
UL anal CUL listed for lblnlng by welding or by llsted rubber gasketed fittlngs tor use ln wet" dry, prcactlon, and
deluge type swinqler systems.
Llghtwelght - saves Ehipplng costs, and otters easler handllng,
Can be usecl.wlth roll gtooved caupllngs or welded outlets lor pressurcs up to 175 psl.
Floor stock avallable In 21 and 25 ft. lengths produced ln Trenton (CA), Gerald (MO), and Masury (OH). A,lao can be
orclered in austom lengths,
Can be supplied ro grooved or plain end.
Can be used lor wet and dry''system6,
- Eddy Flow can ba hot dipped galvanlzad to meet FM's requltement for dty sy'tems.
. PIPE PREPAMTION
For propsr oporatlon, all pips surfaceE should be cleaned prlor to lnstallation. ln order to provide a leak-tight seat lor the ga6ket, plpe surlaoes bhould be
tree from indentations and prdections from the end ol the plpe to lhe-groove. All loose paint, soale, dlrt, ohlps, grease, and fust rnust bo removed prior
lo Installation. Failure to taks !hs6e imporlant steps may r6sult In lmproper coupling aesembly, causing leakage. Also, oheok th8 manufacturor's
instructions for tha soeciflo flttlno usod.
E ULL M('c'SE TUE E G'OMTANY
1819 Clarkson Road
Chsstsrfield, MO 03017
(eoo) 325-4467
FAX: (636) 537-?645
For addltlonal Informatlon.
contact your salesperson today at
(800) 325-4487 or (636) 537-2600
In the USA, or irom Canada
call (800) 882-4666
@.@
www.bullmoosetube.com
A@-ffiffi.o,npuny ru
Alt lntormalion oonlaingd hsroln ls actufalg 9s kno
A Lightweight Schedule 40 Replacement Pipe
That Has a Corrosion Resistance Ratio of 1.0
Bull Moose Tube Company has been making pipe lor a long time and is recognized as a
producis. Eddythread 40 is d€signed with the same thoroughness as our other fine pipe
customer$ have an option to buy a carelully designed replacement lor Schedule 40 that:
producer of quality pipe
products and now our
a
a
?
a
a
t
a
Has a Corrosion Besistance Ratio of 1.0
Has No Thread Warning
Has a Pressure Rating ol 300 psi
ls Lighter Weight Than Schedule 40
ls Approved by Factory Mutual and Listed by Underwriters Laboratories
ls Produced in Accordance 1o ASTM A-135 and 4-795
Can bb Used With Standard Schedule 40 Threaded Fittlngs,
Couplings and Valves
ls Produced From Steel With Excellenl Properties of
Strength and Threadability
Can be Used in Wet, Dry, Preaction, and Deluge Type Sprinkler Systems.
Oflers Lower Freight Costs
- Not FM Approved for dry systems.
a
a
@A
Alllnlolfat|onconlainedherelniraccurai6a3knownAt|h6tlmEolDubllcallon.Bd|MooseTub€lessn/osthodghttochangE
\^, (B0o) 325-4467BULL M(,(f€TE TUE.E OOI\,I'qA'I - ' FAX: (636) 537-2645
1819 Clarkson Road
Chesterfield, MO 63017
For addltional infoffxation,
contact your salosperson today at
(Bo0) 325.4467 or (636) 537-2600
In the USA. or lrom Ganada
call (800) 882-4666www,bullmoosetubo.com
A@@companv fu
EDDYTHREAD 40 SPECIFICATIONS
Nominal
Pipe $ize (in)
Weight
Lb./Fr
t.D.
(in)
Bundle
Size
314
1
1-1 t4
1-1t2
2
1.087
1.600
2.1 39
2.562
3.364
0.856
1,090
1.425
1.655
2.124
ot
61
37
Q7
37
CORROSION RESISTANCE RATIOS
Nomlnal
Pipe Size (in)
Sch. 40 EDDYTHREAD 40 EDDYLITE
I
1-1 t4
1-',t/2
2
1.00
1.00
1.00
1.00
1.00
1.00
1.00
1.00
0.74
4.48
0.47
0.38
xi[:IBLT"O Cama'nized and Black Lightwall Threadable Pipe
The oilglnal "Galvanhed' and "Black' Thradable Lfllttwarl pipas with exceptlonal hydrautics atd ecommy,
)(L@/BLI@'s proven hYdraulic
advantage and lighter weight adds valuo
to any systom. When you need a proven
sprinkler pipe, specify )O/BLT.
XLIBLT pipe are an exceptionally
strong steel sprinkler pipe of the class
generally known as *lightwall
threadable pipe". Its wall thickness is
less than that of Sch40 or Soh-10, but
the cold forming process undergone in
manufaoturing gives XL/BLT PiPe
mechanical strength characteristics
equivalent to those required for Sch40.
It is designed for use in wet, dry,
preaction and deluge systems. XL/BLT
can be joinod with threaded couplings
(when in accordance with ANSI
B 1 .20. 1 ), roll grooved or plain-end
couplings, or welded joints.
)fi-/ BLT prcducts have metallurgical
properties which provide exoellent
fabrication characteristics for end prep
finisheg welding and roll grooving. No
special process or equipment are needed
for fabricatio,n and installation.
XL is manufactured with galvanized
coating.
BLT is black lacquer coated.
The internal surface ofall black Allied
lhbe & Conduit Fire Sprinkler pipe
products up ta 4.5000" if, didneter is
coaled with our new Antibacterial
Formula "ABF". In scientific laboratory
test, ABS provod to have suPerior
resistance to miclobial colonization of
pipe walls, thereby delaying or possibly
preventing tl]e onset of
MicrobiologicalJy Influenced corrosion
(MIC) when the First Sprinkler Systern
is first installed.
]{FS ll0minal1.0. Wl. M. (fl20 flll6dl
ln; mn ln; mm Lbsm; Kg/m Lbs/Ft Kglm
wui (24') $ruun (25')
Lbs: Kg Lbs: Kg
Porl
Lift
wl/tifi {211
Lbs; Kg
1',
zt
1.13
t.8
1.61
2.40
'1.104
28.0
91
9l
2,333
1,060
2,667
1,211
2,570
1,228
1W
32
1.452
36.9
1.46
2.3
2.25
3.35
2,019
917
2,307
1,M8
2,226
1,058
DI
ot
lW
40
1.687
42.8
I./O
2.8
2.84
4.23
2,409
t,{N4
2,753
1,250
2,684
1,294
61
61
.),
JU
3,060
t39A
30
30
2W
65
2.154
54.7
2.35
3.7
4.06
6.04
1,959
890
2,235
1,017
2,173
1,041
2.581 4.08
6.05
6.34
9.45
2,571 2,S39
1,168 1,33s
3'.
80
3.200
81.2
5.01
7.4:j
8.49
12.7
2,285
1,038
2,380
1,081
19 1,999
t9 908
* XL only
)O/BLT pipe is nranufachrred to meet
ASTM A-135, Gmde A for firo
sprinkler applications up to 300 psi
working pressure.
@@@
Llsted Approved Listed
It is UL listed for wet, dry, preaction
and deluge systems, and FM approved
for wet sprinkler systems. XL,IBLT is
ULC listed for wet, dry and preaotion
systems. All threaded and rvelded
fittings are approved in accordance witi
NFPA 13.
FM requires 12'maximum hanger
spacing for XIIBLL C-Factors for XLl
BLT are 120 for wet systems, and
C=100 for dry systems. Refer to Flazen-
Williams charts for accurate flow
comparisons.
16100 S. Lalhrop . Harvey, lL 60426
11350 Norcom Rd. . Philadelphia, PA 19154
2525 N. 27 th Ave. . Phoenix, AZ 85009
)C/BLI pipe offers the maximum
hydraulic advantage of any availablo
tlneadable sprinkler pipe. Its fuBide
diameter is up to 5% largor than Sch-10.
The use of XL/BLT in conjunction with
Dyna-Flow pipe, can dramatically
improve the flow charaoteristios,
thereby increasing the potential for
*downsizingi' system components.
The clean surface quality of)(LIBLT is
readily paintable. The lighter u.eight of
)O/BLT is a distinct advantage for
reho-fit iDstallations and can also
reduce labor costs.
Customer Service:
(800) 882-5543
Fax 708-339-1806
ttlcaf no*contor O Ollied
TUBE & CONDUII
s4-3
Dyna-Flow@
O High Strength Steel Pipe
The origlnal hi9trctrength llghtwall sprinkler pipe wlth hydraulles supeilor to SchedulaTO.
llPS ll0mi0il l.D. ull. Sl.(H20tlllaill PE$ alulnF) t{vtllt(24') ulUtlll(25'l
ln: mm ln; nn Lbs/Ft KUm Us/Ft: KNm Lift Lbs; Kg Lbs; Kg Lbs: Kg
1"
25
1.191
en ,1
0.830 1,812
8A
1,888
856
1.31 91 1,586
1.95 91 719
t/1
32
I.3JO
39.0
1.059
1.6
1.87
t7n
i EAN
703
1,615
735
61 1,356
61 615
1.728
43.9
1.667
2.5
2,440
1107
2,542
1153
2]1 61 2,135
4.03 61 968
lvr'
40
2.104
3.1
1,868
847
1,946
883
37 .1,6ir4
37 741
2" 2.203
50 56_0
3.79
5.64
2.703
68.7
1,846
837
1,923
872
zYr"
oa
2.564 5.10
3.8 7.59
30 1,615
30 733
3.314
84.2
1,608
729
J.JO/3'
80
7.18
10.69
1,544
7m
19 1,351
19 613
4.310
109.5
4.473 2,124
96390
10.86
16.16
19
19
1,784
809
2,039
925
Dyna-Flo#Super Flo pipe is manufao-
tured to meet ASTM A-795 Type E,
Grads A and is in compliance with
NFPA-I3 and NFPA-l4. All sizes of
Dyna FlodSuper Flo are UL Liste4 FM
Approved and tlLC Listed.
@@@
Listed Approved Listed
Dyna-FlodSuper Flo is IILIULC Listed
for use with roll grooved, piain-end
couplings, and welded joints for wet, dry,
preaction and deluge systems. It is FM
Approved for roll grooved plain-end, and
welded joints' for wet systems. Refer to
appropriate documentation for up-to-date
listing and approval inforrnation. Dyna-
FlodSuper Flo is now available "hot-
dip" galvanized and has been specifically
approved by FM for dry systems uses.
Dyna-Flow pipe.is the "original" high-
strength lightwall sprinkJer pipe. Dyna-
' Flow has outsanding hydraulic
capabilities and is recogrized as the
most popular alternative to Schedule-10
pipe. Lightweight, easy to cut and easy
to handle for installation. Dyna-Flow is a
valuable addition to any fire protection
With an inside diameter of up to I 1%
larger than Schedule-40 and up to ?%
larger than Schedule-IO, Dyna-Flow
pipe hydraulics are exceptional. Larger
I.D.s enable Dyna-Fiow, and related
components, to be down-sized within the
system, thus increasing the potential for
job cost savings. For oomplete Hazen-
Williams charts, refer to "Dyna-Flow
Hydraulic Data Tables."
Dyna-Flow products are coated with
an environmentally approved and
specially formulated modified-aorylic or
water-based coating. This durable coating
is paintable. The black coating acts as
an excellent primer and is resistant to
weathering and U.V. degradation fiom
outdoor storagg.
Metallurgical properties provide exceilent
fabrication characteristics for end prep
finishes, welding and roll grooving.
There is no special process or equipmenl
needed for fabrication and installation.
The internal surface ofall black Allied
Tube & Conduit Fire SPrinkler PiPe
produots up to 4-5000' in diameter is
coated with our new Antibacterial
Formula, "ABF". In scientifc laboratory
test, ABS proved to have superior
resistance to microbial colonization of
pipe walls, thereby delaying or possibly
prwonting the onset of Microbiologically
Influenced corosion (MIC) when the
First Sprilkler System i8 first installed.
. Lightweigbt and easy to install,
resulting in more efficient use of your
freight and labor dollars.
. Provides stability needed to comply
with standard hanger spacing
(15 ft O.C.) per NFPA.
. Available in Standard lengths for your
conveuience, cr can be ordered in
custom lengths upon approvai.
. Fast cutting and welding, as well as
easy roll grooving and end preparation.
. Available in Faotory roll grooved form
for quicker shop tumaround.
. Clean, durable mill coating provides
loager "shelf life" and acts as aa
er<cellent primer for oustom paint
applications.
xllEdf no*controt Q Olligd 16100 S. Lathrop . Harvey, lL 60426
11350 Norcom Rd.. Philadelphia, PA 19154
2525 N. 27lh Ave. . Phoenix, AZ 85009
Customer Service:
(800) 882-5543
Fax 70&339-1806
sysrem.
TUBE & CONDUIT
s2-3
I Threaded Fittings- Ductile lron
ANSI 816.3
Manufactured by: Central Grooved Piping Products, Inc. a subsidiary of
Central Sprinkler Company
;
I
451 North Cannon Avenue, Lansdale, Pennsylvania
EIll#,Ti,* Frechnicar ffnstallation
;
-I'r
t
t
I
I
t
Central Ductile lron threaded fittings
conform to ANSI 816.3 and are
higher in strength and more corrosion
resistant than cast iron fiftings. The
additional strength is provided by the
ductile properties making up the
fitting. This is accomplished by
adding magnesium while the iron is
being poured into its final cast shape.
This provides an advantage aa the
fittings are not as susceptible to
leaks or cracking and they are also
lighter than standard cast iron.
Caution: Installers who have not
used ductile iron threaded fittings
before should be instructed that
the. fitting is stronger than the pipe
and over-tightening the fitting can
create leaks and cause damage to
pipe threads. ln general, there is
about one-half a turn difference
between cast i.on and ductile iron
fltlings. Apply Teflon tape or high
quallty pipe joinl compound on tho
pipe threads and tighten two to
three turns beyond hand tight. lf
you are using an automatic make-
on machine, please exercise
cautlon In setting your machine to
the proper parameters prior to
tightening fittings onto the male
pipe threads.
Model: 811, 812; 813, 814, 815, 816,
817, 818, 820, 825, 8258,
827,830,719
Style: Elbows, Tees, Unions, Caps,
Extension Pieces, Bushings,
Couplings and Plugs
Wrench: Standard Pipe Wrench
Thread: N.P.T.
Material: Ductile lron
Maximum Working Pressure: 300 psi
Weight See Chart
HApprouals
Approvals: U.L., U.L.C., F.M.
(See Central Grooved eubmitfa,l
sheet for exact Lisling/Approval
infomation,)
Apply Teflon tape or high quality pipe
joint compound on the pipe threads
and tighten two to three turns beyond
hand tight.
[o. 21.3.O
Cential Groowed ilo. 9-l.o
f*-1a r{,+1,
/ ?l rtr't
Tr==-l=-r I I
90o Elbor,Y
Model811
90o Reducing
Elbow
Mod€l 812
,{5o Elbow - fiodel 0'13
90" Elbow - Model 8'11
Size A B Pa.t #(lbs.)
Eox
atv.
11lo 86206 .24 240
3h 1916 3h 86205 .40 120
1 ltlz 86200 .64 70
1It 1th 86201 .95 40
1'tz lnht laha 86202 1.24
21lt 11lz 86203 1.74 20
21lt 211lra l r/.86204 3.28 10
F-e-lL--17/'l--4--+ |n t---tiTTlll .'.u+i'--t---t I I
45" Elbovv
Model 813
- model 812
Slze A B c D Part #
wl.
Lbs.
Box
Qtv.
3hx1tz lxho 1s/ra 86342 .33 160
1x1lz 11lt 13lt 86210 .44 110
1 x3ll 1th 1r I'o 8621r 90
11lt \1la 16/*11lt 86212 .64
11le xlt 17ho lsla llr 11l.l 86213 .75 OU
1rhx1 1ei."1r1/ra 1 86214
11lz xtlt 11lz 'l3lt 13l:l 86221 .95 45
11hx1 15la 1131
'a
1!a 86215 .99 40
11,h x '11L 113fi0 17la 1\I 19"86216 1 .14 35
2 x.h 15la 1151t 13/r 86217 1.39 30
2x1 13lt 2tlr 2 1tl:a 8A218 1 .58 25
2 x 11lz 111 lrl*a6220 't .67
21le x 2 25h ltlt lrla 86262 3.01 157
Size A B Part #
wt.
{lbs.)
Box
Otv.'
86780 .n 250
1 86781 150
1 11la 86280 .48 90
1It 15ln ula 8628'1 .73 50
11lz 171$86282 95
1n ha 86283 18
2Iz 115/re 86742 2.70 12
Tee - Model 8'l 4
Size A B Part #
wt.
0bs.)
Box
atv.
11ls 86340 150
3h 151rc 86341 .50 90
1 11lz 86230 .85 60
11le 13lt 1'ha 86231 1.30 .tt
11h 1151n 13he 86232 '1.63 24
11lz 86233 2.63 12
21lz lthc 86234 4.55 I
8t
o
f fr';-l---i=l I
d fTi-LdI I'i'-F+Ii-\+i --1+I l{i lil| .rJ-.I_lLti--.r---il
Ductite lron Tee - ReducinTee - Reducinq - itodel 815
Size A B c D E F Part #
wt
Lbs.
Box
qrv.
3hx xl*x1lz 13ha 131 11t.6h 86235 .46 95
3hx 3lex 1 1t ht 13h ,|e 86755 .68 oc
1 xllzx 1 11lz 13la 11lz t3lu 1s/'"86236 7n
1 xshx!z 11h 13/rc 13h 86756 .63 80
1 x ?rx 3/r 13A 1'hn ltls ffi757 .68 65
1xzhx1 11lz 11ha 11h r!rt 86237 55
1x1x'1,11t.1,1,13h 86238 .66
1x1x3h 13h 1rh zls 86239 OU
1x1x11la l'/,u 1111r l ele 1 1 '1"86240 .97 45
1x1 x11lz | 13/rr 11tl'1.h 11ta 1'ta th E624'l 't.14 JC
11lt x1x1lt t9re 11!t lsh6 e/rr 1 86242 .81
11lt x 1 xxh 11hc 13h 15lr 3h 1tl.a 8624n .90 5U
1lhx1x1 1el's 11lz 86244 1.03 45
1rhx1x1rl.13h 1111t 1eh 11!s I 11ha 86245 1.10 40
11h x 1 x11lz 17h 1131:r.lrtht 13l.a 1!a ltha ?s.246 1.43 30
11L x 11h xllz 13h 13la leha 1r Ita ffi247 .87 45
11lt x 11h x3la 11hc 1.h 3h !,1'hc 86248 .96 45
11h x lrle x1 1sh"lshe 111h6 86249 1.10 40
11h xlrh x1llz 17ls 17h 113ha 11sh 86250 1.50 30
l1lt xlth x2 21h 21h 'ltl,o fh ltlt 86251 2.00 24
11lz X1 x llz 1r hu 16l.'11'hs 11h 86252 .97 40
11lz x 1 x3l,1'tz 13h 13h 131$86253 1.14 40
11lz x1 x1 15h 11lz '11!t 1Vs 862$1.14 30
11lz x 1 x11lz 11s/'"11I'1181"131*11!a 131$86255 1.52 30
11lz x 11h xllz 15/rt 111h.5lt 1lc 86257 1.03 40
1r/zx11I*xr[11lz 1?Ao 13/.13r$86258 1.10 40
1112x11hx1 15lN lel:l 'l13lr ,Ia 1la 86259 '1.31 30
1Izx11l,x2 23hc 2tta 2 ltha tr11-11L 86260 1.94 20
11lz x 11lz x1h 17l
'u
17ln 111ha 1,h 8626',t 1-14 35
11lz X lllzxtlt ll/z ltlz 13h th 1llr 86262 1.23 35
1|tz x 11tzx 1 13h 1'h 113ha 11h 86263 1.38 30
1lhx11lzx1It 113t,11lt 11llr 13/rr 86264 1.50 30
11lz x 11lzx2 ?,ha 23ln 2 1tl n l lra 11lt 86265 2.00 20
2x1x2 2tll 11lz 15hu 11lz 86266 2.18 15
2x11h x2 21lt 2lt 11lz lrha 'l1lz 86267 2.31 'tc
2 x lllzxrh 11h 1rl 31l.lrht 86268 1.50 30
2 x 11h xslt 1516 11lz 116,/'r 13la 86269 1.61 25
?x1!lzx1 13h 1'h 15ls 8627 0 1.65 20
2x11lzx11lt 21ha 1151.'?Fhs 15l.f ltl,s lrlG 86212
2x11lzx2 23lx 21h 11lz 11n 11lt 86273 2.37 15
2x2 xllz 111,11h 17h 16ha 86222 1.50 30
2 x2 x1t 1th 'l'ta 1lslta 13h 86?93 1.67
2xZx1 13lt 13lt 2 1 I 151$86224 1.91 20
2x2x11h 11h 1th 21h 11ta 11k lrhe 86225 2.05 20
?x2 x 11la 2 2 1,h 11la 11lz 86226 2.11 15
2x2 x21lt 25h th 23k 13lt 17h 17ha 86227 3.67 10
21lzx2x'le 13h 'l5lt 25lr 7lt 1%86274 2-22 .tc
- Model 816
Slze A B Part #tYrEltqfi
WL
(lbs.l
Box
aty.
1x1lz 86228 11h .38 200
1x3h 13t.86229 11lz .53 1'10
rr-tt-T
^
r-l=<::;:-l Irr +r I)i
-- r- i "-1---'i | |L--r------{rr
Reducing Coupling
Model 816
r_t=)_I t--'-i"- , I Affi-L
I
cap
Mod6l 820
Cross - Model 817
Size A B c D Part #
wt.
{lbs.)
Box
Qtv.
1 ltlz 11lz a6284 .97 45
111,13lt 131.+11,/re 86285 1.59 25
11lz 115/'.1151'u 1V1.13lte 86286 1.89 20
2 21t.11lz 11t,86287 10
111, xl1lnx1 x 1 1111.l'lellr 71"8628S 1.25 30
111"x'l1lzx1x1 'l1el ra 13lo 'l1l'e 1161-86322 1.48 24
2x2x1 2 13lt 111,86291 2.64 10
- Model 818
Size A B Part #Wrench
WL
(lbs.)
Box
oty.
1V,72779 1tls .18 360
16la 72778 1xh ,zo 200
1 1311 3h 72755 lt1l,t .44 110
11h 72754 2 .54 75
11lz 23lll.72753 21h .71 60
2 25h 11la 72752 Tl.1.15 30
2tlz 72754 33/a 2.29 18
- Model 820
Size A Part #
wt.
(lbs.)
Box
atv.
7lu 72176 500
3h 72777 .n 300
1 lxha 72824 .33 180
11lt 15ha 72756 ,o+110
11lz 13h 72822 .68 80
72823 .96 45
13h 72825 1.80 25
F:-:1-I _:ffi|I -]\llJU
It_A____l
Ext3nsion Piece
Model 825 & 8258
__r,rirtll r-T-l--T-]lI | 'r i ' rt-a.rj_tJ_L
Braas Seat Ductile
Iron Union
Model 830
Hex Eushlng
Model 827
Ductile lron Plug
Model 719
Extension Piece - Modsl 825
Size A Part #
wt.
(lbs.)
Eox
otv.
llzxllz 11lt 72751 .20 300
1lzx2 2 729aO ?7 250
3ltx11lz 11lz 72981 .n 250
3ltx2 2 73982 200
Brass Extsnsion Plece - Model 8258
1 72826 .08 600
llzx'l1l+11lt 72827 .10 490
1lzx11lz 11lz 72828 .'13 490
'lzx2 22445 .18 250
21112 22446 .22 200
Hex Bu6hlno - Model 827
Slze A.Part*
wt.
(lbs.)
Box
atv.
1x11.72726 .22 280
1 x3h 11l.l,72762 .la 2AO
111,x'l 'l v,6 72763 .31 150
11lzx1 11lt 72757 100
11lzx 1t lt 11L 72784 100
13la 72755 .75 80
2 x 111+13la 72761 .69 80
2 x 11lt 1th 72775 .62
Brass Seat Union - Model 830
Size A B Part #
wt,
(lbs.)
Box
aiv.
17la 86207 .47 110
2 86275 .66 80
1 23he ljotIo 1.08 cu
11h 11ht 46277 1.54 35
'l1lt 25h 13ha 86278 2.03 25
31/s 16k 86275 3.15 1B
Ductile hon Pluq - Mo.lel 719
Size A Part #
wt.
(lbs.)
Box
otv.
15llo 86292 .10 500
11ls 86293 .18 300
11ll 86294 .28 200
1tl.13le 86295 110
1'tz 17ln 86296 7A 80
11h 86297 .90
rfllffi;,:"an'eHI
Ductile iron threaded fittings do not
require spgcial on-going mainle-
nance. However, the entire system
musi be maintained in accordance
with NFPA Standard 25 entitled,
"lnspection, Testing aN Maintenance
of Water-Based Fire Protection
Sj€ferns".
0rdering
Information
Ordering lnformation: When
placing an order, indicate the full
pmduct name. Please specifo the
quantity, model and style.
Availability and Service: Central
sprinklers, valves, accessories and
other products are available through-
out the U.S. and Canada, and inter-
nationally, through a netvork of
Central Sorinkler distribution centers.
You may write directly to Central
Sprinkler Company, or call 215-362-
0700 for the distributor nearest you.
Guarantee: Central Sprinkler
Company will repair and/or replace
any products found to be defective in
material or workmanship within a
period of one year from the date of
shipment. Please refer to the current
price list for further details of the
wananty.
Gonversion Table:
inch = 25.400 mm
foot = 0.3048 M
pound = 0.4536 kg
foot pound = 1.36 Nm
psi = 6.895 kpa
= 0.0689 bar
= 0.0703 kg/cm2
Conversions are approximate.
@1994 Central Sprinkler ComPanY
Printod in u.sA.
EENTRIAL
Central $prinkler GomPanY
451 N- Cannon Avenue, Lansdale, PA 19446
Phone (215) 362-0700
FAX (215) 362-5385 D.l. Scwd.1
ctaurlic'
An @ gOOl certlfiid company
This product submittal contains approvals
products for the below.listed projects:
Victaulic products are
Underwriter's Laboratory
(UL) Listed and/or Factory
Mutual System (FM)
Approved for flre protec-
tion systems, according to
the services and pressure i
ratings listed on the follow-
ing pages. Fire protection
systems (automatic spdn-
klers, open sprinklers, and
standpipe) are UL Listed
and/or FM Approved.
The foJlowing charts con-
tain the latest Listing and
Approval i nformation avail'
able at the time of this pub-
lication. Listlngs are
subject to changes and
C
additions by the approval
bodles. Use these charts for
quick reference, and con-
sult current copies of IIL's
"Fire Protectron Equipment
Duectory" or FM's
"Approval Guide" for verifl-
qaBon.
Products are UL Listed and
FM Approved wrth stan-
dard grade'X' (EPDM)
green color-code gaskets.
Firelock products are UL
Listed/FM Approved wirh
grrade "E," type "A" violet
color-code gaskets.
Grade "L" (silicone) orange
gaskets are available for
Piping $ystems
Always reference the latest
Victaulic Gasket Selection
Guide for specific, gasket-
servrce recommendations.
NOTE: This publioatlon is lor submittal
purposes and rt inctudes llstrngs ol prod-
ucts lor fire prolechon services. Additlon-
al lltersture is avallable, whlch Includes
application. installation, assembly, and
olher Information. Contsct Victaulic for
Epeciiic recommendatlons and olher in-
formalion.
@
Approved Products for
Fire Protection
of the following Victautic piping
selected products, and they
are UL Listed and FM
Approved.
Victaulic recommends
grade "L" (silicone) gaskets
for FIT producls in dry fire
protection applications
subject to temperatures
below 0oR
Additionaliy, the UL Lisred,
grade "T" (nitrile) orange
color-code gaskets are
available.
Style 31 Couplings contain
grade "Ml FlushSeal@ gas,
kets. Style 341 Vic-Flange@
adapters contain grade "M"
gaskets.
JOB/OWNER CONTRACTOR ENGINEER
Spec. Sect._ Para._
System No. -Submitted by _Approved
Location Dale 'Dat6
Vlctaulic@ World Headquarlers . P.0. Box 31 , Easton, PA 18044-0031 . 4901 Kessle rsville Bd , Easton, PA 18040 . 1-B00-P ICK VIC . FAX: 610/250-8817 . Iiww.victaulic.c0m
1000 @ F€gisterad Tradema* of Viclaullc @ Copydoht 2000 ViciaLrlic P.i'4t€d in U.S.A.1597 Rev.E
o
Underground Products
Vlctaulio
ProducYStyle
Llstlng
Approval
Agency
Pjps
Sizs Bango
lnchss
Ralad
Work. Pross.
Pipo Wall
psl
Notesstd.
10 0t-tc
Vlotaullc
Producvstyle
Usling
Approval
Agsncy
Plp6
Slzo Bangg
lnohes Noles
UI{DERGR0UI$0 }IDPE PLASTrc .UNOERGNOUftIO DUETITE
Style 31
Coupling
Requesl 23.02
UL 4..14
to
?50
175
Ft\.4
4-12
14 .16
250
175
Request 23.03
UL 3 -12 1i5 2
FM 3-12 115 2
Slyle 341
Vic-Fla[08@
Adaplsf
Requ€s123.04
UL 4-12 175 1
FM 4-12 175 1
.UL 4-12 175
F[i1 1?5
REque6l19.04
FM 4-B 1,2,3
R€quest 19.02
FM 4-14
FM 4-14
UNDEFGROUNO HDPE PLASIIC
1 - FIV Approved lor u6€ wiih iho lollowing FM Approved HDPE plpei
a. KWH Pios -Class 150 and 2ma. KWH Pips -Class 150 and 200
, b, Plexco Plp€ - EHMWCIa33 150and 20O, Blue Ships ClaBs 150 snd 200, R€d Slrip6 Ctas6 tso
and 200
c. Drlscoplpe- Se.i63 1000, Class 150, and 200
2 - Jo nt raGd {o worfting pfessu'g otpipe.
E - FM Approv€d lor undorground us€ only.
UT,TDERGROUN0 DUCTTLE (AWY{A}
1 - For jornjng ducr;ls rron pipe onl/, In underground rnains.
2 - The Slyle 307 coupling is ldond€d to. connscling cul or roll.grooved schedule 40 or roll-groovgd
lch-sdut€ 10 ple€l pipo lo mdius cul_grooved class 53 duclilelron pipe.
10.01 - 15
oOthel Products o
W
W
Stylo 920/sA0N
MechanieaFT@ eullEt
8equ6sfi l.02
UI 3 X ly4lhtu
6x2y, &8X2%400 400 1,2,3,4.5
FM 3 X |y1thru
6x214&8x21h 400 400 2,3,4,5,6
UL 6x3,6x4
&BX3 300 300 3
TM 6 x3,6 x 4,8x3&8x4
3 X ly4lhru
6 x21,h &8x21A
300
400
250
Slyle 92U920N
Cross As6smb(sg
Bsquest ll.0g
Style 9?B
Vic-Lstm
Bequsst 11.02
ut
too 1,2,3,4.5
FM 3X 1%thtu
6X21h &8x21h 400 400 2,3,4,5,6
UI 6 x3,6x 4
&8x3 300 300 3
FM 6 x3,0x 4,
8X3&8X4 300 250 5,6
UL 4-8xl.,b,% I
J0&12x14,%
I
r75 I175 I
n5 l175 |
Styls g2g
$nap-Le1o
UL
FM
ffsqusst 11.02
1y.xu2 | I I,'[i, l'-i'ulto13'
1%x:.aill
,[i, 1rzs Irzs f
3flr8
Victaullc
Prod ucvsiyle
I Style 506
lSlip
coupilngrM
-
&ryn
Reqlsst 12.02
Pressait Fllting$
:j: ::i:::. 11,-r"'Tll"-*rBms down ro.4o.F {_4o.c)elot rne aoone 4n,,"^ i.:,;:,:-u,Tory eree sy8tBms down lo -40.F (_40.c).\
5+lf#:i##[ruius*m,rr',filr**fuki**-5;,:htitr!3,1x,ff iil;ffi i;r*,^lm lr,;lg:,.ffi1"*itr [T"T:;y::ii!iii??
1- MEA App.ovsd #g5j-91.r\,
HOLE cw PnoDucrs NorEs
2 - CSFM Llsrjn9 r75 t5-05t1.00 |
lb ffi;g;g1* ^*'*"4 on centralai, Len*r rhr.ad plpe manuracrufed by csnral
3-UL List€d tor dry pip€ syslems down lo _r'noF
:.':I:ili::l: s"ili;ifiiljdil5"7i;,"1,?f',t1?&n"1,",i"J196'"'ecomm€ndsF,usn.
itriltii*f 1;fl,,t1"1;ili:;Tltlj'f$,g*"giffi ,4T6'.,n#
6 - FM Approvad tor dry phu
"u"ieno
oo*" ,^ -
;resnseaio'eiri.ooJotl6ffiii, :'fi;;ti;;".:;;,tg:F#iT"XT[1fi]:,aL,D,€corriend.
fi"fi:!,,,:i."flJ"%fi;;;:":.€I 175 Ear on scheour€ s p'0" '*ru.*J'ov sr,r*." r,ouI- L-L Lisr€d €nd FM App,oueo ln s,zes I . e,.l* Yl- l-,:l* llo. rl.tod,";;; il;;,J";'tJ6lATgffftlg"" D!oa-F,ow!ip. 6 .t.rzs psr, sii€
1'3, y: ::t;: ;;id Fil;"iffi;".".l;Hffi* ilt1,,#;iilJff"":lltffi",i;,ffi ll1":* #!
kY:!ii!ilSi:#-A::fi :i,,i1ilil1H"'J?:,';n"+.J iG ."ii "|il iill;",",".
10.01 - .12
o
Victaulic
Prqducl/Styl8
Listlng
Approval
Ag6ncy
Pips
Size Rango
lIchcs
Hated
Work, Pross.
Pipo Wall
psi
Not6sstd.tight
loo1,1c
Victaullc
Producvstylg
Llsting
Approval
A0ancy
Pipo
Sizo Bangs
,lnchos
Ratod
Work. Press.
Pip€ Wall
psi
Notss, srd,Llght
FIT@ PROIIUCTSA0eESS0RrES
Style 735 Firo
Pump Tesl Molol
Requosl10.1l
FIV
2lh -12-L
2Yr - 12-8
175
500
Styls 718 Te$tMaslerr
Alarm Tosl Moduls
ThreadEd
BequEst 10.10
UL 1Yt 300 N/A 19
FM 1U4 300 lllA 12
StylE 719 TeslMaslsttM
Alarm Tosl Modul€
F|T@
Requosl10.10
UL 175 175 1)
F[/11/a 't75 175 1,2,3
Stylo 720G
TsslMaslorru ll
Tssl and orain DEvics
Roque6t l0.22
UL. FI'/1Y4-2 300 300 3
Slyle 7207
To8tMastetrM ll
TeEt aod Draln 0svioo
Rsquest 10.22
UL, FM 300 300
Styles 96, 901,
s60, 963, 966
UL.
FM 175 175 1 ,2,3,4 ,6,7 ,9
SlylE SOS
Requost 13.01
UL,
'FM
lV4X1Xlh
InIU
2 Xll2x1 175 1.2,3,4,6,7,9
Style 920
Requesl13.01
uL,
FIM
3X1U1
thnr
4X2
175 175 0,0,/
Roquest 13.01
UL,
FM
2 X1Y4
nru
21AX|1h
175 't75 6,i
.G
. accEssoHEs NoTEs
1 - MEA (8SA) Approv6d #413-53
2 - Minimlm scheddls plpe to bB loinel i 3!ll or smalldr/sch. 1Or 4" or laiS6/0. I88" wall
3 - \4claullc .ecommends oplidnal grade 'L' 6 llcone gsskets lor llr€ protocllon dry 6ysEms and all
sysrems op€rating b€low oPF
FIT PBODUCTS NOTES
I - UL Li6t€d/FM Approved lol u$o on schedulo 10 and 40 st€et ptp€ prspa.€ct In accorclanoo wlth
Vlclaullo speclf ,cailong.
2 - UL Llst€d/FM Approved tof us€ wilh WhFatland '!VLS,' 'M6ga Flovy,' 'M€galo,' 'M9ga 40,' 6nd
'Moga-Lle' lype plpds prepar€d In ac.cordanc€ wilh Victellic apgciiicaliong.
3 - LJL Llsl6cUFM Approved for us6 wlth Central 'TL' and 'C€ntral Th.ead" typ6 plp6s propar€d irl
accordanc€ wilh VlctaLl,c soaclff callon6,
4- UL UsledlfM Approvod for us€ wilh Allied Tubs and Co0duit'SF,' 'Supsr XL,"'super 40," and
"XL' lyp6 plpe6 prepar€d In accordance with Vlctaulic Epacliications.
5 * UL LiBled/FNn Approv€d lor use with Arnerloan Tubo and PipB Co. "aLT.' DF," and "DT' typ6
pipes p|eparod in accordanca with Vlclaullc spoclilcatlons.
6 - UL Llatod,EM Approved for u66 wlth BullMooso "Eddy-Lite'and "Eddy-hread' typa pipes pr6-
par€d in aooordanoe ryith \4otaulic Bp€olftoationg,
7- MEA Aooroved under 8SA1413'53.
a - uL Usi6d end FM Appfoved for use oo Flr€'Lina Flow (FLF) and Rf€-Line Threadable (FLT) st€b,
spdnkl€r plpe mandaotur€d by Wssi€rn lntsrnatlbnsi Foresl Producla
9- UL Llsied lor us€ wilh BullMooso'Eddy Faol" pipe in accordance with Vlclaullc spsclfioalions.
,M
10.01 - .13
io
((0
o o
STANDARD COUFTINC$ AND FITTINGS
Gouplings and Fittings
Viotaulic
ProducVStylo
Lisllng
Approval
A0Bncy
Pipe
Sizo Rangg
IncneS
Ral6d
Work. Prsss.
Plpo Wall
psl
NotEssrd.Ll0ht
1001-1C
Vlctaulic
Producf/Slyle
Llsting
Approval
Agency
Pipg
Slzo Rango
lncnSs
Fated
Work. Pres8.
Pipo Wall
psl
Notessrd.L,ght
STANOAHD EOUPLINGS AND
Slyl6 743
Vlc-Flanga
F6qoesl06.06
Ut 21/r - 12 500
FM th-12 500 1,2A
Slylo 72
oullel Coupling
Rsquosl06.10
Ut lYrXYa- 4 X1
4X11/r-6Xz
500
400
300
250
't3
13
,FM 11,4Xh- 4 X1
4X1U,-6X2
500
400
300
200
|,24,5,22
5,22
Stylo 750
Beduclng Coutrllng
B€quest 06.08
ut 2X1Y2- BXo 350 300 3,13,20
FM 2x1Vr-3X2Y?
4X2-8X6
350
350
350
20q
1,24,3,5,23,2'l
5,2321
Style HP-70
Figld Couplinti
R€qussl06.12
Ut
2-8
'10 - 12
2-6
750
700
750
500
500
500
12,13,14,15
12,13
FM 2-8
'10: 12
750
i00
500
500
1,2A,5,n
5,23
S$le HP-7|lES
Wlh 0rade "E" tirs-Rr*
UL,2- 8 300 300 29
rM 2-8 300 300 29
Slvls 791
vi;-Boltlsss@
Fl6xlblo Coupllng
8equesl06.1l
UL
2-4
6
8
350
350
350
350
300
250
12,13
'12,13
'12,13
TM
2-4
6
8
350
350
350
350
300
250
5,10
5,10
5,10
No. 10-0R
0raln Elbow
R6qu66l 10.05
UL 2Y2-6 500 500 12
FM 2k-6 500 500 1,24,5
N0.66
Vico-End
Ind o,Run
Sprinklsr oullEl
Boquest 10.13
UL 2X1/2,3/t,1
2lzX1h,%,1 300 300
FM 2 X. %,Ve, 'l
2la X th, 3/a, 1
300 300 124
I - MEA Approv€d *230-96"8
2 - CSFM Listing *7515-05,31: r 04 2A - CSFM Lisllng #7515-0531:00 |
3- UL Lisled and FM Approvod at 175 psion schedute S and Fddy Ftow pip€ manutaclurod by Bu
Mooso Tuba Company. UL Listed and Fi,4 Approvod al 17S pgl and 300 psi, respeclively. on scheo-
ri€ 5 pip€ manuiachred by Wheadand Jub€ and IDOD Tlb€ C,ompanies.
4 - Slyto 07,75, and 77 ar8 FM Approved h 6lz€s 1 - 2. al 300 psl. 6tyle OOS is FM Appror'ed In 2,
sizes at 175 pslon Alllgd'XL'plpa.
5 - FM Approved lor dry plpe systems down to -40"F wlth $andarct gask€1. {Mctau c rscornmgnos
Flushs€alor Elllcorc gasLel with coupllng SM6 77.07, 00S,75.791 and Hp-20).5 UL Llsted/FM Approved in ?/, and 3' siz€B on Amerlcan Tub€ Oyna-Flow plps at 300 psi lo, Styles
07. 75,4nd 77i 175 pli,or Styl6 006.
7 -Styles 47,77 920,8nd921 are UL Usted and FM Approv€d in 2h- 4,6i2€s at aoo psl, sryt6 75
3' size i9 UL Listod at 300 psi 6nd Style 75 4' sizo ts UL ListBd and FM Approved at OO0 pst. Styte
005 iB IJL Llslod and FIV Approvsd In 'iil. - 4' sizes at 175 p6l on Amertcan Tube Dyna-Floiv pipe.
I - IJL Listed and FM Approved jn Bl?es 1 - 2'on Am€dcan Tlrbo Dyna,Ftow pip€ at 1ZE psi. Styte
925 UL Llsl€d and FM Approved on Ari€dcan Tub6 Dyna-Flow pipe at l7q psi in sizes 1% - Z*'.
Style 073 UL Listed End,FM Approv€d on Am€rlcan Tubo Dyna-Ftow plpe at 176 pst in Zia. sl?s,
9- UL Ll3!6d and Ff, Approved on Allied'XL'and 'Xl'rtter l7S psi.
10 - Minimsrn sohodule pipe to bo'loinsdr 6' or smaller/sch. 10i B or largedo,l88. wal.
11 - UL accepled lor FM-200lir€ extingulshing systsms. UL has indicated that list€d ruirb€r gas-
ftelod ljlthgs (couplln$ and liltlngt rat6d to 50O p6i mirlmum) that a,s noi undea conlinuous expo
gur€ lo FM-200 and ar€ do rnslroarn oi lh6 pressuro reduclng d6vic6 can b6 uttlized in FM-20O lixed
oxlinguishing sy6rems
12 UL llsl6d lor dry pip€ gyslsms down to -jtfF wllh slandard gaskel (Vctaur,c recommen66
Flushsealor slliconB gaeket wrth coupling Stylos 77,07, C45,75,791, and HP-70).
13- Ll. WollPipd shallb€ of the lotlowlng mintnum wafi lhicknessi 1 "12'Aoh. 10.
14 - UL Lisled for carbon dioxlde syst6m8, lor r pressufe (UL-FIJF) - ior dlsklbution plplng down-
alr€am oi lhe naster valv€ only: S/7t. y. - I'i S/75, 11{ - 4'i S.07. 1L - 8'i EHP-70,2 - gi on sch.4Q
p,p€ and slandard groov€d lltdngsyl - 8'.
15-UL Lisl€d tor halogenat€d ag6nt systoms, Haton '1301 (uL-qLER) - exllnglishing sysEms tmi1s,
360 psi lor dl6lribulaon plplng only: St7,% - 8'i S|'s, 114 - lfi S,O7. tlA - 8'; S/HP,70.2,8l on sch.ln plps and slaniJard groov€dlittlngs % . 8'.
16-Stylo75.07.77UL!l6t6donA i.dXLptpeinslzesl-3'at300Fst.SIyte005ULLtsiedl75pBt.
17- UL Llsted and FM Approv€d In slzos 1y4- 2'on C€r ral Sprlnklgr 'TL', C7 and'C€ntral Thrsad'
Pip6 ro 3oo psi.
1l - lyL Slyle 77 and Slyle 75 in Bizos 1!,1. 6'arc UL Llsred tor use on Bsrg€r lndustries sch. 5 rotl
groowd plpe, working pressufesi 1y. - 5'300 psi and 6:. 175 p€i.
1S- Style 77 UL Listed o$ pipe hrsizes '1 - 2 at 300 p6l
20'Slyto07,75,77insiz6s1.?;Slyta750tn2x1',zxlh'size3at300peiandSryte005al
175 pslo0 'SL' pip6.
21 Culgroove, €ch 40.6 and smtlleri ach. 30, 8. Bnd iglger.
22- Ll wailrollg@oved basedon sch, 10 plpe.
23 - Minimurx schedule pip€ lo b6lolnedi 3ld or small6rAch l0;4'orlarg€r/o.188'wa[.
24 - Styl9 07 matda oqutualent sizos 3 O.D.. 4ya, sya 5\2,6y4and 6tk' FM Apptoved to 175 psi on
slandard and lightwallpipe (6€6 nbte 10.22)
25 - Styl6 77 moldo equlval€nt slzo8 3 O.D., Aya, 5y.,51i, snd 6/a'FM Approv€d to 175 p6l (6!A'-
450 psl) on Btandard ancl ltghwall pipe. (e€€ not6 10.22)
26 - Stjl€ 75 mof c equivale|lt slz63 4/.,5%.514,6 O.D.,g/., and 61A'FM Apptoved to 300 pslon
slandard ancl llghnrallplp6. (Ssa note 10 22)
27 - 900, 45' €lbow and rcE metdc squivalent sE6s 3 O.D,1,y. 5y.,61h,61/a {td 6itf FM Approv€d
to 1 75 psi on $andard anct llght\r,€ll plps. d4' No. 60 end cap FM Approv6d to I 75 pst (S€e not€ F)
2S - Slyle 005 melric eqolvslent slz93 3 O.D., 47. 5y.. 5%. 67a 61,4 and I FtV Apploved lo 1?5psi
on 6t6ndard and llghlwauplpo. {S€enote 10.22)
29 - UL Llsl€d and Fl\.,l Approved wl$r HP-708S wlth 6radB E Rrs-R gaskels.
30ts UL U€ied€nd FM Approved lor uso on Flr€-Line Flovv (FLF) and Fir€{lno lhrgadable (FLT) st6€l
sprinklff pip€ ilp io 4 Inchos and l]p to 300 psl) manuiac rrecl by Weslsro Internationei Forost
Products.
.M
10.01 - I
Gouplings and Fittings
10.01-lc
Victaulic
Producvstyle
Lisling
Appfoval
Ag0ncy
Plp6
Size
Range
Inches
Rat6d
Work. Press.
Pipe wall
psl
NotBE istd,Li0hr
Viclaulic
Produovslyle
Llstln0
Approval
Agency
Pipe
Slze
. Rango
lnchss
Rat€d
Work. Pross.
Pipe Wall
psl
Noles tsld.Light
FIREL{IEK@ COUPLII{GS AIIO FITTINGS
Slyle 005
Rigid FirslockrM
Corpllng
Bequesl10.02
UL
1Y4-4
5-8
350
300
300
300
3,6, 7, 16, 12,
13, r7,30
FM 1Y4-4
5-8
350
3m
3m
300
1,2,3,4,5,
6,7,11,n
FireLock
Filtings
R6qo03t 10.03
UL 5-8
350
300
flll 2- 4
5-8
350
300
1.2
Style 744 FlrcLocft
ViG-flangE Adaplor
Requost 10.04
UL 2-8 175 . 175
Frlt 2-B 175 1i5
Stylo 006
FirsLookrd
End Caps
R€qu8st 10.04
UL
1V4- 4
5,8
350
300
350
300
Fl\,r
1Y4-4
5-8
350
300
350
300 1.2
STA}IDAHD CI}UPtINGS ANII FITTIITGS
Style 07
z€ro-Flex@
Blgid Couplinq
Beqrest 06.02
UL
1-4
5-6
B
10-12
14-20
24
500
500
450
400
300
250
500
400
400
r:t
3,6,7,11,12,13,14,15,16,17
1t,12,13,14,15
12,13,14,i5
12,13,14
12
12
fl\,1
11/e - 4
5-6
I
10-12
500
500
450
400
500
400
,400
350
1 ,24,3,4,5,6,7 ,24
5,i0
5,10
5,10
Slyle 77
Flexibl6 Coupling
R€quest 06.04
Ut
%-12
'| -t2
14-20
Ya-6
500
300
250
500
450
12,14,15
3,6,7,12,r3,16,1 9,17,18
12
12
11
FM
1-12
t4
500
300
500
450 't,2A,3,4,5,6,7,1 0,25
5
1',1
$tyle 75
Fleritle Coulling
RBqu€st 06.05
IJL
1-4
5-8
500
450
500
300
3,6,7,t1,12,13,
14,15,18,16,17
12,13,18
FM
1Y. I
11h-4
5-8
500
500
300
500
300
'l ,2A,3,4.5,6,7 ,26
5
5,10
Glooved
Filtings
RBq[est 07.02
UL
3/t - 12
14 -24
%-6
500
300
500
500
500
12,14,15
12
11
FM Ya-12 500 500 1,2 ,5,27
Styls 741
Vic-Flangoo
Rsqu$106.06
UL 2-12 250 250
F[4 2-12 250 250 1,2A,5,10,21
t Befer lo notes on lhe next page
' t F€fer to noles on the nsxl page.
10.01 - B
Viclaulic
P rod ! ct/Slyle
Llstlng
Approval
A06ncy
Plps
Slzo ffange
Inchet
Fated
Work. Press.
Pipe Wall
psl
NotBsstd.Light
FIRETOSK'ISTUATED VALVES
Firelock Devioes and Valves
GROOVFD END VALVES
,,#
Vlctaulic.
Listlng
AppJoval
Ag6ncy
Pips
Siz6 RangB
Incnes
Ratsd
Work. Pross.
Pip6 Wall
p8l
Nptpsstd.Liqht
Ssries 751
Alarm Cherk
Reqoesl10,30
UL, FM.
MEA,
csfM
300 300 1,5,8,10
ui,,ru B 225 225 1,5.8,10
Series 756
0ry Check
flequesl10,35
UL, FM.
MEA,
qsFtul
t ./2 - 6 300 300 2,6
Serio$ 758
Deluge Trlm
Bequest 10.40
UL,?M.
MEA,
CSFM
lh-6 300 300 97
UL, FII,,I I 225 225 2,1
$erles 750
Preaction Trim
Boquest l0.50
UI, FM,
MEA,
CSFM
t'/2- o 3m 900 2,7
$erles 717R
Flrolockry Rlser Valvr
Fequest 10.08
UL,
.MEA
2Y2, 3, 4, 5, 51/e,
6, 61k, 8, 10, 12 250 250 12,13,'t4
FT4 4,5, 6,8, t0, 1?250 254 12,13
Sorles 705W
Eullsdly valv6
Rsquesl10.18
UL, Ft!,|,
MEA,
CSFM
21A, 3, 4, 5, 6,
8,10,12 300 300 3,8,11,15
Serios 705W
Butlerlly Vrlvs with Tap
UI, FM,
MEA,
CSFM
2Y2,3,4,5,6,
8, 10,12 300 3m 3,8,11,15
Seriss 7?7
FlreBall@ Valvs
RoquBst 10.07
Ut, FM.
BSA,
CSFIV 2,2.14,3 300 300 4,9
Faties 717
FiroLockfr Check Valug
Requesl10,08
Ut,
MEA
2Y,,3, 4, 5, 51A,
6,61,, 8, 10,12 250 250 12,13,14
FM 4, 5, 6,8, 10, 12 250 250 12,13
Series 722
Ball Valvs (Thd.)
B6quest 10.11
U!w-2 t/t MA
Ff,{
th,vl 600
500
N/A
IVA
r - [4EA Approvsd #210-9E-E
2 - IVEA Approved #248-98.E
3 - MEA Approved *27499-E
4- BSA Approvod#651-Bo
5 - CSFM Llsdng 1i7770-0531 : 1 09
6 - CEFM Listlng #7770-0531:111
7 - CSFM L:lEbng#7770-0531:110
. VALVES NOTE$
I - C$FM Listing #7770-0531:103
I - CSFM Llsling #7770-0531:102
| 0 - Approv€d for vofical or hortzo atInstaltaliorll1- lndoo/Outdod us€ w€ath€rprooi ooeiator.1?- List€d/Appro!e.j tor sirgte check a;d aat,:wa-
rcf nammer s0ryio6i ior hodzontal 6r vsnical instat-' |alton,
13 - Pressur€ .aling ot S€ e6 717R ls based oa1th6
rating ot Flsei Cheo( Kd wh6n 6qrippsdlorhis sBr-
MCe. l
14 - MEq Approved il5+94-E, Vol. 1 to 2il0 p8l.
15 - CSFM Llsring fl7770-0531:1 13.
M
10.01 - 7
I;.$li\llltu1.,lii'r'*1x-$ ui:11--\:r ' I J"i
Style OO5
FireloekrM
Witft Vi"'Plus" Gasket SYstem
rqsnsry
FFrooucr DEscRlPrloN
Victaulic@ now offers a.gas-
ket system which requrres
no field lubrication Thls
Vic-PlusrM sYstem (Patent,
pending) is drY, clean, ano
non-toxic. It reduces
assembly dme substantially
and eliminates the mess
and chance of over'lubrica-
fion residue.
Firelock "' Style 005 rigid
coupling has a unique' Pat-
ented angle-Pad d66ign
whlch allows the housings
to offset while clamping the
grooves. BY Permitting the
housings to slide on me
angled bolt Pads, rigidity is
obtained.
The Firelock couPlings
provide tigiditY for valve
connections, flte mains
and long straight runs SuP-
oort and hanging leguile-
;enw correspond to NFPA
13 SPrinkler SYstems'
Angle-Pad design Permlts
assemblY bY removlng one
Rigid Gouplings
nutfloolt and sv"'lnging lhe
housing over the gasket
This reduces comPonenrs
to handle duiing assembly;
speeds and eases instala-
tion on PiPe grooveo rc
Victaulic sPecifi cations
Style 005 F irel.ock cou'
plings with the Vic-
bluarM Gasket System
are deB[grrod and rec-
ommended for use
ONII on fir€ Protection
systemE.
@*@
DIMENSIONS
Rated for wet and drY sPrinkler
svstems at 350 PSI (2413 kPa)
ior l1/q - 4" (42,4 - 114,3 mml -
sizes and 300 PSI (2068 kPa) lor
4%- 8' (108,0 - 219,1 mm) srz€s;
Schedule 10 roll grooved or
Schedule 40 cut or toli grooveo.
steei piPe. StYle 005 is rigid ano
does not accommooate
expansion' contraction or anguar
deflection'
10.02-l D
Dimonslons
lnches/mrn Aprx.
Wgl. Ea.
LbsJkt
slzE
Nomlnal
lnches
Agtual mm
1lh
4;?,+
Max.
WoIk.
Press. g
PSI*lkls
Max.
End
Load
Lbs.'lN
Allow.
Pipo End
sep. t @ BolUNttl
No, . Sira
lnches/mm x z
2- x2
2-shx2
2.75
70
4.50 1.88
148
1.2
0,tr350
24li)3370 l,?
3.00
76 1?l
'1.88
1..r8 05'tk 350
2413 4415 1,2
2-3hx2k
2- x 21h
3.50
8S
5,25
135
1.88
1r8
1.6
0,7
2
fio,3
350 .
2413
1550
69Cr0 1,7
4.00
t02
4,13
1{Xt
5.75
146
1.88'14fi
1.90&
2W
73,rr
350
2,1 13
2270
10110
U,U '1,7
5.75
't46
'1.88
1.48
'1.9
0,9
76,1 mm
3
350
e413
2475'11Cli
0.07
1,7
? - 'la' X ti3,$
0.07
1,1 Z- x 2th 4.63rlu
o. to
1$6
1.88
'l4t 1,lJ360
2413 149ii5 5./f,
5,63
143
6.88
175
7.25
r84
2.13
t,4
4
114,3
350
?413
5565
24'17i)
0.16 2 -sa x 21h
7.25
1?,4
2.13
54
108,0 rnm 300
2068
4255
I g!r.1o
0.16
4,1
2-1o x $r'tr
9.00 2.13
54
4.5
2,rJ300
2008
5
'141,3
72s0
324A3
0.16
4, I
2-thX23/t
2- 12 X l\t,t)rr,oo
6.88
175
8,00
203
9.00
22il
2.13
54
4.5
2,$3m
2oii0133,0 mm
6495
28900 .1,l
9.00
22!]
2.13 4.8
300
206tt139,7 mm
0.16
417125
31715
2" l? x ?o,cr
10.00
'E'4
2.13 5.0-6-.1 3oo
164,3 I 2N68
10340
,16020
0.16 2-1hX 2Ta
0.16
41 2- 12 X 70!J
2-1h x ?%
7.63
134
6rs
ixiT
mso
267
10.00
2b4
2,13
Ii4
5.5
300
?{ttH159,0 mm
9lt)9
,409$5 '10.00 2.13
54
5_5
2,5s00
?-00ii165,1 mm
vvco
44295
u.tb
d,1
13.13
331
2.63
il7
1 I.3
5,1T1300
e r-l;,r I a'rcn
17525
78000
0.19
.1,8 z-lh X 4V.
;6IJGiGr to notes on P"s" 2'
e Rd'' Easton' PA 18040 ' bl0/559-3300 ' tpx:010n
2870 FsvA 1'99 O Feglslored Tradema*of Viotaulic Ocopv ght 1999 Victaullc
5G881? ' \llww.victaullc com
PrintedinUSA
o MATERIAL SPECIFICATIONS
Housing: Ductile iron conform-
ing ro ASTM 4-536
Hou5ing Coatingi Orarge
enamel
D Optior:a} Hot dipped galva-
nized
Gasket:q Grad€ "8" EPDM - lype A
Vic-Plu8 Gaskot Systsm
(Violet color code). Firelock
products have been Lisled
by Un derwriters Laboratories
NOTESI
5 refers to Listed/Approved
Schedule 5 steel sp nkler pipe
1 0 refers to Listed/ApFoved
Schedule 10 steel splinkler pipe.
40 ref€rs to List€d/ApFoved
Schedule 40 steel sprinkl€r pipe.
BLT lefers !o Listed,/Approved
st€el sprinkler pipe manuJactured
by American Tube Company.
DF rofers to Li6Gd./Approved
Dlna-Flow steel sprinkler plpe
manufactured by Amencan Tube
Company.
DT refers to Listed/Approved Dlara
Ttread steel sprinkler pips
manufactured by American Tube
Compaly.
Inc. and Approved by Factory
Mutual Research for wet and
dry (oil fiee air) sprinlJer ser-
vicas up to the rated working
}Iessule using the erade 'E"
Tlpe A Vic-Plus Casket
Sysrcm, requiring no field
Iubrication.
For dry servlces, Vjctaullc
continues to recomrnend the
use of Crade "E" Typ€ A or
crade "L" (Silicona) Flush-
Sealo Vic-Plus Gasket Sys-
tem. Contact Victaulic foJ
details.
Bolts/Nut8: Heat treated car-
bon steel, zinc eleciroplated to
ASTM B-633; Tlack head bolt
conforming to ASTM A-183 min-
imum tensile 110,000 PSI
{758340 kPa); nanged hex nut
conJolming to ASTM 4'-563,
Grade A.
The information provided below is based on th€ latest listing and approval data at the time of publication.
Listings/Approvals are subject to change and/or additions by the approvals agencies. Contact Victaulic for
performance on other pipe and the latest listings and approvals.
EL referE to Listed/Approvod
Eddylite steel sprinkler pipe
manufactured by Bull Moose Tube
Co.
EZ refers to Listed/Approved
EZ-Flow stee.l sprinklsr pipe
manufuctured by Northw66t Pipe
& Casing Co.
SF refers to Listed/Approved
Super-Flo steel sprinkler pipe
manufactured by Ailied Tube and
Conduit Corporation.
SL refers to Listed/Approved steei
spnDl<ler pip€ manulacbned by
Westerl Tube and Cc'nduir
Co{poration.
Super 40/XL refers to Li6ted/
Approved Supsr 40 or Supor XL
steel sprinkl€r plpe mairulactured
by Allied Tube and Conduit
CorporatioD.
l4rLS refers to Listed/Approved
steel sp nkler pipe manuJactued
by i/Vheatland Tube Company.
X[/XL-II reforEto Lisied/Approved
XL or XL-ll steel spnnkler pipe
manufactued by Allied Tube and
Conduit Corporatio[.
NOTES
* Wo|king Pressure and End Load are total, from all internal and extefnal loads, based on standard weight (ANSI) steel pipe, st andard roll or cut gfooved in accor-
dance with Viataulic $pecilications. Contact Victaulic lor periormancq on other pipo
WAFNlNej FOF ONE TIME FIELD TEST ONLY, the Maximurn Joint Working Pressure may be increased lo 1 l, times the tigures shown
I For field installation only FireLock Style 005 couplings with Vic-Plus Ga6ket Syst€m are essentially rigid and do not accomm adate expansion/contraction.
@ Number ot bolts required equals number oi housing segments.
Metdc thraad slze bolts ar€ available (color coded gold) for ali coupling sizos upon reque8t Contaot Victaulic lor details,
S Style 005 couplings are VdS and LPC Approved to 1? Bar (175 PSI),
WARNING: Piplng syst€ms must always be depressudzed and drained betore attempting disassernbly arrd removal ot any Victaulic pip ing products.
This produci shall b€ manulactured by Viclaulic CompEny. All producis shall be lnetalled in accodance wlth current Vlctialli{Blallation/assembly lnskuctlons.
Vtctaulic reserves lhe.ighl lochangs product speciilcallc[ls, deslgns and stsndard eqltlpm€ni without notlce and Wlthout lncir'g obllgalions.
NN
10.42-2A
Rated Working Prsssure Rated Worklng Prss6ure
Plpa
Schedule
Ske
Inchgs UL ULC FM
Pips
Schedule
Size
lnches UL uLc FM
1U ,3 175 175 175
EZ
4 300 300 300
'10, 40
1Y4-4 350 350 350 o 175 175
5-8 300 300 300 SF 1U.-4 300 300 300
BLT 1Ul-2 300 300 .300 Sup€r 40 1Y4-2 300 300 300
DF
1Y4-4 300 300 300 TL 1V1- 2 300 300 300
6 175 175 175 WLS 1%-2 300 300 300
DT 1V4-2 300 300 300 XUXL.II 1Y4-3 300 300 300
EL 1V.-z 300 300 300
10.90 - 2
ctaulic'
An @ so01 csrtifled company
PRODUGT DESCRIPTION
Style OO5
FireLockrM
Rigid Gouplings
nuvbolt and swinging the
houslng over the gagket.
Thls reduces components
to handle during assembly;
speeds and eases installa-
tion on pipe grooved to
Victaulic specifi cations.
Style 005 Firelock cou-
pllngs wlt}r the Vlc-
PluerM Gaeket Syst€m
are designed and r€c-
ommended for uee
ONLY on fire protection
ayBtemr.
Victaulic@ now offers a gas-
ket system which requires
no field lubrication. This
Vlc-Plusru system (patent
ponding) is dry, clean, and
non-toxic. It reduces
assembly time substantially
and eliminates the mess
and chance of over-lubrioa-
tion residue.
Firelock "" Style 005 rigid
coupling has a unique, pat-
ented angle-pad design
which allows the housings
DIMENSIONS
Rated for wet and dry spdnkler
systems at 350 PSI (M13llPa)
for lYt - 4' (42,4 - 114,3 mm)
sizes and 300 PSI (2068 kPa) for
4Y4-Br (108,0 -2I9,1 mm) sizes;
Schedule l0 roll grooved or
Schedule 40 cut or roll grooved
steel pipe. Style 005 is rigid and
does not accommodate
expansion, contraction or angular
deflection.
ffiGffi
Tf,, i Mfl lrtrlpvq {tr
@*@
With Vic-Plus* Gasket System
to offset while clamping the
grooves. By permitting the
housings to slide on the
angled bolt pads, rigidity is
obtained.
The Firelock couplings
provide rigidity for valve
connections, fire mains
and jong straight runs. Sup-
port and hanging r€guir€-
ments correspond to NFPA
13 Sprinkler Systems.
Angle-pad design permlts
assembly by removing one
1002-10
stzE
Nomlnal
lnchss
A.hral mm
Max.
Work,
Press. S
PSI*/kPa
Max.
End
Load
Lbs.tlR
Allow.
Pipe End
sep. t
ln.rnm
@ Bolt/Nul
No. - Size
Inches/mm
Dlmenslons
lnchea/ftm Aprx.
Wgt. Ea.
Lbs./ksxz
11/a 350
?"4l3
755
3i7t)
0.05
1.?2- X 2 2,75
7t)
4.50
1r4
1.88
14il 0,5
1\t
43.3
350
3n13
990
44',|5
0,05
1,2 2. X2 3.00
76
4.75
1?l
1.88
1'r8 0,5
rio.3
350
2,113
1550
690i'
0.07
1,7 2- X 2rh 3.50
tr8
5.25 1,88
1.tB
l.o
0,7
214
73,f1
350
2{.13
2270
1011tJ
o.o7
1,7 2- X 214 4.00
102
5.75
14aj
1,BB 1.9
0,9
76,1 mm 350
2.:113
2475
11011:l
0.o7
1,7
2"10 x 63,0 4.13
1CS
5.75
146
1.88
1,11
1.9
3 . 350
P"'i13
3365
14!)8ii
0.07
1,7 2-qhX2',4 1lB
6.13
fai6
1.88
14?1,N
4
t1-1,:i
350
2413
5565
'tA77i)
0.16
-t, I 2- X 21h
5.75
146
7.25
'te4
2. 13 3,1
108,0 mm 300
?&;8
4255
1B91rj
0.16
,t,l 2.10 X 63,0 5.63
t43
7.25
144
2.13
54
3.1
5
141,3
300
?06s
7no
32445 ,1,1 2-1AX24,6.88
175
s.00
22i)
2.13
54
4.5
2,t)
133,O mm 300
2068
6495
28900
u. to
4.1 2- 12 X 70,0 6.63
16d
9.00
22t)5d 2,O
'139,7 mm 3m
AIJB 31715
0.16 2- t2 X 70,4 6.88
175
9.00
220
2.-13
54
4.4
6
titLJ,3
300
2fl6i1
10340
,{ma)
0.16
4,1 2-1/zX2Ta 8.00 10,00
254 54 ?,3
159,0 mm 300
2ii0B
9200
4fi{ilis
0.16
4,l 2- 12 X 70,0 1t,1
10.00
?54 fr.l
5.5
2.5
165,1 mm 300
2(14,6 442$5
0.16 2-1hX2%B 15
207
10.00
?ii4 5.1 2,{,
I
2tr,l, I
300
2Cerj
17525
78300
0.19
4,t]2-5,6X 4V 10.50
267
13.13 2.63
(i7
1.1.3
5,1
@
Victaulic@ World H€adquarters . P.0. Box 31, Ea$on, PA 18044-0031 . 4901 Kesslersville Rd., Easton, PA 18040 . 610/559-3300 . FAX: 6'102 50-8817 . www.viclaulic,com .
Prhted In U.S.A2870 nev A 11i99 o R6oi6ter€d Tmdemark ol Victaulic 0 Copyrighl 1999 Victaulic
o
MATERIAL SPECIFICATIONS
Housing: Ductile ton conform-
ing to ASTM .4-536
Houginat Coating: Orange
enamel
P OFtiona} Hot dipped galva-
nized
Ga6ket;
O Grade 'E" EPDM - Type A
Vic-Plus casket System
(Violel color code). Firelock
products have been Listed
by Underwrlters Laboratories
NOTES:
5 refers to Listed/Approved
Schedule 5 steel sprinlder plpe.
1 0 relers to Listed/Approved
Scbedul€ 10 steelsprinlder pipe.
40 rofers to Listed/Approved
Scheduie 40 steel sprinlder pipe.
BLT refers to Listed./ApFoved
steel sprinkler pipe manufactured
by Afterican Tube company.
DF refers to Listed/ApFoved
D'.na-Flow steel sprinkle! pipe
manufactwed by Amedcan Tube
Compeny.
D refers to Listed/Approved D''r€
Thread steel spinkler pipe
manufactured by Amedcan Tube
Company.
Inc. and Approved by Factory
Mutual.Research for wet €ld
dry (oil free af) sprinlder ser-
vices up to the rated workmg
pressure usjng the Grade 'E"
TVpe A Vic-Plus Gasket
Systen, r€quiring no field
lubrication.
For dry serr/rces, Victauhc
contmues to recommend tlie
use of Grade "8" TYp€ A or
Grade "L" (Siiicone) trlush-
Seal@ Vic-Plus Gasket Sys-
tem. Contact Victau[c for
details.
Bolta/Ivutsr Heat treated car-
bon ste9l, zinc slectroplated to
ASTM 8-633; ftack head bolt
conforming to ASTM p'-183 min-
imum tensile 1 1 0, 000 PSI
(758340 kPait Flanged hex nut
contcrming t0 ASTM 4-563,
Grade A,
The information provided below is based on the latest listing and approval data at the time of publication.
Listings/Appmvals are subject to change and/or additions by the approvals agencies. Contact Victaulic for
performance on olher pipe and the latest listings and approvals.
EL refers to Llsted/Approved
Eddylrte steel sprinkler pipe
manuJactured by Bull Moose Tube
Co
EZ reIels to Listed/Apgoved
EZ-Flow steel sprinlder pipe
maDufactured by Northweet Pips
& Casilg Co.
8F refers to Listed/Apgoved
Super-llo steel sprinkler pipe
manulactured by Allied Tube and
Conduit Corporatlon.
SL refers to Ust6d./Approv6d ste6l
sprinkler pip6 manufactu red by
Western Tube and Conduit
Coryoration.
Super 40/XL referE to Listed/
Approved Super 40 or Super ){L
steel sprinkler pipe manufuctued
by Aliied Tube and Conduit
Corcoratioll.
WLS r€Jers to Listed/Approved
ste€l sprinkld pipe manuJactured
by l^treatland Tube Company.
XL,D(L-II refers to Listed/Approved
XL or XL-II steei splinlder pipe
maDufactw€d by Allied Tube and
Conduit Corporation.
NOTES
' Working Pressure and End Load are tolal, from all internal and sxternal loads, based on standard w€ight (ANSI) steel pipe, st andafd roll or cut grooved in accoF
dano€ with Victaullc sp6cilioaiions. Contact Victaulio for pedormancs on other pipe.
WAFNING: FOR ONE TIME FIELD TEST ONLY, the Ma.\imum Joint Working Pressur€ may bs incr€ased to 1 % timos th6 ligures shown.
1 Forfield installaiion only. FireLock Str4e 005 couplings with Vic-Plus Gask6l System are essentially rigid and do not accomm odate expansion/contraction.
@ Number ol bolts required equals number of housing segments.
Metric thr€ad slze botts are available (color coded gold) for all coupling sizes upon req!est. Contact Viotaulic for d€tailo.
S Style OO5 couplinge are VdS and LPC Approved to 12 Bar (175 P$)
WAFNING: Plping systems must always be depressuriz€d and drained before atteflrpting disassembly and removal of any Viclaulic pip ing products,
Thi6 product shallb€ menufaclured by Vlotaulic Company. All productsshalLb€ installed in accordancewith cuffent VictauliGlallation/assembly Instrucdons.
Viotaullo rossrvesthe right to change producl specifioations, design6 and standard eq!lpm€nl wilhout notice and withoul inoirg obllgations.
1002-2A
Rat€d Worklng Prsssure Ralod Wotktng Preesurs
Pips
Sch6dule
Size
lncheg UL ULC FM
Plpe
Schedule
Slze
Inchos UL ULC FM
5 175 175 175
EZ
300 300 300
10,40
1V-4 350 350 350 6 175
5-B 300 300 300 SF 1Y4-4 300 300 300
BLT 1Y4-z 300 300 300 Sup€r 40 1 1/t - 2 300 300 3m
DF
1Y4-4 300 300 300 TL 1Y4-2 300 300 300
6 175 175 175 WLS 1V4-2 300 300 3m
DT 1U4-2 300 300 300 XL/XL.II 1r/e - 3 300 300 300
EL 300 300 300
10.90 - 2
o
rr/t Vi6,m,yi:''Vic@#ss#
System
Style 75
Goupling
with Vic-Plus* Gasket System
Style 75 is available where
moderate plessures ale
expected or weight consid-
erations are a factor, Up to
50% lighter in weight than
the Style 77, the Style 75
coupling is recommended
for service up to 500 PSI
(3450 kPa) depending on
size. Housings aro cast in
two identrcal pieces in all
size6. Hot-dip galvanized
and special coatings are
available for all sizes.
Vic-Plus GaBket Syeteml
Victaulic@ now offers a gas-
ket system which requtes
no field lubrication. The
Vic-PlusrM System (patent
pending) is dry, clean, and
non-toxic. It reduces
assembly time substantially
and eliminates the mess
and chance of
over-lubdcatlon.
DIMENSIONS
l*zlm
MHm
G.Jsket
@*@
366Vlctaullc
publlcatlon'10.01
for d€tail6.
0605-1C
stzE
Nominal
lnches
,lct{ral $fi
Max.
Work
Pres.
PSr
klta
Max.
End
Load
Lbs.*
iJ
Allow.
Pipe
End t
sep.
ln./rrrin
Dellect. Fr.c't @
BolUNut
No, - Slzo
lncheg
'i)fi
Dlmensions
Inches/$iilit|relrtE
Aprx.
wst
Each
Lbs,
kS
Per
cpls.
De9.
PipE
ln./Ft.
fi!irjrfi x z
1
llJ,,i
500
3t15it
680
3i Jl5
0 - 0.06
il " 1 .{;2" - 43',0.57
.iit 2- X2 2.38
til
4.27
lOti
1.77
45 Q,(,
1Vt 500
345i)
10BO
4ii)$
0 - 0.06
0, t.ii 2" - 10',:]ii 2- X2 2.68 4.61ttl 1.77
45
1.4
i,t:
1Vz
4ri,l,
500
ii4ir..)
1,420
iiineJ.l
o - 0.06t. t,6 1' - 56',0.40
tfi 2-YsX2 2.91
1.i
4.82
'122
1.77
4i)
t.c
(i,(t
2
iiLt,il
500
ir4{ir i 2,215
ilili;t]
0 - 0.06
0 - t,{i 1" - 31',0.32
?i;2 - X2 87
5.22 1,88
4li
1.7
il,u
2t/.500
3,lati.t
3,245
1444!)
0. 0.06 o.26
22 2- X2 388
ii'.i
5.68
1.14
1.88
4t
't.9
3 0.D.
7C.l
500
34iio ;73{)
0 - 0.06
fi " 1,t:
0.26
,2 2 - X2 4.00
i.iS
5.90
l5il
1,88
nat
1.9
ir.9
3
$t.!r
500j.!#)4,800
2l3rx)
0 - 0.06
il - i,ii
4.22
1t!2 - thXZVt 4.50
114
7.00ltit
'r .88
,i it
2.9't,5
Jv2
1!l i,ai
500
It4rii)
6,300
?tlCiiii
0 - 0.06
4. t.i 0'- 54',0.19
tfi 2 - 1/c.Y,2Vt 5.00
1i!l
7.50
iill 1 .88
4ti
2.9
1 i:J
4
1it,:r
500
3 ]iio
7,950
35Ai0
0 - 0,13
rl - 3,2 1. - 36'0.34
itJl 2 - rhXUt 5.80
141
8.03 2.13
b4
4.1
4% O.D.
1r:6,0
450
3]iX,
6,380
t8315
0 - 0.13
0. ii,z
0.35
29 2-t;lx7u;5.55
t4 t
7.79
I i.r8i
2.13 3.7
1,7
4Y2
127,i)
450
31(4
8,820
3il2tt
0 - 0.13
i.r - ii.z 1' - 26',0.25
2l 2 - V6XgY4 D. IJ
15C
9.43 2.13l*5.5
2,5
5
t4l,ii
450
3100
10,935
4ril tal
0 - 0.13
ar " 3.2
'1'- 18'.o.27
23 2 - YsX3Y.6.88 10.07
2$6 5,'
5.8
2E
5f4 Q.U.
r33,ii
450
31i)i'
9,735
43:12:i
0 - 0.13
0"3.?1" -21'0.28 ?-1nx&;i.{t 6.55
I ixi
9.37
:13rj
2.13
5,1
6.0
2-f
\YeO.D
l3ii ?
450
3 ()l t0 665
474tt
0 - 0.13
0 - ii.il 1" - 18',0.28 2 - %X31/t 6.80
i i;:
9.59
2,ia
2.13
#|
6.3
2 i:t
6 0.D.
lUi:,r!
450
3 rili 12,735
5oiiZir
0 - 0.13
i) .. Lk 1' - 12'o.21
']l1 2-VaX31/a 7.38ilii
'10.48
t$)
1.88
4ri
6.2
2,it
6
1e$,3
450 15,525
ii.iir35
0 - 0.13
{) - 3,i}
o.23
1fi 2-%X3Vt 8.00
203
11 .O7
2!1i
2.13
ill
7.4
3.?
6Y4 O.D
11t0,0
450
314J0
'13,800
e1n05
0 - 0.13
ii -3.,1"-g',o24
2t)2" tii x ti2.5 7.e,3
19,1
'10.49
2.ial
2.13' 5.X
6.8
iJ.l
Table continued on page 2.'t @ Flefer to not6s on page 2.
Viclaulic@ World Headquarters . P.0. Box 31, East0n, PA 18044-0031 . 4901 Kesslersville Rd,, Easton, PA 18040 . 1-800-PICK VIC . FM: 610 /25&8817. vvww.victaulic,com
E xagge tated fo I cl a rity
1470 A€v.D 10rc0 @ RegistB.ed Tradsma.k of Vclallic € Copyright 1999 Victaulic Prlnr€d in tl.s.A.
,ffi
DIMENSIONS
ffi
M
MATERIAL SPECIFICATIONS
Housing: Ductle ilon conform-
ing to ASTM .4-395, grade 65-
45-15, e.nd ASTM 4-536, grade
65-45-12.
Housing Coating: Orange
enamel
|] Optional Hot dipped ga.lva-
nized ald others.
carkstr (specify choice")t
O Grad€ "E" EPDM
Vic-Plus Gas*6t System
EPDM (Green color code).
Temperatule mngs -30oF to
+230"F (-34"C to +110"C).
Recommended for hot water
servlce within the speciied
tempeJature Iange plus a
variety of dilute acids, oil-ftee
air and many chemical ser-
vices. UL classrned in accor-
dance with ANSI/NSF 61 for
cold +86T (+30"C) and hot
+180"F (+82'C) potable water
service. NOT FECOM-
MENDED FOR PETROIAUM
SERVICES,
tr Grade "T" nitrile
Vic-Plus Gasket System
Nifiile (Orarge color code).
Temperature range -20oF to
+180"F (19"C to +82"C).
R6comrnended for petroleum
products, air with oil vapors,
vegetabie and mineral oils
within the specifled tempera-
ture range; except hot, dJy air
over +140"F (+60'C) and
water over +150"F (+66"C).
NOT RECOMMENDED FOR
HOT WATER SERVICES.
"Seryices listed are General Ser-
vice Recofil]n endations only. [t
should ba notad that there are
seryices for which these gaskets
are not recommended- Refer-
ence should always be made to
the latest Victaulic Gasket
Selection Guide for specj.flc gas-
kei service recomnendations
end for a listing of ssrvices
which are not reconmended.
t Supplemental lubricant is rec-
ommended for aervices installed
at or continuously operating
below 0'F (-18'O.
Bolts/Nuts! Heat treated car-
bon steel, zinc plated to ASTM
8-633, fiack-head conformlng to
physical properties of ASTM
.{-183 minimum tensile 110,000
PSl {758340 kPa}.
NOTES
* Wo*ing pressure and End Load are toial, lrom all iniernal and external loads baoed on standard weight (ANSI) 6te€l pipe, st andard roll or cut grooved in accor-
dance wjlh Viotsuiic apeciflcation6. Contact Vlctaullc for perforrnanc€ on othor pipe
WABNTNG FOR ONE TIME FTELD TEST ONLY, the N,4aximum Joint Working Pressuro may be increasod to 1 % tim€s the iigures snown
t Altowable Pipe End Separation and Deflection tigures show ths maximum nominal range of rnovement availablo at 6ach jolnt tor I tandard roll grooved pipe.
Figures tor standafd cut grooved pipe may b6 doubled. Ihese ligur€s afe maximumsi tor design and installation purposes theso figures should be reduced by:
Say"lot ya - 31h' (26.7 - 101.6 mm)i 25% for 4" (114.3 mm) and larger.
@ Numbef of bolts required equals number of hou6ing 6egrnents
lvetric thread size bolts are avallable {color coded gold) for all coupling sizes upon request Contact Victaulic tor detail6
WARNINGi Piping systems must always bs depressurized and drained belore att€mpting disass6mbly and removal of any Victaulic pip ing products.
This pmdilct shall be manulactur€d by Victaullc Cornparry. All producls shall be in6talled In accordance wlth curcnt Vlctaulhstallatlodassembly ingtructions.
Victaulic r€s€.ves tha ighr to changs product specillcatlon8. designs and slandard equlpmenl wlthoutnotlce ond withoul lnourg obligations-
05.05-1C
srzE
Nomlnal
lnches
Max.
Work
Pre6,
PSr
kl3
Max.
End
Load
Lbs.*
N
Allow.
Plpe
End f
seP.
ln.
,ltm
Def,ect. Fr.
G.t @
EolUNut
No. - SizE
lnch€s
tl|fl
Dimensions
Inches/'riiiinl?lers Aprx.
wgt.
Each
Lbs.
kg
Per
cpls.
Deg.
Pipe
In./Ft.
x 2
61k O.D
Itjlr l
450
31i)0
14,940
iic4iiil
0 - 0.13
r. - i'i,il
o.23
19 2 - 5/a X 3Vt 7.84
191)i:7 i
2.06\)33
I O.D.#450
aJ l0r)
22.635
1i107;:a
0 - 0.13
ir . iii.2 o' - 54',o. t6
i.''2-leX4V+9.72
247 5k
12.6
57
B
r 1!.1 1
4fii l0r)
26,280
'| ;lY).t!
0.0.13(t .ti.2 0'- 50'0.18
1-1 2 -%X 4Ve 10.34
26:J
13.97
3:i9
2.32
5i)
12.4
ii ii
10 0.D #
i:i54.0
350
:2,ii\i
27,300
1:iit]i5
0 - 0.]3ti ,).?o' - 43',0.15
ll ? -,k x 5r,12. 16
:],.Xi
15.81
.l{r?
2.53
fi?i
20.4
Lt,{
12 0.D.#
:i0.i.S
350
:?,lix.l
39,500 0 - 0.13
!1 .).:?0" - 36',0.13,j 2-t6X5t4 14.16
s$0
17 69
.14 g
253
i;,1 1t j'i
74 CoLrplinqs 't@ R€ler to notes below
I
06.05 - 2
ictaulic'
An @ gool cenilled company
PRODUCT DESCRIPTION
Victaulic Mechanical-T@
Outlet provides a direct
branch connection at any
iocation a hole can be cut 1n
pipe. The hole is cut oversize
to receive a "holeffnder"
Iocating collar which secures
the outlet in position perma-
nently. A pressure responsive
gasket seal6 on the pipe O.D.
Cross-t1pe connections can
be achieved by utilizing two
upper housings of the same
style and size, with the same
or differing branch size con-
nections, NOTE: Style 920
and Style 920N housings
Ilousing/Coating : Duqtile iron
qonforming to ASTM 4.-395,
gIade 65-45-15, and ASTM A-
536, gEade 65-4S12, with orange
errorrisr waunr!l
tr Optional Hot dipped galva-
nized
Gaskoh (Specify choice.)
D Grade "E' EPDM
EPDM (Green color code).
Tbmperature range -30'F to
+230"F (-34"C to +110"C).
Rocommended for coid and
hot water seryire within the
specif ed temperature ratge
plu8 a variaty of dilute acids,
oiLftee air and many chemi-
cal services. UL Classiied in
accordance with ANSVNSF
61 for cold +86'F (+30"Ci and
hot +180"F (+82'C) NOT
RECOMMENDED FOR
PETROLEUM SERVICES.
E Grade "T" nitrils
Nitrile (orange coior cod€).
Temp$atoJe range -20"Y to
+180'F (-29"C to +82'C).
Recommended for petroleum
products, at with oil vapors,
vegetabl€ and mineral oils
within the specified tempera-
ture range. Not recom-
mended for hot water
services ovar +150T (+66oC)
or for hot dry air over +1.10"F
(+60"C).
(HDPE) pipe. Pressure rat-
ings on HDPE are dependent
on the pipe ratlng. Contact
Victaulic for ratings on other
pipe. Styl€ 920 and 920N
ar€ not r€commended for
use on PVC plastic pipe.
Standard piping practices
dictate that the Mechani-
cal-T Styles 920 and 920N
must be installed so that the
main and branch connec-
tions are a true 90o angle
when permanently attached
to the pipeline sudace.
*Services }isted are General Ser-
vice Recommendations only, It
should be noted thai there ere
services for which ths6e gaskats
are not recorllnended. Refer-
ence should always be made to
the latest Victaulic Gasket
Selection Guid6 for speciflc gas-
ket service recommendations
and for a listjng of services
which are not recornnended.
EoltB/Nuts! (Styles 920 and
920N) Heat fieated carbon steal
?inc platsd to ASTM B-633,
track-hsad conforming to physi-
cal propertjes of ASTM A-183
minlmum tensile 110,000 PSI
(758340 kPa).
rlhrrc | (u' ) (u,c)
t:j ",/@>\!/
See chart on page 4
for pl€ss./re rar,"?gs.
MATERIAL SPEGIFICATIONS
Styles 92O and 92ON
Mechanical.T@
Bolted Branch Outlets
canuot be mated to achieve
a cross connaction.
Style 920 and Style 920N
Mechanical-T outlets are
available with grooved or
femala threaded outlet. Spec-
ifu chorce on order Units are
supplied painted with plated
bolts. Galvanized housings
are available, supplied with
plat€d bolts-
All slzes of Style 920 and
920N are rated at 500 PSi
(3450 kPa) working pressure
on steel pipe. Thoy may also
be used on high donsity poly-
ethylene or polybutylene
Styles 920 and 920N
Viclaulic@ World Headquarters . P.0. Box 31, Easion, PA 18044-0031 . 4901 Kesslersville Hd., Easton, PA 18040 . 1-800-PICK VIC . FAX:610 /250-881 7 . \lj\^/w.victaulic.com
Prinl€d ln U.S.A.1480 Rev. E 11/00 @ F€gistered Trad€mark of Vicla!lic @ Copyright 1999 Vlolaulic
rr- r----1 | I l-1 |yr6zfi6!5>r{x----xl-* @\"\zi Ea
Styles 920 and 920N
Fsmale Thread€d Outlet
DIMENSIONS
Styles 92O & 92ON
Styles 920 and 920N
w,/Grooved oullel
NOTE: Style 920 and Slyle 020N hous'
Inga cannol bs mat€d lo achlevs oro55
conn9cllons,
Thes6 n6w slz6 Style gmN
prodlcts requne a diller-
6nt hole size lhan the glyle
.920 it r€places, lor propst
lnsiallation. Use csLilion 10
assure the propet size hole
is prepared fo. tho specifc
size and 6tyle used. Fallure
to lse th€ prop€r hole siz€
could result in ioint leakage
and property damage.
o
srzE
Run X Branch
Naminal lnch€s
Arluill r}ln
Style
No.
Max.
Work,
Prsss,
PSI
*Pa
Dlmensions - Inchos/rrifiimetor$Aprx,
Wgt Each
Lbs.rks
Hole
Dla.
+0.13
-0.00
Fem.
Thd.
+#
Grv.
w z
Fsm,
Thd.Grv.
2 x 1A (a)
ri0.3 x 2 t.3xval-x 2{i.9
x 1 (a)---x 33.7
X tttl tanx xi1 4xlG67-x 4ii.i:J
920N 500
3.JJi)
1.50
38, i
2.OO
51
2.53
rj,l
1.63
tl
4,91 2.50
til 1,$
920N 500
3,l5i.r
1.50
&1,1
1.97
50
2.53
iil
1.63
.
4.91
126 7A t.5
920N 500
ii450
1.50
3ir,1
1.81
4ti
2.53
E4
t.oJl
.11
4.9't
12t
2.75
l(l
3.0
1..{
920N 500
345J
175
4.1,5
2.04 .
ii2
2.75
7\-l
3.00
/ii
I o.J
41
4.91
I iii 3.00
/i\
3.51l 3.2
t,3
920N 500
S.liiii
1.75
445
2.03
l:,2
2.75
l1i
3.12
,t1
4.91
t?,,i
3.e5al 3.6
1,I
3.2
x 1 (a)x 33.7
x r y.T Cat---x 42,4
x ixT falx 4s,3
21h x tL(aJn,a x 21,t
x v<alx 2{i,{)
920N 500
li+It0
1.50
3n,1 $e
2.7 4
7lj
1,82
4ii 131
2.75
v.t
3.0
1,4
920N 500
3150
1,50
3iJ,1
2.74
7{)
'1.82
4ti
5.14 2.75
7(i
3.0
'l,t+
920N 500
li.rSrj
1.50
38,1
2.06 2.7 4
?n
1.82
t'at
5.'r 4
r3l
2.75
70
2,9
1,,:
920N 500
3{ 5t
2.29 3.00
?t;
3.25
fl3 4ri
5.14
l3r
3.00
1S
35
1,7
3.2
1,5
920N 5m
:'4::ti.i
2.OO
..iu,ti
2.27
{iai
3.00
7t;
325
$:1
1.82
-tfi
5.14
13 i
3.25
ii3
3.6
1,7 1,0
76,1 mm X 1/? (a)x ? t,:J 924 300
2i.*tl:,
LCU3tl 2.22
{id
2.75
!i)
2.25
3?
6.50 3. t8
fii
3.9
l,il
X, VAX?+
x 1lx 3-'l
x1t,t 12
(a)920 300
?.i0it
1.50
33. i
2.19 2.75
7l)
2.
i;/
6.50
lf,il
J. t6
LrI
3.9
1,it
a)
I 920 300
3.-)65
1.50
IJB, I
2.47 2.75
7ii
2.25
57
6.50
tcti lJt
3.8
1.7
i(alt 920 500
3r.tii)
2.00
i;d,4,f,B
3,50
8:t
3.50
Itil
2.25
57
6.24
1^?
3.63
!':t
4.4
2.{t
x r% (a)x {1,3 920 500
:t"t50
2.00
$0,n
2.@
ril]
3.50
i,i)
2.25
ti7
6.38
1i:,?
3.63iir 44
2,(i
4.4
2,t)
3 X thla)
Bit,t X 21.3
x Y. (a)x 241,7
x 1 (a)x 313.-1
x tzla)J-x .1t.2 irtx 1lh (a) tX lil.i;iiri
x 2 (a)
X iJrl.i,
920N 500
34ii0
1.50 2.53
ii4
3.06
fn
2.29
NB I dil
2.75 34
t(j
920N 500
aJ45i)
1.50
ll8,l
2.50
64
3.06-lii:2.29 5.75
116
2.75
'h1 1.r'l
920N 500
ii45rl
1 .50
3C.1
2.37
6i.l
3.06
73
2.29
53
5.75ti$2.75
7A '1,8
920N 500
345i)
2.54
f:5
3.25
{iil
3.56 2.29 5.75
11ii
3.00
7tt
3.8
|.t)
3.7
I,ti
920N 500
i.r5i)
2.00
5ll.:L
2.77
?i)
3.50
r!t
3.56
:{:
229
53
5.75
14t:
3.25 4.1 3.8
i,i]
920N 500
3,15(l
2.50 2.74
71.1
3.50
8i)
3,56
lvJ
2.N
{itJ
5.75'i (i
3.88
t)tt
4.9
?.3
46
2,i
4 x ,r(al
l1:l.i] X 2i.3
x %(ar-
i< ?,t).j'
x T(a)
*----
x 33.4xI'aioT-X 42,il l.t)
X 11h (a) tx ,!!:r(r)_
x 2(a)tx$_
x 2Y.(al tXIIL *--
X 76,'1 mm
x 3 ('d) i-_x Bti,1)
920N 500
3,r50
1.50
38, r
3.03
?7
3.56
ti-1
2.69
NB 17i)
2.75
70
3.7
't.lj
920N 500
ii4ti0
1.50
iJii, I
3.00fii 3.56
ui)
2.69
{d}
6.69
17ii
2.75
:/r:l 1.5
920N 500
ri,1.ti0
1.50
ail8,I
2.88
t3
3.56
iti)
269
ri$
669
1f+
2.75
:1)1.S
920N 500
13.:150
3.07
7A
3.78
!rf
4,00
102
2.BS
dil
6.69
iTii
3.00
7n
4.0
1,i
3.6
920N 500
ir.rh0
2.00
itl.:,'i
3.28
iii'}
4.00
1r)?
4.00
10*
2.69
de tTti
3.25
$3
4.2
il,ri
3.9'|.9
920N 500
315ii
2.50 3.24
ii2
4,00
1i\2
4.00
ioz
6.69lh 3.88
".]l,i
5.U
7,3
4.62l
920 500
3.t5i;
2.75
riiJ,.J
3.06
7:;
4.00
r02
4.00
1\i2
2.69i;i 1i-1.1
4.63
I lfi 5,8
2,i 5.0
2l)
920 500
c491)
2.75
t)t,{.i
4.00
ia,?
2.69ti'7.25
r il.l
4.63
l1{i
6.4
2i)
920 500
il45rl
3.50
iIJ.t)
3.50
B!,1
4.5t)
'i l.i
4.'13
1':,i;
2-69
ilai
7.25
1ii4
5.25
133
B4
3,8
6.4
i*,!i
08,0 mm X 1/r (a)
\.i?",2
X i lzz (a)
X ,iti,3
x 2 (a)
X i:11.3
X 2t/" (a)
X 73,r.'
x 3 (a)
x,.iir.ii
920N 500
34iitl
'1.75
14,i;
3.06
'Iu
3.78
!J{i
2.63t!144
3,13
8{)
5.0
?-,:!
920N 500
34i,j
'2.00
30,ii
3.28
tiiJ
4.00
IC?
2.63
07
7.25
18,{
3.38
iJa
5.0
2,3
s20N 5m
345t)
2.50
iJ2
4,00
r02
2.63
ij7
72\
181
4.00
t(?2,5
920 500
:r.l$i)
2,75
tig,.i
3.06
?6
4,00
l,l2
2.63ti/!lI
4.41
112
5.6i*
920 500
ij,1iio
3.50 4.00
]02
2.63
hf i iJ.l
5.00
1'l/
6.5
3,{)
Table conlnJed on page 3. See noles on pag€ 3.
11.O2 - 2
DIMENSIONS
Styles 92O & 92ON
r-r-1|'--.1--rr|l-||I l-{, llll::1 |'76f{4'i WD{ -.-}<l+ @\*\--lqi EE
Styles 920 8nd 920N
w,/Groovod Oullet
r-z-1I r-----'-_1 Iffi-
@ltf"ll
t
styles 920 and 920N
w/Female ThGaded Outlet
NOTE| Slyle 920 and style 920N hou6-
ings oannol be mated 10 achlovs cro53
oonnocllons.
These new sizB Sl9e 920N
produots r€quire a dlfl€F
enl hole size lhan ihe Slylo
920 il replac€s lor proper
in6tailaiion. Us€ caullon to
as6ure lh6 ploper 6ize hole
is prepared lor ihe speclfic
sjze and style used. Failure
to use thg proper hole sizo
could resuli In ioinl loakog€
and proporly darnage. _
t
M
stzE
Run X Branoh
Nomlnal lnches Siyle
No,
Max.
Work.
Ptess.
PSI
kP6
Dlmensions - Inch6s/{rillifir&t*s Apric
Wgt. Each
Lbs./&l
Hole
Dla.
+0.13
-0.00
Fem.
Thd.
+#
Grv.
+W z
Fem.
Thd.Grv,
5 x 1%(a)t
i41,3 x .tai3
x 2(a)t
x auatx 73,0
X 76,1 mm (axb)
x 5Gl t--x 116,!r
920 500
344.1
2.00
iiO,i?
4.06
li.,il 121
4.75't2 |
3.25
iiil
8.38
?\:t
3.75
$5
7.4
::i .j
7.6
3,.1
920 5m
345i)
2.50
i.\3,j
4.06
tf tit 1:11 'i21
3.25
d:i
8.34 4.38ltl 8.2
3,7
8.0
3,ii
920 500
3,!S{j
2.75
ti0,g
3.81
i)7
4.75
121
4.75
t?l
3.25
u3
8.38
213
4.63
t 1li
8.3
3,S
7.9
3,ii
920 500
3dito
2.75
6rl,g
3.81
!i7
4.75
tr1 83
838'tli)
920 500
tltid)
3.50
{lrl:,9
4.00
liJA
5.00 4,63
l lil 3.25
B3
8.38
21i'13r
84 8.8
4,{i
'139,7 mm X 1% tx 48,3x4
X ri!,:]
X 76,1 mm (a)(b)
x5-x ila.j,!j
920 500
:]150
2.OO
5ir,ii
4.06
r{)$
4.75
1i: I
3.25
8ii
8.38
213
3,75
9!;
7.4
it,t
920 s00
:l,in)
2.50
oli.$
4.06
'r03 4.75
121
3.25
'43
8.38
21i]
4.38
l
8.3
3,1
920 5m
3150
3.50
Iiii, J
4.63
iVt ?i3
8.38
t13 1l/8.8
4(i
920 500
3Airt {irJ,i.t
4.63
118
3.25
lr,.l
8.38
t13
5.38
t37
8.8
4,il
6X1V.
Irlti,3 X 4a 2 ib)x 1%(a)tX 4i!, 3 (ni
x ztaltx &).:i
X ?1/2 (a\ Ix 73,..
x 76,1 mm (a)(b)
x g luXx ii$,!)
x 4 {.o) tx 1 14,3
920N 500
tSij
9.13
't:12
3.25
a{}
4.8
920N 500
3nb{.,
2.O0 4.40
112 I i.ii:r
5.13
r30
3.79
iiai
9.13
fj2,
3.25iit 5.4
i|.;2,lt
920N 500
lj,i5r)
2.50 4.37
11i
5.13
i'3t;
3.79
!,'-r'
o le 3.88
'J.,t
6.0
2,i
5.6
920 500
:l1ia
2.75
c!) $
4.19
1{Xi
5,13
130
5.'t3
I i.Ji)
3.69
s4
9.38
238
4.63
6
8.3
3,1
7,6
3tr
920 500
3.150
2.75
Gi!.9
5.21
| 3:l
3,69
l)l
9.38
;?3$
5.38
t3"i
8.4
i{.1}
920 5m
3.,irn)
3.50
{id,$
4.50
I t4
5.50'l,i(l c. tJ
i3i)
3,69
9.1
9.38
a:ti
5.38
t:1?,t,:l
8,4lis
920 500 4.50
t'i.t ti
4.50
t14 i.1it
5.38
1:37
3.69
.!l 6.25
15'.1
10 1 10.1
rl il
X 4V4i1 lii,,ii
159,0 mm X 1% (a)x d,.j,3
x zta
X riil,ll
X zvr(a')x l3,a
920N 500
3,ifnl
2.00
54,r1
4.41llt 5,13'l3il 3.63
\te
9.25
P35
3.38
tlii 3.S
920N 500
3.4n0
250
ii:i,5
437lll 5. 13
r::r0
3.63 9.25
21t5
4.00
l1'2
8.0
3,{
920 500
344i0
2.75
Si ,1J
4.56
1lri
O.5lJ
ua
3.63
l|;2
9,25
?3ti
4.7 5
1'11
8.6
3,9
920 500
$,j5f;
4,50
11,i.3
5.38
131
3.63
l\2
925
2:35
6.25
I ti$
10.0
4.5
165,1 mm X 116 (a) fx .lit,il
x ztaltx a1j,3
x zut
-X i:l.i)
X 76,'1 mm (axb)
x 5Gx-x 8tl,i')
x 4(.)1-x i 11,3
920 500
3"i50
2.OO
5n.*
4.44
113
5.13
t3i)i 3;l
3.6S
3"1
9.38
234
3.75
irb 3,ai 5,1
920 s00* ttl
2.50 4.44
113
5.13
13!)
o.l.)
i 3i.l
3.63
\\2
9.38
21*t 111
8.0
36
7.O
3,?
9m 500
i;.1$i r
2.75
r'9,:)
4.19
I|ti
5.13
13i)
5.13
1:lil
369 9.38
?,3i1
463
| 1it
d,o
ri9
7.6
ii,,i
920 500
1i4ii i
2.75
*i.!,9
4.08
ti.4
5.13
'Itir.t
5.21
r32
3.69
Iu
9.38
2i1'
5,38
137
D,O
:t,:i
7,6
.'l,d
920 500
il,15i.)
3.50
til\,1)
4.50
114
5.50
14r
5,13
13rr
3.69
ili
9.38
231t
5.38 10.2
4,0
8.4
li,8
920 500 4.50
I I a,i)
4.50
114
5.75
1n0
5.38 3.63
'.)2
9.38
2:Jlt
6.25 10,5 4.4
it.li
B x 2(a)
!rl$.1 X i;0,3
x z.z"GlT-
7< 13,i:.t
X 76,1 mm (a)(b)
x 3 {a)tx ito,i)
x 4 (a)t
x i14,ii
920 5m
3.t5{)
2.75 5.19
13t
6.25
159
4.88
lza
'12.00
3i)s
4.50
1t,l
1.6
5,3
920 5m
3nfi)
2.75
iiii,ii
5.19
I3;i
6.25
r5$
6.25
t59
4,88
1?-4
'12.25
a)li
4.50
I t"l
11.6
1t,it
ILO
5.3
920 500
?d$o
2.75
ris,,ii
5.19
l3?
6.25
111$
4.88
124
12.00
Sixi
5.38lirf
920 500
34t-A)
3,50
38,i1
5.50
l-lil
6.50
lu{t
6.25
159
4.AA
124
12.00
i3is
5.38 126
'!t,I
11,6
5,ii
920 343J
4.50
11.1,3 t7l 6.38 4.88tu 12.00
3{d 150
15 3
6..)
'12.5
T
-*
NOTES
ol run to engaged pipo end,
female threaded oullei only (Dimen-
sions aPProximate).
Avallable with Orooved of t€male
threadod outlet. Spocily cholce on
order.
C€nter ot run to end ot litting
Fomale threaded outleis are avall-
abl€ lo NPT and BSPT speciflca-
tions,
British Standard lemale pipe
thr€aded outlet is availableas listed
Specify "BSPT" clearly on ordef
) For 76,1 mm lhreaded outlet,
spsoifu 21r' BSPT clearly on ordor.
See notes below
11.02 - 3
FLOW DATA
Flow tesi data has shown that
the total head loss between
pointO and@ for tha Siyle 920,
900N and 929 MechanicalT@
fittings can best be expressed
in t€rms of the prassure
differencs across the inlet and
branch. The pressure
difference can be obtainad
from the relationship below.
G, Values
Values for flow of water at
+60"F (+16"C)are shown in the
table at right.
o--
Formulas lor C' Values;
02AP=E-.,
--a = Lvx JAr
Where:
O = Flow (GPM)
AP = Pressure Drop (PSI}
cv = F.low Coelficient
APPROVED PRESSURE RATINGS
The information provided
below is based on the latest
Iisting and approval data at tlle
time of publication. Listings/
Approvals are subject to
change and/or additions by the
appro\,€ls agenqiss. contact
Victaulic for performance on
other pipe and the latest
listings and approvals.
NOTES: l0 refers lo Lisled/Approvsd Schedul€ l0 st6el spfinkler pipe.
40 refefs io Listed/Approved Schedule 40 steelsprinkler pipe.
DF .efers to Listod/Approved Dtna-Flow ste€l sprinkler pipe rnanuiactured by Amorican Tube company.
SF r€l€rs to Llst€d/Approved Super-Flo steel sprinkler pipB manufactured byAllied Tub6 and Condull CoForation.
o
This oroduct shatl be manulec|Jred by Victeu,c Corpany. All prooJcts sha be ndalled in sccordance with cL-rent V,cleuli[stallar,on/ass€mbly instrucLions.' VictaLttc roserves rre .ighr ro anange produci spec lllcatlons. designs and sl€1de.d eqt-rpnent wiinoLt notice and wilhor Incl,tg obligatlons.
OUTLET SIZE
Nominal lnches
Equlyaf€nl Lsngth Fs etl tne'ar ot Pipe
Grooved
Fomale
Threaded
1/2
21.!i
2.0
0rj
3/t
?a'i,:i
4.0
l.?
1
.i3,7
5.0
r.5
11/q.fi4 5.5t,i 6,0
1.5
1Y2
43,:1
7.O
2.1
8.0']4
2 9.0
a!.,-
lu.c
3,;l
2\h
:4i,0
1.1.0
3.4
'12.5
:i,B
.lt 15.5
4,i
4
tl4.:)
20.0 22.O
I
I | 02"44
stzE
Nominal Inches cv
Values
slzE
Nominal Inches
Values
stzE
Nominal lnches
A{}u*l rnfir
cv
Valuee
:i1,3 17
11/a 45 2h
73.t t.J5
Vt
e6,!j .iLi,3 60 3
8rt.!t 200
1
63,1 25 2
ajfi,3 100 4
1i.1,3 400
RUN SIZE
Nominal lnche8
*61u1!i iYi{}
Pipe
Scheduls
Raled Working Pressures
PSI/nPa
UL ULC FM
?Yz- 6
/3,0 - 16*,t]10, 40 4m
?-:t!i5
400
'i-f5,t
400
,:'iii3
2Uz- 4
7iJ,0 - r1n,3 DF 300
20*{.i
300
:ifi!it
300
lxliia)
2Y2- 4
/3,$ - 1t4,i.t SF 300
2il$5
300
2t!:$
3m
r{kili
11.02- 4
o
o
aufic:
oeriified compar,ry
ct
@ ooor
PRODUCT DESCRIPTION
Style OO5
FireLock'"
to handle during assembly;
speeds and eases installa-
uon on pjpe grooved to
Victaulic specifi cations,
Style 005 Flrelock cou"plings are designed
and recommended for
use 0NLY on fire protec-
tion systems-
FirelockrM Sryle 005 rigjd
coupling has a unique, pat-
ented angle-pad design
which allows the housings
to offset while clamping the' grooves. By permitting the
housings to slide on the
angled bolt pads, rigidity is
obtained.
The Firelock coupltngs
provide rigidity for valve
DIMENSIONS
Rated for wet and dry sprinkler
systems at 350 PSI (2413 kPa)
for \V+ - 4 (32 - 100 mm) sizes
and 300 PSI (2068 llP.d for 4/q -
8' (108,0 - 200 mm) si?es:
Schedule 10 roll grooved or
Schedule 40 cut or roll grooved
sreel plpe style uub ls rrgld and
does not.ascommodate
expension, conuaction or
anguiar deflection.
|*-v-".!+|F-,JraAd rm\vT,iMW:V: [W
I
Rigid Gouplings
connections, fire majns
and long straight runs, Sup-
port and hanging require-
ments
correspond to NFPA 13
Sprinkler Systems. Angle-
pad design permits assem-
bly by removing one nut/
bolt and swinging the
housing over the gasket.
This reduces components
W@ 6 LPC and VdS Apprcved,
see ,notes on page 2.
@*@
Plpe
Inches/mm
Max.
Work.
Press. S
PSI*/kPa
Max.
End
Load
Lbs../N
Allow.
Pips End
sep. t
ln,/mm
@ BolVNut
.No. - Slze
Inches/mm
Dimenslons
Inches/mm Aprx.
Wgtr Ea.
Lbs./ks
Nominal
Size
Aclual
Size x Y z
1U4 1.660
42.2
350
2413
755
3370
0.05
1.2 2-YaXZ 2.69
68
4.14
105
1 .86
47
1.2
0,5
1Ih
40
'1.900
483
350
2413
,990
4415
005 2- x2 2.94
75
4.34
110
1.86
47 0.5
2
50
2.375'60.3 350
2413 6900
o.o7
1.7 2 %X 2h 3.41
87
4.50
114
1.86
47
1.6
o.7
ZVz
65
2.875
730
350
2413
2270
1_01 10
o.a7
1.7 2 -3/a X 21/z 3,91 5,06
129
'1 .86
47
1.9
0.9
3 0.D.3.000
76.1
350
2413
2475
t 1010
0.07 2- 10 x 63.0 4.10
104
5.25
133
I 80 1.9
0.9
3
80
3.500
88.9
350
2413
3365
14985
0.07
1.7 2-VaX ZVz
4.54
115
5.68
144
LOO
47
2.1
1.0
4
100
4.500
114.3
350
2413 24770
0.16
4l 2-a/aX2/z 5.71
145
6.90't75 2.O7 o, l
41/e Q.D,4.25O
108.0
300
2068
4255
18940
0.16
4.1 2-10x 63.0 c.cu
140
6.90
175
2.07 lir
1.4
5
125
5.563
141.3
300
2068
7290
32445
0,16
4.1 2-1hX2/t 6.85
174
8.66 2.O7
53
4.5
2.O
57r O.D.5.250
133.0
300
2068
6495
28900
0.16
4,1
'2. 12 X 70.0 6.60
168
8,66
220
2.07
2.0
5rk o.D.5.500
139.7
300. 2068
7125
31715
0.16
4.1 2-12 X 70.0 6,81
173
8,66
220
2.O7 ' 4.8
2.2
6
r50
6.625
168.3
300
2068
10340
46020
0.'16
4.1 2-1,4X 23/t 7.51
201
9.72
247
2.07
53
5.0
2.3
6% D.D.6.250
159.0
300
2068
9200
40955
0, 16 2. 12 X 70.0 7.60
ts3
9.72
247
2.O7
53
5.5
2.5
6V, O.D.6.500
165.1
300
2068
9955
44295
' 0.'16
4.1 2 - Vz'X 2Vt 7.76
197
L72
247
2.07 5.5
200
8,625
2191
300
2068 78000
0.19
4.8 2'7aX4Vt 10.41
264
13.20
335
250 '11.3
5',]
'@ S t Fefer to noles on page 2.
Victaulic Company 0f America r P.0. Box 31, Ea$on, PA '18044-0031 . 4901 Kesslersville Rd,, Easton, PA 18040 . 610/559-3300 . F/rX: 610/250-8817 . w\'./w,victaulic.c0m
1538 R6v C 11197 @ Fegisiored Trademark victaullc Company of Am€rlca e) Copyrighl 1997 Viotautlo Cornpany ot Amgrtoa prtnted ln U.S.A.
o
o
MATERIAL SPECI FICATIONS
flouslng: Duc le iron conform-
, ing ro ASTM 4.-536
Houging Coatlng: Orange
enamel
D Optionalt Hot dipped galva-.
nizBd
olts/Nuts: Heat treated car-
bon st6el, zinc elecfioplated to
ASTM 8-633; Track head botr
conforming to ASTM A-183 Inin-
imum tensile 110,000 PSI
(758340 kPa); Flanged hex nut
conformjng to ASTM .4-563,
Grade A.
Gashst:
O Grado "E" EPDM - lvpe A
(Violet color code). Ftelock
products have bean Listed by
Underwdters Laboratories
Inc. and Approved by Fac-
tory Mutual Ressarch for wet
and dry (oil free air) sprinhler
sorvices up to the rated work-
ing pressuro using Nhe Giade
"E" - Tlpe A gasket. For dry
servicas, Victaulic continues
to recommend ths use of
Grade "E" lrpe A or Grade
"L" (Silicone) FlushSealo gas-
ketS.
o
The information provided below is based on tho latest llstlng and approval data at tho time of
publication. Listings/Approvals are subject to change and/or additionE by the approvals agencies.
Coolact Victaulic for performance on other pipe and the latest listings and approvals.
6 refers to L j.sted,/Approved
Schedule 5 steel sprinlder pipe.
10 refers to Lhted/Approved
Scbedule 10 steel sprinkler pipe.
40 refers to Li6ted/Approved
Schedule 40 steel sprinkler pipe.
BLT refers to Listed/Approved
stesl sprinkler pipe manufastured
by American Tubs Company.
DF reiers to Listed/Approved
Dyna-Flow steel spdnkler pipe
manufactursd by American Tube
Company,
DT relers to Listed/Approved Dyna
Thread $teel Eprinklsr pipe
manutacturcd by American Tube
Company.
EL refelg to Li'ted/ Approved
Eddylite $eel sprinkler pipe
manujactur€d by Bull Moose T\:.be
Co.
EZ refors to List€d/Approved
EZ-Flo\iv steei sprinkier pipe
manufactured by Northwest Pipe
& Casing Co.
SF reJers 1o Li.sted/Approv€d
Super-Flo steel sprinkler pipe
manufactured by Allied Tube and
rr^6niii+ n^,*^--*^-wruur! vvryurouurr.
SL refers to Listed/Approved steel
sprinkler pipe manufactwed by
Western TUbe and Conduit
Corporation.
S\\pet 4O,D[L rcterc to Listed/
Approved Super 40 or Super XL
steel spdnkler pipe manufactured
by Allied Tube and Conduil
Corporation.
WLS refers io Listed/Approved
steel sprinkler pipa manufactured
by Wheatland Tube Company.
XLD(L-ll reiers to Listed/Approved
XL or XL-li steei spdnkler pip6
manufactured by Aihed Tube and
Condurt Corporation.
. NOTES
* Working Pr6ssu16 and End Load are total, lrom all inletnal and external loads, based on slandard weight (ANSI) sleel pipe, standardrotl or cut grooved in accor-
dance with Victaulio speciflcations. Conlact Victaulic for performance on other pipo.
WARNING: FOR ONE TIME FIELD.TEST ONLY, the l\4aximum Joint Working Pressure may b6 increased to 1% lim€s the figures shown.
t For field Insiallation only, FifeLock Slyle 005 couplings are essenlially rigid and do not accommodate expansion/contraction.
@ Numper of bolls reqJired equals nLrmoer of housing 6eg'nenls
Mqlrjc thrbad slza bolts aro available (co/or aoded gold) tor all coupling siz6s upon request. Contact Viclaulic ior details.
S Styl6 OO5 couplings ars VdS and LPC Apploved lo 12 Bar (175 PSI).
WARNING: Plping systems must always be dopressurized and drained before attsmpting disassenrbly and removal of any Victaulic piping products.
This product sha be m6r Lracturecl by Victaullc Company A I proouctg shal be inslel ed in accordance wllh current VicraJrlc inslallanon/assembly insrJctons.
Victaultc re6erv6s the rlghl tp chsogg produot speclfioations. design6 and standard equipment without nolico and wlthoui Incurring obllgations.
10.02-24
Rated Worklng Pressure Batod Working Pressure
Plpe
Schedule
Siz6
lnches UL ' uLc FM
Pipe
Schedule
Slze
Inche€UL ULC FM
5 1Y4-B 175 175 175
EZ
300 300 300
'10, 40
\V.-4 350 350 350 't75 175 175
5-8 300 300 300 SF th-4 300 300 300
ItLl 1l+-2 300 300 300 Super 40 1V4-2.300 300 300
DF
1Y4-4 300 300 . 300 TL '1%-2 s00 300 300
ttJ tt5 175 WLS 1%-2 300 300 300
DT 1%-2 , 300 300 300 XL/XL-II |/1-J 300 300 300
EL 1%-2 300 300 300
NOTES:
10,02 - 2
ctaLrlic'
An @ 9001 certilisq company
PRODUGT DESGRIPTION
Style 75OoReducing Goupling
of the smaller pipe inside
the larger pipe during verti-
cal systems assembly is
avaiLable upon request.
The Style 750 Reduclng
Coupling permits direct
reduction on the piping
run. Designed to replace
two couplings and a reduc-
ing fltting, rhe Sryle 750
features a special reducipg
gasket for pr6ssure respon-
slve sealing. A steel washer
which prevents telesooping
@*@
Fz--]mHm
iffi
H(,-',))Hv
DIMENSIONS
Beler to noles on page 2.
Slyle 750 Redlcing couplings should not be used wlth end capsl#60) in gystems whefe a vacuum may be dsvoloped.
Conlact Viclaulic for delalls.
Victaulic Compary 0f America . P.0, Box 31, Easlon, PA 18044-0031 . 490 i Kesslersville Rd., Easton, PA 18040 . 610/559-3300 . FAX: 610/250-881 / . \ry\ryw,victau lic.com
1536 R6v.A 11,€6 @ Feglster€d Trademark Victaulic Company of Afiorica @ Copyrlght 1996 Victeulic Company of America Prlnted in U.S.A.
Nomlnal
Slze
Inches
4m
Max.
Work
Pres.
PSr
kPa
Max.
End
Load
Lbs.*
N
Allow,
Plpe
Ehd t
Sep. In.'mm
Dellect. Fr.
Grt @
tsolUNut
No. - SlzE
Inches
Dlmenslons
Inchos/mlllimsters Aprx.
wsL
Each
Lbs,
KO
Per
cplc.
Deg.
Plpe
In JFt.
mm/m x z
2X t50x25 350
2410
1 ,000
4450
0 - 0.070, 1.8 0"- 57',0.20
17 2-laX2 3.38
86
5.00 1.88
4B
2.0
0.9
2XI1h50x40 350
2414
'1,000
4450
0 - 0.07
0-1.8 0"- 57'0.20
17 2-%x2 338
B6
5.00
127
1.88
48 't.0
zYrX?65X50 350
2414 6900
0 - 0.070- 1.8 o.- 47'0. 16
14 2-3/aX2 4.13
105
5.88
149
'1 .88
4B
30
14
30.D. X 2 350
2410
1,550
6900
0 - 0.070- 1.8 o"- 47'0.16
14 2-!aX2 4.13
'| 05
5.88
149
1 .88
48
3X280x50 350
2410
1,550
6900
0 - 0.070- 1.8 0.- 39',0.13
'11 2 - 1/zXPA 4.75't21 6.75
171
'1.88
4E
4.6
3X2y,80x65 350
2410
2 275
14125
0 - 0.07
0-1,8 0'- 39'0.13
11 2 - 1/zX Wa 4.75
121
O ,/J
171
1.88.
4A
4.2
1.9
3 x 30.D.350
2410 ibi is 0 - 0.070- 1.8 0" 39'0,13
'11 2 - Y2X 2Va 4.75
121
6,75
171
1.88
48
4:2
'1.9
4y'2
100 x 50
350
2410
1 ,550
6900
0 - 0.13
a-3,2 'r o- 19'0.28 2 - VsX3Vc 6.13 8.50
216
2.19
56
8.8
4.O
4 X 21/b
100 x 65
350
2410
t t1R
10125
0 - 0.13
0-3.2 1% 19',0.28
25 2 - Va\,3%6. 13
156
8.50
216
2.19
56
8.4
3.8
4Y, X 3 O,D.350
2414 '10'125
0 - 0.13
o-3.2
.1'- 19'o.28 2 - VsX 3Va
o. tJ
tJo
8.50
2'16
2.19 8,4
3.8
4X3
100 x B0
350
2410
3,365
14975
0 - 0.13
o-3.2 1"- 19'0.28.25 2 - VaX31/e 6. t3
156
8.50
216
2,19
56
6,6
3.0
5X4
125 X 100
350
2414
5,565
24765
0 - o.130,3.2 1"- 3',
.o.22 2-3/eX4Vn 7.-t3
181
9.88
,251
2.13 10.8
4.9
6X4
150 X 100
350
2410 24765
0 - 0,13
o-3.2 0'- 52',0.18 2 -3/t X 4Vt 8.50
216
11.25 to.o
7.5
6X5
150 X t25.
350
241$
8,500
37825
0 - 0.13
0-3.2 0.- 52'0.18 2 -'/aX 4%8,50
216
1.t,13
283 54
I z.o
5.7
61/z O.D. \ 4 2410 24765
0 - 0.130, 3.2 0'- 55'0.19
'16 2-V4X4U4 8.50
216
11.25
286
2.19 't5.2
BX6
zoo x 150
350
2410
12,000
53400
0 - 0.13
o-3.2 0"- 38'0,13'll 2-|,hX5 10.75
273
'14.00
356
2.34
60
22.3
10.1
I The head loss across Style
750 Reducing coupling is
verlT s.mall qnd is egsentially
the'Same' adj ot standald
shprt body teducing pip6
flttiiigs.
Equivalent lengthF df Stan-
dard, weigfut stee] pipA,are
Ehown in the tables. "4lldata is based pp wdier
flowing at ambieht t€mbei-
dture.
H
Iri rhe rable c, = #,tv-lt4J
Where:
Hl o lledd loss in feet '
V = Velocity in smaller pipe
in ft./sec.
g = Acieleration due to ngravity = 32.2 ft,./sec.o
Hou6ing: Ductile iron ionform-
ing to ASTM ,q-536.
Ilousing Cdating: Orange
enamel
E Optiohal:
Hot dipped galvanized and
others
Gaskeir {Specify choico.):
I Grade "E" EPDM
EPDM (Greon color oods).
Temperature range -30'F to
+230"F (-34"C to +100"C).
Recommended for hot water
6e;dce within the speciffed
temperature range plu6 a
variety o1 dilute acids, oil-frBe
air and many chemical ser-
vi.ces, UL classified in accoF
dance with ANsl/NsF 61 for
Flow Redticing
cold (30"C) and hot (82'C)
potable water saruice. NOT
RECOMMENDID F'OR
PETROI"ETIM SERVICES.
E Grade
Nitrile (Orang6 color code),
Temperature rdnge -20oF to
+180'F (-29'C io +82"C). Rec-
onunended for peholeum
products, air with oil vapor8,
vegetable and minelal oils
within tbe specified tempera-
ture range. Not recom-
mended for hot water
servioes over +150'F (+66"C)
or for hot dry air over +140'F
(+60"c).
*Servi0es li$ted are General Ser-
vice Recommendations only. It
should be noted that ttrere are
services Jor which ihese gaskeis
are not recommended. Re{er-
ence should alwavs be made to
the latest Victaulic Gasket
Selection Guide for speblflc gas'
ket service recommondations
and for a listing of services
which are not recommended.
I Optional;
A8sembly Washer: Galva-
niu od, carbon steel
Boltd/NutE; Heai trBated car-
bon steel,-track-head, zinc
plated to ASTM 8-633 oonform-
ing to physical propa ies of
ASTM A-183 minimum tBnsile
110,000 PSI (758340 kPa).
MATERIAT SPEGIFIQATIONS a
NOTES
" W.orking Pressuro and End Load are total, from all internal and external laads, based on standard weight (ANSI) ste6l pip6, €tandafd roll or out grooved rn.dccor-
dance with Victaulic speclfications, Contact Vlctdulic lor performance on other plpe. lMaximum working proseure fatlng based on larger pipe slze. Maxlmum End
Load ratihg based on smaller pips size.
WABNINGt FOR ONE TIME FIELD TEST ONLY, the Maxirnum Joint Working Pressur€ may be increased to 1'/6 times the flgures shown.
i Allowable Pipe End Separdtion and Deflocilon figures show the maximum nominal rang€ of movemenl availablo ai eAch Jolnt lor standafd roll grooved pipe. Fig-
ur€s lof standard cul grooved pip€ may be doubled. These ligures are maximums; for design and Installatlon purposes these iigurgs ghould be rsduced by: 50%
b( q4' !th" (2h - 90 mm)j 25% for 4" (100 mm) and lafger.
@ Numb6r of bolts fequired equals numbor of housing segments.
Mekic thread slze bolts are available (color coded gold) for all coupling slzes upon request, Contact Victaulic for details.
WARNING: Plping systems must always be depressurized and drain€d beforo attempting disassembly and removal of any Vlotaulic piping products.
Thi6plod!ctsha|lbemanuiacluledbyV|cta!||ccompany,A|jplodUctsshal|b6insta|ledinac.nrdancewlthcUfr6niVicteul1c|ns|a|la1io.Vs€mb|yhskuctbn9'
Victaulio res€rves thd rlght lo;hango product spaoifications, designsiind standard equlpmenl with9ul notlce and wlthout Incurlng obligations.
Flow Expandlng
Eiud
lnchas
mm
, EquiV. ,
Plpe Lengh
Sm. Dla.
FeeVm
1X295X50 2.7
0.6
11/t X 240x50
,l.s
0.Q
2 X zt/z50x65 1.0 .
0.9
2X350x80 3.5
't.1
2YaX365X80 2.5
0,8
2X 4 .5q x 1qo
3,0
0 q.,
Elh X 4'65 X 100
4.0
3X4
80 x 100 0.8
4X5
100 x 125
3.8
1.Q
4X6
100 x 150
4.6
1.4
4X6U2
100 x 165
4.6
5x612 X 150 0,7
6X8.150X2@ 1.8
61/2 X I
165 X 200
6.0
'!.9
I
06.08 - 2
t
t ctaulic"
An @ 9001 certlfied company
PRODUCT DESCRIPTION
Style 744
FireLock'"
Style 744 flirel,ock Flarge
idapter is designed for
directlli incorporating
flanged components with
ANSI CL. 125 br CL. 150
bolt hole patterns into a
grooved pipe system. Sizes
2 - 8' (50 - 200 mm) are .
hinged for easy handling
with integral end tabs
which facilitate assembly.
The design incorporates
smal teeth iruide che key
shoulder I.D. to prevent
rotation.
Because of the outside
flange dimension, Firelock
Flange adapters should not
be used on Firelock fit-
tings. When wafer or lug-
type valves are used adjoin-
lng a Victaulic fltiing,
check disc dimensions to
assure proper clearance.
Firelock Flange adapters
should not be used as
anchor points for tie-rods
actoss nonrestrained
joirts. Mating rubber faced
flanges, valves, etc., require
the use of a Firel-ock
Flange washer.
Firelock Flange gaskets
must always be assembled
Flange Adapter
with the color coded lip on
the pipe and the other lip
facing the mating flange.
Firelock products com-
prise a unique eystem spe-
ciflcally deslgned for fire
protection services. Fire-
Lock ffttings are a CAD-
developed, hydrodynamic
design which have a
shorter center-to-end
dimension than standard
flttings. A Firelock Sryle
005 dgid coupling has a
unique, patented angle-pad
design.
@*@
Nolsi Gfay area of mating faoe muat
be froe trom gouge6, undulations or
defofmltles of any lype for eliectiv€,
sealrng.
t-l
l1n -.-- |
m tJ
ilunltmrlEIJ V
DIMENSIONS
Style 744
Sizes 2 - 8" (50 - 200 mm)
ANSI Class 125 and 150 Flange
*Rsfer to nole6 on Page 2..
tTotal bolts required to be supplied by installer. Boll sizes ,or conventional flange-toJtange connection. La.ger bolts are requlfeo wnen
Vic-Flange adapler is ulilized with wafertype valves.
Victaulic Company of America . P,O. Box 31 , Easton, PA 18044-0031 . 4901 Kesslersville Rd., Easton, PA 18040 . 610/559-3300 . FAX: 610/250-8817
2 - 8" Slzes
10.04 tA
Pipe
Inches/mm
Max.
Work
Pres.
PSF
kPa
Max.
End
Load
Lbs.*
N
No.
Bolls t
Req'd.
Bolt
Sizs t
Inches
Seallng
Surlace
lnches/mm
Dlmensions
Inches/mllllmet€rs
ApIx.
wgt.
Ea,
Lbs.
kg
Nom.
Slze
ActuEl
Size Max.
"8"
Mln.W X z
2
50
2.375
60.3
175
1200
775
3450 4 5/a X 23/c 2.38
60 a7
6.75
172
6,00
152
4.75
121
0.75
19
2.7
1.2
2t/2
65
2.575
73.0 1200
I t5c
5050 7oX3 2.88 3.91 7,BB
200
7.00
178
5.50
140
0.88,2 4.2
1.9
3
80
3.500 175
1200
1685
7500 4 3.50
89
4.53
115
8.44
214
7.50
191
6.00
152
0.94'24 4.8
?.2
4
.100
4.500
114,3 1200
2780
1 1045 I %x3 4.50
114
5:53
141
9.94
252
9.00
229
7.50
191
0.94
,A 3.2
5
125
5.563
141.3
| /c
1200
4250
. t 8920 8 3/e X,3/e 5.56
141
6.7 1
171
11.00 't0.00
254
8.50
216
1 .00 8.3
6
150
o.ozc
'168.3
I/C
1200
6030
26440 I 3A X 31/2
6.83
168
7 .78
198
12.00
305
11.00
279
950
241
1.00 9.3
4.2
B
2@
8.625
219.1
175
1200
10219 I Vz X 3Ve 8.63
219
9,94
252
14.63 13.50
343
1 1.75
298
'1.q3
29
l3I
1477RevA 9/96 O FlegisLer€o lraoefna,l Vlcra.rlic Company or Amer'ca O Copyright 1996 Victauiio Company ol America Prinred in u.s A.
o
FLANGE ADAPTER NOTES
1,Tho Styie 744 (2 - 8'/50- 200 mm)
design incorporales small teeth in-
side th6 key shouldar.l.D. to pre-
vent rotation.
2,Firelock Flange adapter should
not b€ used on FlieLook fittingd,
When wafer or lug-typs valve6 are
used adjoining a Victaulic fitting,
check disc dimensions to assure
proper cEarance.
3.Firelock Flang6 adaprers should
not be used as anchor poinls fof tis-
rods across nonrestained ioints,
lvlating rubber faced flanges,
valves, etc. require.the use of a
Firelock Flangs washer,
4,Area A-B notad in the above draw-
ing must be free lrom gouges, un-
dulations or defofmiiies of any type
for elfective sealing.
S.FkeLock Flange adapter gaskets
must always be assembled with the
color cod6d lip on th6 pipo and tho
other lip lacing the maling flange.
SPECTFIGATIONS
Flange llouelng: Ductile iron
conforming co ASTM A-536., Coatfng: Black eramel
tr Optional: Hot dipped
galvanized
Bolts,/Nuts: Supplied by
installer
Gasket!:
DGrade - Typa A
(Violet color code). Firelock
.F, uuuuL. ,dvE lEen Lisled by
VTG-
I
MATERIAL
6.Flan96 Washsrs: FireLock Flange
adaplers rsquire a smooth hard
surfaco at the mating flange fac€
for €ffective sealing. Some applica-
lions for which the Vic-Flange
adapter ls olherwise well suited do
not provide an adequate matlng
qurfaoe, ln such cases, it is recom-
mended that a metal Flange Wash-
9r be insort€d between the
FireLock Flange adapter and the
mating llange 1o pfovlde the neces-
sary s€aling surlace.
Typical applications whers a Flange
Washer should be us€d ar6l
. A. When mating to a serrated
llange: a standard flat flange
gasket should be us€d adjacent
to the serrated flango and th€n
the Flange Washer is inseftad
betweBn the FireLock Flang€
adapter and th6 llange gasket.
B. When mating to a wafer valve:
where typical valve€ ar€ rubber
lined and partially rubber faced
(smooth or not), th8 Flang€
Washer ls placed between the
falve and ihe Firelock Flange
adapler.
Underwriters Laboratories
Inc. and Approved by Fac-
tory Mutual Research for wet
and dry (oil free air) sprinkler
services to 175 PSI (1200 kPa)
using the Grade "F" - tlpe A
gaskei.
*Services listed are General Ser-
vice Recommendations only. It
should be noted tliat there are
services for which these gaskets
C-When maling a rubber lac6d
flangei the Flange Washar i6
placed belweon the FireLock
Flange adapters and the rub-
ber faced flange.
D.Wh€n mating AWWA cast
llanges to IPS flanges: the
Flanga Washer is placed be-
twesn lwo FireLock Flangss.
The hinge points must be ori-
ented approximately 90. to
each athet, It one flangs is nota Firel-ock Flango adaptar
{e.9., llanged valve), then a
standard flatflangs gasket
must be placed adjacant to
that llange and the Flange
Washer inserl€d bolween the
flange gask€t and the Firelock
Flangs adapter.
E. When maiing lo components
(valves, slrainers, etc.) wher6
the component llange face has
an lnserti lollow the $ame ar-
rangemant as in Application t.
F. When rnaling to a Series 708-W
Butterfly valv€, Style 744 rnay
only be used on,lne side otthe
conn€ction.
V/hen ordering Hange Washors,
always spocify' ptoduot styte (Styta
744) and siz€ to assure prcper
Flange Washet is ,upplied.
ar6 not recommended. Refer-
enge should always be made to
the latest Victaulic Gasket
Selection Guide for speciflc gas-
ket service reoommendations
and lor a listing of services
wNch are not recommended.
Hlnge Bushlng: 2 - 8" (50 -
200 mm). Elec oplated steel.
NOTES
Pressure and End Load are total, from ail internal and external loads, based on standard weight ste€l pips, gtandard roll or cut grooved In accordance
]llJictzull" "o""iticatlons. Contact Victautic for performance on other pipe.
ONE TIME FIELD TEST ONLY, tho Meximum Jolnt Working Preseure may be lncreased to 1% tim€s ths figur€s shown.
ge adapters provide rigid ioints when used o0 pipe With slandard roll or culle adapters provide rigld ioints when used o0 pipe with slandard roll or cul groove dimensions and consequently allow no linear or angular .
inust always be depressurized and drained before attempting dlsass6mbly and removal ot any Victaulic piping products.
lll-b-"-T:lll"9l1,:.q 9y vrctaullc company. Alr pfoducts to b6 Insia ed In aocordance wnh cungnr victau ic insra|6tJon/assembty Insructions.rss€rytss Ins rrgN Io change product speclllcaiions, designs and 6tandard 6guipment wlthout notlce and wltholt inourrlng obligations
,t
oictauli c'
An @ 9001 cerlifiBd companyO
E@EEEn-.
PRODUGT DESCRIPTION
Victaulic MechanicalT@
Outlet provides a dtect
branch connection at any
location a hole can be cut in
pipe. The hole is cut oversiz€
to reoeive a "holefincler"
locating collar which
secures the outlet in position
permanently- A pressure
responslve gasket seals on
rne plpe u.u.
Cross-type connections can
be achieved by utilizing two
upper housings of the same
style and size, with the same
or differing branch size con-
nectlons. NOTE: Style.920
@*@
See chart on page 4
for pressure ratlngs.
MATERIAL SPECI FICATIONS
Housing/Coating: Ductile iron
nized
. Gashet (SpeciJy choice-)
O Grade "E" EPDM
EPDM (Gre€n coior code).
Temperature range -30'F to
. +230.'F (-34'C to +110"C).
Recommended for cold and
hot water eervico within the
specifl ed temperature range
plus a variaty of diluie aaids,
oil fre€ air and many chomi
cal services. UL Classified in
accordance with ANSI/NSF
(D Registercd Trademad ol Vlqtaulic
61 for cold +86oF (+30oC) and
hot +180'F (+82'C) NOT
RECOMMENDED FOR
PETROLEUM SERVICES.
E Grade "T" nltril€
Nifiile (Orange color code).
Tbmperature range -20oF to
+180"F (-29"C to +82oC). Rec-
ommended for pefioleum
products, air with oil vapors,
vagetable and mineral oils
within the specifled tempera-
ture range. Not recom-
mended for hot waler
s€rvices over +150oF (+66"C)
or for hot dry air over +140"F
(+60"C).
Styles 920 and 920N
Styles 92O and 92ON
Mechanical-T'
Bolted Branch Outlets:
and Style g20N housings
cannot be mated to achteve
a cross connection.
Style 920 and Style 920N
Mechanical-T outleis are
available with grooved or
female threaded outlet, Spec-
ify choice on order. Units are
srpplied painted with plated
bolts. Galvanized housings
ara available, supplied with
plated bolts.
AII sizes of Style 920 and
920N are rated at 500 PSI
(3450 kPa) working pressure
on steel pipe. They may also
be used on high density poly-
ethylene or polybutylene
(HDPE) pipe. Pressure rar-
ings on HDPE are dependent
on the pipe rating. Contact
Victaulic for ratings on other
pipe, Styl€ 920 and g?0N
are not recommended for
use on PVC plaq.rtic pipe.
Standard piping piactices
dictate that the
Mechanical-T Styles 920 and
920N must be instailed so
that the main and branch
connections are a true 90"
angle when permanently
attached to the pipeline sur-
face. .
@
*Services listed are General Ser-
vice Rscommendations only. It
should be noted ihat ihore are
services for whicb thase gaskets .
ar6 not recommended. Befer-
once should always.be made to
the latest Victaulic Gasket
Selection Guide for specific gas-
ket service rocommendations
and for a listing of sewices
which are not recommonded.
Bolts./Nute: (SMes 920 and
920N) Heat treated carbon steel
zinc plated ro ASTM 8-633" ,
hack-head confoJming to physii
cal propefiies ofASTM .4-183
minimum tensile 110,000 PSI ::,
(758340 kPa).
Viclaulico World Headquarter$ . P.0. Box 31, Easton, PA'18044{031 . 4901 Kesslersville Rd., Easton, PA 18040 .610/559-3300 . FAX: 6.10/250"88'17 ' www viclauliQ,
1480 Rev. C 4/99 o Copydght ,|999 \4claulic
I
"rr,"r
ezo & s2oN
Styl€s 920 and 920N
Wcrooved Outlet
Stylee 920 and 920N
w/Female Threadsd outlet
NOTE: styl€ 920 and Style 920N hous-
Ings cannol bs matEd lo achlqve cro€€
conngctlons.
Thes€ new size Style 920N
products require a ditfeleot
hole size thsn the Style 920'
it replace€, lor Proper in-
staliation. Use caution to
assure th€ Proper size hole
is prepared lor the sPecllic
slze and style used. Failure
to us@ the proper hole slze
could resull in joint leakage
and proporty damage.
DIMENSIONS
C
r-?-Itr=lT I t---1Jr€li \rftf*@w frvTl* U-lJ
I-1
r '--1T- r---1 | | r----1 |rnl66llW
{x.- - i-<l* @t='\Zi H
ffi
11,O9.2t)
stzE
Fun x Branch
Nominal lnches
Actual mm
Style' No.
Max.
Work.
Press.. PSI
Kte
DimenslonE - Inches/mllllmeters Aprx^
Wgt. Each
Lbs./kg
Hole
Dia.
+0.13
-0.00
Fem,
Thd.
+f
Grv.
T w z
Fem,
Thd.Grv,
2 X \6 (a)
60.3 X 21.3
x V"fal-x 26.7
xttalx 33.4
X Itl, ta, tx 42.2
x T7lalT-x 483
920N 500
3450
'1,50
38.1
2,00
51
2.53
64
t.oJ
4l
4.91
125
2.50 3.1
1.5
920N 500 1.50 1.97
50
2.53
64
1.63
41
4.91
125
2.75
70
920N 500
3450
1 ,50
38 1 46
z.b3
64
'1.63
41
4.91
125
2.75
70
3.0
1.4
920N 500
3450
t./c
44.5
2.O4 2.75
70
3.00
76
l.bJ
41
4.91
125
3.00 3.5
1.7
3.2
1.5
920N 500
3450
2.03
52
2.75
70
3.12
79
1 ,63
41
4.91
125
3.25
83
3.6 3.2
2l/r X 1A (a)
73.O X 21.3
x il lalx 26.7
x r 1a1x 33.4
x ll/at(a)x 42.2
x tzJ (a)x 48.3
920N 500
3450
1.50
38.1
2.21
56
2.74
70
1.82
46 131
2.75
70
3.0
1.4
920N 500
3450
1.50
38.1
2.18
55
2.7 4
7A
1.82 E1A
131
2.75
70
3.0
1.4
920N 500
3450
1.50
38.1
2.06
52
2.74
70
1.82
46 131
2.75
70
2.9'L4
920N 500
3450
2.29 3.00
76
3.25
83
.1.82
46
5.14
131
3.OO
76 1.7
s,2
1.5
920N 500
3450
2.00
50.8
2.27
58
3.00
76
3.25
83
1.82
46
5.14
131
3.25 3,6
3 O.D. X i/e (a)
76.1 X 21.3
X"ttAx 267
-r/Jx 33.4
x lalaif
>< 422
x l|!ila)x 48.3
920 300
2065
1.50
38.1
2.22
56
2.75
7A
2.25 6.50 3.18 J,Y
1.8
920 300 1 ,50 2.19 2.75
70
2.25
57
6.50
. 165
3.18
81
3.9
1.8
920 300
2065
1.50 2.O7
53
2.75
70
2.25
57
6.50
165
3.18
81
3.8
1.7
920 500
3450
2.00
50.8
2.69
68
3.50
89
3.50
89
2.25 6,28
'162
3.63
s2
4.4
2.0
920 500
3450
2.00
50.8
2.69
68
3.50
B9
?.25 6.38
162
3,63
92
4.4
2.0
4.4
2.O
3 x 1/e (a)
88.9 X 21,3
X tZ., f"lx 26.7
x TGi-
)< 33.4
x TfrGiTx 42.2 (h\
x ttZ, (a[fx 4E.3 (bi
x z talx 60.3
920N 500
3450 38.1
2.53
64
3.06
78
2.29
5B
5.75
146
2.75
70
3,4
920N 500
3450
LCU
38.1
2.50
64
3.06
78
2.29
58
5.75
146
2.75
70
34
920N 500
3450
1 ,50
38.1
2.37
60
3.06
78
2.29
58
5.75
146
2.7 5
70
3.3
920N 500
3450
2.54
65
3.25
83
3,56
90
2.29 5,75 3.00
76
3.8 3.7
'1.8
920N 500
3450
2.O0 2.77
70
3.50
89
3.56
90
2.29
58
5.75
146
3.25
83
3,8
1,8
920N 500 2.50 2.74
70
3.50
B9
3.56 2.29 5.75
146
3.88 4.9
2.3
4.6
2.1
4 x 1/2 (a)
114.3 X 21-3
x w la'lx 26.7, x Tlif-x 33.4
xTutaTx 42.2 (b)
x l,t" (al tx 48.3 (b)
x z (a)tx 60.3
x Zrt"6Ix 73.0
..3b.ol-.\ 761. x 3 ("-tT-' x 88.9
920N 500
3450
1 .50
38.1
3,03
77
3.56
90
2.65
68
6.6S
'170
2.75
70
3.7
1.8
920N 500
3450
1.50
38.1
3.00
76
3.56
s0
2.69
68
6.69
170
2.75
70 1.|,
920N 500
3450
l.CU 2.88 3.56
90
2.69
68
6.69
170
?.75
70
3.6
1.8
920N 500 3.O7
78
3.78
s6
4.00
102
2.69
6B
6.69
170
3.00
76 1.9
3.6
920N 500
3450
- 2,00
50.8
3.28 4.00
102
4.00'102 2.69 6.69
170
3.25 4.2.
2.0
3.9
1rg
920N 500
3450
2,50
635
3.24
a2
4.00
10?
4.00
102
2.69
68
6.69
170
3.88
99
5.0
2.3
4.6
920 500
3450
2.75
69.9
3.06
78
4.00't02 4.00
102
2,69
68
7.25
184
4.63
l tB
5.8
2.6
5.0
920 500
3450
2.7 5
69.9
4.00
102
2.69
68
7.25
184
4.63
118
6.4
2.9
920 500
3450
c.cu
88.9
.'.CU
89
4.50
114
4.13
105
2.69 7.25
184
5.25 4.4
3.8
'6.4
2.5
41/qO.D. X 1% (al
'108.0 x 42.2
x |zGlx 483
x zAlx 603
x zldalx 73.0
x e(a) -x 88.9
920N 500
3450
l./o
44.5
3.06
78
3.78
96
2,63
67
7.25
'184
3.13
80
5.0
2.3
920N 500
3450
2.00
50.8
3.28
83
4.00
102
2.63
67
7 .25
194
3.38
86
5.0
2.3
920N 500
3450
2.50 3.24
a2
4.00 ?.63
67
7.25
184
4.OO
102
5.6
2.5
920 500
3450
2.75
69.9
3,06
78
4,00
142
2.63
67
7 .25
184
4.41
112
5.6
2.5
920 500
3450
3.50
88.9
4.OO
1A2
2.63 7.25
184
5,00
127
6.5
3.O
3.continued on pdoe 3, See on
o
I t.u4 - 1
DIMENSIONS
Styles 92O & 92ON
NOTEi Slyle 920 and Slyle 920N hous;
lngs cannol be mal€d lo Schieve cross
connectlons.
These new size Style 920N
pfoducts require a dliterent
hole 6izethanlhe Style 920
it feplacos, Ior proper in-
stallation. Use caution to
a66urothe proP€r sjzo hol€
is prepared fo.lhe specltic
size and slyle used, Fallure
to use the propef hole size
could result in lolnt leakag€
and propeny damage.
See noles below.
NOTES
.-Center of run to 6ngaged pipe end, female threaded outlet only (Dimenslons approxlmat€).
J Available with grooved or femaie thread€d o!tlet. Specify choice on order.
+ Center ol run to end of fltting.
# Femals threaded outlets are availabl€ lo NPT and BSPT speclflcatlons.
(a) British Standard fomal€ pipe threaded o!tlet is available as listed. Specily "BSPT" clearly on ord6r.
(b) Dimensional markings foi metrlc sizes will show actual O,D. size oi run and branch in milllmeiers only.
11.02.3
o
,tr*--l r=l
vrnlA*drl ffi.{x- Klt @\"\4i [g
Styles 920 8nd 920N
W/Female Threaded Outl€t
,
o
ffi
stzE
Run X Branch
Nominat Inches
Actual mm
Style
No.
Max.
Work.
Press.
PSI
kPa
Dlmensions - Inches/milimetere
11.O?-2C
Aprx, Iwgt. Each ILbs./ks I
Hole
Dla.
+0.13
-0,00 T-:
Fem,
Thd.
+*
Grv.
+w z
Fem.
Thd.Grv.5 x 1Y2 (a) 1
141 3 x 48.3
x z(a)tx 60.3
x z,,t anx 73.0'
..50b.
^ 76.1
x SGIIx 8as
920 500
3450
2,00
50.8
4.06
103
4.75 475
121
3.25
83
8.38
213
3.75
95
7.4
3.4
7.6
3.4
920 500
3450
2.50
63.5
4.06
103
4.75
121 121
3.25 8.38
213
4.38
111
8.2
3.7
8.O
3.6
920 500
3450
2.75
69.9
3.81 4.75
121 121
3.25
83
8.38
213
4.63
118
8.3
3.8
7.5
3.6
920 500
3450
9'74
69.9
4.63
118
3.25
83
8.38
213
s.38
137
8.8
4.0
920 500
345D
3.50
88.9
4.00
102
5.00
127
4.63
118
3.25
83
8.38
213
5.38
137
8.4
3.8
8.8
4.06 X 1%
16e 3 X 42.2 (b)
X 1% (a)x 42.2
x lzGiTx 48.3 (b)
x z(a)tx 60.3
x ztt" lanx 73.0
..30D
^ 78.1
x 5Gr tx 889
x +trl tx 114.3 |
920N 500
3450 5.13
130
3.79
96
9.13 ,3.25
83
4.8
?.2
920 500
3450
2,00
50.8
4.44
113
c tJ
130
369
94
10,00
254
3.75
95
7,5
3.4
920N 500
3450
2.00
50.8
4.40
112
5.13
130
5.13
130
3,79
96
9.13
232
3.25
83
EA
' 2.4
5.1
23
920N 500
3450
2.50
63.5
4.37
111
5.13
130
6.13
130 96
o 1e 3.88
99
6,0
2.7
5.6
25
920 500
3450
D 7q 4, 19
106
5.13
130
5.13
130
3.69
94
9.38 4.63
118
8.3
3,8
7.6
3.4
920 500
3450
2.75 5.13
130
369 9.38
238
5.38
137
8.4
9.E
920 500
3450
3.50
88.9
4.50 5.50
140
5.13
130 s4
938
238
5.38
137
9.9 8.4
3.8
s20 500
3450
4.50
114.3
4.50
114
5.75
146
5.38
137
3.69
94
9.38
2'38
6.25
159
'10.1
4.6
10.1
46
61/n O.D. X 11/e (a\
159.0 X 48.3
x il6-x 60.3
X Zrtr 14x 73.0
x 4tax 108.0
920N 500
3450
2.OO
50.8
4.41
112
5.13'130 3.63
92
9.25
235
3.38
86
7.8
3.5
920N 500
3450
4.37
111
5.13
130
3.63
92
9.25
235
400
J02
8.0
3.6
920 500
3450
2.75
699
4.56
116
5.50
'140 3.63
92
9.25
235
4.75
121
8.6
39
920 500
3450
4,50
114.3
5.38
137
3.63 6.25
159
10.o
4.5
6t/2 O.D. X 1th (a)
165.1 X 48.3
- ;7:i-
^ 4 \a/x 60.3
X Zrt" (a)x 730
aarn
^ 76 1
x a t.alx 889
x + (")x 114,3
920 500
3450
2.O0
50.8
4.44
113
5,13
130
5.13
130
3.69
94
9.38
238
3.75
95
7.9
3.6
920 500
3450
2.50
63.5
4.44
1't3
5.13
130
5.13
r30
9.38
234
4.34
111
8.0
3.6
920 500
3450 69.9
4.19
'106
c, tJ
130
5.13
130
3.69
94
9.38
238
4.63
118
oo
3.9
s20 500
3450
2.75
69.9
5.13
130
3.69
94
9.38
234
5.38
137
8.6
3.9
920 500
3450
3,50
88.9
4.50
114
5.50
140
5.13
130
3.69
94
9.38
238
5,38
137
10.2
4.6
920 500
3450
4.50
1t 4,3
4.50
114
5.75 5.38
137
3,63
s2
9.38
238 r
6.25
'159
10.5
4.8
8.4
3.8I x 2(a)t
21S 1 X 603
x 2Y, (a) tx 73.0aE-ii-
.'\ 76.1
x O(al-tx 88.9
x +(") tx t 14.3
920 500
3450
2.75
699
5,19
132
6.25
159
4.88
124
12.44 450
114
11.6
5.3
920 500
3450
2.75
69.9
c. tu
132
6.25.o.zc
159
4.88
124
12.25 4.50 11.6
5.3
I l.o
920 500,
3450 699 6.25
159
4,88
124
12.00
305
5.38
137
I t.o
5.3
s20 500
3450
3.50
88.9
5.50
140
6.50 6.25
159
4.88't24 12.00
305
5.38
137
12.6 11,6
5.3
920 500
3450
4.50
114.3
o.J
'135
o. rc
171
6.38 4.88
124
12.OO
3)5
6.25
'159
15.3
6.9
I z.c
5.7
FIOW DATA
In:mr::r,:::;Tffir"
pointO and @ for the Style 920,
900N and 929 Mechanical-To
fittings can .best be expressed
. in terms of the plessura
difference across the inlet and
branch. The pressure
difference can be obtained
lrom the ielationship below.
Cv Values
Values for flow of water at
+60"F (+16"C) ale shovm tn the
rable at dght,
Formulas for Cv Values:
,tp = Q'
ta-
Q = cvx,{tP
o
Where:
O = FIow (GPM)
AP = Pressure Drop (PSI)
sprinklet plpe.
Cv = Flow Coefficiont
1l.oa-4A
o
APPROVED PRESSURE BATINGS
The inJormation provided
below is based on the latest
lisung and approval data at the
trme of putilication, Listings/
Approvals are subject to
change and/or additions by the
approvals agencies. Contact
Victaulic for performance on
other pip6 and the latest
listings and approvals.40 relers to Listed/Approved Schedulo 40 steel sprinkler pipe.
DF rofers lo Lisled/Approved Dyna-Flow sleel sprinkler pipe manulactured by American lube Company.
SF rolers to Lisled/Approved Supor-Flo steel sprinkler plpe manufectured byAllied Tube and Conduit Corporation.
This product shajlbe manufaclured byViclaulic Company. All products shallbe insLalled In accordance with cllfienl Viotau ic instsllation/assombty lnstructlons.
Vlctaulio re6eru6s tho right io changa producl spscrficalions deslgns and standard oqulpni€nt wilhout notioe and wlthout Incurlng obligalions.
I
OUTLET SIZE
Nomlnal lnches
Actual mm
Equivglent Length feeUmGur otFipe
Grooved
Female
Threaded
'/2
21.3
2.O
0.6
3L
26.7
4.O
1
33.4
5.0
15
'lY4 5.5
't.7 6.0
1\h
48.3
7.O 8.0
2.4
2
60.3
9.0 10.5
3.2
?v2
73.0
I 1.0
3.4
12.5
3.8
3
88.S
tJ.5 15.5
4
114.3
20.o ?2.O
stzE
Nominal Inches
Actual mm Values
stzE
Nomlnal lnches
Aclual mm
cY
Values
SIZE
Nomlnal lnchss
Actual mm
cv
Values
th 17 42.2 45 214
73.0 135
lt
26.7 21 11/,
48.3 60 3
BB.9 200
1
33.4 25 2
60.3 100 4
'114.3 400
RUN SIZE
Nominal Inbhes
Actual mm
Pipe'Schedule
Ratod Worklng Pressures
PSUkpa
UL ULC FM
2\4-6
. 73.0 - 168.3 10, 40 400
2755
400
2755
400
2755
21h-4
73.0 - 1 14.3 DF 300
2065
300
2065
300
21h-4
73.0 - 114.3 SF 300
2065
300
2065
300
2065
NOTES: 10 relefs io 10 slo6l
1.02 - 4
o
ictau
An @ 9001 c€rtifisd company
WiEg
PRODUGT DESCRIPTION
lic'Style 75
Goupling
@*@
Styig. /5 1" uvailable where
moderate pressures are
expected or weight consid-
orations aro a faotor. Up to
50% iighter in weight than
the Style 77 , tbe Sty1e 78
coupling is recommended
for seruice up to 500 PSI
(3460 kPa) depending on
size. Housings are cast in
two identical pieces in all
sizes. Hot-dlp galvanized
and special coatings are
available for all slzes.
*t @ Rofor to nbl6s on page 2.
DIMENSIONS
,ffiffim
Plp€
Inches/mm Max.
Work
Pfes,
PSI*
kPa
Max.
End
Load
Lb€.'
N
Allow.
Plpe
End t
sep.
In.
mm
Detleot. Fr.C.t @
BolVNut
No. - Slae
Inches
mm
Dlmsnslons
Inohesfnl;1g6s1e1s Aprx.
w9t
Each
'LbB,
Kg
Nom.
Slze
Actual
Si!€
Per
cpls.
Deg,
Plpe
In./Ft.
mm,/m x z
1
25
I-J IJ
33.4
500
3450
680
3025
0 - 0.06
0" 1.6 2-43',0.57
4B 2-3hX2 2.32
59
3.82
97
1.77
45 06
1V4 1.660
42.2
500
3450
1080
4805
0 - 0.06
o- 1.6 2. - 10',0.45
36 2- X2 2,65 4.20
107
1.7.7
45
14
0.6
1\k
40
1.900
48.3
500
3450
1,420
6320
0 - 0,06
0-1.6 1" - 56',0.40
33 2-loX2 2.91
74
4.50 1.75
44 0.6
2.37 5
60.3
500
3450
2,215
9860
0 - 0.06
0- 1.6 1" - 31',o.32.2-VaX2 3,38
86
4.94
'125
1 .88
48 o.7
21/z
65
2.87 5
73.0
500
3450
3,245
14440
0 - 0.06
0-1.6 1"- 15'0.26
22 2-s/sX2 3.75
95
5.44
138
1,88
48
2.O
0.9
3 0.D.3.000
78.1
500
3450 15730
0 - 0,06
0-1.6 1'- 12'0.26 2-%X2 3.88
98
5.69
144
1 .88
4A
3.6
'3
80
3.500
88.9
500
3450
4,800
21360
0 - 0.06
0, 1.6 1.-2'o.22
18 2 - 1/zX 23/a
4.50'lt4 6.44
164
1 .88
4A
2.5
3Yz
90
4.000
101 6
500
3450
6,300
28035
0 - 0.06
0-1.6 0" - 54'0.19 2 - lzX 23/+5.00
127
7.00
178
1 .88
48
2_9
4
100
4.500
114.3
500
3450
7,950
35380
0 - 0.13
0-3,2 1' - 36',Q.34 2 -1/zXZVt 5.81 .
148
7.56
192
2.00
5l
3.5
1.6
4Y4 O.D.4.250
108 0
450
3100
6,380
28395
0 - 0.13
0-3.2 1" - 41'0,35 2-12X70.O 5.43
't 39
7.38
188
2.OO
17
4W
120
5.000
127.0
450
3100
8,820
39250
0 - 0,13
0,32 1.-m'0.25.
21 '2 -VaX3Va 6.25
'159
9.13 2.00 5.5
2.5
5
1
5.563
141 3
450
3100
10,935
48660
0 - 0,13
0-3.2 1" - 18',0.27.2-VeX3Ul 6.88
175
9.75
244
2.00
51
5.5
2.5
5% Q.D.5.250
133.4
450
3100
9,735
43325
0 - 0.13
0-82 1" - 21',0.28
24 2-16X82,5 8.44
164
8.75
222
2.00 6.0
5Y2 O.D.5.500
139.7
450 '10,665
47460
0 - 0,13
o-32 1" - 18',
0,28
24 2 - 5/sX 3W 6,69
170
9.00
229
2.00
cl
6,3
2.9
6 0.D.#6.000
152 4
450
3100
12,735
56670
o - 0.13
0-3.2 10 - 12'o.21
18 2 - €tbX 3/t 7.17
190
10.13 ,I,BB .
48 2.8
rr
150
8.625
168.3
450
3100
15,525
69085
0 - 0,13
0-3.2
0.23 2 - VsXgY4 .
8.00
203
10.81
275
2.00
51
6.7
3,0
6UO.D.6.250
158,8
450
3100
13,800
61405
0 - 0,13
0-3.2 1"-g',0.24 2-16X82,5 7.50 9.94
252
2.00,6.8
aot€cohlroued on page *Style couplings.
Victaulic CompanyofAmerica r P.0, Box 31, Easton, PAl8044-0031 . 4901 Kesslersville Rd,, Easton, PA 18040 . 610/55S-3300 . FM:610/250-8817. llww,victaulic,com
'f470 Rev,B gl91 @ R€glstered Trademark Viclaulio Companyol Ame.lca @ Copyright 1997 Vlclalrllc Company ofAmerica Pintod h u.s.A
IMENSIONSD
o fz1't1..---'l\
ljft!
MH[f
# Slyle 74 Coup|ngs
Housing: Ductile iron conform-
ing to ASTM 4-536.
Housing Coating: Orange
enamel
Q Opt onal; Hot dipped galva-
nizad and others.
Gesket: (specify choice*)
Q Grade "8" EPDM
EPDM (Green color code).
Tomperaturs range -30'F to
+230'F (-34'C to +110"C).
. Recommended lor hot water
sffvice within the specifled
temperature range plus a
variety of dilute acids, oii-ftee
ail and many chemical ser-
. vices. UL classifled in accor-
dance with ANSIAISF 61 for
cold +86'F (+30'C) and hot
't@ Refer io notes below.
+180"F (+B2oC) polabl€ water
service. NOT RECOM-
MENDED FOR PETROLEUM
SERV]CES
D Grado "T" nttrile
Nitrilo (Orange color code).
Temperature rangs -20.I' to
+180'F (_2go0 to +82"C). Rec-
ommend€d for petroleum
producls, alr with oil vapors,
vegetable and mineral oils
within the specined tempera-
ture rangej except hot, dry air
over +140oF (+60oc) and
water over +150oF (+66"C).
NOT RECOMMENDED FOR
IIOT WATER SERVICES
*Services listed are General Ser-
vice Recommendations only. It
should be noted that thBre are
services for which lhese gasket€
are not recommended. Refer-
ence should always be mhde to
the latest Victaulic Gaskat
Selection Guide for speciflc gas-
Itet seryice recommendations
and {or a listing of services
which ars not recommended.
Bolts./Nuts: Heat treated car-
bon steel, zinc plated to ASTM
B-633, track-head conforming to
physical properties of ASTM
"4-183 minimum tensile 110.000
PSI (758340 kPa).
MATERIAL SPECIFICATIONS
o o
Plpe
Inches/mm Max.
Work
Pres.
PSI*
kPa
Max,
End
Load
Lbs.*
N
Allow.
PiPe
End t
sep.
ln.
mm
Detlect. Fr.
C,- t @
BolUNut
No. - Sl?e
lnches '
mm
Dlmen€ions
lnches,/millimelerB
eo,iJ5-18
Aprx.
wgt.
Eaah
Lbs.
-lt{o I
Nom.
Size
Aclual
Sk€
Per
cpls.
Deg.
Plpe
In./Ft,
nm/m X z
o
"2
t).t),6.500
165.1
450
3100
14,940
66483
0 - 0.13
o -3.2 1'-6',0.23
19 2 - VaX 3!t 7.75
197
10,50
267
2.U)
51
I O,D,#8.000
203.2
450
3100
4<,OOO
100725
0 - 0,130-32 0' - 54',o.l6 2 -V4X 4%9.75
248
12,75
324
12.6
B
2DO
8.625
2ts,1
450
3100
26,280
116945
0 - 0.13
D -3.2 0. - 50'0.18
14 2 -VaX, 4Vt 10.25
260
13.50
343
2.38
60
12.4
10 0.D.#10.00
254.0
350
2400
27,500
122375
0 - 0.13
0-3.2 o-43'0.15
11 2 - t/aX 5tk 12.19
310
14.94
379
2.53
64
20,8
9.4
'12 0.D.#12.000
304 8
350
2400
39,500
1?5775
0 - 0.13
0-3.2 0. - 36',0.13I 2-lhx5U2 14.19
360
16.94
430
2.53 23.6
10.7
FireLock'*
An @ 9OO1 certllisd company
PRODUCT DESCRIPTION
ctaulic'
-M
No. 003
Firelock"' products com-
prise a unique system spe-
cifically designed for fire
protection services. Fire-
Lock flttings are a CAD-
developed, hydrodynamic
design whi,ch have a
shorter center-to-end
dimension thar sta4dard
fittings. A noticeable bulge
allows Lhe water to make a
smoother turn to maintain
simllar fl ow characteristics
as standard full flow fit-
tings,
Ftelock Style Q05 rigid
coupling has a unique, pat-
ented angle-pad design
which allows the housings
to offset while clamping the
grooves. By permittitg the
Fittings
housings to sLide on the
angled boit pads, rigidiry is
obtained.
Firelock fittings are
designed for use exclu-
sively wlth Style 005 Fire-
Lock couplings. Use of
other couplings or flange
adapters may result in bolt
pad interference.
@*@
-1 rr
@
No. 006
victautic company of America . P.o. Box 31, Easton, PA 18044-0031 .4901 Kesslersville Rd., Easton, PA 18040. 61b/559-3300 . FAX: 610/250-8817
Pdnted ln U S.A
DIMENSIONS 1003-1A
Plpe
lnches/mm
No. p01
90" Elbow
No.003
45" Elbow
No, 002
Stralght Tss
No. 006
cap
Nomlnal
Size .
Actual
Size
CtoE
lnches
mm
Weight
Each
Lbs./kg
CtoE
Inches
mm
WBlght
Eaeh
Lbs./kg
CloE
Inches
mm
Welght
Each
Lbs./kg
"'t"
lnches
mm
Welght
Each
Lbs./kg
1Y4
32
'1.660
42.2
o.82 o.3
0.1
tw
40
1.900
48.3
0.82 Q.4
o.2
c
50
2.375
60.3
2.75
70
1.7
0.8
2.00
51
1.8
08
2.75
70
2.4
1l
0.88
22
u.b
0.3
2Uz
65
2.875
'73.0 3.00
76 1.4
2.25 2.2
10
3,00
16
3.6 0.88
22
1.0
0.5
3 0.D,, 3.000
76.1
3.00 3.30 2.25
57
2.4
1.1
3
80
3.500
88.9
3.38
86
4.0
1.8
2.50
'|.4
3.38
86
5.3
24
0.88
22 0.5
4
100
4.500
114.3.
4.00.
102
6.7
3.0
3.00
76
5.6
2,5
4,00
102
8.7
39
1.00
25
2,4
1.1
5 5.563
141.3
4.88
124
'12.6
5.7
ts.25
83
8,3
38
4.88
124
15.7
7.1
'1 .00
25
4,1'1.9
150
6.625
168.3
5-50 .J
140
18.3
.8.3
3,50
89
11.7
5.3
5.50
140
22.7
10.3
1 ,00
25
8
200
8,625
219.1
o.o I
173
25,5
'11.6
4.25
108
20.4
9,3
6.94
176
38.7
17.6
1 ,13
29
12.7
5.8
No. 001
1539 Rev.A 5l',41 5/s6 @ Feglslerod Trademark victaullc Company of America 6 Copyrlght 1996 Viclaulic Company ot Amerlca
t
10.0&24
o
MATERIAT SPECI FICATIONS
Fitting: Ductile iron conforming
tO ASTM A:536
F itting Coating: Orange
enamel
O Optlonal: Hot dipped
galvanized o
10.03 - 2
Pips
lnchss/mllllm6t6rs
Frlcllonal Realatanca
,
Equlv. FeeVmqrere of Strdight pipe
Nomlnal
9lze
Actual
Size
90'Et.
No. 001
45. Et.
No. 003
Straighl Tee
No, 002
Branch Fun
2.375 3.5
11
1.8
0.5
8.5
2.6
3.5
'|.1
2\1
65
2.875
730
4.3
1.3
2.2 10.8 4.3
1.3
3 0.D.
'3.000
76.1
4.5
1,4
2.3
0.7
1 1.O
3.4
4.5
1,4
3
80
3.500
88.S
2.6
0:B
13.0
4.0
5.0
4
100
4,500
114.3
6.8
2.1
3,4
1.0
'16,0
4.5
6.8
2,1
5
125
5.563
141.3
8.5
2.6
4.2 21.O
6.4.
8.5
2.6
6
150
6.625
168.3
10,0
30 5.0
1.5
25.O
7.6
10.0
3.0I
200
8.625 13.0
4.0
5.0 33.0
10.1
13_0
4.0
Strap
Figurc 4O-5
Tyco Fire Products -- www.tyco-grooved.com
451 North Cannon Avenue, Lansdale, Pennsylvania 19446 -- USA
Customer Service/Sales: Tel: (215) 362-0700 I Fax: (215) 362-5385
Technical Services: Tel: (800) 381-9312 lFaxi {800) 791-5500
EENTRAL
Grooved Piping Products
=strfl"Emnica'
@.*@,ffii,i:?s#:',T#\Z pressure rating and Listing
and Approval inlormation
The Figure 40-5 Strap is an economical
alternative to welded pipe outlets on
steel pipe.
The Figure 40-5 Slrap may be used with
tull lengihs of pipe and eliminates
threading and welding, decreasing
waste and installation time. The 40-5
Strap. may be used in wet, dry pipe and
deluge systems.
FiguE: 40-5
Outlet: Threaded
Itlax. Worklng Pressure! 175 psi
fl247 kPa)
Approvals: UL, FM, and ULC
$s6 FirB Prct'cli0n S(bmilhl Shset l0r
exact Listing / Approval inlo.
f,lanuf acturing Sosrcet Domestic
Housing!
Ductile iron conforming to
ASTM 4-536, Grade 65-45-12
Prot€etlve Goatlngs:
. Clear rust inhibitive coating
. Zinc electroplated conforming io
ASTM 8-633, Type lll Service 2
(optional)
U.Bolt! Carbon steel conforming to
ASTM A-307, Grade A,
Zinc eleciroplated
lluts: Carbon steel conforming to
ASTM A-307, Gr€de A,
Zinc electroplated .
Gask.t! (speciry when ordering)
. Grade E EPDM green color code
-3OoF (34C)to +23OF (+11AC)
{See Gasket Grades and Rec0mmeldali0ns
Shsot for aid i[ selectilg pro[er gaskell
Availability ahd S€rvics! Grooved
Piping Products, valves, accessories
and other products are available
throughout the U.S., Canada, and
internationally, through a network of
Cenhal distribution centers. You may
write directly or call 215-362-0700 for
the distributor nearest you.
I,ll.uare anu
Maintenance
The owner is resDonsible for the
inspection, testing, and mainienarice of
lheir fire protection system and devices
in accordance with the applicable
standerds of the National Fire
Protection Association (e.9., NFPA 25),
in addition to the standards of any
authorily having jurisdiction. The
installing contractor or product
man ufacturer should be contacted
relative to any questions. Any
impairment must be immediately
correcled.
It iE recommended lhat automatic
sprinkler systems be inspected, tested,
and mainlained by a qualifled
InsDection Service.
Ht3f"ffi%
Orderlng lhfonnation: When
placing an order, indicate the full
product name. Please specify the
quantiiy, figure number, type of gasket,
EPDM "E' and size.
No. 2t-2.0
El LtmregO l]f| warranty
o
Products manufactured by Tyco Fire
Products are warranted solely to the
original Buyer for len (10) years against
defeots in material and workmanship
when paid for and properly installed
and maintained under normal use and
service. This warranty will expire ten
(10) years from date ofshipment by
Tyco Fire Products. No warranty is
given for products or componentg
manufactured by companies nol
affiliated by ownership with Tyco Fire
Products or for products and
components which have been subject
1o misuse, improper installation,
corrosion, or which have not been
installed, maintained, rnodified or
repaired in accordance with applicable
Standards of the National Fire
Proiection A,ssociation (NFPA), and/or
the standards of any other Authorities
Having Jurisdlction. Materials found by
Tyco Fire Products to be defectlve shall
be either repaired or replaced, at Tyco
Fire Products'sole option. Tyco Fire
Products neither assumes, nor
authorizes any person to assume for'rt,
any other obligalion in connection with
the sale of products or parF of
products. Tyco Fire Producls shall not
be responsible for sprinkler system
design errors or inaccurate or
incomplete iniormation supplied by
Buyer or Buyer's represeniaiives.
IN NO EVENT SHALL TYCO FIRE
PRODUCTS BE LIABLE, IN
CONTRACT, TORT, STRICT
LIABILTTY OR UNDER ANY OTHER
LEGAL THEORY, FOR INCIDENTAL,
INDIRECT, SPECIAL OR
coNSEQUENITIAL DAMAGES,
INCLUDING BUT NOT LIMITED TO
LABOR CHARGES. REGARDLESS OF
WHETHER TYCO FIRE PRODUCTS
WAS INFORMED ABOUT THE
POSSIBILIW OF SUCH DAMAGES.
AND IN NO EVENT SHALL TYCO
FIRE PRODUCTS' LIABILITY EXCEED
AN AMOUNI EQUAL TO THE SALES
PRICE.
TI{E FOREGOINGWARRANTT B
''ADEIA' UEU AF ATIYAND ALL AflER
WARRANNES AORESS OR I'IPLIED.
INlc LU T'ING WARRANN EA OF
MERCH ANf AB ILITY AND F M{ ES S
FOR A PARTICULAR PURPAgE.
Figure 4{l-5 Strap
Fitting
Size
Equivalent Length
(1 inch pipe)
11h" x 1 D
1112" x 1 b
/'x 1 6
21li' x 1 4
llem Description
1 Housing
2 Gasket
Ftanged Nut
4 U-Bolt
The friction loss for these outlets is specified in
equivalent length of 1 inch Schedule 40 (C=120) pipe.
The 1 inch outlets can be used with a nipple leading
directly to a sprinkler. These fittings should be used for
hydraulically calculated systems only.
General Notes: lt is the Designer's responsibility to select products suitable for the intended service
and to ensure that pressure ratings and performance data is not exceed6d. Always read and
understand th€ installation instructions (lH-l000). Never remove any piping component nor oorreot
or modify any piping deficiencies without lirst depressurizing and draining the syslem. Material and
gasket selection should ba verili€d to be compatible for the specific application.
tqca f rt"* co"^ I {/:i"Xl{""
Pipe
Size
Run x
Branoh
Dimensions Hole
Size
lnches
mm
Nel
wt.
Lbs.
Ks.
Inches
mm
E
Inches
mm
c
Inches
mm
D
lnches
mm
11lf x1lz"
2.OO
ENR
1.50
38.1
c.cu
BB.9
1.24
30.5
.l Yra
30.2
0.84
0.4
ltll'x3l+"2.00
54.8
1.50
38.1
5t
88.9
1.20
30.5
1%a
JU.Z
0.88
4.4
11ll' x 1"
z.o I
58.7
1.68 3.50
88.9
1.24 1?Aa
30.2
1
.t?
1'lt' x 1Jz"2.12
3J.TJ
1.62
41.1
3.50
AAO
1.32
.'J,J
1 sla
30.2
0.84
0.4
I r/i' x 3/4"
2.12
53.8
1 .62
41.1
aan
88.9
1.32
33.5
1 "la
30.2
0 .88
0.4
|1ti' x I 2.43
61.7
1.80
,tF 7
3.50
88.9
1.32
JJ.9
1 xla
34.2
a4
4.5
2" x1lz"
2.36
cY.v
1 .86 3.74
95.0
1.55
39.4
'l3la
30.2
0.88
0.4
Z'xlt 2,36
59.9
1.86
47.2
3.7 4
95.0
1.55
39.4
1 '/16
30,2
0.95
0.4
2"x 1
2.67
o/.6
2.04
51.8
3.74
95.O
1.q5
39.4
1 %s
34.2
1 .16
NF
211{ x1lz"
2.61
66.3
2.1 1
53.6
4.25
rcg.4
1.80
45.7
1 "/16
30.2
0.90
4,4
21li'xalt"
2.61
66.3
2.11
53.6
4.25
108.0
1.80
45.7
1%a
30.2
0.99
0.4
2112" x 1
2.92 2.25
58.2
4.25
108.0
1.80
45.7
1 %e I .21
Mechanical Tees
Figurc 730 Threaded / Grooved
TE.NTRAL
Tyco Fire Products -- www.tyco-grooved.com LL
451 North Cannon Avenue, Lansdale, Pennsylvania 19446 --- USA
Customer ServicelSales: Tel: (215) 362-0700I Fax: (215) 362-5385 "-
Technical services: Tel: (s00) 381-9312 / Far (800) 791-5500 Grooued Piping Products
^-./-./-
E General ti::flfiT'lT'j.ti?i,T:'#il:lflH:i vffl'il1';::115::'""i1[':in':*,
=
Description ttrl orderins l,yil:ri, il'":i!n3ii{J'
iffi,t'*-+ffiTilT'#x',i;::"hillnf ormationH,x':.",1*?":"fi [##iH.,"
c'nverred into a cross when necessair". orderins.lnformatlon! when placins :j*:*::9"?::0""-:t: i:l^ ^,,",^^.ro-o'oooo' Y -,-.- an order, indicate tfre full product name. components which have been sublect
Qt_*=Qp ij;ffi ffi';g,'i?3ffi 4q *?'foy' "' :""H:f""r f*'^"'ffi 'illJ5lliil;"
u* -iZ lvalitllit' and Service: Grooved installed,_ mainlained, modified or . .
ffi*n*sltli,itffi lnqff#nffi*lr"*;
fiiii'-rii-^ino'i'-"fi fuffi _- n".,$fl1"#."",,1,ffi:ll?;.Jf"
Techni-cal liilf Gare and *:*;;;;;*;;r;"*,,"",,,
Data
Flgurel 730
Outlel: Threaded & Grooved
Max. Working Pres$utet
300 psi (2068 kPe)
iloter Maximum prossurg appliss t0 the
MechanicalTee. When connected t0 a
grooved coupling,the ratlng will b€ the
lesser 0t the MechanicalTee or Coupling
rating. Maximum pressure is a totalfrom all
loads, based 0n standard weighl or Sch. 10
steel pipe. For pipe with other wall thickness
or malerials contact Tyco Fire Products.
Approvala: UL, FM, and ULC;
See Fire Pr0teslio]| Submitlal Sheet for
eracl Listlng / Approval info.
llanufacturlng Sourcel Domestic
Housing: Ductlle lron c0nf0rmlng to
ASTM A-536, Grade 65-45-12
Proleetive Goatlhgs!
. Non-lead orange paint
. Hot dipped galvanized conf0rming t0
ASTM A.-I53
Boll/Irlutc: Track Head Bolts -
conforming t0 ASTM A-183, Zinc Plated,
(Min. Tensile = 110,000 psi)
Gasket: (speciiy when ordering)
. Grade E EPDM green color code
products. Tyco Fire Products shall not
be responsible for sprinkler system
design errors or inaccurate or
incomplete information supplied by
Buyer or Buyer's representatives.
IN NO EVENT SHALL TYCO FIRE
PRODUCTS BE LIABLE, IN
CONTRACT, TORT, STRICT
LIABILITY OR UNDER ANY OTHER
LEGAL THEORY. FOR INCIDENTAL,
INDIRECT. SPECIAL OR
CONSEQUENTIAL DAMAGES,
INCLUDING BUT NOT LIMITED TO
LABOR CHARGES, REGARDLESS OF
WHETHER ryCO FIRE PRODUCTS
WAS INFORMED ABOUT THE
POSSIBILITY OF SUCH DAMAGES,
AND IN NO EVENT SHALL TYCO
FIRE PRODUCTS' LIABILITY EXCEED
AN AMOUNT EQUAL TO THE SALES
PRICE.
THE FOREaAING WARRANTY IS MADE
IN LIEU OFATWAND ,JLOTHER
WARRANN ES HE RESS OR I MP U ED.
INCLUD//!//GWARRANTIES OF
MERCHANTABIUIy AND FI}:NESS
FOR A PARTICUIAR P''RPo6,E
Maintenance l,3$L":i5l3ffH l';'#T* *on
The owner is rosoonsible for the
inspection, testing, and maintenance of
their fire protection system and deviceg
in accordance wiih the applicable
standards oi the National Fire
Protection Association (e.9., NFPA 25),
in addition to the standards of any
authority having jurisdiction. Tho
installing contractor or produci
manufacturer should be contacted
relative b any questions. Any
impairment must be immediately
conected.
It is recommended thal automatic
sprinkler systems be inspected, tested,
and maintained by a qualified
lnspection Service.
t-l Limited
l;}!|warranty
Products manufactured by Tyco Fire
Product6 are warranted solely to the
original Buyer for ten (10) years against
defects in material and workmanshlo
,J
No. 18-6.0
Figure 730 Mechanical 0utlet Tee and readed)
o
Gross {Th
Figuro 730 Mechanical 0utlet Gross
{Threaded)
Figure 730 Mechanical 0utlet Tee
(Threaded)
o
Nom. Size Hole Dia.f Dimensions Net
wt.
Lbs.
Ks.
Run x Branch
Hole
lnches
mm
Max.
lnches
mm
A
lnches
mm
B
lnches
mm
lnches
mm
D
Inches
mm
E
lnches
mm
2" xllz',xh",1 1.50
s8.1
1.63
41 .3
2.62
66.5
4.E8
.124.4
3.07
78.0
a.I 2
ffi.8
1 .59
40.4
2.2
1.0
2'xltlf 1.75
44.5
t .88
47.6
2.78
TU.O
4.88
124.0
3.32
84.3
1.93
49.4
1.59
40.4
2.5
2'xlth'1.75
44.5
1.88
47.6
2.67
oo.J
4.88
124.O
3.32
84.3
1.S3
490
1.59
40.4
2.5
1.'l
2lz' xltzt,rh',1i I .50
38,1
1.63
41.3
2.88
73.2
5.25
laa,
3.07
78.0
2.38
60.5
1.81
46.O
2.7
21lz' x1llt'2.00
50.8
z.lJ
54.0
3.00 5.25
133.4
3.56
90.4
2.19
55.6
1 .81
lt(),u
3.1
1.4
21lz'x11lz"2.00
50.8
2.13
54.0
3.07
78.O
5.25
133.4
3.59 2;17
1A7
1.81
46.O
3.3
1.5
3' x th', 3/4', 1"
1.50
38.1
r.63
4t.3
3.19
81.O
6.13 3.07
78.0
2.56
65.0
2.21
56.1
3.7
3'x 1rr"1.75'
44.5
1.88
47.6
3.34
84,8
6.r3
155.7
3.32
84,3
z.5u
o.r.c
2.21
56.1
qo
1e
3'x 1rlr'
2.00
54.8
2.13
54.0
3.38
85.9
6.13
155.7
3.56
94.4
2.48
63.O
2.21
oo. I
4.2
1.9
3'x 2'2.50
bJ-c
2.63
otj./
3.50
88.9
6.13
155.7
4.09
103.9
2.75
69.9
2.21
56.1
i-,
4'xlz',31t,1 J.50
38.1
1.63
41.3
3.69
93.7
7.1
181.1
3.07
78.0
3.06
77.7
2.78
70.6
5.5
2.5
4"x 11/c'
1.75-
44.5
1.88
47.6
3.92
99.6
7.13
181.1
o.oz
84.3
3.00
76.2
L.78
70.6
5.5
2.5
4 x"lllz"
2.00
50.8
2.13
54.0
4.00
101.6
/. t,J
181.1
3.56
ffi.4
2.98
75.7
Lta
f u.o
55
z.c
4: xt 2.50
AEE
2.63
66.7
4.00
101.6
7.13
181.1
4.06
103,1
3.25
82.6
2.78
/u.o
6.0
t xIlz"215
OlJ.J
2.88
73.0
4.00
141.6
,.lJ
1e1 1
4.38
111.3
3.1?
79.2
2.78
70.6
6.0
2.7
4' x 76.1"*2 ./b
o:t. v
2.88 4.00
101.6.
7.1 J
181.1
4.38
I | | ..7
s.12 .
79.2
2.78
f u,o
6.0
2.7
4"x3'3.50
88,9
3.63
92,1
4.13
104.9
13
181.1 130.3 84.1
2.78
70.6
7.0
c2
* - Hole size ior 3" x 114' and 4'x 1rl4" changed lrom 2' previ0usly 0n Figure 720.
rr8tl
o
ru $$h Sb&nanicat ourtb| M ril$
'r o
bbos* fir,r*
o
Nom. Size Hole Dia.+Dimensions Net
wt.
Lbs.
Ks.
Run x Branch
H0le
lnches
mm
MAX.
lnches
mm
A
lnches
mm
B
lnches
mm
G
lnches
mm
o
lnches
mm
E
lnches
mm
5" xltli 2.00
50.8
2.13
54.O
4.63
117.6
8.13
206.5
3.56
m.4
4.00
101.6 85.6
6.5
2.9
5"x2"2.50
63.5
2.63
oo,/
4.OJ
117.6
8.13
zuo.c
4.86
103.1
3.88
98.6
3.3/
85.6
/.1
3.2
5'x?tlz'2.75
69.9
2.88
73.0
4.75
120.7
8.13
lUO,C
4.38
1 11.3
3.88
98.6 AEA
7.3
5' x 76.1"2.75
69.9
2.88
73.0
4.75
120.7
8.r3
206.5
4.38
111.3
3.88
98.6
I .37
85.6
7 .,)
5'x3'3.50
88.9
3.63
92.1
5.00
127.0
8.I
AJb.C
5.13
130.3
4.06 .
103.1
a 'r, 7
85.6
t.6
3.4
6' x 1%'2.00
FNR
2.13
54.O
E ie
130.3
9.25
235.O 90.4
4.04
102.6
3.90
99.1
t.4
3.4
6"x2'2.50
trn Ft
2.63
66.7
13
130.3
9.25
235.4
4.06
103.1
.t.,J I
109.5
3.S0
99.1 3.4
6'xZVi 2.75
69.9
2.88
73.0
5.1
130.3
9.25
2s5.O
4.38
111.3
4.18
106.2
3.90
99.1
7.5
2.1
6'x 76.1..2.75
69.9
2.88
73.O
5.13 9.ZC
Z,JA.U
4.38
II',J
4.18
1M.2
3.S0
99.1 a ,tl
6 x3'3.50
88.9
zAq
92.1
5.50
139.7
9.25
235.0
E tl
130.3
4.37 3.90
99.1
9.5
4.3
6'x 4"
4.50
114.3
4.63
117.5
5.38
136.7
9.25
235.0
D. I.J
155.7
4.56
1't5.8
3.90
s9.1
10.0
4.5
8" xUr'2.75
69.9
2.88
73.0
6.25
1<A R
12.50
317.5
4.38
111.3
5.17
130.0
4.90
124.5
10.2
4.6
8 x 76.1*'"2.75
69.9
2.88
73.O
6.25
1ER A
12.50
317.5
4.38 5.12
BA.O
4.90
124.5
10.2
4.6
8'x 3"
3.50
88.9
3.63
165.1
2.50
317,5
5.13
IOU,O
F, a7
136.4
4.90 12.5
5.7
8"x4"4.50
114.3
4.63
117.5
6.38
162.1
1 2.50
317.5
o.13
155.7
5.56
141,2
4.90
124.5
12.5
o./
+ Propor hole preparation is required tor etfe€tive s0alino and perlormance. Check the pipe s6al surface wiihin 5/.'ol the hole t0 be certain it is froe from conditions
which would affect proper gasket sealing. Remove any sharp or rq uqh edg€s from the hole or upper housing contact area, which might aflect assem bly, proper
seating ol the locatino collar or llow lrom the outlet. Ch8ck gaskel giade to be certain il is suitable for lhe servics. For cr0sses, ensure double oullet holes are
aligned on opposile sid€s 0f the pipe- The ose 0f thmaded products other than sts0l pipe, such as dry pendents, etc. may rct be compa Dle wilh the temale
threaded outlet on the MechanicalTee. Always confirm compatibility by conbcting Tyco Fire Products.
Note: Outl8t threads conforming to BSP are available, contact Tyco Fire Produch Jor debils.
Figure 730 Mechanical 0utlet Tee and Cross {Groovedf
Figure 730
Mechanical outlei
Grooved cross
Nom. Size Hole Dia.+Dimensions Net
wt.
Lbs.
Kg.
Run x B|-aRch
H0le
lnches
mm
MAX.
Inches
mm
A
Inches
mm
I
Inches
ITITN
U
lnches
mn
t
Inches
mm
2. x11li 1.75
44.5
1.88 2.78
/0.6
4.88
124.0
3.32
84.3
1.59
40.4
2.5
1.1
?'x11li 1.75
44.5
1.88 2.62
oo.a
4.88
124.0
tt..tz
84.3
1.59
40.4
2.5
2112" x11h'?-00
50.8
2.13
54.0
3.00
76.2
5.25
133.4
3.56
90,4
'1.8r
46.4
J. I
1.4
2ttz" x11/t 2.00
50.8 54.0
07
78.4
5.25
133.4
e .59
91.2
1.81
46.0 1,5
3'x 111"
1 .75
44.5
1.88
47.6
3.34
84.8
6.1 J 3.32
84.3
2.21
co. I
3.S
t.6
3' x lrlr"2.00
Enp
2.13
54.0
?ef,
85,9
6.13
155,7
3.56
94.4
2.21
56.1
4.2
3'x2'2.50 2 .63
66.7
3.50
tJtJ.Y
6.13
155.7
4.09
143.9
2.21
5b. I
4 .7
2.1
t xltl{1.75*
44.5
1 .88
47.6
3.92
YY.O 181.1
3.32
84.3
2.78
70.6
5.5
2.5
t xlVt 2.00 z.ti,
54.0
4.00
101.6
7.13
181.1
J.CD
90.4
2.18
70.6
AE
2.5
{ x2'2.50
63.5
2.63
66.7
4.00
IU I.O
/13
181.1
4.06
143.1
2.18
70.6
6.0
2.7
t xZtlz'2.75
69.9
2.88
73.0
4.00
101.6
7.13
181.1
4.38
ITI.J
2.78
74.6
6.0
2.7
4'x 76.1'.2:t5
69.9
2.88
73.0
4.00
101.6
7.13
181,1
4.38
III.J
2.78
70.6
6.0
4'x 3"
3.50
88.9
4.13
104.9
7.13
181.1
c. t.t
130.3
2.78
70.6
7.0
3.2
5" x 1lii 2.00
DU,6
2.13
54.0
4.63
1 17.6
8.13
246.5
3.56
90.4
3.37
85.6
6.5
2.5
Figure 730
Mechanical outlet
0rooved Tee
Nom. Size Hole Dia.+ Dimensions Net
wt.
Lbs.
Ks.
Hun x Branch
Hole
Inches
mm
Max.
lnches
A
Inches
mm
Inches
mrn
lnches
mfn
E
lnr:hcs
mm rnn
5'x2'2.50
63.5
2.63
86.7
4.63
117.6
8.13
206.5
4.06
103..1
3.37
85.6
7.1
3.2
5' x21li .
t.t J
69.9
2.88
73.0
4.75
120.7
8.13
206.5
4.38
111.3 85.6
3.37 7.3
3.3
5'x 76.1"75
69.9
2.88
73.0
4.75
120.7
8.13
246.5
4.38
111.3
3.37
85.6
7a
J.J
5"x3"3.50
88.9
3.63
92.1
5.00
127.O
8.13
246.5
E ie
t.JLr-.t
3.37
ac.o
7.6
3.4
6'x 1'l1 2.00
50.8
2.13
54.0
5.13
130.3
9.25
z,tJ,u
3.56
90.4
3.90
99. t
'7t
3.4
6'x2'2.50
50.8
2.63
66.7
5.13
130.3
9.25
235.4
4.06
103.1
3.90
99.1
7.5
3.4
tr x2tlt 2.75
oa.:)7An
2.88
1en a
9.25
235.4
4.38
111.3
3.90
99.1
-7 E,
6"x 76.1.'2.75
69.9
2.88
73.0
5.13
134.3
9.25
235.0
4.38
711.3
3.90
99.1
7.5
3.4
6 x3"
88.9
3.50 3.63
92.1
5.50
139,7
9.25
235.0
5.13
IJU.J 99.1
3.90 q5
4.3
6 x4'4.50
114.3
.t.oit
117.5
5-J6
IJO. /
s.25
toc.u
6.13
155.7 99.1
3.90 I0.0
4.5
I' x?Yz'2.75
69.9
2.88
73.0
6.25
158.8
12.50
317.5
4.38
111.3
4.90
124.5
10.2
4.6
I x76.1.,2.75
69.9
2.88
73.0
6.?5
158.8
12.50
317.5
4.38
111.3
4.90
124.5
10
4.O
3.50
88.9
3.63 6.50
165.1
12.50
317.5
5.13
130.3
4.90
124.5 5.7
12.5
Sx4"4.50
114.3
4.63
117.5
6.38
162.1
12.50
317.5
6.13
155.7
4.90
124.5
12.5
* Proper hole preparation is required for effective sealing and perlormance. Check the pipe seal surfaQe within %'of the hole to be certain it is lree lrom
conditions which would atfect proper gasket s€allng. Remove any sharp or rough edgss irom th6 h0le or upp€r hou$ing conlact area, which might atlect
assembly, proper seating 01 the locating collar or flow from the outlet. Check gasket grade t0 be certain it is suitable for the service. For ctosses, ensure
doublg oullet hole$ are aligned on opposite sides of the pipe. The use of thmaded products other than steel pipe, such as dry pendenls, etc. may not be
compatible wlth the iemale threadsd outlGt on thB M8chanical Tee. Alwals confkm compalibility by contactin0 Tyco Fire Products.
Note: oltlet thrsad$ contorming to BSP are available, contact Tyco Fke Products for details.
General Notes: lt is the Designeis responsibility l0 select products suitable for the intended seMce and t0 ensure
that pressure ratings and performance data is not exceeded. Always read and understand the installation
instructions (lH-l000). Never remove any piping c0mponent nor conect or modify any piping deficiencies
withoul first depressurizing and draining the system. Material and gasket selsction should be verified to be
compatible f0r the specitic applicati0n.
tltareO I Fto* contrql i TYco Fire
tProducts
Certified Company
Printed in U.S.A. 4{1
Grooued Fittings
Tyco Fire Products - www.tyco{rooved.com
451 North Cannon Avenue, Lansdale, Pennsylvania '19446 --- USA
Customer Service/Sales: Tel: (2'15) 362-0700 | Fax: (215) 362-5385
^-..-.:,
Technical Services: Tel: (800) 381-9312 / Fo<:791-5500
$lzes: 1Vr" - 12'
illarfurum Worling Prcssorc:
See speclllc data sheet for ralin0 0t
coupling being used.
IpproYals: UL, FM, and ULC
llolfi selected fittings are Listed/
Approved for lire protoction service. See
Fire Protection Submittal Sheet Jor exact
Listing/Approval info rmation.
ManufrGture Source:
Domeslic or as notod.
Itrtefial:
Cast: Figures: 201,210, 219, and 260
Ductile iron, conlorming to
ASTM A-536 Grade 65-45-.12
Fabricated Steel:
Figures: 301, 302, 303, 312, 313, 321 ,
327, 341 and 350 Carbon Steel,
(Shes 1Yi'- 6'are Schedule 40)i
(Sizes 8" - 12" are Schedule 30),
confoming to ASTM A-53 Grade B
Figure:326
Carb0n Steel,Schedule 1 0, conl0rming
to ASTM 4-135 Type E, Grado B
ProtEctlre Goatings:
. Non-lead orange painl
. Hot dipped galvalized conforming lo
ASTM A-153
0rderlng hformation: When placing an
0rder, indicat6 the lull product name. Please
speclfy the quantity, figure number, wall
thicknsss, and size.
Availabillty and $eruico: Grooved Piping
Products, valvBs, accessories and other
pr0ducts are available throughout the U.S.,
Canada, and intemationally, thr0ugh a
net!,vork 0l distribution centers. You may
write directly 0r sall 215-362-0700 for the
distributor nearest you.
Gare and
Maintenance
The owner is responeible for the
inspection, lesting, and maintenance of
their fire proteciion system and devices
in accordance with the applicable
standards of the National Fire
Protection Association (e.9., NFPA 25),
in addition to the standards of any
authority having iurisdiotion. The
installing contractor or product
manufaclurer should be contacted
relative to any questions. Any
impaiffnent must be immediately
corrected.
It is recommended that automatic
sprinkler systems be inspected, tested,
and maintained by a qualified
Insoection Service.
EENTRAL
Grooved Piping Products
EI $31f,T1',, n Technica'
El 3l#f.,1,
@o%'-it#*5*ffii;
Gr0oved fittings provide an econ0micaland
etlicient method 0f changing direction,
adding an 0utlet, reducing, or capping
grooved piping systems. Grooved littings
are avallable in durable ductile iron or
fabricated stsel as indicated.
Frictioll Resistance
(Expressed as Equivalenl Straighl Pipe)
Slzo
lnches
mm
Elbows Tee
90",,Eo Branch Run
Feet
Maters
Feet
MeErc
Feet
Meters
Feet
Meterc
1Y4
42.2
1.9 ln
0.3
4.8
7E
lq
0.6
11/,
48.3
2.3 1.2
0.4
5.8
1.8
?.3
0.7
2
60.3
3.2
t.u
'L6
0.5
E.0
1)F
3.2
?v2
73.0
t(l
1.2
z.u
0.6
AR
3.0
3.9
1.2
1.2
,1
0.6
10.3
11
88.9
4.9
1E
2.4
a'1
4.9
t.J
4
114.3
tt.b
2.0
3.3
1.0
i 6.3
5.0
6.5
2.0
141.3
E.2
2.5
4.1
t.,7
20.5
o.J
6.2
2.5
165.1,'"
9-5
2.9
4.8
1.4
4.J.O
7.2
9.5
1.J
168.3
9.9
3.0
5.0
1.5
24.8
7.6
uu
3.4
R
219.1
13. r
4.0
6.6
2.0
32.E
10.0
111 1
4.0
10
273.0
16.b
5.0
6.3
2.5
41.3
12.6
'r b.b
5.4
12
323.4
19.9
o.l
oo
3.0
49.7
rJ. r
'19.c
6.1
No. l8-1.0
o
Limited
Waranty
Products manufactured by Tyco Fire
Products are wananted solely to the
odginal Buyet for ten ('t 0) years agaiist
defects in material and workmanship
when paid for and properly installed
and maintained under normal use and
service. This warranly will expire ten
(10) years from date.of shipment by
Tyco Fire Products. No wananty is
given for products or oomponents
manufaotured by companies not
affiliated by ownership with Tyco Fire
Products or for products and
components which have been subject
to misuse, improper installation,
corosion, or which have not been
installed, maintained, modified or
repaired in ac@rdan@ with applicable
Standards of the National Fire
Protection Association (NFPA), and/or
the standards of any other Aulhorities
Having Jurisdiction. Materials found. by
Tyco Fire Products to be defective
shall be either repaired or replaced, at
Tyco Fire Products' sole option. Tyco
Fire Products neither assumes, nor
authorizes any person lo assume for it,
any other obligation in connection with
the sale of products or parts of
products. Tyco Fire Products shall not
bo responsible for sprink er system
design effors or inacqjrate or
incomplete information supplied by
Buyer or Buyer's representatives.
IN NO EVENT SHALL TYCO FIRE
PRODUCTS BE LIABLE, IN
CONTRACT, TORT, STRICT
LIABILIIY OR UNDER ANY OTHER
LEGAL THEORY, FOR INCTDENTAL.
INDIRECT, SPECIAL OR
CONSEOUENTIAL DAMAGES,
INCLUDING BUT NOT LIMITED TO
LABOR CHARGES, REGARDLESS OF
WHETHER ryCO FIRE PRODUCTS
WAS INFORMED ABOUT THE
POSSIBILIry OF SUCH DAMAGES, '
AND IN NO EVENT SHALL fiCO
FIRE PRODUCTS' LIABILITY EXCEED
AN AMOUNT EQUAL TO THE SALES
PRICE.
THE FOREGOI^B WARRANTY IS MADE
IN LEU OF ANYANDALLOTHER
WARRANTI ES EXP RESS OR' MP LIED,
II{CLUD'NG WARRANNES OF
M E RCHANTAB I UTY AND F Tf NESS
FOR A PARTEULARPURPOSF-
Figures 201, 210, 219, anil 260
0ct
,EloE1 F
/-T-\ Tlt-i 91 I\+-/ dJ
d - Thess tittlngs are available in domestic ductile iron. All So$series sizes are.fabricated steel.* - These sizes can also be ordered in the Figurs 110 which is cffitdrctile iron punhased lrom a loreign supplierlt - These sizes can also b6 ordered in the Figure l l l which is cast ductile ilon purchased Jrom a loreign supplier.
* * - These sizes can also be ordered in th6 Figure 120 which is cast ductil€ iron purchased lorm a l0reion supplier.
f - Sizes lyi thru 12" are available with t4'and 1'tap plug.
Fig. 201 - 45'Elbow Fig. 210 - 90' Elbow Fig. 219 - Tee Fig. 260r - End Cap
Nominal
Size
Cto E
Inches
mm
Appx. Wt.
Lbs.
K0.
Cto E
lnches
mm
Appx. Wt.
Lbs.
K0.
CtoE
Inches
mn
Appx. M.
Lbs.
Ks.
Eto E
lnch€s
nn
Appx. M.
Lbs.
Ko-
11|a"I .75d
44.5
no
0.4
2.75d
AOO
1.0
4.5
2.75d
69.9
'l .4
4.6
0.88d
22.4
0.4
0.2
1\/2',1.75d
44.5
l.t
0.5
2.75d
69.5
1.2
0.5
2.75r
69.9
1.8
0.8
0.88d
22.4
u.b
0.3
2.00d
50.8
1.8
0.8
3.25d
82.6
2.0
0.9
3.25d
82.6
2.7
I-Z
0.88d
22.4
0.9
0.4
21/z'
2.25d
57.2
2.2
1.0
3.75d
s5.3
3.0
1.4
3.75d
95.3
5.8
2.6
0.88d
u.4
0.9
0.4
76.lmm 2.25d
57.2
2.2
1.0
3.75d
95.3
3.0
1.4
Q 7Ed
95.3
5.8
2.6
0.94d
23.9
I .1
0.5
2.50d
6,3.5
a .5
t.6
4.256
fig.0
4.5
2.4
4.25d
t08.0
7.0
3.2
0.88d
22.4
1,1
u-3
00d
76.2
t.z
2.4
5.00d
t27.6
8.5
J.v
5.00d
t27.0
1 1.8
5.4
1.00d
25.4
2.6
5"
3.25d
82.6
8.5 5.50d
139.7
tc t
6.1
5.50d
139.7
17.0
7.7
1.00d
25.4
5.0
2.3
165.1mm
9.50d
88.9
1 2.0
EN
6.50d
165.1
.t8.5
8.4
6.5@
165.1
26.0
11.8
1.00d
25.4
7.5
3.4
6"
3.50d
88.5
12.0 6.50,r
165.1
18.5
8.4
6.50d
165.1
26.0
fi.8
1.00d
25.4 e,l
8'
4.25'
108.0
23.0
1A.4
7
196.9
36.5
16.6
7.75d
196.9
45.0
20.4
1 1qd
30.2
12.8
5.8
10"
4.75at
120.7
31.0
14.1
9.00d.
228.6
60.0
27-2
9.0w,"
228.6
72.1
32.7
1.25d
31.8
?nn
o1
1?',
5.25ar
133.4
{U.U
l8.t
10.00d/.
254.0
67.0
30.4
10.00d--
254.0
92.5
42.0
1.25(
il.8
36.0
t6.3
Figure 201
figure 210
Figae 219
figure 260
301, 302, 3lXl, 312, and 313
t-tg. Jul,302, and 303
Adapter Nipples
Flgure 312
22112" Elbow
Flgure 313
1114'Elbow
Nominal
Size
EIO C
lnches
nm
Appx. Wt.
Lbs.
Ks.
CtoE
Inches
nn
Appx. Wt.
Lbs.
Ks.
CtoE
Inches
nn
Appx. Wt.
Lbs.
Ks.
7t /s'4.00
101.6
0.8
4.4
1.75
44.5
0.4
0.2
1.38
35.1
0.4
4.2
1t lz.4.00
101,6
0.9
0.4
't.75
44.5
0.5
0.2
1.38
35.1
0.5
0.2
4.00
101.6
1.2
u,a
1.88
47.8
0.6
0.3
1.38
35.1
u-b
0.3
21lz'4.00
10t,6
'1.9
0.s
2.00
50.8
0.7
0.3
1.50
38.1
1.1
u,c
q{4.00
101.6
2.5
1.1
2.25
57.2 0.6
1.50
38.1
1.2
8.5
6.00
152.4 ,E
2.63 2.4 t-tc
44.5
2.2
1.0
6.00
152.4
7.4
3.4
2.88
73.2
4.1
1.9
2.00
50.8
?e
76
6'6.00
152.4
3.13
79;5
c.D
2.5
?.00
50.8
4.6
2.1
8'6.00
152.4
14.2
6.4
3.88
98.6
11.1
5.0
2.00
50.8
9.7
3.9
10'8.00
243.2
n.0
12.2
4.38
11.3
14.0
6.4
2.13
54.1
o1
4.1
8.00
203.2
33.0
15.0
4.88
124.0
2?.0
l0.a
2.25
57.2
16.7
7.6
| -. - |
l.--EroE---
ITt- ilfiilI
lllllllllill
Figure 301
|-etoe-1[n|f --- -]t
LIL--J
Figure 303
.{Rl
/rFt=-].+^E #u ru Lt r---------r-------#
o
Flgure 302
Figures 326,3n, and 341
Fioure 312
Figure 326.
90' Drain Elbow
Figure 327
Cross
Figure 341
150 Lbs.
Flanqe AdaDter
Nominal
Size
CtoE
Inchos
mffi
Appx. Wt.
Lbs.- Ks.
CtoE
lnches
mn
Appx. Wt.
Lbs.
Ks.
ETOF
lnches
nm
Appx. Wt.
Lbs.
K0.
1t/4'
2.75
69.9
2.0
0.9
4.00
101.6
2.8
t.,5
11lz'
2.75
ROO 2.0
4.00
101.6
3.2
1.5
3.25
82.6
2.7
1.2
4.00
101.6
5.2
2.4
a't2 3.75
95.3
3.00
1.4 95.3
5.0 4.0a
101.6
8.0
J.D
4.25
108.0
3.60
1.6
4.25
fig.4
7.1
,J.Z
4.00
101.6
't0.2
4.6
5.00
127.0
3.75
1.7
5.00
127.0
l1 .9
5.4
6.00
152.4
tt.t
7.8
5"
J.JU
t39.7
4.25 c.3u
135.7
17.1
7.8
O.UU
152.4
2't.4
c./
6"
O.JU
165.1
10.70
4.9
6.50
165.1
27.5
12.5
6.00
152.4
26.0
11.8
8'.
7.75
1s6.9
24.78
9.4 196.9
47.0
21.3
6.00
152.4
38.4
17.4
9.00
228.6
68.0
30.8
8.00
203.2
85.0
29.5
1z'.10.00
254.0
107.0
48.5
8.00
203.2
oin
41.3
- Figur€ 326 90" Drain Elbows have a 1' fsmalo itrraad€d outlet.
t0
Flgure 326
Hgure 327
Fiqure 341
Figure
o Reducing
921
g lee
CloE-
CtoE
Tee
N0mtnal
Size
lnches
UlOE
lnches
mn
Appx. Wt.
Lbs.
Kn.
N0mlnal
Size
Inches
UTOE
Inches
nm
Appx. wt
' Lbs.
Ko.
N0minal
Size
lnches
ut0t
Inches
nn
Appx. Wt.
Lbs.
Ks.
lYz x 114 )r 1Y4 3.25
82.6
2.0
u.p 5x5x2
139.7
14.5
o-o 8x8x6 196.9
37.0
16.8
2xZx1Y2*J.Zh
82.6
2.7 5xEY,2%
139.7
14.8
6.7 10x10x2 9.00
228.6
E?I
25.9
zYz x zYzx 1%3.75
95.3
4.2
1.9
5x5x3 b.bu
139.7
15.2
6.C
10x10x3 9.00
228.6
57.4
26.0
2U2 x 2Y2x lYL J./t
9s.3
4.2
1.9
5x5x4 5.50
139.7
15.8 10x10x4 9.00
48.6
57.6
26.1
21/z x 2Y, x,2.dEe
4.3
2.4 6x6x2 6.50
165.1
26.5
11 .9 10 x 10 x 5 9.00
228.6
57.8
26.2
3xgx11/2 4.25
108.0 2.4 6xBx?lz 6.50
165.1
26.5
12.0 10x 10x6 9.00
228.6
58.0
26.3
3x3x2.4.25
108.0 2.5 6x6x3t 6.50
165.1
26.5
12.0 10x l0x8 s.00
n8.6
58.4
26.5
SxgxZl,4.25
108.0 2.6 6xdx4.t'.cu
165.1
26.6
12.1
12 x 12 x 3 10.00
254.0
80.2
36.4
4x4x1Yt 5.00
1t7 n
s.8
4.4
6x6x5 O.JU
165.1
27.0
12.2
12 x12x 4 10.00
254.0
80.5
,1|J,J
4x4x11,4 5.00
127.0
9.9 8x8x2 7.75
196.9
36.2
16.4
12 x 12 x 5 10.00
2s4.0
80.7
36.6
4x4x2*5.00
127.0
10.1
4.6 SxBxa 7.75
196.9
36.5
16.6
12x12x6 10.00
254.0
80.9
36.7
4 x 4 x2Y2.5.00
127.0
10.3 8x8x4 7.75
t96.9
,JO.O
16.8
12 x 12 x 8 10.00
254.0
91.4
41.5
4x4x3.5.00
127.0
10.5
4.8 8xBx5 7.75
196.S
36.8
16.7 12x12x10 10.00
254.0
91.8
41.6
can lure 121 which is sast ductile iron purchased lrom a lorelgn supplier.
Flgurc 350 Concentric Reducer - Groove X Groove
Nominal
Size
lnches
Eto E
lnches
mm
Appx. Wt.
Lbs.
Ks.
Nominal
Slze
lnches
EloE
Inches
mm
Appx. Wt.
Lbs.
Ks.
Nominal
Size
lnches
EIOE
lnches
mm
Appx. Wt.
Lbs.
Ks.
2llzx 1t lc 2.bu
63.5
1.0
0.5 5 x 11/a
3.50
88.9 2.1 8x3 b.uu
127.4
12.U
21lz )1 11lz 2.50
63.5
1.3
0.6 5x2 J.JU
88.9
4.b
2.1 8x4*5.00
127.0
11.9
5.4
21lzx2*2.50 t.z
4.5 5 x 21lz J.JU
88.9
4.5
2.0 8xs 5.00 r t.it
5.1
3 x 1rA 2.50
63.5
t.J
0.6 5x3 3.50
88.9
4.4
2.0 8x6*5.00
127.0
10.8
4.9
3 x 1rlr 2.50
63.5
t-J
0.6 5x4*J-AU
88.9 2.0 10x4 6.00
152.4
21.9
10.0
3x2.2.50
63.5
1.3
u.o 6x2.4.00
101.6
6.0
z./10x5 6.00
152.4
21.6
9.8
3 x 21lz*2.50
63.5 0.7 6 x21lz 4.00
101.6
6.0 10x6"6.00
152.4
21.1
s.6
4 x11lt 3.00
76.2
2.2
t.u 6x3"4.00
101.6
6.0
2.7 10x8"6.00
152.4
19.5
8.9
4 x11lz 3.00
76.2
t.J
t.u 6x4"4.00
101.6
5.9
2.7 12x 4 7.04 -
177.8
28.0
12.7
4x2-3.00
76.2
2.3
1.0
6x5'4.00
| 01.6
5.8
2.6 12x6 7.00
177.8
30.0
13.6
4 x 2112"3.00
76.2
2.3
1.0 8x2 5.00
127.0
'1,2.2
5.5 12x8*7.00
177.8
28.0
12.7
4x3-3.00
76.2
2.6
1.2
8 x21lz 5.00
127.0
12.1 l2 x 10-7.00
177.8
etn
15.0
Figure 321 Reducing
Figure 350
i--E.toE--.]-r-\ I
_tij_mLi lt ilil luL-.u*
Figure 350
Slz€s 8" to 12"
r-E b E-1
rHT] |
I lllmt
il]FU
Figrre 350
Sizss 11/6" to
| - These $izes can also be ordered in the Figure 150 Grooved Concentric Roducer which is cast ductle iron
purchased from a foreign supplier.
General Notes: lt is the Designer's responsiblllty to sel€ct products suitable tor the intended service and to ensure that
pressure ratings and performance data is not exceeded. Always read and understand the installation instruction$ (lH-1000).
Nav8r remove any pipinO component nor correct 0r modify any piping deliciencies \,vithout irst depressurlzlng and dmining
the system. Material and gasket selection shorld be verified to be compatible for the specilic applicati0n.
tatEo I rn* contot i Tyco Fire
i Product'
C€rlilied Company
Printed in U.S.A. +01
Flexihle Goupling
Figure 575
Patent Pending
Tyco Fire Products -- www.lyco{rooved.com
451 North Cannon Avenue, Lansdale, Pennsylvania 19446 -* USA
Customer Service/Sales: Tel: (215) 362-0700 / Fax: (215) 362-5385
-
-
--
EENTRAL
Grooued Piping Products
Technical Services: Tel: (8o0) 381-9312 / Fax:791-5500
@fffflil,,,, nTechnica' Ht 3lffJff,,
@o@
See Fke Protection Submithl Sheet for
pressure rating and Listing and
Approval inlormation
Flgure 575 Flexible Couplings are capable of
pressures up 1o 300 psi depending on pipe
size and wall thickness. lt Drovides a
dependable method of joining pipe and is
suitable for use in a variety ol applications.
The Figure 575 incorp0ratos "gripping teeth"
al0ng ths c0upling keys which increase the
rotatlon resistance of the oroduct when
pressurized, while still allowing for linear
and angular misalignment.
Figure 575
Slres: 1%" - 8'
Approrals: uL, FM, and ULC; See Fke
Pr0tecli0n S[bmithl Sheel f0] eract
Lisling / Approral Intormalion.
manufaD|||ring $orrco: Domestic
llo!si[0: Ductile iron c0ntorming t0
ASTM A-536, Grade 65-45-12
ProtlGtiuc Coatlngs:
. Non-lead orange paint
. Fhe Brigade Red (0pti0nal) n0n-lead
. H0t dipped galvanized c0ntorming t0
ASTM A.153
Bolwulsr Track Head Bolts - conforming t0
ASTM A-183, Zinc Plated,
(Min. Tensile = 110,oot) psi)
GaskEt (specify when ordering)
. 0iade A EPDII]IA violet eolor c0de ambient
to +150'F (+66"C) lor fire prolec{bn
syshms. Not recommended for hot water
syst8ms.
. Tri-Seal (Grade E EPDM) green color
code. Prelubricated (Grade A EPDMA). Prelubricated Tri-Seal (Grade E EPDM)
($ea Gaskel Sfades anrt
Recommendatlons Shocl for aid in
selecllng lhe proper gaskat)
llote: Rigid Couplings fre recommended
for dry pipe and fteszer appllcati0ns.
0rdering Intormatl0n: When placing an
ordar, indicate the full product name. Please
specify the quantity, figuro number, type of
gasket, EPDM 'A' or "E" Tri-Seal, and size.
luallatlllty and Scnlce: Grooved Piping
Products, valves, access0ries and 0ther
products are available throughout the u.S.,
Canada, and internatlonally, through a
network of distribulion cent0rs. You may
write directly or call 215-362-0700 for the
distribulor nearest you.
Gare and
Maintenance
The owner is responsible for the
inspection, testing, and maintenance of
their fire protection system and devices
in accordance with the applicable
standards of the National Fire
Prolection Association (e.9., NFPA 25),
in addition to the standards of any
authority having jurisdiction. The
installing contractor or producl
manufacturer should be contacted
relative to any questions. Any
impairment must be immediately
corrected.
It is recommended that automatic
sprinkler systems be inspected, tested,
and maintained by a qualified
lnspeciion Servics.
No, 18-1.2
. . i -i.:i:i:'..:r..1.,. ;s!.t,.,.. Io o
Limited
Warranty
Producls manufactured by Tyco Fire
Products are wananted solely to the
original Buyer for ten (10) years againsl
defects in material and worftmanshio
when paid for and properly installed
and mainiained under notmal use and
service. This wandnty will expir€ ien
(10) years from date of shipment by
Tyco Fire Products. No waranty is
given for products or components
manufactured by companies not
affiliated by ownership with Tyco Fire
Products or for products and
componenls which have been subject
io misu$e, improper installation,
conosion, or which have not been
installed, maintained, modified or
repaired in accordance with applicable
Standards of the National Fire
Protection Association (NFPA), and/or
the standards of any other Authorities
Having Jurisdiction. Materials found by
Tyco Fire Products to be defective shall
be either repaired or replaced, at Tyco
Fhe Producls'sole option. Tyco Fire
Products neilher assumes, nor
authorizes any person to assume for it,
any other obligation in connection wilh
the sale of products or parts of
producto. Tyco Fire Products shall not
be responsible for sprinkler system
deaign errors or inaccurate or
incomplete information supplied by
Buyer or Buyer's representatives.
IN NO EVENT SHALL TYCO FIRE
PRODUCTS BE LIABLE, IN
CONTRACT, TORT, STRICT
LIABILITY OR UNDER ANY OTHER
LEGAL THEORY, FOR INCIDENTAL.
INDIRECT, SPECIAL OR
CONSEQUENTIAL DAMAGES,
INCLUDING BUT NOT LIMITED TO
LABOR CHARGES, REGARDLESS
OF WHETHER TYCO FIRE
PROOUCTS WAS INFORMED ABOUT
THE POSSIBILITY OF SUCH
DAMAGES, AND IN NO EVENT
SHALL TYCO FIRE PRODUCTS'
LIABILITY EXCEED AN AMOUNT
EQUAL TO THE SALES PRICE.
THE FOREGOttIc IIUARRANTY lS
MADEIN LET' OF ANYANT' ALL
OT}'ER ruqRRA'YflES E(PRH}S OR
IMPLIE D. INCLT'DING WAPRANTIES OF
WRCHANTAB'LITY ANO FITNESS
F OR A PARTIC IITAR PU RPo6.E
Figute 575 Flexible Goupling
Pipe Max. .
End Gap
lnches
mm
Max.t
Pressure
psi
kPa
Max.t
End Load
Lbs.
N
0imensions Deflectiol
Bolt
Size
Dh. x Lg.
Net
wt.
Lbs.
Kg.
Size
0.D.
lnches
mm
A
lnches
mm
B
Inches
mm
Inches
mm
"Per
Coupling
lnches/
F0ot
mrrlm
1Y4'
1.660
42.2
0.0s
2.3
300
2,068
650
2,891
2 .48
63.0
4.07
1A3.4
lAO
42.9 3" - 1S',
0.67
55.8
xla" x21h"
0.9
0.4
1yz"
1.900
48.3
0.0s
2.3
300
2,468
1 083
4,817
2.72
eol
4.32
109.7
1.69
42.9 2-48'0.59
49.2
sla" x21lt'1.0
2.315
OU.J
0.0s
2.3
300
2,068
1,329
5,912
3.22
81.8
4.82
122,4
1.69
42.9 2-15'0.47
39.2
3/s" x 21h"
1.2
21/2'
2.875
73.4
0.09
2.3
300
2,068
1,948
b,aos
3.72
94.5
5.38
136.7
1.72
43.7 1. - 51'0.3s
32.5
3lt x21lq'
1.3
0.6
3.500
88.9
U nq
2.3
300
2,068
2,886
12,838
4.38
| 11.3
6.06
153.9
't.72
43.7 1. - 31'0.32
26.7
3/d' x 21lt'
1.7
0.8
4.500
114.3
U.19
4.8
300
z,uod
4,771
21,222 141.7
7.38
187.5
1.80
45.7 2 -24'0.50
41.7
sla'x21lt"2.7
1.2
o
6.625
168.3
0.19
4.8
300
2,068
10,341
45,999
7.86
199.6
9.88
251.0
I .88
47.8 1" - 38',
0.34
28.3
1/1 x 3'2.4
8'
8.625
219.1
0.
4.8
300
2,068
17,527
77,964
r0.06
255.5
12-66
321.6
2.25
57.2 1"16'0.26
21.7
1/z'x3't,1
3.3
Go[tNGt Tyco Flre Froducls fol tr ayallabllltl.* Maximum at/ailabls gap between pipe ends. Minimum gap = 0.
t Maximum pressure and end load are totalfrom all loads based on standard wclghl steelpips. Pressure ratings and end loads may dillsr on other
pipe materials and/or wall thickness. Contact Tyco Fire Products ior d€tails. See Fire Protection Equipment Submlttal Shoet Jor Listing and
Approval pressure ratings.
+ Max end gap and dstlsGtion are for cut groove standard welght pjpe. Values tor r0ll oroove pipe will betA that ot cut groove.
General Notes: lt is lhe Designefs responsibility to select products suitable for the intended service and
to ensure that pres$ure ratings and performance data is not exceeded. Always read and understand
the installation instructions (lH-1000). Never remove any piping compon€nt nor correct or modily
any piping deficiencies withoutfrst depressurizing and draining the sy$tem. Material and gasket
selection should be verilisd t0 be compatible for the speci{ic application.
tttEO i Flaw Caotol I TYco Fire- | t products
o Flexible Reducing Coupling
Figurc 716
Tyco Fire Products -- www.tyco-grooved.com
451 North Cannon Avenue, Lansdale, Pennsylvania 19446 --- USA
Customer Service/Sales: Tel: (215) 362-0700 | Fax: (215) 362-5385
Technical SeNices: Tel: (800) 381-9312 / FaJ<: (800) 791-5500
EENTRAL
'-F
Erooved Piping Products
h| lT-!tlt.. Fl ordering i,Tff:;,JffiJ?'#-v.'*l"J:j:,'il
}l uescn plt 0 n I-++| | nf ormati o n :x;:."::1::.t:i-=i:T:1 .
network 0f distribution centers. You may Protection Association (NFPA), and/or
write directly 0r call215-362-0700 lor the the standards of any other Authorilies
distributor nearest you.Having Jurisdiction. Materials found by
IUGare and ri:J$fi;[,i$:':.]i$,i""J:":J?;H'
aJMaintenance:fi#,",:""i:'lffi;f"ff ";sllinerorit,
^e..t-,
-
@d@ Sse Fke Protection
Submittal ShBet for
pressure rating and Listing
and Approval information
0dering Information: When placing an
order, indicate the lull oroduct name. Please
specify the quantity, figure number, type o{
gaskel, EPDM "E", and size.
Auall.blllty and SGwlce: Grooved Piping
Products, valves. accessories and other
products are available through0ut the U.S.,
Canada, and internationally, thr0ugh a
The owner is responsible for the
inspection, testing, and
maintenance of their fire protection
system and devices in accordance
with the applicable standards of the
National Fire Protection Association
(e.g., NFPA 25), in addition to the
standards of any authority having
jurisdiction. The installing contractor
or product manufacturer should be
contacted relative to any questions.
Any impairment must be
immediately conected.
It is recommended that automatic
sprinkler systems be inspected,
tested, and maintained by a
qualifi ed Inspection Service.
l-l Warranty
Producls manufactured by Tyco Fire
Products are warranted solely to the
original Buyer for ten (10) years againsl
defects in material and workmanship
when paid for and properly installed
affiliated by ownership with Tyco Fire
Products or for products and
components which have been subject
to misuse, improper installation,
corrosion. or which have not been
installed, maintained, modified or
repaired in accordance with applicable
Standards of the National Fire
any other obligation in connection with
the sale of products or parts of
produots. Tyco Fire Products shall not
be responslble for sprinkler system
design errors or inaccurate or -
incomplete information supplied by
Buyer or Buyer's representatives.
IN NO EVENT SHALL TYCO FIRE
PRODUCTS BE LIABLE, IN
CONTRACT, TORT, STRICT
LIABILITY OR UNDER ANY OTHER
LEGAL THEORY, FOR INCIDENTAL,
INDIRECT, SPECIAL OR
CONSEQUENTIAL DAMAGES,
INCLUDING BUT NOT LIMITED TO
LABOR CHARGES, REGARDLESS OF
WHETHER TYCO FIRE PRODUCTS
WAS INFORMED ABOUT THE
POSSIBILITY OF SUCH DAMAGES,
AND IN NO EVENT SHALL TYCO
FIRE PRODUCTS' LIABILITY EXCEED
AN AMOUNT EQUAL TO THE SALES
PRICE.
THE FORECfiINGWARRANTY IS MADE
INLIEU OF ANYAND ALLOTHFR
WARRANTIES EXPRESIi OR NPLIED.
INCLUDITTG WARRANNES OF
MERC HA NTAB LITY AM) FIf N ESS
FOR A PARTICULAR PIJRPOSE-
The Figure 716 Flexible Reducing Coupling
allows a direct transisti0n between two
.I ditferent pipe sizes, and replaces two
-
c0upiings and a reduciflg fitting.
llotG: Raducln0 Couplings arr mt
recommended lor dry plpo ad lrceucr
aFpliEatlons.
nTechnical
Figure: 716
Shcs: 2' x 1%' - 8' x 6'
Approuals: UL, FM, and ULC;
SEe Fire Pr0tBcllon Submittal Sheet l0r
exact Listing/Approval info.
Maruf acturln0 Solrce: Domeslic
Hbusing: Ductile iron conforming t0
ASTM A-536, Grade 65-45-12
Prot8ctiva Coatings:
. Non-lead orange painl
. H0t dipped galvanized conlorming lo
ASTM A-153
Bolt/fiuts: Track Head Bolts - conforming
ro ASTM A-183, Zinc Plated,
(Min. TensilB = 110,000 psi)
Grsket: (specify when ordering)
. Grade E EPDM green color code
. Prelubricated (Grade E EPDM)
(See Gaskel Grades and RG[0mrD[dati0m
Steel tor aid ir selscling lhe pnpet 0askel)
No. 18-3.0
FiSure 716 Grooved GouPling
. Maximum available gap b€tween plpe ends' Minimum gap = 0'06'.(wth,metal inselt)'
t Maximum pressure anO enO toaO are o;itrom aiio^Os Oi,srO on.tunO"tO *.i0iiitiri pipe. Pressure ratings and end loads mal/ differ on other pipe
mareriats and/orwa' rhickn'ss. conuiiTyi". iii'piil-ris tr oeuirs. see rireiroie*ion'Equipment submittalsheet lor Listin0 and Approval pressure
, ffijTEt;o nro'o oeltection is lor cut grooved standard weight pipe. vatues for roll g rooved plpe will bE 1/2lbai of cut orooved'
6eneral Notes: lt is the Designefs responsibility to solsct product$ suitable l0r the iniendtd sewice
and to ensure thai pressuru ,arings
'no
pe'lormance data is not exceeded.' Always read and
ililiJllii-ni itiiirt"tion in"ttitions (tu-1000)' Never remove anv pipins component n.r c0rrecr
"iiii,"uii;l,iv
pip,.i oericiencies wilhotri iirsi depressurizing and.drainins th€-svstem' Materialand
slriiJil?rJ.lffildrtd be verified ro be compatible r0r rhe specific application.
Max..+
End GaP
lncfies
nrn
Max.t
Pressure
psi
kPa
Max.t
End Load
Lbs.
N
Dimensions De{lection Bolt
S ize
0ia. x Lg.
Net
wt.
Lbs.
Kg.
TIIJE
lnches
mm
B
Jnches
mm
Inches
mm
oPer
Coupling
lnches/
Foot
mm/ntS ize
0.D.
lnches
mm
992
4,412
eEo
9RO
5.06
128.5
1 .88
47.8 1. - 53'
0.39
32.9 Is" x21lt'
2.0
o.9
2" x 11 lz"
2.375 x 1.900
60.3 x 48.8
0.13
J,J
JCU
2,413
21lz' x 2'
2.875 X 2.375
73.0 x 60.3
0.13
e2
4Efl
2,413
1,550
6,894
4.00
101.6
b.ou
139.7
1 .88
47.8 1" - 33'
a32
27.0 %" x 21/4'
2.5
1.1
3"x2'
3.500 x 2.375
88.9 x 6a J
U.t2
3.3
350
2,413
1,550
6,894
4.69
119.1
6.50
165.1
1.88
47.8 1" - 17'
0.27
22.4
1lz" X3"
tlE
2.0
2,?71
10,101
4.69
119.1
6.50
165.1
1.88
47.8 1" - 17'
0.27
22.4
th' x 3"
4.6
3" x21li'
3.500 x 2.875
88.9 x 73.0
0.13
J.O
Jlu
2,413
4'x2'
4.500 x 2.375
114.3 x 60.3
0.1 I
4.8
350
2,413
1,550
6,894
6.00
152.4
8.1
2A6.5
2.00
50.8 2'- 38'
0.55
45.9 %'x 31/4"
6.0
2,271
10,101
6.00
152.4
I
206.5
2.00
50.8 20 - 38',
u.cc
45.9 %'x 31ir'
6.1
2.84'\21|i 4.500 2.875
1 14.3 x 73.0
u.19
4.8
dDu
2,413
6.00
152.4
8.1
2A6.5
2.00
50.8 2" - 38'
0.55
45.9
518" x 31li'
6.2
tp4'x3'4.500 x 3.500
114.3 x 88.9
l9
4.8
J5U
2,413
J,JbO
14,972
5"x4',
5.563 x 4.500
141 .3 x 114.3
0.25 lqn
2,413
5,564
24,749
7.13
181.1
9.56
242.8
2.00
52.3 2 -'',0.44
36.4
3li xAIi 10.1
4.6
4,769
21,213
8.
212.9
10.88
276.4
2.06
52.3 1" - 44'
0.36
30.2 %" x 4%'
11.6
ta
6'x4'
6.625 x 4.500
168.3 x 114.3
0.2b
6.4
ituu
2,068
6'x5'
6.625 x 5.563
768.3 x 141.3
0.25
6.4
300
2,068
7,288
32,417
8.38
212.9
10.88
276.4
2.06
52.3 1" - 44'
u..to 'li x 43lt
t 'I .7
tal
8'x6'
8.625 x 6.625
219.1 x 1ffi.3
0.25
6.4
300
2,06e
10,336
45,975
10.69
271.5
13.75
349.3
2.?5
57.2 1. - 15'
0.26
21.8
7le' X61lz'
21.6
9.8
Certified ComPanY
trpo f no* c**, I ;!:;"::{""
Printed in u.s.A. 4-01
o ^-.r-/-Flange Adapter
Customer Servioe/Sales: Tel: (215) 362-0700 / Fax: (215) 362-5385
Technical Services: Tel: (800) 3s1-9312 / Fax: (800) 791-ss00 GrOOUed triping FrodUCtS
Tyco Fire Products *- www.tyco-grooved.com
451 North Cannon Avenue, Lansdale, Pennsylvania 19446 --- USA
0rdering
Procedure
Figure 71
@c@
-l-
HTechnical
7l ll Fl,rl.rr r ltatoII--
Flguro: 71
Slrss: 2" - 12'
ADpromls:
UL. FM. afld ULc
SsB FirE protcGllon $ubmittal Sheet tor
rract Listing / Approval lntormation.
llla taDturhg $ourGo:
Domestic
Housing:
Ductile iron conforming to
ASTM A-536, Grade 65-45-1e
ProtectirB Gsatlngs:
. Non-lead orange paint
. Hot dipped galvanized c0nforming to
ASTM A.153
oesket (speciiy when ordering)
. Grade E EPDM green color code
. Prelubricated {Grade E EPDM}
{$ee Gasket Grades and f,eoonncrdations
She8t lor aid in selcoting the ploper
gasketl
0dering Inlormatlon: When placing an
0rder, indicate the lull product name. Pleas6
specify the quantity, figurs number, type 0f
gasket, EPDM "E", and size.
Arallablllty and Senioo: Grooved Piping
Products. valvos. accessories and other
accordance with the applicable standards of
the National Fke Pr0tecti0n Association
(e.9., NFPA 25), in addition to the standards
0f any authority having jurisdiction. The
installing contractor or product
manufacturer should be contacted rolative to
any questi0ns. Any impalrment must be
immediately corrected.
It is recommended that automatic sprinkler
systems be inspected, tested, and
maintained by a quallfied In$pection Seryice.
Limited
Warranty
Products manufactured by Tyco Fire
Products are warranted solely to the
original Buyer for ten (10) years against
defects in material and workmanshio
when paid for and properly installed
and maintained under normal use and
service. This warranty will expire ten
EENTRAL
---
(10) years from date of shipment by
Tyco Fire Products. No wananty is
given for products or components
manufactured by companies not
affiliated by ownership with Tyco Fire
Products or for products and
components which have been subiect
to misuse, improper installation,
corrosion, or which have not been
installed, maintained, modifi€d or
repaired in accordance with applicable
Standards of the Nalional Fire
Protection Assooiation (NFPA), and/or
, IN NO EVENT SHALL TYCO FIRE
PRODUCTS BE LIABLE. IN
CONTRACT, TORT, STRICT
LIABILITY OR UNDER ANY OTHER
LEGAL THEORY, FOR INCIDENTAL,
INDIRECT, SPECIAL OR
CONSEQUENTIAL DAMAGES,
INCLUDING BUT NOT LIMITED TO
LABOR CHARGES, REGARDLESS OF
WHETHER TYCO FIRE PRODUCTS
WAS INFORMED ABOUT THE
POSSIBILITY OF SUCH DAMAGES.
AND IN NO EVENT SHALL ryCO
FIRE PROOUCTS' LIABILITY EXCEED
AN AMOUNT EQUAL TO THE SALES
PRICE.
THE FOREGO'I/6 WARRANTY 6 MADE
IN LIEU OF ANY AAD ALL OTHER
WARRANNES EXPRESS OR IMPLIED.
II//CLUDTNGWARRFNflEA OF
MERCHANTAEILITY AAID NNESS
FOR A PARITCUIAR PURPOSE
See Fire Protsction Su bmittal Sheet for pressure network ol dishibution centers. You may Tyco Fire Products to be defective shall
rating and Listino and Approval information Write direC y 0r call 215-962-0700 for the be either repaired or replaced, at Tyco
The Figure 71 Flange Adapter all0ws a dlstributor nearest you. Fire Products' sole option' Tyco Fire
l*ruri:rll;rulll,$U,lfl;U llTII care and i;rul;r;ftl;;:.:lTi'#';*
3i,x'oH::'"''toANSrcrass125and150 l---I Maintgnance |?*?&:+:i:nr,:;l;,or"n",,no,
rhe owner is responsibte for the inspection, 3:J,;"J:fi',:',:1ff::r':,T;l*'
producis are available throughout the U.S., the standards of any olher Authorities
Canada, and internationally, through a Having Jurisdiotion. Materials found by
testing, and maintenance of tieir fire incomplete information supplied by
proteclion system and devices in Buyer or Buye,'s representatives.
No. l8-8.0
o Figure 71 Flange Adapter
f Maximum pressu.e and end load aro totallrom all loads based on slandard weight steel pipe. Pressure ralings and end l0ads may ditfer 0n
oth6r pipe materials and/or wall thickness. Contact Tyco Fire Products for details. See Fire Protsction Equipment Submittal Sheet tor Listing
and Approval pressurB ratings.* Dimensions D and E represenl minimum and maximum scaling surlaces.
t Bolts and Nuts are not supplisd. Bolt lengths are standard; it isthe responsibility ofthe purchaser t0 verify
correct length lor the inlended application.
General Notes: lt ls the Ds$igner's responsibility t0 select products suitable for the intended servics and t0 Bnsure
ihat prsssure ratings and performance data is not exceeded. Always read and understand ihe installation
instructions (lH-l000). NevsI romove any piping component nor cotrect or modily any piping deliciencles
without tirst depre$surizing and draining the systsrn. Matedal and gasket selection snould be verified to be
compatible lor the specilic application.
tatEtt I Flow cohtrol I TYco Fira
i Prodacts
Pipe Max f
Pressure
psi
kPa
Max f
End Load
Lbs.
Dimensions Bolts fl,et
wr.
lbs.
kg
Size 0.0.
A
lnch€s
mm
B
lnches
mm
Inches
mm
Inches
mm
-E
lnches
mm
Inches
mm
Size
Dia. x Lg.
otv.
2.37'',
tKn
1 ,724
1,107
4,924
6.38
162.1
4.75
120.7
0.75
10 1
2.38
64.5
3.41
86.6
7.25
184.2
5/a' x 3'4
3.0
1.4
2tlz"2.87s',
250
179d
1,622
7,2-t5
7.00
178.0
5.50
144.0
0.88
22.0
2.88
73.0
3.91
w.u
7.88
200.4 %"x 3'4 5.0
2.3
3.500"
250
1,724
2,404
10,693
,.JU
190.5
6.00
152.4
0.94
23.9
3.50
88.9
4.53
I t.a. I
9.88
25t.4 %'x 3"4
6
2.5
4.500'
250
1,724
3,974
17,676
onn
228.6
.50
190.5
0.94
23.9
4.50
114.3
5.53
140.5
9.90
251.5 %"x 3"I 7.0
3.2
5"5.563',
250
1 ,724
6,073
27,O13
10.00
254.4
8.50
215.9
1.00
25.4
5.56
141.2
6.72
170,7
'I 'I .38
289.1
3!i x3tlz"8
9.2
4.2
6"6.625'
250
1 ,724
8,6'14
2e ?1F
11 .00
279.4
9.50
241.3
1.00
,25.4
6.62
168.1
7.78
tY/.o
11.88
301.8 Vq'x311{8
'l 0.0
8'8.625'
250
1 ,724
i4,599
64,936
13.50
342,9
11.75
298.5
1 t,:
4d. I
8.62
218.9
9.94
252.5
14.38
365.3
alq'x31lz'I lo.o
7.5
10'10.750'
250
1 ,724
22,679
100,876
16.00
406.4
14 .25
362.O
1.1S
30.2
10.75
273.1
tLal
312.7
't6.88
428.8
?la' x 4"12
21 .6
9.9
12',12.750'
250
1,724
31,903
141,905
19.00
482.6
17.00
431-8
t.25
.t I.O
12.75
JZ.t. V
14.31
JOJ.J
20.00
508.0 !t' x 4'll
24.2
11.4
Certilied Compsny
Printed in U.S.A. 4-01
o tffio
INCORPORATED
&"Trimline" Adiustahle Band Hanger
Size Range - 1/2 thru I inch pipe.
Mabrtal - Carbon Steel, Mil. Galvanized to G-90
specifications.
Function - For fire sprinkler and other general piping
purposes. Knurled swivel nut design permits hanger
adjustment after installation.
Features
. (112 thru 2 inch) Flared edges ease installation for all
pipe types and protect CPVC plastic pipe fmm
abrasion. Captured design keeps adjusting nut from
separating with hanger. Hanger is easily insialled
around pipe.
'(2-112thru I inch) Spring tension on nut holds it
securely in hanger before installation. Adjusting nut is
easily removed.
Approvals - Underwriters' Laboratories Listed (1/2"
thru 8") in the U.S. (UL) and Canada (cUL) for sieel
and CPVC plastic pipe and Factory Mutual
Engineering Approved (3/4" thru 8"). Conforms to
Federal Specifications WW-H-171E, Type 10, and
Manufacturers Slandardization Society SP-69, type 10.
Maximum Temperature - 650"F.
Flnish - Mil. Galvanized, for Stainless Steel materials
order Tolco Fig. 200WON.
Order By - Figure number and pipe size.
Fig.200
1/2 THRU 2 INCH PIPE 2 1I2 THRU 8 INCH PIPE
PIPE
slzE
ROD S|zEINCH METRIC-
MAX.REC. APPROX,
LOAD LBS. WT./IOO
314 318 8mm or 10mm 3-118 2-112
1t2
1-1t4
1-1t2
3/8 8mm or 10mm 3-1/8 2-518
318 8mm or 10mm 3-314 2-718
3/8 8mm or 10mm 3-718 2-718
400
400
400
400
400
400
11
11
13
14
15
1 3/8 8mm or 10mm 3-3/8 2-Sl8 400 12
2 318 8mm or 10mm 4-112 3
2-1t2
3-1t2
1Omm
1omm
1omm
OUU
600
OUU
3i8
3/8
3i8
5-5/8 +1t85-7tA 47-3t8 +1t4
27
29
34
4
6
8
3t8
1t2
1t2
1t2
10mm 7-318 512mm 9-1/8 6-11412mm 1G1/8 6-3/412mm 13-1i8 8-314
1000
1250
1250
1250
JC
oo
tJo
-31-
@'@
O Paanttt5,344,1o8
Fig.25
Surge Restrainer
Sl2e Range - One size fits 3/4 thru 2 inch pipe.
Material - Steel.
Function - Designed to be used in conjunction with Tolco Band
Hangers to restrict the upward movement of piping as it occurs during
sprinkler head activalion or earthquake type activity. The surge
restrainer is easily and efficiently installed by snapping into a locking
position on the band hanger. This product is intended to satisfy the
reouirement as indicated in the National Fire Pmtection Association
(NFPA#13, 1999 Edition), 6=2.3.3,6-2.3.4, andA-6-2.3.3. Can be used
to restrain either steel pipe or CPVC plastic pipe.
Approvals - Underwriters' Laboratories Listed onlv when used with
Tolco band hangers Fig.2, 2 NFPA, and 200, in the USA (UL) and
Canada (cUL).
Finish - Pre-Galvanized.
/tlofe--'Available in Electrogalvanized and HDG finish.
Ord* By- Figure number and Tolco band hanger, size from 3/4 thru 2.
I
-i
'\.
zij\
,!i ii'\.-\ li i!"\ tt i/"r ll"-f::l''
-19-
tffio
INCORPORATED
CORONA. CA
Fasteners - Hanger Rod - Concrete lnserfs
%
Fig. 99
All Thread Rod
Cut to Length
Size Range:
3/8 lhru 7/8 inch rod
%*.,._%
Fig. t0s
Coach Screw
Hanger Rod
Size Range:
3/8 thru 112 inch rod
R
Fis. 109
Fig.70
Steel Rod Coupling
Size Range:
114 thru 1-112 indt
Fig. 103
Hanger Rod
Threaded Bolh Ends
Size Range:
318 thru 'l-112 incn rcd
Fig. 122
Wood Screw
Flat Head
Conoreie Deck Insert
Size Range:
3/8 thru 7i8 inch rod
Fig. f25
Drive Screw
Size Range:
#16 x 2 inch
Fis. 109F
Concrete Insert
Size Range:
3/8 thru 7/8 inch rod
Fis. 101
Welded Eye Rod
Size Range:
318 hru 2-112 inch rod
Fig. 113
Standard Hex Nut
Size Range:
1/4 thru 1-1l2 inch
Fig.126
Lag Bolt Gimlet Point
Size Range:
1i4 thru 5/8 inch dia.
Fig.309, Flg. 309N
Concrete lnsert
And Concrete Insert Nut
Fig. 102
Eye Rod
Not Welded
Size Range:
3/8 thru 2-112 inch rod
Flg. 115
Flat Washer
Size Range:
114 thtu 'l-112 inch bolt.
Fig.3l0; Fig.310N
Steel Spot Concrete Insert
And Steel Spot Insert Nul
-42-
SECTION TWO
o
o
Butterfly Ualve
Figures 570 and 580
Tyco Fire Products -- www.tyco-grooved.com
451 North Cannon Avenue, Lansdale, Pennsylvania
Customer Service/Sales: Tel: (215) 362-0700 i Fax:
^C.^-,
Technical Services: Tel: (800) 381-9312 / Fax:
EENTRAL
---
Grooued Fiping Products
In piping systems, butterfly valves $hould
be located where they will be readil,,
accessible f0r operation, inspection, and
maintenance.
When a valve "cl0ses hard', it may b6 dus t0
debris lodged in the sealing area. This may
bo corrocted by backing-off the handwheel
and cl0sing it again, several times if
necessary. The valve should never be
forced t0 seat by applying a wrench t0 the
handwheel as it may distort the valve
components or score the sealing surfaces.
lmportant: All replacement parts must be
obtained from the manufacturer t0 assure
prop6r operation oi the valvo.
To prevent rotation 0f the valve, it is
recommended that tbe ButtBrfly Valve be
installed with rigid lype c0uplings, such as
the Figure 572 or 772 Coupling. ll llexible
c0uplings are used, additi0nal support may
be neodod to prevent rotation.
Arailability and Serrice: Grooved Piping
Pmducb, valves, accessories and other
pmducts are available throughoul the U.S.,
Canada, and internationally, lhrough a
netwofk 0f distribution cenlers. You may
write dkectly 0r call 215-362-0700 for the
distrlbutor nearesi you.
t-An General. il,.,,.ffi$mtq.6';gii-. /i[lnstallationNU Description irdfi:H:#ffj,Hg;.T:ri;r';xjp.' J
Dlse $oal:
Grade E EPDM encapsulated rubber in
accordance with ASTM D-2000
3f;:,til1*fiti:H1ffiff:Tffi:n::f Fl 0rderi ng
'Tffi}'1,[ij,j.l,,:ilt$itjiu, hilprocedure
Lorar PhjlSten:
Figure 570: C360 Brass (2%"- 8") 0lderlng lnlomatlon: When placing an order,
Type 17-4 Stainless Steef (10'- 12') indicab the full product name. Please specify
Lorar $tom: the quantity, figure number, type 0f disc seal,
Figure 580: EPDM "E', and size.
Type 17-4 Stainless Steei (2l4' - 12')
opc]aton Gear operalor with lron housing
- coated wilh Black Epoxy.
Brackot Steel - Black Zinc Plated
Faciort Htdro Tsst:
100% @ tvvo times pressure rating in
accordance with MSS-SP-67, UL, ULC,
and FM requirements.
@o@
See tke Protection
Submittal She€t lor
pressure ratino and Listing
and Approval inlormation
Figuros 570 a8d 580 Butterfly Valv€s are
specifically designsd t0 provide lor efficient
c0ntrol of fire protection nater supplies.
The Figurg 570 is designed to 0perate in
systems up t0 and including 175 psi. The
Figure 580 is designed to meet the
increasing pressure requirements 0i the Fire
Protection lndustry with a maximum
operaling pressure of 300 psi. Flow may be
lrom either directi0n, and the valves may be
positioned in any orientation. The valves are
iurnisherl with grooved ends and can b0
easily adapted to tlanged components
utilizing our Figure 71 Class 150 flange
adapters. The body and disc c0nstruction
provides lor incroased strength and
durablllty. Ihe Figure 570 and 580 Butterfly
Valves are 0rovided with 2 sets 0f SPDT
Supervisory Switches tor use in 0utd0or and
indo0r appllcations. A high strength
conventional stainless steel uppef stem is
provided for dependability as compared t0
iron upper stems pr0vided by others. The
sudaces at the upper stem and lower
trunnion areas incorporale a reduced
dynamic lorque and anti-c0mpressi0n set
design t0 ensure low operating torque and
increased seal longevity.
This Innovative leature prev8nts elastomeric
failure oJ he dlsc encapsulation that is
commonly experienced with other
manuJactureB. This is acc0mplished by
19446 -- USA
(215) 362-5385
791-5500
Technical
Data
Flg[rE: 570 and 580
Ehes:
570 - 21/2", 3', 4', 5", 6', 8', 10' and 12'
580 - 2W,3', 4", 5", 6", 8", l0'and l2'
[ax. l{orklng Prc$su$:
Ffgure 570 = 175 psi (1 ,2A7 kPa)
Figure 580 = 300 psi (2,068 kPa)
Approved only.
[anulactufi ng $ource: Domestic
lilatedals of Construction:
Body:
Ductile iron in accordance with
ASTM A-536, Grade 65-45-12
Body Coatiog: 0range Epoxy
9i$G:
Ductilo lron in accordance with
ASTM 4-536. Grade 65-45-12.
Approuals Before installing conduit at the actuator,
UL, FM, and ULC (indoor and outdoor remove the rubbor orommet at the
uso) Note;The 8'- 12'Figure 580 are FM conneDtion.
No. 15-3.0
Limited lm Gare and ';*il;..].;;,i;;;;;;*.warranty lJMaintenancr [i1i;rfiiH.:ffi:',H;#:1,,
Productrs manufactured by Tyco Fire
Products are warranted solely to the
original Buyer for ten (10) years against
defucts in material and workmanshio
when paid for and properly installed
and maintained under normal use and
service. This wananty will expire ten
(10) years from date of shipment by
Tyco Fire Products. No wananty is
given for products or components
manufactured by companies not
affiliated by ownership with Tyco Fire
Products or for producF and
components which have been subject
to misuse, improper installation,
corrosion, or which have not been
installed, maintained, modified or
repaired in accordance with appli<;able
Standards of lhe National Fire
Protection Association (NFPA), and/or
the standards of any other Authorities
Having Jurisdiction. Materials found by
Tyco Fire Products to be defective shall
be either repaired or replaced, al Tyco
Fire Products'sole option. Tyco Fire
Producls neither assume$, nor
authorizes any person to assume fror it,
any other obligation in conneclion with
the sale of products or parts of
products. Tyco Fire Products shall not
be responsible for sprinkler system
d6sign errors or inaccurate or
incompleie information supplied by
Buyer or Buyer's representatives.
IN NO EVENT SHALL TYCO FIRE
PRODUCTS BE LIABLE, IN
CONTRACT, TORI STRICT
LIABILITY OR UNDER ANY OTHER
LEGAL THEORY, FOR INCIDENTAL,
INDIRECT, SPECIAL OR
CONSEOUENTIAL DAMAGES.
INCLUDING 8UT NOT LIMITED TO
LABOR CHARGES, REGARDLESS OF
WHETHER ryCO FIRE PRODUCTS
WAS INFORMED ABOUT THE
POSSIBILITY OF SUCH DAMAGES,
AND IN NO EVENT SHALL TYCO
FIRE PRODUCTS' LIABILITY EXCEED
AN AMOUNT EOUAL TO THE SALES
PRICE.
THE FOREGO//IIG WARR,ANTY IS MADE
IN L'EU OF ANYAND ALLOTHER
I/YARRANNES} EXPRESS OR'IUPIIED.
$rcLUDINGWARRANIIES OF
I1'ERC'{AAITAB'UTYAA'D F,INESS
FOR A PARTICULAR PURPC,6E
The owner is responsible for the lt is recommended that automatic
inspection, losting, and maintenance of sprinkler systems be insp€cted, tested,
th€ir flre protection system and deyices and maintained bV a quallfied
in accordance with the applicable Inspection Service.
standards of the National Fire
Protection Association (e.9., NFPA 25),
in addition to lhe standards of any
authority having jurisdiction. The
Front view with
vatve open
General Notes: lt is the Designer's
responsibility t0 select products suitable tor
lhe intended service and t0 ensure that
pressure ratings and performance data is not
exceeded. Always read and understand the
Installation instructions (lH-1000). Never
remove any piping c0mponent n0r correct 0r
m0dily any piping deficiencies withoutlirsl
depressurizing and diaining the system.
Material and gasket selection sh0uld be
velified to be c0mpatible {or lhe speciflc
application.
tqca f ao*co**' I !/:i,:i{".
hn***-
Figures 570 and 580
Supslvisory
Swilch Clrcuib
(Vrtuo FuIy open)
- Endol Ur6
- heSFUnCo0|; 0t| 06vise
Side view with
valve opefl
. EI\ID OF DI$C OOES IiIOI EXTEI\ID EEYOND VALVE 8ODY.
ilob: Contact Tyco Flre Produ8t3 tor tO'and 12" arallatlllly.
Switch Rating:r0A 125,250 VAC
0.25A 250 VDC
0.504 125 VDC
wtRfi{G
IIIAGRAM
Friction
Resistance
Size
Fquiv.
Longth
in Feet
zvr'o
4',o
4r
tit
8',
10'16'
1z',18',
Size Inches
mm
B
lnchcq lnnhcs Innhce
E
mm
lnches
mm
I
lnches
u
lnnha.
welght
Lbs.
Ks.mm mm mm mm
2Yr'
5.34
135.6
10.41
264.4 183.4
2.88 3. E'I
96.8
5.72
145.3 N/A-
12.0
EA
5.67
144.0
11.3U
289.1
E./b
222.3
3.50
88.9
3.81
96.8
5.72
145.3 N/A-
14.0
6.4
tt. /tt
17"t.7
1't.IU
322.6
LUit
?45.1
4,75
120.7
4.b6
115.8
5.tz
145.3 N/A'
22.o
10.0
5"
7.15
181.6
'14.50
369.8
10.?3
259.8
6,25
158.8
c.u l
147 .6
tr.lu
157.0 N/A-
3l.0
14.1
o
/.86
200.2
15.23
386.8
10.96
278.4
6.75
171.5
c.ur
147.6
6.lE
157.0 N/A"
30.0
to.J
9.'t4
234.7
1i'.50
444.5
13.32
339.6
't0.00
254.0
c.zc
133.4
6.43
163.3
1.27
31.0
52.0
23.6
1U'
11.81
299.9
21.f4
553.2
16.93
4i|0.0
1?.00
304.3
6.25.|58.8 7.W
m2.2
1.75
+{.f,
/5.0
34.1
12'
tt.Jt
329.4
:l4.11
612.4
19.rU
485.1
14.?t
362.5
6.5U
165.1
E.E3
224.3
2.60
60.0
90.0
40.9
Certified Company
Printed in U.S.A. 4-01
ictaulic
An @ 9oo1 certili€d company
PRODUCT DESCRIPTION
27a - 6" Sizss
@*@
The Series 705W butterfly
valve featwes a weatherproof
actuator housing approved for
indoor or outdoor use. It has a
ductrle ton body and disc wlth
EPDM disc coating. The body
is coated with a hoat fused
polyphenylene sulflde biend to
meet FM requfements and
the new coating requiremsnts
for ths 5th edition of UL-1091.
For flre protaction seryices,
Series 705W valve is UL Lisred
Series TOSW
FirelockrM Butterfly Valve
With Weatherproof Actuator
For 3OO PSI Service
and FM Approved for 300 pSI
(2065 kPa) service. Flow per-
formance exceeds UL Specifi-
cation 1091 and FM Approval
Standard 1112.
Weatherproof Astuator
Supervisory switches for
valves are available 21/z - 12"
(73.0 - 323.9 mm) pre-wired
(PW),
Supply-side Tap
Series 705W valves are avail-8 " 12" Sizes
DIMENSIONS
Series 705W Serles TOSW wlth Tap
10.1A-14
'un cent€rtin€. + uontact vlctautic oompany 0fcanada for ulc L istings.
able with a 7a" NPT supply
side tap designed to allow
direct water supply connec-
lion to Victaulic Firelock actu-
ated flre proteciion valv,es.
See separate drawings below.
This is an optional feature and
must be ciearly noted on all
orders. Contact Vlctaullc for
additional information on
tapped vaives,
-+iKi<
slzE
Nominal ln.
Acl.ual mm
Dimensions - Inches/mllllmeierg Aprx..
Wgt. Ea.
Lbs.4.rg
EtoE
A
Hgl.
B o F G H K L o M N P
2Vz
73.0
3.77
96
9,80
249
1,80
46
3.92
100
2.88 6.97
177 138
7.O2
178
0.97
25 59
4.50
114
1.44
37
0,60 '1.03
26
9,1
4.1
76.1 mm 3.77 9.80
249
1 .80
4A
3.92
100
2.88 6.97't77 '| 38
7.02
178
0.97
25
2.31
59
4.50
114
1.50
38
0.60 1 ,03 9.1
4.1
J
88.9
3;77 10.48
266
2.14
54 107
0.08.2 3.50 7.61
t93 138
7.33
186
0.97
25
2.31
59
4.50 1.78
45
0.00-
0
0.80
20
9.8
4.4
4
1,14.3
4.63
118
1 1.89
302
2.71
69
5.09
129
0.07
1
6.01
153
9.05
230
5.45
138
8.59
218
o.g7
25
2.79
71
4.50
1t4
2.60
66
0.73 15.3
6.9
'139.7 mm 5.BB
149
12.82
326
312
79
ccrl 0.43
11
6.01
153
9.98
253
5.45't38 8.59
214
0,97
25
3,92
100
4.50
114
20.0
9.1
5
141.3
5.88 12.82
326
3.'12
79
5.61
143
0.43
11
6.01
153
9.98 6.59
214
0.97 3.92
100
4.50 20.0
165.1 mm 5.88
149
13.74
349
J.D J 6.06
154
'1.00 7.20
183
10.92
277
545
138
9.05
230
0.97 3,96
101
4,50
114
3.25
B3
1.25
32
1.50
38
25.0
11.3
6
168.3
5.88
149
13.74
349
3.61
92
6.06
154
1 ,00
25
7.20
183
10.92
277
5.45
138
9,05
230
0.97
25
3.96
101
4.50 3.32
84
1.25 1.50
38
25,0
11.3I
2191
5.33
tJc
16.92
430
4.88
124
7.94
202
1.27 10.20 '14.06 8.28
210
'13.30
338
2.05
52
2.66
68
6.00
152
5.10
130
0.18
5
0,91
23
52.O
23.6
1n +
273.O
6.40 tY t4
486
5.84
148
8.69
221
1.72
44
12.20
310
tJ. I t
400
10.09
256
16.19
', 411
2.05
52
3.20
B1
9.00 80.0
36.3
1? t-6.50
165
21.54
547
7.O4
179
10.00
254
2,66
68
14.25
362
18.28
464
10.09
256
17 .22
437
2.(E
52
3.25
83
9.00
229
102.0.46.3
'On cent€rlin€. + Contact Vlctaulic Companv ofCanada for ULCIare us€d, addi{onal 6Lppo'l may b€ roquirso
2. Valve mlst not tra rnstalled wilh disc in fullopen posalion. Disc musi b€ partly closed so that no part is protrudlng beyond end ol vatu€ body.3.Vic|a!licg|oovedend'bultelfLyvalVesar6permled'oiU6e1hgrooVe
4. SBfieS 705W valves are dosigned lor ambienl.wealher conditions as opposed to subm€fsible service.
Victaulic@ World Headquarlefs . P.0. fux 31, Ea$on, PA 18044-0031 . 4901 Kesslersville Rd,, Easton, PA 18040 . 610/559,3300 . FM: 610/250-8B17 . wwvl,.victaulic.bom
2466 Rev A 4ts9 @ 8€gistefed Tradenarl Vlclaujic €, Copyright I s99 vidautic Prinled In U.S.A.
C, Values
Gu values for flow of water at
+60oF (+16"C)with a tully open
valve are shown in the table
below.
For additional details coriact
vtctauilc.
Formulbs for Cu Values:
^P=+cv-
Q=cvx6P
Tap Plugr Carbon stsel, plated.
Brasket Carbon steel, painted
Actuator:
D 2% - 6" (73.0 - 168,3 mm)l
Bron4e traveling nut on a steel
lead screw ln a steel housing.
[ 8 - 12' (219,1 - 323.9 mm):
Steel worm and oast iron quad-
rant gear, in a cast ton housing.
Where:
Q = FIow (GPM)
AP = Pressure Drop (PSI)
Cv = Flow Coefficisnt
o
SWITCH AND WIRING
Supervisory Switch
zlz - 12' (73.0 ' 323.9 mm)
sizes: Series 705W PW - TWo,
single poi6, double ttirow, Pre-
wiled switches,
switchBs are rated 10A @ 125 0r
250 VAC 60 Hz and 0.25.{ @ 250
VDC, O.5OA @ 125 VDC
SupervisorY Switch
Wlring
A. Pre-wired Switches
(1) Switches SuPeIVlse OPen
Valve
flexibilrty to opergte two
electrical d€vjces at sepa-
rate locations such as an
indieating light and an
audible alarlll in the area
at the valve lnstarllation.
S1
s2
f Normally Closed (2) Blue
51{ Normally Open (2) Brown
L Common: (2) Yellow
Switch #1
Switch #2
Actuator Repair
In the unlikely event ofan actua-
tor failure, complete actuation
replacement is required.
ALL REPLACEMENT PARTS
MUST BE OBTAINED FROM
THE MANUFACTURE R TO
ASSURS PSOPER OPERATION
OF THE VALVE.
.r Normally Closed:
I Blue with SEipe
52{ Notmal}y Open:
I Brown with Stripe
( Common:
Yeilow with Stripe
(3) A grormd lead, #14MTW is- provided (green)
NoIE: Connecting lo Common Terminals
{YelLow S'l and Yollow with Orango Sl pe -
52), and Normally ClosedT€rminals (Bllle S1
and Blue wilh Orangs Strlpe. Sz)i e19., Indl-
oai,cl light and alarm stays on unrll valve ls
lully opened; then indioator lighl and alarm
go out.
eap oil unus€d wire, e.g., Erown and Brown
with Orange Stripe
This product shall be manufactured by Viotaulic Company. All products shall be lnstall€d in accordance with culrEnt Vlclaulic inslallalion/assembly ingtruct|ons.
Vlclaulic reseryes lhe righl to change pfoduci speciiicalions designs and slandard squipment withoul notico and wllhoul incu[jng obijgaljons-
rsgqmffiwffi
MATERIAL SPECJFIGATIONS
OFj$i#i'Hn:*:i#:ffii'
Disc: Ductile iron to ASTM
4-536, EPDM coating
Disc Coating
E Grade "E" EPDM
EPDM (Green colol code).
Temperaturs range -30'F to
PERFORMANCE
The chart expresses th€
frictional resistance of
Vlctaulic Series 705W in
equivalent feet/meters of
straight pipe.
10.18 2A
stzE
Nom.
ln,
Actual
mm
Equlv,
FeeVm
of
Plps
stzE
Nom.
ln.
ActrEl
mm
Equiv.
FeeVm
of
Plpe
2\4
730
5
1.6 165.1 +
I
5
'1.6
6
168 3
o
2,5
3 5
1,6 219 1
11
4
114.3 3,7
10
2730
12
3.7
139.7 +323.9
14
4.3
5
141.3
12
* millimelefs
(2) One switch has two #18
MTW wires per termmai
Permits compleie supervi-
Bro! ofleads (see dia-
grams below). Second
switch has one #18MTW
wire per terminal, This
double circui.t Provrdes
+230"!i(-34"C ro +110.C).
Recommended for cold and
hot water service within the
. specined bmperature range
pius a variety of dilute acids,
oil-free air and manF chemi
cal services, UL classined in
accordance with ANSJ/NSF
61 for cold +86"F (+30oC) and
hot +180oF (+82oC) porable
water'service. NOT FECOM-
MENDED FON PETROLEUM
SERVICES.
Stem Bearlngs: Tellon impreg-
nated fiberglass with stainles6
steelbacking.
Stem Boadng NutBi Carbon
steel, nickel plated
stzE
Nominallnches
Aotu€l mm (Full Open)
stzE
Nominal lnahes
Actual mm
cv
(Full Open)
SlzE
Nomlnal lnches
Actual mm
cv
(Full Open)
zUz
73.0 325 139.7 mm 1150
a
219.1 3400
76.1 mm 325 141.3 1150 10
273.0 5750
3
88.9 482 165.1 mm 1950 323.9 8300
4
114.3 600 6
168.3 1850
10.18 - 2
Figure 59OF
GNreck Valve
Tyco Fire Products -- www.tyco-grooved.com
451 North Cannon Avenue, Lansdale, Pennsylvania 194r$6 --- USA
Customer Serviceisales: Tel; (215) 362-0700 / Fax (215) 362-5385
EENTRAL
Grooved Piping Prqducts
Technical Services: Tel:381-9312 I Fa* (800) 791-5500
/.r _ _____r Approvals: UL, FM, and ULC; See Fire
Ue n efa I Pmtoction Submittal sheet for exact
Lisling / Approval information.
Descri ptio n fffiffi:llfff;f#f [1iij?*.n,0
service. This wananty will expire ten
(10) years from date of shipment by
Tyco Fire Producls. No warranty is
given for products or components
manufactured by companies not
affiliated by olrrnership wilh Tyco Fire
Products or for pmducts and
components which have been subject
to misuse, improper installation,
conosion, or which have not been
installed, maintained, modified or
repaired in accordance with applicable
standards of the National Fire
Protection Association (NFPA), and/or
the standards of any other Authorities
Having Jurisdiction. Materials found by
Tyco Fhe Producls to be defectlve shall
be either repaired or replaced, at Tyco
Flre Products'sole option. Tym Fire
Producis neither assumes. nor
authorizes any person to assume for it,
any other obligation in connection with
the sale of products or parts of
products. Tyco Fire Products shall not
be responsible for sprinkler system
design errors or inaccurate or
incomplete information supplied by
Buyer or Buyer's representatives.
IN NO EVENT SHALL ryCO FIRE
PRODUCTS BE LIABLE, IN
CONTRACT, TORT, STRICT
LIABILITY OR UNDER ANY OTHER
LEGAL THEORY, FOR INCIDENTAL,
INDIRECT, SPECIAL OR
CONSEQUENTIAL DAMAGES,
INCLUDING BUT NOT LIMITED TO
LABOR CHARGES, REGARDLESS
OF WHETHER TYCO FIRE
PRODUCTS WAS INFORMED ABOUT
THE POSSIBILITY OF SUCH
DAMAGES, AND IN NO EVENT
SHALL TYCO FIRE PRODUCTS'
LIABILITY EXCEED AN AMOUNT
EQUAL TO THE SALES PRICE.
THE FOREGOINC; IIIIARRAN7y F; UNDE
N UEU AFANYAM) A,LLOTHER
UTARRAi'I'ES EXPRESS OR
'['PA'ED,NC LU DNG IIIA RRANTIES OF
M ERC HANTABIUTY AND FTf N E S S
FOR A PARIICULAR PURPOSIF,
Uo. 1C.2.0
ASTM A-536, Grade 65-45-12
Glappsl: Strinless Steel
Es6l: Grade "E" EPDM;
See Gaskel Grades and
RssommEndations Sheel lor aid in
selBcling lhe proper seal.
Plotcstlre Goatings;
Valve Assembly - Non-lead orange paint
Gare and
Maintenance
The owner is resDonsible for the
inspection, testing, and maintenance of
their fire protection system and devices
in accordance with the applicable
standatds of the National Fire Protection
Association (e.9., NFPA 25), in addition
to the standards of any authority having
Jurisdiclion. The installing contractor or
product manufucturer should be
oontacted relative to any questions. Any
impairment must be immediately
corected.
It is reoommended that automatic
sprinkler systems be inspected, tested,
and maintained by a qualified lnspection
Service.
nTechnical
Figuts: 590F
Sizes:272', 3", 4', 5', 6'and 8'
Marlrnum lllorking Prcs$ur€:
300 psi (2068 kPa)
Facto.y llyd.o last
100% at 600 psi (4137 kPa)-Sealand
ShellC0mpliss with test requirements 0f
MSS SP-71, UL, ULC and FM
Limited
Warranty
Products manufactured by Tyco Fire
Products are wananted solely to ihe
original Buyer for ten (10) years against
defects in material and workmanship
when paid for and properly installed and
maintiained under normal use and
ET
/ii\ 6X See tir8 Protection(ttLJ
^[V!'/ submittalsheetlor
-.<FM>- pressure mting and Lis{ng
and Approval Inf ormation
Figure 590F Fire Pmtection Check Valves are
furnished wlth grooved ends and can be
installed using grooved c0uplings. The
Figure 590F can be installed with ANSI class
150 Flanges utilizing our Figure 71 flange
adapte6 and also ANSI class 300 Flange
Adapters. All Figure 590F Check Valves have
been designed with a removaule cover f0r
eas8 0f field maintenance. They may be
installed in either horho al or vertical piping
systems.
A Maintenance Chock Valve Kit is available t0
allow the maintenarce procedure of
backllushing through the tlre department
connection without removing the Figure 590F
Check Valvs lrom the pipe line.
0rdering
Procedure
,ordafing hf0rmathtr: When placing an
0rder, indicate the full product name. Please
specily the quantity, figure number, type of
seal. EPDM "E". and size.
Auallabilitt md Sonlco: Grooved Piping
Products, vakes, a@essories and other
products are available throughout the U.S.,
Canada, and internationally, through a
network of distribuuon centers. You may
write directly or call 215-362-0700 l0r the
distributor nearest you.
Figure 590F Gheck Ualve
Note: lt is good piping practice to apply a safety factor 0f 15% t0 20% t0 the
values in the above bble lor design purposes.
General Notes: ltis thc oesignert responsibility to select product$ suihble torihe inbnded service
and t0 ensure that pressure mling$ and porlormance data is not exceeded. Always read and
understand th8 installation inslruc|jons (lH-l000). Never remove any piping c0mponent nor corr€ct
or modily any piping deflciencies without first depressurizing and draining the system. Material and
gaslct selecti0n should be verified to be compatible for the specilic application.
o
l-- E
Size
A
lnches
mm
B
lnches
mm
Inches
mm
D
Inches
mm
E
Inches
mm
F
lnches
mm
lnches
tnm
Net WL
lbs.
Kq.
4. t2
8.00
203.2
5.80
147.3
3.4 1
86.6
3.40
86.4
ace
98.6
6.00
152.4
1.70
43.2
10.0
4.5
3"
8.37
212-6
5.76
146.3
3.60
91.4
3.40
86-4
3.88
98.6
6.00
152.4
1.7n
43.2
I 1.0
v-ol
244.6
o./+
171.2
4.61
1t 7.1
3.63
92-2
4.53
115.1
7 .13
181.1
1.84
46.7
.zJ,U
11.3
5"
10.50
266.7
.50
190.5
5.29
134.4
4.20
106.7
4.90
124.5
7.60
193.O
1.90
48.3
29.0
13.2
11.50
292.1
8.05
204.5
J./C
146.1
4.50
114.3
5-00
127.0
7-60
193.0
1.48
37.8
4
21.3
8"
14.00
355.6
10.25
260.4
7.75
196.9
5.62
142.7
5.45
138.4
8.40
213.4
2.20
58.9
oo.u
29.9
Delail Paft Material oiv.
Body Ductile kon 1
2 cap Ductile kon
Gaskel Synthetic Flber
4 Hex Cap Screw Steel, Zinc Plated AR
Clapper Stainless Steel or
Ductile lmn 1
Seal Facing EPDM Grade'E'
Spring Stainless Steel 1
8 Hinge Shaft Stainless Steel
I Retaining Ring Stainless Steel AR
10 Washer Teflon 2
1 Retention Bolt Stainless Steel
ltr1 Sea, Ring Neoprone 'I
{e Betaining Disc Stainless Steel
14 Locknut Stainless Steel
15 Plug-tZ"'-14 gt-t Cast lron
IJ Adiesir/e Thread Sealer AR
to Nameplate Aluminum
Hivet Steel
fggg f rnn conra i Tyco rire' i I Prod..cts
o
alJlic'ct
An @ 9001 certified company
PBODUCT DESGRIPTION
' Series 717 Firelock'"
check valve is a CAD-
developed design that is
hydrodynamically effi cient,
A totally rubber encapsu-
lated disc on 4 - 12" (10O -
300 mm) sizes provides
superior corrosion resis-
tance. This single disc
design incorporates a
spdng assisted feature for
non-slammlng operatlon,
For systems requiring a
Riser Check option refer to
section 10.09.
The 4" (100 mm) and larger
slzes are provided with
. upstream and don'nstream
drains and a welded-in
nickel seat design. All sizes
of Series 717 can be
installed in the vertical or
horizontal position to pro-
vide leak-free sealing
under condittons as low as
flve f6et ofhead. Each valve
is factory tested to 500 PSI
(3440 kPa).The 2Vz and 3"
(65 and 80 mm) sizes are
UL/ULC l-isted and 4" (100
mm) sizes and larger are
Series 777
FireLoqK"
Gheck Valves
UI"/ULC Listed and FM
Approved for services up
to 250 PSI (1725 kpa), Siaes
4 - 8"/100 - 200 mm (except
6Yz O.D. size) are VdS
approved.
Grooved ends allow fast,
easy mstallation with just
two Victaulic couplings or
the valve may be mounted
to flanged (ANSI CL.150)
equipment using either to
Victaulic Style 741
Vic-Flangeo or Style 744
Firelock flange adapters on
either end.
@@
6) 6d-@."
DTMENSION9
r*-rhil
tv1
lk- K-->l Ik- B---'
r
r-o-l
m
r-"-l_,@
O1h" NPr upstrean Dratn
@ %" NpT Downslroam Dratn
@ t NPT (Dtak Optloha\
,
Typlcal 4 - 8"
O %" NPT upstrsam Drain
@ %' RPT Downetr€am Dratn
Typlcal 10 - 12"Typical zUa - 3"
10.0& 1A
Approveo
Victaulic Company 0f Ameiica I P.0. 8ox 31, Easlon, PA 18044-0031 o 4901 (esslersvjlle 8d,, Easton, PA 18040 . 610/559-3300 t FAX: 610/250-ffi17 . wruw.victaullc,com
Slzas 21/z - 3"
Slzes 4 - 121'
Nomlnal
Size
lnch6s
mm
Actual
Slze
Inches
mm
Dlmenslons- Inches/mi imoters'Apprgl.
Wgt. Ea.
Lbs.
Kg
EtoE
A tl D K P R
2V,
65
2.875'73.0 3.88
99 108
3,56
90
3 0.D.2.875
73.O
3.88 4.25..
104
3,50
90
3.6
3
BO
3.500
88.9
4.25
' 108
5.06
'129
4.13
105
4.5
2.O
.+l
100
4.500
114.3
9.63
245
6.00
152
3.88
99
2.75
70.
3.50
89
2,00 4.50 3.50
8S
3.35
85
20.0
9.15t
125
5.563
141.3
10.50
267
6,80
173
4,50
114
4.17
106
5r88
149
4.08
104
3.98
101
27.0
123
5Y2O,D. t 5.500 10.50
267
6,80
173
4.50
I14
4.17
.106
2.15 5.88
149
4.08
'104
3.98
'101
27.O
12.36t
150
6.625
168.3
11.50 &00
203
5.00
1?7
4.50
114
2.34
6l
6.67
169
4.73
120
3.89
99
38.0
172
6% O.D.6.500
165.1
11.50
292
8,00
203
5,00' 127
4.50
114
238
61
6.67
169
4.73
't2a
3,89 38.0
17 .2
8t
200
8.625
219.1
14.00 9,88
1
o,uo
154
5.05
124
c,o3
144
2.15
55
8.85
225
5.65
144
5.75
146
64.0
2SO
10 10.750
273.O
17,00
432
12.OO
305
7.09
'tB0
5.96
151
6.69
'170
2.15 10.92
277
6.73
171
'100,0
45,4
300
12.750
323.9
19,50
495
14.00
356
8.06
205
6.91
176
7.64
194
2.51
64
12.81
925
7.73 140.0
1479 F€,,.A 10196 @ Fagis€red Traoemark Vlclaulic Conpany ct Amer:ca . @ Copyighl 1996 Victaulic Company of Amorica Print6d in u s.A.
o
FIOW CHARACTEHISTIGS
NOTE: Placement ot check valves
too close lo sources ol lnslable flow
wlll shorten the lile ol lhe valve and
potentially may damagathe system.
To exlend valve lil€, valves should
b6 installed a reagonable distance
downstream trom pumps, elbowg,
expandgs, roducers or other similar
devices. Sound piping pfactices
dictale a Djnirnum of five (5) tjmes
the pipo diameter for g6neral use.
Dlstances between lhr€6 (3) and tive
(5) dlameters are allowable provld-
ed the llowvelocity is less than eight
(8) l6el p€r $econd (2,4 mps), Dis-
tances loss lhan thr€e (3) diameters
arc not racomrnended and will vto-
laie the Vlclaulic product warranly,
t
6.0
5.0
4.0
+a
o-| ."o- I'toI'Ill u.06 s:lur 0,6g o.s
8 0.4
||lE 0.3A
0.2
MATERIAL SPEGIFICATIONS
200 300 400 600 1,000
' 800
FLOW RATE - G,P.M.
(82"C) potable water service.
NOT RF|COMMENDED FOR
PETROIEIJ']\4 SERWCES.
*Seryices lbted are General Ser-
vice Recommendations only. It
should be noted that there are
selvices for which these gaskets
arB not recommended. Refer-
ence shouid always be made to
ttle latest Victaulic Gasket
Selection Guide for specific gas-
ket service rocommendalions
and for a l:sting of selvices
Which are not recommended,
Dlscai zVz - 3" (65 - 80 mm) Alu-
minum bronze conforming to
ASTM B-148.4 - 12" (100 -.
300 mm) ductile iron conforming
io ASTM A-536 Grade 65-45-12.
fi.rlly encapsulated in Grade "E"
'glastomer.
2,000 4,000 6,000 10,0m
3,000 8,000
20,000
Shatt:2% - 3' (65 -80 mm) Tlpe
416 siainless steel. 4 - 12" (100 -
300 mm) T\7pe 916 srainless
steel.
Spring; All sizes Tlp a 302/3O4
stalnless Fteei.
Shaft Plug: 2% - 3' (65 -
80 mm) only; SAE Hex Socket
Type confolming to ASTM
.4.-576, cadmium plated to mili-
tary epeciflcations OO-P 4164,,
ciass 3 type 2.4 - 12" (100 -
3gg 6s1) only; carbon steel zinc
plaied to ASTM 8-633.
Plpe Plug: 4 - 12- (100 - 300
mm) onlyj carbon steel zinc
plar€d ro ASTM 8-633.
o
Body; Ductile uon conforming
lo ASTM .c-636, Grade 66-45-12.
272 - 3" (65 - 80 mm) sizes PPS
coated. 4 - 12' (100 - 300 mm)
sizes painted black enamei.
Body Seat: 272 - 3" (65 - 80 mm)
sizes PPS coated. 4- 12', (1,00 -
300 mm) integrally welded on
nlckel alloy,
Disc Seal or Coating:
0 Clrade
EPDM (Green color code).
Temperature range -30oF to
+230"F (-34"C to +X10'C).
Recommended for cold and
hot watel Eelvice within the
spaciied temperature range
plus a variety of dilute. acide,
oil-free air and many cheml-
cal services. UL classified in
accoldanc€ wiLh ANSI/NSF
61 for cold (30"C) and hot
10.08 - 2
Thlsproductsha|1bemanulactu.€dbyViclau|lccompany'Ailoduclssha||belnsta|1€d|naccoldancew|thcttllentVictau|icinstal|a|lor|/ass€mb|Vlnsuctlons
Viclaul c rFselve6 lhe right to chango product specifiobtlons, deslgns and elandard equipmenl without noiice and withoui Incuffing obligaiione.
ffi An @ 9OO1 certiliBd company
ctaulic'
PRODUCT DESCRIPTION
Style 72O
TestMasterrM Il
@*@
S6€ Viclaullc
publlcalion 10.01
loi d€ialis.
Patent
Pgndlng
Style 720
Grooved Ends
The Victaulii@ TestMas-
terrM II Alarm Test lr4odule
incorporates the test func-
tion and rapid drain func-
tion Jor wet sprinkler
systems into a si:rgle unit.
The unique two valves-rn-
one globe design provides a
test port with integral
. orifice and a drarn port
within the same unit- The
. TestMaster II is constructed
bf corrosion resistant
bronze with dual polycar-
bonate sight glasses and
has a working pressure of
300 PSI (2065 kPa).
TestMaster II is available
with either NPT, BSPT
female threaded ends or
with grooved ends. The
intagralVz" orifice is factory
fitted. 17se" orifice and other
sizes available as ordered
options. Style 720 TestMas-
ter Ii can.be installed either
a^^i'.- I ^t+ ^- -i-Lltcllu19 rvl L ul l]9llL.
The Style 720 TesrMasrer Ii
can be supplied with a
pressure gauge port tap-
ping. This requ jrement
must be specified at the
time of order.
The Victaulic Style 720
TestMaster II Alarm Test,
Module is also avarlable l
with a pressure relief valye
Alarm Test Module
Slylo 720
wlth Prsssure
Relief Valve
set at 175 PSi (1206 kPa) -
and equipped with either
NPT or BSPT female
threaded ends.
The TestMaster II can also
be supplied with both
options. The Style 720
provides the pressure relief
^-l -^,.-^ *-^-carrLr udugri purL.
NOTE: The StyleTz}with
irressure relief valve and
Style 720 with pressure
relief valve and gauge port
are UL Listed and FM
Apprpved only.
**G
ffi
Victau lic@ World Headquarters . P.0. Box 31 , Easlon, PA 18044-0031 . 4901 Kesslerqville Rd., East0n, PA 18040 r 1-800-PICK VIC . FAX: 610/250-8817 o www.vibtaulic.com
Stylo 720
Threadsd End6
4/nl (n R..ri$cr.n Trrdem.rk ol V.lerli.fd C^nvridht 2nn1 \/i.le"li^
DIMENSIONS
Style 720
Grooved Ends
Sryle 720
Threaded Ends
W
DI
t?tltl_T
B
_T
J
STYLE 720 GROOVED ENDS
STYLE 720 THREADED ENDS
STYLE 720 WITH PRESSURE RELIEF VALVE
"Not aveilable in Canada'.
MATERIAT SPEGI FICATIONS
, Body: Bronze
Int6rnals: Bronze and conoer
- alloy, tixcapt spring is 316 siain-
less steel
Valv€ Bonnet; Bronze
Sight Glasses: Polycarbonate
O-ringB: Niirile
Clland Nut: Copper alloy
Indicator Pin/Plat€: Carbon
steel, zinc plated
Handwheel: Maileable iron
Open/Shut Label: Aluminum
Valv€ Seats: EPDM
Optlons: TestMaster II can be
specially ordered with the body
tapped 7r" NPT for a pressure
gauge connection.
Orifica SizeB: Standard t/2"
Optional:
JU4'
[ 17sr'
113/"'
Style 720 wlth pre€Bure Fe el Valve
PresBure R6lief Valv6
Option:
Relief Valye: %' Pressure
Relief Valve, Watts Regulator
Model FP 53L 175 psi
Fittlngs: Bronzo elbows and
hose adapters,
Drain Hose; Relnforced
plastic.
Thls product 6hall be manuiaclured by \4ata!lic Company. All ploducls lo b€ inslallod in accordanoe with current Victaulic imtallation/assemblv inslructions.
Victaulic reserues the rig ht lo chang€ product gpecifications, designs and standard equipmonl lvithoul notice 6nd without Incuft ing ob hg; ons.
stzE
Nomlnal
Inches
Actual mm
Dlmenslon6
Inches/mltlimeters
Approx.
Weight
Each
LbsJksABcDEFHIJ
1Y4 3.15
BO
2.90
74 139
6.43
'163
2.68
6B
3.25
83
3.50
89
6.7
3,0
11h
48,3
365
93
3.06
7A ' 139
6.51 2.68
68
3.75 4.20
107
8.9
4.0
2
60,3
3.65 3.06
78 139
o.o I
165
z,od
68
3.75
95
4.20
107
9.3
1
33,7
3.00 2.38
60 139
6.43
't63 2.68
68
3.25 300 7.3
11/4.
42,4
3.00 2.38 5.47
r39
6.43
r63
2.68
68
3.25
83
3.00 7.O
3,2
11/2'
48,3 92
2.38
60
5.47 3.75 3.50
89
IU J
4,8
60,3
3.63
92
?.38/60 5.47
139
o,c i
'165
2.68
68
3.75
95
3.50
B9
10.0
4,6
'I
33,7
3.OO
76
2.38
60
5.47
139
6.43
163
2.68
68
3.25
83
3.90
99,06
4.95 4.00
101,6
3.00 8.3
3,8
1Y4
42,4
3.00
76
2.38
r3s
6.43
163
2.68 3.25
83
3.90
99,06
4.95'125,73 4.00
'101,6 3.00
76
8.0
3,8
11h
48,3
3.63'
92
2.38
60 139
o.J I
165
2.68 3.75
95
4.09
103,89
4.95
125,73
4.00 3.50
89
ILa
5.2
a
60,3
3.63 2.34
60
5.47 o-J I
'165
2.68.68 3.75
95
4.09
103,E9
4.95
125,73
4.O0
101,6
3.50
89
I 1.O
5.0
10,22 - 2
ctaulic'
An @ 9001 c€rtified company
PRODUGT DESCRIPTION
@*@
Patenl P6ndlng
DIMENSIONS
MATERIAL SPECIFICATIONS
Manitold Body: Fabricated
ftom iarbon steel pipe conform-
ing to ASTM A53 Grade B with
integral Vlciaulic grooved ends.
Finish, orange enamel.
TestMaster II: Bronze con-
stuction complete with dual
integral sighr, glasses and sm,r-
dard Yz" test odflce. Single han-
dle operation for test and drairt
functions. Refer to Vlctaulic
The Victaulic SWle 747
Riser Manifold Assembly is
compact and easy to lnstall
in zoned wet sprinkler sys-
tems, The fuser Manifold
Assembly includes the
Manifold Body, a UL Listed
and FM Approved Flow
Switch, a Pressure Gauge
and a Style 720 TestMaster
IIru Alarm Test Module
witb standard /2" orifice.
Options:
. Integral pressure relef valve
. 3/a" ,7/$" , 17/u, , 5/e, and %" oriflces.
Speciflcation Sheet 10.22 frJr
additional details.
E Optional:
Integral prsssure relief valve
and additional odflces
.l6nan.lin- ^n eira
Coupling: Victaulic Style 005
FirelockrM coupling complete
with Grade "E" - TYpe A Gasket.
Refer to Victaulic Specification
Style 747
Riser Manifold
Assembly
The Style 747 Riser Mani-
fold Assembly is available
in sizes fiom 2" through 6"
(60,3 - 168,3 mm) with
grooved ends for easy
installation with standard
Victaulic gnooved cou-
plings. The Riser Manifold
Assembly is FM Approved
and UL and ULC Lisred for
working pressures up to
250 PSI (1725 kPa).
1
D
10,96-1A
Manilold
Eody Size
Nomlnal In.
Actual mm
Draln
glze
Dlmenslons
lnches/millimeters
Approx.
Weighl
Each
Lbs"/kgABcDE
2
60,3
1%
42
16,00
406
7.90
m1
7.10
180
5.70
145
8.90
226
19.9
9.0
73,O
11/,,
42
16.00
406
8.10
206
7.40 5,90
150
8,90
?
22.7
10,3
3
BB,S
1V4
42
I6.00
406
8.40
213
7.70
.t 96
6.20
158
8.90
226
25.6
11,6
4
114,3 60
'16.00
406
8.90
226
8.90 7 .20
183
910
231
1a /l
15,2
6
168,3 60
16.00
406
10.00
254
9.90
251
8.30 9.10
231
45.8
20.8
Sheet 10.02 for additional
details.
Waterllow Detector: System
Sensor Model WFD vane typ6
waterflow detector with sealed
retard, visual switch activation,
and mechanical delay adjust-
ment. Cover jrcludes tamper
resistant securlty screws and
tool. Noter tlLC models WFDA
include cover tamper swjtch.
Victaulic@ World Hesdquarters . P.0
3089 FF! A 3/O1
80x31, Easton, PA 18044-0031 .4901 Kesslersville Rd., Easton, PA18040. 1,800-Pl'CKVtC. FAXi 610/250-8817 . www.victaulrc.cOm
@ Reo slered I.ademark.t vi.rauh,':la C..vrinht ?nnl \rnr,r li^
o Riser Manifold
Figure 513, 513D/5{ 3R
Gommercial
- NFPA 13 Systems
Floor Gontrol
. High Rises
Residential
- NFPA 7eD/13R Systerns
Tyco Fir€ Producls -:- tvlvw.tyco-grooved.com
451 North Cannon Avenue, Lansdale, Pennsylvania 19446 --- USA
Customer Service/Sales: Tel: (215) 362-0700 I Fax: (215) 362-5385
Technical Services: Tel: (800) 381-9312 / Fax: (800) 791-5500
^-.
-.
-
EENTRAL
Grooued Piping Products
General
Description
fU) d,A ^seeFir€Protection\;y_,,\[E7 submittalsheetlor- <{-M2 pressure rating and Listing
and Aooroval information
The Figure 513, 513Di513R Riser
Manifold provides all of the accessory
equipment for a riser in a single
assembly. The availability of the Riser
Manifold in different confi guralions
allows cost effective riser insiallalion in
commercial (NFPA 13) systems, high
rises requiring floor control assemblies,
and r€sideDlial'systems
(NFPA 13D/13R).
The threaded ends of the 1" and 11A"
bodies, the threaded by grooved ehds
of the 2" bodies, and lhe grooved ends
af the 1% - 6" bodies allow for an ea6!a
transition to either check or control
valves. The exclusive and dedicated
flow switch designed for the manifolds
has been tested and Listed for use in
this speciflc configuration by
Underwriters Laboratories.
U nderwriters Laboratories of Canada
and Factory Mutual.
Installation is simolified with one
convenient take-out for the 1" and 11/e"
threaded and 1112" grooved versions, as
well as one take-out for the 2" threaded
by grooved and the grooved sizes
2" - 6".
The Riser Manifold is approved for
installation in either the horizontal or
the vertical pogition. The optional relief
. valve assembly is available for
locations which require relief valves on
gridded systems.
Riser Manifolds for use in Canada only
are provided with a Water Flow Switch
that has a Tamper Switch mounled
inside for cover removal detection.
n Technical
Figute: 513 (commercial)
5130 (residentiall
51 30/513H (residential)
Styles: Threaded or Grooved
Sizes: 1', 1Yr', 2' , 2%',3", 4" and 6"
Approvals! UL, FM, and ULC
llaxlmum
Worklng Pressule: 175 psi
Standard Flnlsh: Painted
Option.l Accegsories:
Pressure Relief Valve Kit (see page 7)
No.2q-1.0
rer.;r iFtgure I
1" Threaded Residential Riser Manifold Figure 513D
Approximate Trimmed Weight - 7.5 lbs. (3.4K9.)
The wiCth of the Riser Manifold is approximately 3122".
Note: ltems 7 & I are used on Manifolds for use
in Canada 0nly
Figure 1 - Bill of Material
1" Threaded Residential Riser Manitold
Figure 2
1%" Threaded Residential Riser Manifold
Figure 5130/513R
Reference Figures 2 and 3
Bill ot Materials (page 3)
Approximate Trimmed Weight - 8.7 lbs. (3.9K9.)
The width of the Riser Manifold is approximately 3%".
Note:ltems 16 & 17 are used on Manifolds for use
in Canada 0nly.
Male x Male Body 0ption
9.75
P47.n
*Approximale throad engagement.
Note: Valueg shown in parenthesls
are in millimeters
.Approximaie thread engagement.
Note: Values shovirn in oarenthesis are in millimet€rs
2.aa i
vs.4 r-
Detail
No.
Description No.
Req'd
Pan
Number
ManiloldBodyFxF
Potter Waterflow Switch # VSR-SF WPaddle 1 H-416'01
\)%' Water Pressure Gaug8 9/1-118-02
4 % 90" Street Elbow H-463-075
5 %" Close Nipplo 1 H-474-12
o %' Ball Valve 971-116-02
7 Tamper Swiich (ULC only)H-419-01
I (ULC only)976-343-01
4.50 1
[114.31 ---
11.38 [289.1] -
o Figure 3
1%" Threaded Commercial Riser Manifold Figure 513
For optional pressure relief valve, see Figure 10 (page 7)12.50 [317.51
6.25 [158.81 -----]
*.63
n6l
t.tao v
*Approximate thread enoagement.
Note: Values shown in parenthBis are in millimeters
Approximate Trimmed Weighi - 1 1.2 lbs. (5.1 Kg.)
The width of the Riser Manifold is approximately 3%".
Note:ltems 16 & 17 are used on Manifolds for use
in Canada 0nly.
Male x Male Body 0ption
14.38
1365.31
Figures 2 and 3 - Bill of Material
1%'Threaded Residenlial and Commercial Riser Manifold
\*;
]3
r/
fr'
Detail
No.
Description No. Req'd Part
NumberCom.Res.
ManltoldBodvMxF 976-339-01
2 Potter Waterflow Switch # VSR-SF W/ 1y." Paddle i 1 H-416-02
2 l- BallValve Fl01 0 971-l 16-03
' x7z'x1" Reducing Tee U H-469-100-050-100
1" Inso. Test & Drain Valve F202 M%' Test oriiice '|0 s71-122-04
6 SightGlassMxF n H-418-100
%' Water Pressure Gauge 0 971-118-02
%" Water Pressure Gauge 971-118-01
I %" Pipe Plug U H450-025-000
o %' 3-Way Globe Valve 0 971-119-01
10 %'x 3' Nipple H-4s9-025-30
1'x %'x 1'California Tee 0 976-385{1
12 %" Pipe Plus H450-05S000
til ' Glose Nipple 0 1 H-474-16
14 1" BallValve 0 s71-121-01
tc l%' Close Nipple 'I H-474-24
to famper Swltch (ULC onlv)H-41S-01
17 Label (ULC on'y)976-343-01
UV
Figure 4
1/2" Grooved Commercial Rjser Manifold - Figure 513
For optional pressure relief valve, see Figure 10 {page 7)
Approximate Trimmed Weight - 11.2 lbs. (5.1K9.)
The width of the Riser Manifold is approximately 314".
Note: ltems 12 & 13 are used on Manifolds
for use in Canada 0nly.
Figure 4 - Bill oI Material
1!4' Grooved Commercial Riser Manilold
Figure 5
2" Grooved Residential Riser Manifold
Figure 513D/513R
Reference Figures 5 and 6 Bill of Materials (page 5)
For optional pressure relief valve, see Figure 10 (page 7)
Approximate Trimmed Weight - 11.0 lbs. (5.0K9.)
The width 0f the Riser Manilold is approximately 3%".
Note: ltems 16 & 17 are used on Manilolds for use in Canada 0nlv.
'13.00
--1n..^'-\ rulI I Y
ll
F-:-
tApproximate thread
sngagement.
Nole: Values shown in
parenthesis a16 in millimeters
-Approximate thread engagement.
Note: Values sbown i') raftnlhesis are in millimelers
'14.38
[365.31
Detail
No.
Description No.
Req',d
Part
Number
ManifoldBodyGxG 976-399-02
Potter Waterflow Switch # VSR-SF M 1%' Paddle H-4t6-02
' BallValve F101 971-121-01
4 Ins0. Test & Drain Valve F202 w/ 14. Test orifice 971-122-Q4
5 SightGlassMxF H-418-100
6 %' Water Pr6ssure Gauge 971-118-01
7 %'Pipe Plug H-450-025-000
8 %' 3-Way Globe Valve 921-119-01
I %" x 3" Nlpple H-459-025"30
10 ' x lzz'x 1' Reducin0 Tee H-469-100-050-100
%' Pipa Plug H-450-050-000
12 TamDer Switch (ULC onl H-419-01
13 Label (uLC onl 976-343-01
2'Male x Groove Body option
;ir$.iiiii).i,i\i:i Li:ri:rr',r:! I |r1.r. ':l r!r'r- ir. f ,l . . . - i:.,. ,ir.r' .,)i:r.,!,r.1:, rt ,r .i il, t l i.,
Figure 6
2" ,2:/r',3' ,4', and 6"
Grooved Commercial Riser Manifold - Figure 513
For optional pressure relief valve, see Figure 10 (page 7)
Approximate Weights and Dimensi0ns of Trimmed
Figurs 5 and 6 - Bill ot Material
2'Threaded x Grooved and 2"21lz'
' Approximate thread enoagement.
'* 13' is lhe take-out for all sizos 2' throu0h 0'
Note: Values sh0wn in parenthesis are ln milllmet€rs
and 6'Comme rcial Ris6r Manifold
2'/z', 3", 4', and 6'Grooved Gommercial Biser
Size
Inches
A
Inches
mm
B
lnches
mm
lnches
mm
D
lnches
mm
Appx. Width
. lnches
mm
woight
Lbs.
Kg.
13
135.0
0.88
22.2
12.88
327.0
5.25
139.7
3.50
88.9
't 3.5
6.1
21lz
to. tJ
460.4
1.EE
47.6
13.75
349.3
6.38
155.6
3.50
88.9 7A
3 to. tJ
460.4
1.66
47.6
14.38
365.1
6.25
158.8
3.50
88.9
18.7
EE
I 20.00
548.0
3.75
95.3
i7.3E
441.3
8.3E
212.7
4.50
114.3
32.7
14.8
o 20.00
508.0
3.75
95.3
19.25
489.0
9.25
235.0
6.63
182.3
41 .6
18.9
Note: ltems 16 & 17 are used on Mani{olds for use in Canada 0nly.
Figure 7
Potter Waterflow Switch Terminal Connections
' .;, i:ii:;r i.-r'....:rr. ::.,io
Caution: An uninsulated section of a single coRductor is
not permitted to be looped around the lerminal and serve
as two separate connections. The wire must be severed
t0 serve as two separate connections, thereby providing
suDervision of the connection in the event that the wire
bec0me$ dis,odged from the terminal.
Figure B
Potter Waterflow Switch Typical Electrical Connections
Local Bell Transformer or
open on Alarm
Signaling Device
Typical $witch Action
StyleB/ClassB
End of Line Resistor
CKT.(sBe note)
Supervised Loop
(see note)
End of Line
Resistor
To Addilional
Devices of
Relurn to
Control
I /-'!'^l:;x*0pen on
Alarm
From
Control
Panel
Note:
For supervised circuits, see "Swilch Terminal Connections" and caution note (above). The Model VSC and Model VSR-SF have
two switches, one can be used to operate a central station, proprietary 0r remote signaling unii, while the other contact is used
to operatea local audible or visual annunciator.
Testing:
The frequency of testing for the Model VSC and Model VSB-SF and iheir associated prolective monitoring system should be in
accordance with applicable NFPA Siandards and/or ihe Authority Having Jurisdiction, but undBr no circumstances less than
bimonthly.
Figure 9
Potter Tamper Switch Typical Electrical Connection
contacts S.P.D.T. (torm c)
ContaciRatlng: 5A@125VAC
2.5A@30V DC
N.c. v
Com. Contacts shown with
Cover In Place
Installation for Models VSC and VSR-$F: Remove the one retard assembly mounting screw.
Place the switch assembly ovsr ths retard mounling tab. Beplace the screw.
Figure 10
ootional Pressure Relief Valve
Grooved Commercial Trim - Figure 5.13
BelieJ Valve is factory set at 175psi (nonadjustahle).
Note: lf the optional pressuro relief kit is desired for Figures 3 and
4, an outlet on the riser must be provided, and the connection and
material between the ri$er and the manifold will need to be supplied
and fabricated by the installer.
Figure 10 - Bill ol Material
Pressure Relief Valve Kit
M = Male N.P.T.
F = Female N.P.T.
G = Grooved Connection
513 Prossure Relief Valve Kit
Size Fig ure
Part
Number S ize Figu re
Pafi
Number
513D,FxF{UL,FM)4067 2'513D/513R,MxG(ULC)4094
1 513D,FxF(ULC)4085 5l3D/513R,GxG(UL,FM)405S
1W 513D/513R, FxM (UL, FM)40s7 z',5130/513R,GxG(ULC)4093
t/2 513D/513H,MxM(UL,FM)4058 513. G x G. %'Test Orifice UL, FM)4060
l7?513D/513R,FxM(ULG)4088 513. I x G. %" Test Orifice uLc)4090
1vt'5130/513R,MxM(ULC)4089 ztL',513, G x G, %' Test oritice Ut, FM)4061
1v,'513, F x M 7i Test 0rifice (UL, FM)4055 2W 513, G x G, Yr'Test 0rifice (ULC)4091
| )/2 513, M x M ,/,'Tesl oritice (UL, FM)4056 513, G x G, Yr'Test 0riflce ur, FM)406e
1Yr"513, F x M %' Test orilice (ULc)4086 3'513, G x G,'/r' Test orifice uLc)4092
1%"513, M x M 7z' Test Orifice (ULC)4087 513, G x G, :/i Test orifice UL, FM)4065
t72 513, G x G %- Test 0ritice (UL, FM)4056G 4'513, G x G, 14'Test oriflce (ULC)4095
1W 513, G x G r!// Tesl 0rillce (uLC)4087G 6"513, G x G, %'Test 0rifice UL, FM)4060
2',5130/513R, Mx G (UL, FM)4064 6',513. 0 x G. lzz'Tesl Orifice uLc)4096
o Hl 3tffixt':* EilllTf-
Products manufactured by Tyco Fire
Ordedng lntormation: When placing an Products are warranted solely to the
0rder, indicate the full product name. Pleaso original Buyer for ten (10) years against
specify the quantity, figure number, style; defeciE in material and workmanship
and size. (see page 7 for figure and part when paid for and properly installed
numbers)
Availability and Service: Grooved Piping
Products, valves, access0ries and other
products are available thr0ughout the U.S.,
Canada, and internationally, thr0ugh a
network distrlbuti0n centers. You may write
directly 0r call 215-362-0700 for the
distributor nearest you.
and maintained under normal use and
service. This warranty will expire ten
(10) years from date of shipment by
Tyco Fire Products. No warranty is
given for products or components
manufactured by companies not
affiliated by ownershlp with Tyco Fire
Products or for products and
components which have been subject
to misuse, improper installation,
corrosion, or which have not been
installed, maintained" modified or
repaired in accordance with applicable
Slandards of the National Fire
Protection Association (NFPA), and/or
the standards of any other Authorities
Having Jurisdiction. Materials found by
Tyoo Fire Products to be defective shall
be either repaired or replaced, at Tyco
Fire Products' sole option. Tyco Fire
Products neither assumes, nor
authorizes any person to assume for it,
any other obligation in connection with
the Eale of products or parts of
products. Tyco Fire Products shall not
be responsible for sprinkler system
design errors or inaccurate or
incomplete information supplied by
Buyer or Buyer's representatives.
IN NO EVENT SHALL TYCO FIRE
PRODUCTS BE LIABLE, IN
CONTRACT, TORT, STRICT
LIABILITY OR UNDER ANY OTHER
LEGAL THEORY, FOR
'NCIDENTAL,INDIRECT, SPECIAL OR
CONSEOUENTIAL OAMAGES,
INCLUDING BUT NOT LIMITED TO
LABOR CHARGES. REGARDLESS OF
WHETHER TYCO FIRE PRODUCTS
WAS INFORMED ABOUT THE
POSSIBILITY OF SUCH DAMAGES,
AND IN NO EVENT SHALL ryCO
FIRE PRODUCTS' LIABILITY EXCEED
AN AMOUNT EQUAL TO THE SALES
PRICE.
THE FAREGOI'reWARRANTY IS ]TATE
IN LIEU OF ANY NID ALL OTHER
WARRANI'Es EXPRESS OR I''PUEA
INCLUDINGWARNAMNES OF
ilERC'{ANi?48'I.lrY AAID FITII'ESq
FOR A PARTi6,ULAR P,./RPOSE.
Care and
Maintenance
The owner is responsible for the
inspection, testing, and maintenance of
their fire protection system and devices
in accordance with the applicable
standards of the National Fire
Proteciion Association (e.g., NFPA 25),
in addition to the standards of any
authority having jurisdiction. The
inslalling contractor or product
manufacturer should be conlacted
relative to any questions. Any
impairment must be immediately
conected.
It is recommended that automatic
sprinkler systems be inspected, te$ted,
and maintained by a qualified
Inspection Service.
General Notes: lt is the Designels responsibility to select products suitable f0r the intended servlce
and lo ensrre thal pressure ratings and performance data is not exceeded. Always read and
understand tbe installation instructions (lH-1000). Never remove any piping componont norconect
0r modify any piping detieiencies without litst depressu.izing and draininq the system. Matsrial and
gaskct seleclion should be veritied to be compatlble ior the specilic appllcation.
Certified Company
IUEO I Ftow conrrot f Tyco Fire
I Producta Printed in U.S.A. 4-01
Pipe Freeze Protection
Maintenance for Commercial
Construction Applications
XL-Trace Sv$terils for Freele Protection
O and Fiors lfraintenance
Raychem takes the ilexl step ln
self-regulating heating cable
$y$tems:
Excifiing new applications and
simple cornponents make
Xl--Trace installatlon a snaF.
See F{ow Xl--Trace hieating
Cables Ferfsrnn
Pipe temperature
Power output
Selt-Reguletlon
The conductive polymer
heating core regulates its
power output in respons€
to pipe temperatu re,
Benefits
Simplo and reliabl€:. Can be overlapped.
. No overheating or
burnouts.
. No thermostats
required.
. Saves en€rgy over
constant watlage,
The XL-Trace system
delivers performance,
reliability, and low
installed costs and
operating costs. Based on
s€lf-regulaling technology
developed by Raychem in
1971, XL-Trace heating cabl€s prc^ride solutions to the widest range of
applications in the induslry. And Raychem's revolutionary RayClic quick-connect
compon€nts make installing an XL-Trace syst€rn as €aey as 1-2-3.
$E&
:::).i::t:::1..)i:t::::a:.
Outer jacket (-CR or -CT)
XL-Trace $ystems fsr freeze Protection
and Flow Maintenance
:
Connpanents that make
installiilg the XL-Tr*ce
system as easyas 1-2-3
The XL-Trace syst*m is
Lll Listed, FM
Approved, and CSA
eertified {or all of
these applications:
Raychem's RayClic system
is lhe simpl€si, faslest, mosl
reliable set of connections
€ver developed for electric
heating cable.
No wire slripping is needed
because th6 insulation
displacement connector
makes the eleotrical
conneotion. The Rayclic syst€m reduces installation
lime, eliminates callb€cks, and lowers the tolal
installed cost of a heating cable system.
Simple
. No special tools
. Three€t€pinstallation Reliable
. Intuitive installalion
. Rugged, waterproof,
Uv-resisiantenolosur€ Cosfeffecfiy€
Freeze Protection
. Metai and plaslic pipe
. Piping in parking
gafages
. Pipes in coolers and
freezers
. Sprinkler piping-
. Cooling-tower piping
. Piping in unheated
ruarehouses
. Plumbing lines
. Temporary
conshuction piping
'Spnnkter ptping k UL and ULC
Listed only.
. Quick installatim
. No callbacks
Flow Maintenance
. Gr€ase disposal lines
. Fuel lines
o
Applicatiuns fcr Sther
Raychem Froducts
For.irformalion on olher hoating cablo
syst€ms and applications, oonsult the
design guljes. for th€ following
products:
ln addition, many additional
documents are available through Fax-
on-D€mand at (800t 32H494"
E ectroffi€.lt
Snow melting on ramps,
ddv€\rrays, and walkways
(H53393)
lcsstsp
Roof and guter
d€Hcing (H51735)
HWAT
Hot water temperature
maintenance, without
recirc1l lation Eystems
(H54227]'
'ofdernumbars ara ifi p6|€nlheses
XL-Trace System
Application and
Desion Guide
Gontents
XL-Trace SysterF for Freem Ptol€ction
and FIon n8ainten sg
l rodrctio Overview
How to Use This Guide
Safely Guidelines
Other Required Oocuments
Section r. Applhaliod Summery D€fine th€ Apdicalior
$ecrion 2, Applhaliod Reqrir+n€$ts Overview
Faeeze Proteclion
Genoral Wat6r Piping
Sprinkler Piping
Flow Maintenance
Grease Disposal Lines
Fuel Lines
section 3. llwting Ceble Seldion Product Selection 10
Step 1. Determine Design conditions 10
St€p 2. Select Heating Cable Power Ouput
Step 3. Select Heating Cable Voltag€11
SteD 4. Select Outer Jacket 11
Step 5. D€termine Heating Cable Length 11
Sedion 4. Eleceical Reqdrctr|{*{.s Sl€p 6. Select Temperafure Controls
Steo 7. Detormine Number of Circuits
Steo 8. Calculate Transformer Load
tE
''t6
IA
Section 5. C.nForglt Sclection General Componenl Requ irements 17
Aboveground Piping 17
Buried Piping 18
Dedion Worksheet .to
SFeFilication Guide
l{ffrenty
21
XL-Trace System
Application and
Design Guide
0uerview
ilow to {fse This Suide
Sa$ety €uidelines
oEher Required Eoc$ments
Select the heating cable
Compleie ihe electrical requirements
Select the proper componeni.s
Thia XL-Trace Design Gulde provides comFlete dosign intormation for the following four
applications:
. Freeze protection of geneml piping (aboveground and belowground)
. Freeze proiection of sprinkler system piping (aboveground)
. Flow maintenance ol grease disposal lines (aboveground and belowground)
. Flow maintenance of #2 fuel lines (aboveground)
This guide does not cover applications in which any of the follo,lring
condiiions exist:
. Hazardous location, as deflned in the National Electrical Code, Section 505
. Pipe temperature other than specitied in th6 Application Summary on page 3
. Exposure to fluid Gmperaiures above 150"F
' Voltage oiher than 120 vac or 20H77 Vac
lf your applic,ation conditions ar€ different. or if you have any questions, contact your
Raychem reprcsentative or coniact Raychem direc{y at (800) gSS258.
When trsing the XL-Tra6e Design Guide, folbw the steps below. After you have
r€viewed the design guids, use the d€sign worksheet on pag€ 20 to compl€te th€
design of your project.
Sl6ps
Desigrt
Gulde Locatlon
Define the application Section 1, page 3
Vedf/ that your application meets sbndard design requirements Section ?, page 4
Section 3, page 10
Section 4, Page 15
Seciion 5, page 17
The safety and reliabiliiy of any heat-tracing system depends on both the quality of the
products seleat€d and lhe manner in which ttley at€ designed, insiolled, and maintain€d.
Inconect selection, installation, or maint€lance of 5ny of the s).stem components.can
cause under- or ovefteating ot the pipe or dsmage to the healing cable system and may
result in $ystem failure, electic shock, or fire- The infomatlon, wamings, and instructions
contained in this guide are impoftant. Read and iolloluthem carefully to minimize these
risks and to ensure that ft€ systetn perfonns r€liably.
For a complete XL-Trace System insiallatlon, the follawing additional Raychem docu-
ments are required:
. Xl-T.a6e Sysfern Insbqafion and operation Manua, (H556 1 7)
. component installation instructions lncluded wath thB component kits
. Ground-Fauft Select on Guide (H55476FFax-on-Demand only
lf you do not have these documents, ),ou can obtain them through Raychem's
Fax-on-Demand system at (800) 329-4494 or access otrr web page at
www.raychem-com.
rii i ijji:,i:ii.,::r:i:.:.:l.:i i:N\::ii
XL-Trace System
Application and
Design Guide
$eutlom"l
ApplicatEom $ummary
$lefirc the f,pplication ldentii/ which ofthe siandard XL-Trac6 applications belo/ pertain to your applieation.
Proceed to Section 2 for slrstem descdption and system design infonnadon.
Application Descriplion
Specilic Applicatlor
R€qui[eme!$s
Freeze Prolection
General water
piping
Freeze prot€ction (40"F
minimum) of insulated,
meta ic, or plastic
water piping.
Aboveground piping, page 4
Belolvground plping, page 5
Sprinkler piping
systems
Freeze proiection (40"F Abovegrcund piping only, page 6
minlmum) of insulat€d
metalllc standpipes and
sprinkler plping up to 4",
not containing sprinkler
control valvcs or sprinklers-
FIow Malneenanc€
Grease lines Flow maintenance (1 10"F
mlnimum) for insulated
metallic grease disposal
lines.
Abovsground piping, page 7
Bolo\sground piping, page I
Fu€l lin€s
Noie: lf your application does not fit th€se guidelines, ccniact your local Raychem
represenbtive or call (800) 5454258.
Flow maintenance (40'F Aboveground piping only, page I
minimum) for iDsuJated
metallic plplng containing
#2 tuel oil.
XL-Trace System
Application and
Design Guide
Se**frsrs fl
{fuergiew The XL-Trace Sysbm consists of heating cable and appror€d conponents that must be
used to ensure th€ safe operation of lhe system and to maintain agency approvals.
For each application, this section includes:
- Typical system diagram
. speoifcapplication requircrnents
: Specinc design issues and restdctiohs
. Overview of agency approva,s
Freeze ProtectisNl
ffiewral Watet Piping
A freeze pmtection system is designed to maintain water tempemture at a minimum of
40"F to prevent freezing.
eeneral water piping is defined as metallb or plastic water piping located in non+azafdous
areas.
Aboreground Piping
connedion
A,4,Iiaation Requiremena
The system cornplies with Raychem requirements lor aboveground general water
piping when:
. The healing cable is psrmanently secure{t to insulated meiallic or plastic piping.
. A 30-mA norninal ground-fault protection devic€ (GFPD) is used.
. The heating cable is installed per manuiactur€fs instructions with approved
Raychem components. See page 17 and the XL-Trace lnstallalion and opention
Manua, (H55617).
Cable Selectiofl
Proceed to Sectlon 3, Heating cable Selection.
Awmvals
UL Listed, FM Approyed, and CSA Certiiied ior non-hazardous 6reas.
lrsulatior Splica
..ir r,;a.;,r,r.,,.,:: i.ix,1.(,,:,:tfr,l.::,l,r,r,i t,.:.i.iL.i,ri;rri ii.!.
XL-Trace System
Application and
Design Guide
General Water Fipittg
ftontimredi
Euied Piping
Awficatton ReqaiJemenb
The system complies with Raychem requiremeni$ fot u€6 on buried insulated mebllic or
plasth pipe r,vhen:
' The pipeline is buried at least 2 feet deep in accordance with NEC Table 300-5.
. All heating cable splices or tees are made above ground- No belorrground or
in-conduii splices or teee are used-
' The poirer connectbn and end seal are made in UL l-bted and CSA Certified iunction
boxes above grade.
. The heating cable is pmtected ftom the pipe io ihe po$rer connection box in UL
Listed and CSA Certified water-seal€d conduit (minimum 3/4-inch diameter) suitable
for the location.
. A 30-mA nominal ground-fault protection device (GFPD) is used.
. closed-6ell, waterproof lhermal Insulation wiih fir€-rebrdant, waterproot covering is
used.
. The heaiing cable is instialled per manufactur€/s instuctions with approved
Raychem components. See page 18 and the )G-I€ ce lns|€llaflon and Qpention
Manua, (H55617).
Cable sctffiEort
Proceed to Section 3, Healing Cable Selection-
AWmds
UL Lisied, FM Approved, and CsA Cenmed for resldential, comrnercisl,
and non-industial establlshments.
Junction box
rr::r,iNriA\'.i:i tar:iir)lrii!',:l'.i!iriri::J
XL-Trace System
Application and
Design Guide
Sprun&f*rFilpfag Sprlnkler piping or standpipes lor fire suppression qlstems that pas8 through areag
subiect io treezing-
For lbovegloutd PiFing oiltY
GFPD
witb
akrm
corllads
XL-Trace
Sdice hBatiogcabl€ Tse End se6l
AN hatto, Req.rtretn e'/ls
The system complies with Raychem requirements for fre€ze protection of sprinklcr s!|3-
tem piping when:
. Schedule 5, 10, 20, or 40 steel sprinkler pipe up to and including 4 inches in
diameier is used-. UL Lbted glass fber imulation with ur€athe$roof cladding is used.
. The circuil is prot€cied by a 30-mA nominal gmund-iault protectbn device (GFPD)
with. alarm contacts connected to a fire control panel.
. Th6 heating cable is instalted per manufaclureis instructlons with approved
Raychern componenF. See page 1? and the Xl-Traee lnst€' a0on and Opention
Manua, (H55617).
C&le Selectiut
Pmceed to Section 3, Heating Cable Selection.
Appmwh
UL and ULC Listed for use in non-hazardous area$.
Note: XL-Trace systems are not UL Listed or ULC Listed for use as a means of fr6sze-
protecling sprinkler contro! valves or branch lines containing sprinklers.
ii:rr:lilii,,i.:';.:i.:\.r'ri sii liir,.ltlr:iiii:,,ilriii
XL-Trace System
Application and
Desiqn Guide
Flow flffaiilte$aree This application maintains gr€ase and lf2 fuel oil above the temperature ai which the
viscosity inhibits iuid flow.
Grease dbposellines are deined as piing used for
'le
dispqtd of waste oils and fats
crsated in the cooking process- Typicd applications include grease lines frcm commercial
restauranb- Grease-line flow maintenance is designed to maintain a 110'F minlmum fluid
temperarure-
f,boue$ound Piping
conneoton lnsuleUon
Aqp|ication Reguiten eBts
The system complies with Raychem requiEments for abweground grease disposai
lines when:. The heating cable is permanently secured io metallic piping only.
. A 30-mA nominal ground-fault proteclion device (GFPD) is used
. Tess and spnces arc installed on pipe mounling brackets, not in direct contact wlth
piping.
. The healing cable is installed per manuiacturefs instruclions with approved
Raychem components. See page 17 and the XL-Ir€ce lnstatlation and o.ry,"a,tlon
Manual {H55617}.
Cabte Seletrtiut
Proceed to Section 3, Heatirg Oable Seleouon.
AWmwls
XL-Trace Sysiems (-CT only) are UL Listed, FM Approved, and CSA Certified for
residential. commercial, and non-industrial establishments in non-hazardous areas.
firease Elisposa I t-itres
o
heaihg cable
XL-Trace System
Application and
Design Guide
ffease SispassJfines
{ewtitngl&
Buried Piping
Applicaaion ReqtirEments
The system complies wilh Raychem requitements tor buried grease disposal lines whenl
. The heallng cable is permanently secured to metallic piping.
. The pipeline is buried at least 2 feet deep in accordance with NEC Table 300-5.
. All heating cable splices or tces are made aboveground. No belowground or
in-conduit sDlices or tees ar€ used-
. The power connection and end seal ai€ made in UL Listed and csA certified Junction
boxes above grade.
. The heating cable is proiected trom fie pipe to the powsr connection box in UL Listed
and csA certified conduit (minimum 3/4incfi d'Emeter) $itable fof fte bcaiion.
. A 30-mA nominal ground-fault protection device (GFPD) is used.
. Closed-cell, wateefoof thennel insulation with fre{etardant, waterprool coverlng is
useq.. Th€ heating cable is lnstalled pe. manufacturer's instructions with approved
Raychem componenb. See page t8 and the X!-flace lrstallalion and Ope6tion
Manual (H55617).
C*le Selcc on
Procoed to Section 3, Heating cable Selecton.
AWmtals
XL-Trace Systems (-CT only) are UL Listed, FM Approved, d|d CSA Cenmed ior
resideniial, commercial, and non-industdal eStablishments in non-hazardous areas.
o
Junction b($(
.:ri:",:r;,1:r!r..\',\::r!i!l:\L"i!.i:i:,lir:.ri':dr!,!rl*f.s:i.".,i,:t:d;irr!,::!i,i,ri.::.4,i!tr,i-r$:r!l
XL-Trace System
Aoolication and
Design Guide
Ft,rc! Liws Fuel flnes arc defined as those car,ying #2 fuel oil. Fuel llne flow maintenance is
designed to maintain a 40"F minimum fluid temperature to maintain fow.
For lbouegro|md Piping OfltY
XL-Tr€cE-CT
heating cabl€
Apptication Req.ttuen'f'nfs
The system complles viifi Raych€m requirements fot aboveground #2 fuel oil pbing
wnen:
. The heating cable is permanently securcd to metallic piping.
. Tees and splices arc installed on pipe mounting brackets, not in direct contiact with
PtpinS.
' A 30-mA nominal ground-fault ptotection d€vice (GFPD) is used.
. The heating cable is installed per manutuctureis instruciions with approved
Ra!,chem components. See page t 7 and tho XL-Irace Instaltafion and Opera,tioa
Manual (H55617).
Cille Seled'Ju,
Proceed to Section 3, Heating Cable selection-
AWrctnls
XL-Trace systems tCT only) are UL Listed, FM Apptoved, and CSA Ceriified tor
resldential. commercial, and non-induslrial establishments in non-hazardous areas
XL-Trace System
Application and
Design Guide
$eetErysn S
*fieatirng Cable Selectisra
Product Seleclion ln this seDtion, you will be seleeting the XL-frace heating cable thal is appropriat€ br
your applicetion-
Catalog number: sorE XL - 1os2 .CR -CT
Power output (wft) --f T
I
Ptoduct family
Voftage {120 or 208-277 vac)
or
Ghemica, res,stant (fl uoropolymet)
Stepf. illetennineDe$p
$onditl'ons
To select the appropriate heating cable {or your application. determine:
. Pipe location
. Pipe or tubing size
. PiPe material
. Thermal insulation type and ihiclfiess
. Minimum oxpecled arnbient temp€raturB ("F)
. Maintain temFerature
ExafiNe 1:
Location:
Pipe sae:
Therfiral lnsutation:
Minimum ambient
Vofl€gej
Example 2:
Location:
Pipe sizs:
Themal irleJ.rlation:
Minimum a/,.Fent:
Voltagei
Abova gnund, outdoor
2-irnh PvC
,-inch frberylass
-20"F
120 Vac
Above ground, indoor
2-inch metalic
z-incl, fiberyla$s
65'F
2O8 Vac
Maintain lemp. : 4O"F (water freeze
Prol,ection)I
Malntain tamp.: 1 1 0"F (grease line
flow malntenance)
Step U. Select $leating S6Sls
Fower Sutput
Use Table 2 on page 12 to select the
appropriate cable for water-pipe freBze
omteetion.
Use Table 3 on page | 3 to select the
appropdate callle ior grease-line flow
mainienance.
Use Table 4 on page 14 to select the
appropriat€ cable tor fuel-line flow
maintenance.
Exampla l:
Using the freeze prctection table
(Table 2 on page 12), chao,sa A,
'XL-
Exsmple 2:
{Jsing &e greasa {:4s flo}ry rnalnfenance
iaob ffabb 3 on page ,3r, choosa B, 8XL.
10
XL-Trace System
Application and
Desion Guide
S[ep 3. Selert Heatins
eabh Woltage
Not€ that a higher supply rcltage will
allow for long€r circuit lengihs-
Voltage options:
1 = 120Vac
2 = 298-277 Vac
ExamDle 1:
Supply voltage: 120 Va6
Power output: 5wlft
Serectioni 5XL1
Exampla 2:
Supply vnttage: 208 Vac
Power output: qWIfr
Seree{bn,' 8XL2
Step 4. Sel€st o$tef Ja€ket S€lect the heating 6abfe iacket option that
is appropriate ior the applic€tion.
Jacket options are:
-CT Requjred ior grease and tud line flow
maintenance; may be used in other
XL-Trace applications
-CR Selection of choice for rTlost
XL-Trace applicatlons
Example 1:
For freezo prctectio4 choose -CR ouler
jacket Model b 5XL|-CR.
Exampla 2:
For grease line flaw maintenance, 4T
rrasa 0e rrsed. Modal ts &Gz-cT.
$tep 5. {letermlne lleating
Sable Length
ln order to determine the electiical requlre-
menis, you musi fiISt determine the lenglh
oi heating cable required for your piping
run. then use Table 1 to determine ihe
additional botage required to protect
valves, flange$, and pipe supports (these
are€s are points ot high heai loss, so they
requirB additional footage).
Totat XL-Traco h6atlng cable requilsd =
pipe length + additional cable forvalves,
flangeg and pipe supports
ln addluon, allow extra cable for power
connectlons, lees, and ond seals.
See S€ctlon 5, Table E or 9, for more
lnformation.
Example ,:
Pipe length: 300 f
Plpe diametet 2" (-167 ft)
Valves: 3 gate valves
Flangoe o
Pipe supports.' 5
Pipe = 3A0ft
Vaiyes = 12.9 ft = 14.3 xSgate valyes]
Supporls = 2.5ft = [3 x.167 (pipe dia-)
x 5 suppotasJ
Total = 315.4 tt of ${L1-CR
fable 1. REqoEed Addiaional Footdga d XL-TFace HeatingCable
Feet p€r Each ltem
Gate
Butterfly
Ball
Glob6
It-J
2.0
2.6
3.9
Flang€s 2.O x pipe dia. (in feet)
Plpe suppons 3.0 x pipe dia. (in teet)
Note: For applicatlons In whfitr mors than ons cable ls r€qui.€d Per toot ot pipe, the coftection
tactof applles to each run ofcable.
11
-r)XL-Trace System
Application and
Desion Guide
Tah2. Frew hoEdion Wrt SdectFur (ttA"F mirhia]
PGsented b€io.l, ale pre€Iqirceted product selectom ior com|non iNulaton t|ii,ckne668s, pipe sia€s, ard ambicnt tempersturs.
Use this table fur aboveground and buried pipe applicailons.
For sprinkler piping up to 4' or for aboveground metal plpe.
KqF
A = 5XL
B = 8XL
Metal pipetrn {PlaEAc phe)
ND
TT|
-
Product serection (prasuc pipes wrat AI- 190 tape)
Numb r of cabtcs (it norc than ona ',s requircd)
Product selectlon (metd Npes)
Number of nhles (if more than one is required)
Minimum AmDient TemFeralure f F)
Fberglass Insulation
Thiclmess (imhes)
1t2-1 A (A)A (A)A {A}A ()A (B)
lrd.l {Plrsrb/ ttetd {PIasic) ,nd,dil [Plasic) |'6srl (Phs]c) ]t*rt Plaqic)
'l 1t4 ^ (A) A (A)
^
(A)^ (A)B (B)
I 1t2 ^ (Al A {A-}A fA)A (sl B TB)2A,(A)^(4AWep)a{zA)
2 1t2 A (A) A {A.l ^ {B) B (8) 2A {2A)
A (A) A (A) B (B)2A (24) 28 (2E)
A (A)^ (B)aF)2A (24) 28 (28)
6 A (B) B {2A} ?A (2F} 2a pq ts pB)
112-2 A (A)A [A) A (A)A {A) A (A)1.0
2 1t2 Afi)^ {A)^ (A)A {A)B (B)
3A{A)^{A)^{A)A{E,a/a)
4^(A)^{A)^(A)B(B)B(2A)
6 A {Ai A (A) B (B)B (2A) 28 (28)
^ (A)A (B)B (B}2A {28) 28 (28)
10 A {A) B (B) 2^ (24) 28 (2q 2q pB)
1.5 ffi.34(A)A(A)A(A)^(A)^(A)
A (A]A (A) ^ (A)^ (A) B (B)
^
(A)^ (A)
^
(A)B {B)B (24)
A {A}A fA}A (B}B (B)2A (24)
10 ^ w ^ (A) B (B) B {2A} 28 (28)
1124 A (Aj A (A) A fAJ ^(A)AAl
A (A)A (A)I (B)B TEJ
10 A (A) A (A) A (A) B (B) 2^ (24)
1t2--6^(A)A{AiA(A}A (A) A (A)3.0
A fAJ
A (A)A (AJ ^w A (A]a {B)
12
A (A}A {A) B (E)^ (A)A {A)
Note:
' For olhg. insulalions conlad your R6!'chem Eprss€ntative-
' Fof plpes larg€rthan 10 inchq! in diamotor, call Raychem for design assiskncs.
,lils\r\iiii$rii,',r'"d',J,ii$riti$lsls:n.\'i\,i;i!i:f-r,!,\\i.!ntr\":;i:N$:ini,..n
XL-Trace System
Application and
Desion Guide
lnb 8, @ase Iine FIow Maia?ewrc Prdwt SMiut t Mtaiic PW fr0'F ,rPfntaint
ilote: -CT lackct rcquired.
presented below are pe-engineered produd selectiors f:r common insulation thicknesses, pipe stses and ambient ternperatures.
use this table for abovegmund and buried pip€ applications.
Key:
B = 8XL-CT trn
T T.- Product setection
Nuttrber of abtes $f more tfiaft one is rcquired)
Fiberglass lnsulalion
Thickness (inEhes)
1.0
size 0Ps)
!tumber of Runs of &XL-CT for Minlnum Ambient Temperatre f F)
50...
3B28
2 1t2 3B
3B29
,{ aEl 4B
4B
2B
2 112
3B2B28
3B
4B
28
2 1t2 28
JEI2828
1A3B28
4BAQ3B2B
2B282B
28282 1t2
3B2B28
4e3B28
NcfB: Fof qther irculatons canlacrt youl Raychem r6ptas€ntaiive'
'lndoor ambiart temF€.alur€.
"Appli6s lo belowgmund condiiorc !*rsre piping is b8lov,lhe lrost lioe
13
XL-Trace System
Application and
Design Guide
TahE 4. Fuet liae Ftw Mintsne Pn&d *lgfron tu rnehilie Piping (t$"F naimail{
Noto: .GT lack€t roquhod.
Use this table for aboveground applications only.
l(6y:
A = SXL-CT
B = 8XL-CT fn
Pradtrct selectlon
Number af cabh,s 0f morc than one is rcqulred)
Fiborglass lmulallon
thiclmess {in6hes) Pipo Site [Ps)
Minimum Anbiem Te@era rc f R
-ar - 40'
0.5 1n-1
1 1t4
11t2
2A
21t2 2A
1.0 1ft-2
2 1t2
AAA2.O
1!2--3
Notei For olher insulations conted yout Raychsm lepr€ssnlalivs.
o
14
, iii:tir.irl\rrli\: ir.\r jliiritilrjr"tji'r.
$esfrimm 4
Electriaafl ReqwirememtsoXL-Trace System
Application and
Design Guide
$tep E. $elect TeffiFeratsre
Controls
Ra]rchem offefs a wide variely of moniloring and conboi options, including:
. OnrOfi iempel€ture confol. Singl3- and multi-point tempcrature control with RTDS. Power-lin e-ca frier temperature sensing
Contact your Raychem representatlve or contact Raychem directly ai (800) 545-6258
for more information. Additisnal information is available in the Raychem Contrals and
Monitoing Seleciion Gutde {H5478I).
For most XL-Trace applications, tempetatute conbol therDostats are not required, but
they afe recomm€nded to ensure that thc system is energl"ed when nec€ssary and to
save energy.
When therrnostats are used, use a 40"F start-up temperature in Step 7, page 16. Use
o"F whsn manual control is used.
From Table 5 below, identiv the thermasiat(s) suitsbLe for the application. lf h{ro or more
thermostats are suitable, use Table 6 to determine whi€h unit b most suitable.
Tahle 5. fhetmostat Appltcatiofi
Applicalion AMG.F5 AMC-IA AMG.lB
Ambient sensing
Line seosing {40"F)
Buried pipe
'Fixed sel pdnr
Table 6. Thermoslat Specifications
Chara dedstic IM&F5 AMEIA AMC-1E
Type of s€nsing Line or ambient Ambiexrl
Sensor Bulb&3o"cao Bulb Bulb & I' cap
Set point range Fixed40'F ts'F to 140"F 25'F to 325"F
Enclosure NEMA4X NEMA 4X NEMA 4X
Difierential
S€t point repeatiability
Enclosure limits -30"F io 140"F -40"F to 160'F -40"F to l60"F
Switch ratirE 22A 224 224
Elecfical raiing 120-480Vac 120*480vac 120-480 Vac
Approvals uL Listed uL Lisied, uL Listed,
CsAcerfined G$Acenined CsAcerttfed
Nqte: AI\iG2B OPST ihsrmostais afe also avai|able ior ltrro-phaso syslems.
X.
6"F6'F
3'F3"F
o
15
XL-Trace Systern
Application and
Design Guide
Step ?. Detennine ilumber
of Circuits
Step
Load
E. Calc$lats Tramsfsrmer
To determine ttle number oi circuiis, you
need to know:. Toial heating cable length. supply voltage. Minimum stad-up temperature
U6e Tabl8 7 to determine the maximum
circuit lgngth allowed- It the total heating
cable length exceeds the maximum circuit
length fur th6 expscted start-up tempera-
ture, morB than on€ circuit will b€ required.
Numtcr of cLeuits = Toial heater length
divided by maximum circuit length.
Select the smallest appropriate circuit
breaker size.
Ground-fault protectlon with 30-mA tlip level
is required. Use s clrcult brcaker such as
Square D QO-EPD and QOB-EPD or equiva-
lent; for 277-volt applications use a Tracecald
277 GFEPD. Altematlve devicas providing
comparable level€ of ground-fault ptotectlon
may also be acc€ptabls- For technlcal assls-
lance, call Raychem at (800) 54F6258-
Example 7:
Total cabb length:
sUpP/Iy voltage:
Minimun start-up
tBmpefa'l$e:
Number of circults
(tur a 15 A cbc$t
breaker)
31 6 fi ot 5xL1 -cR
120 V
40"F
= 3161165
= r.9
= 2 circuits
Table 7. Maximum Circuit Leryth (feat)
Heating Cablc
Supply Stsrt-up
Vac Temp.'
Circuit Breaker Size
15A 20A 30A
Mar.
A/ft
sXL1-CR or -CT 120 40'F
0"F
165
110
220
145
250
220
.o72
.108
8XL1-CR or -CT 190 .100
170 .139
40"F 120
85
160
115
5XL2-CR or -CT 208-277 40"F
0"F
450 .042
385 .062
285
.1S0
380
2s5
8XL2-CR or -CT 208-277 40"F
0"F
350 .056
300 .080
205
150
4. tJ
200
*Use 40"F €hrt-up for amblent control-
Transbrrners must be sized to handle the
load ot the heaiirE cable. The loial trans-
former load is calculabd as follows:
Exampla 1:
To,at cable length:
Min- Etad-up temp:
Circuit breat.P-r mting:
=.072 Aiftx316 ftx 120 V
= 2.73 kw
s16 fr d 5v.L1-CR
4{'"F
304
Max A/fti
ai40.F /r Tolal Voltage
1 ,O00
Transformer load {kw)
iUsB lhe appmpriate maximum ampallt from Table 7.
16
XL-Trace System
Application and
Design Guide
SeetEsns 5
$CImpome$t Ssle$ism
&e*eral f, ompment Rerylrements
d6orvqw*rdFipiry
All XL-Trace systems require a power conhectbn and end seal kii. Splice and tee kits
ars used as requfued. Use lable I (for aboveground a;pli,cations) and Table I (for
belowground applications) to sclect the eppropriaie components-
Rsyclics hsEiing cable
fahle 8. Co/'ponents and Accessaries lor Abovegmmd Piping
Use thls table for general piping, sprinkler plplng, and grease and fuol line$. Devslop a blll of
matedals trom ths components beiow.
Gomponents
Catalog tllo.Descrhuon
srd.
Ftg. Usage
HBaler
Allowrncet
RayClic-PC1 Powerconnection
and end seal
1 per circuit 211
RayClic€2 Splice As needed 2fr
RayClic-T2 Tee kit with end seal As required for
pirDe branches
3ft
FTC.HST3 Low-proflle splice/tee As requited for
phe branches
Ravclh-E Extm end seal 1 Additional end seal 0.3 fr
*Allow exba t€ating cable, fof €esB of component installation.
Accessorl€s
'Electric Traced" label 1 1 label per 10 feet
of pipe
Glass cloth
adhesive tape
66t For attaching cable
to pipe- See Table 1O.
AT-180 Aluminum iaDe 180ft Required {or auaching
cablG to plastic pipe {1 foot
per foot of heating cable).
Rayclic€B-o4 Plpe mounting bracket I Required for grease and
firel fine splices and tees.
1 Powe{ed splice, po,F-€d !6e, ard g'6 (bs vJih ull€e Legs} ronneclions a|g elso avaiJable.
'?Fbwsr€d splice po$JsEd tee, and crcss {be with f||E l€gs) cofinedl]rF are also avallablq
For groase and fusl linss, in$au teas and spli€s on pipo nFunting brad(el (R8!,clio.9+4,4).
3Not permitbd with greasoorfuel lin66. Not FM approv€d-
11
i. :r,:!i 1.',.iri :,r'r,:.l,i f ;,!,..r,,!i;r.,:ilr\i1,.,$,.,i*:t
XL-Trace System
Application and
Desiqn Guide
eriedffig
fable g. Componenb and AccesE,aries tor Eclow$ound Pbiry
Use this table br burled water paplng and grease linea- Nois lbat all connections must be
abov€ground and thai no spficesi/tees ars alowed- Oelrelop a bill of materials ftom tfie com-
pon€nls below.
Components
Cat8log ilo.Descriplion
srd.
PLS. usag6
Heatet
Allowance'
FTC.XC Power connection
6nd €nd seal
1 per circuit 2ft
+ conduit
lengths
Rayclic-E Extra €nd seal 1 Additional €nd seal 0.3ft
'Ailou, e)ira heating c€blE tor ease ot componet{ indallat or|
Accessories
"ElectricTraced'label 1 1 labet Per 1O fe€t
oJ pipe
Glass cloth
adhesiue tape
€6 ft For attachlng cable
to pipe. See Table 10.
AT-180 Aluminum tap€180 ft Required for attaching
cable to plastic pipe (1 foot
Per toot ot beating cable).
Tahle 10. GT-ffi Quaility Reqtrked (attach heatet at l-ft intenrals)
PipB Size (in)<23 68
Junction box
1B
Feet oi pipe per GT-66 roll 60 50 40 25 2g 15
XL-Trace System
Application and
Desiqn Guide
Kil-?raee System
Sesigm Worksheet
Thb wo*sh€et is designed to be used in cordunction lrilh lhe Xl-fao€ Sysiom tnsiatlation and Opemt/r,n Manual (H50e17).
pteasa review the cEntenb of the design gukle tully bebre using the wodGheet. Thb $/orksheet ls intended as a means b
record the desigfi br a paribular project and is not a eubstitute ior the design gulde:
A.Determins spplication requirernnts fSections I and 2l
Determine whether your application fals under the scope of thb design gulte (Section 1 ).
Verifu that your appneation meeb sbndatd d$ign Gquirements (Seclion 2).
Ffteze Plotac,{on
General Piping Abovegmund
Belowground
B
tr
tr
tr
Meels requiremenls fisted on page 4.
Meeb requhsn€nts listed on page 5.
O Sprinlder Piping O Aboveground E Meeb requilemants li$ted on page 6.
Flow Nain.p,n fiee
D Grease Lines Abo/eground
Belowground
tr
tr
tr
tr
Meets reguirertcnts listed on page 7.
M€€ts requirements llsted on page 8.
E Fuel Lines E Aboveground CI Meets requirements lisbd on page L
B.Sclect haatirry cable ($ection 3 )
Sfep t. Detetmi,,€ deslgn eondldons '
Pipe size
Voltage
Siap 2. S€rect isaling cabte outFut
Use Tabb a on pag€ 12 tor fr€eze prqtectbn.
Uso Tabl€ 3 on pago 136rgt€a56 tow tttsi.rbnanoo.
uss Table 4 on pags 14 ior fuel llow rnainl€nance.
E i watts per{oot
E g warrs per loot
Pipe material
Tmain{ain
Step 3. Sereet voltag€
U 120 vohs
E e0&-a77 volis
lnaulation thickfless
Min. Tunrp1"nl
St6p 4. Select orrter tackee
n .cR siandard iacket
fl .CT chemicaFresislant jarket
(Gquir€d br greass and ft|el)
Us€ Gatalog Number:
--
XL-
c.t}Etermine rumber of circuits (Section i0
Srsp 5. Oetaf'ntne heatlng cabl6 tenglh
Total addlttonal hBetirE cabls
requlred for valves, flanges, and
pipe supporte (Tabla 1, page 11)
ft+t
Total{eet of pipe
ts bs traood
Toial hea{ng cabl€ length
19
XL-Trace System
Application and
Desion Guide
c.Det€rnine number of eiruuits (contimed)
S{€p 6. Setec-t {6mperatur6 cortrols
Application Tl'pe of Gonrol Reqrircmanrs
Frs€zs Ptolecfiorr
f,l General pipire AmbiBnt sensing
Manual control
tr
tr
A conta€tor will be reguired if the load €xc6€ds
Lh€ thennostafs contact ratiolg.
E $prinkler piping Ambient sensing
Manual control
tr
tr
For heai tracing on sfinklef piping, th€ circuit must bq protected
by a ground-fault protection device lied inlo a fre contot panel.
How Maintanance
E Grease line Ambicnt sensing
Line sensing
Manual control
E
tr
o
E Fuel line EI
[l
Ambient sBnsing
Manual control
Step ?. Delelrmine ftaxtmum clrcult tength
Total heatlng cable length Supply voltag€
(frcm St€p 5, page 11) (from Step 1, page 10)
Minimum sta -up
temperafure
Circuit breaker slz€ Maximum cheult length
(irom Tabls 7, page 16)
EI3OA El2oA D15A _-_fi
Slep 8. Carcurate fansformer load
Totel heating cable / Maximum circuit length --*.- = Number of eircuits required
D.
Amps/ft -_- x Voltage
-
x Total feet Transformer load in watts
(from Table 7, page 10) (Step3, page 11)(Step 5, page 11: pag€s 17 and 18)
Seleet pmper compo||ents (Section 5)
Choose the conect component part numbers tom Table I (abo\reground piping) or Table I {belowground piping) on pages
17 and 18.
Qua iiy Unirs Gahlog f DescriFlbn
Heating cable
each Ground-fault protection devices
Power connection kib
each Splice kits
Iee kiig
each ETL Electdc heat-bace labels
roll GT.66 Fiberglass tape
20
mll AT-180
Control
Aluminum tape
XL-Trace System
Application and
Design Guide
2
2.1
Gemral
Fumish and insiall a compleie uL LisH, csA cenified, or FM Approved syslem
of heat ng cables, components, and conttols io (d|oose otle: prevent pipes Jrom
lreezing, provide teeze protection of spdnkler system piping, provide flow main-
tsnance of grease |ines, provide iow maintenance tor fuel oil).
Products
The self-regulating heating cable shall consist of two (2) 16 AWG nlckel-copper
bus wires embeddod in parallel in a setf-regulating polymer core lhat varies its
power output to respond to temperature a[ along its length. allo\,!,lng he heatlng
cabls b be cut io length in the field. Tho heating cable stEll be covered by a
radiationrrosslinked, modified polyolefin dielectric lacket. To provide a ground
path and to Bnhance the heating cable's ruggedness, the h6atng cablo shell
have a braid of tinned copper and an outer jacket of (select modified polyolefn
[-cR] or fluoropolyner {+Tl), as requirFd per section 427-23 of the NEC- 1996.
For installation on plastic piping, the heafing cable shall be applied using alu-
minum tap€ (AT-180).
In order to conserye energy and to prevent overheating, the heatng cable
shall have a self-regulating lactor of at least 90 percent. Th€ self-regulating
factor is defined as the psrc€nlsge reductbn, dthout therrnostalic conlrof, ot
the heating cable output going fiom 40!F pipe ternperature operation to 150"F
pipe temperahirc operation.
The heatlng cable shall operate on line voltages of (select 120, 208, 220, 240, or
277) volts wiihout th6 use of transformers.
Tho heating 6able for m€tal+ips treeze protedion shal be sized accordlng to lhe
table belorry. The requircd h€ating cable ouFut raling is in watts per foot at 50'F.
(Heating cable selectbn based on 1" flberglass insulation on metal piping.),
Minimum Ambient Temperxture
Pipe sire (inches) (fF -2TPF
2-?
e.3
2-4
3 or less
A
6
10
5 watts
5 watts
8 watls
I wattg
2 stdps-s watts
5 watts
I watt$
8 watls
2 sttips-s watts
2 strips-g watts
2.6
2.7
The heating cabte shall be XL-Trace c€ble as manutuclffed by Raychem
Corporadon.
Power connection, erd seal, splice, and tee kit components shall be applied
in the lield.
Heaiing-cable circuit shall be prot€cted by a ground'?ault dev'tce for equipment
protection. This requirement is in acmrdance with section 427-22 of the
NEC-1996.
Componel|ts
All heatlng-cable components shall be UL Lbted, CSA Certified, or FM
Approved for use as pad of the system to provide (choose one: pipe fr€eze pro-
tection, flow maintenance)^ Component enclosures shall be raied NFMA 4X to
prevent water ingress and conosion. Insiallation shall not requhe the insblling
conkactor to cut i,.lto the heating-cable cors to expose the bus wires.
Connection systems that require ihe inst€lling contractot to sidp the bus wires,
or that use crimps or terminal blocks, shall not be €cceptable. All components
that make an electdcal connection shall be rcenterable for servicing. No corn-
ponent shall use silicone io seal th€ electdcal connections, An excepiion will be
made in areas where a conduit tfansition is required.
3.
21
.. .'...,,1 . ... . ... ... -,, .:.. -.
XL-Trace System
Applicailon and
Desion Guide
5
5.1
Ststem Conlrcl
Opiion 1r Manual Control
The system shall be controlled by a switch, either directly or thmugitt €n
appropriate contactor-
Optlon 2: Thermos-tailc Control-Ambi€nt Senslng
The system shall be conbolled by an ambient sendng tttermostat (choose:
AMC-1A or AMc-Fsl set at 40"F elther directly or thmugh an appropriate con-
tactor.
Option 3: Thernostatlc Control-Llno Sensing
The system shall be conbolled by a line sensing thermostat (choose:
AMC-F5 fixed at 40"F or AMc-18 variable set point) 6et at 40"F €ither directly
or through an appropriate contactor.
Eree tion
ln stallatio n
A Syslem must be installed per manufiachJrer's fecommendations.
B, Apply the heating cable linearly on the pipe affer Fiping has been success-
tully pressure-tested. Secure the heating cable to piping with cable ties or
fberglass tape.
C. Apply 'Electic Traced" labels to the outside of ihe thermal insulahon.
Tesls
Atter installation and before and atter installing the thermal insulstion, subiect
heating cablG to testing using a 2500-Vdc Megger. Minimum insulation
r€sistance shall b6 20 megohms or greater.
5.2
22
XL-Trace System
Application and
Desion Guide
Wan'aorfiy
Warranty; $uitability
(a) Rsychem warants products delivered her€under against iaulty workmanshlp and use
of defective materials for a period of 18 months ftom Ae date of installation or 24 months
torn the date of shiprnent, whichever b sooner. When lhe contract calls for systems
design, drawings, tschnical advioe, services, or instruclions (collectfuely "Services) by
Faychem, in @nnectilft with the prcduets, Raychem fudher warrants tDr the above sbted
warranty perio€l sololy that suc*r Services will be undBrtaken in accordance wlth
Rayciem's rcasonable technical judgrnent bas€d on Raychemb understanding of the
pertinent technical data a€ of ihe daie of performance of such S€rvices. The iotegolng
warranty with raepect to products stlall not !€ efllarged or afiected by, and (except as
exprcssly pro\rided herein) no obligation or llabillty shall alise or.groly out of, Raychem's
rend€dfq S€rvice-e in c,onneclion with the products. $uch waffanty b the only waranty
made by Raychem and lt can be amended only by a writbn instrument signed by a duly
authorized o,ffeer of Raychem. lf the products furnished by Raychem hereunder are
determined to contain a deficlency, Buyer's exclusive remedy shall be to hav€ Raychem
repeir such products or supply replacement products or cr€dit Buyer's account for such
products and acaept their aetum, whichever Ralctlem may elect in its sole discBfon.
Notwithstsnding lhe ioregoing sentence, in no circumstano€G shall Raychem have any lia-
bility or obligalion with respeci io expens€s, liabiliti€s, or loeses ssociated wilh th€ instal-
lalion or removal of any products or the installation ot replacement products or br any
inspection, testing, or redesign oc€sioned by any deFciency or by the repair or r€place-
ment of producE. Raychem's ob[gations are subject to the turth€r condition ihat
Rayctrem shall have no liability whatsoever for any deficiency unless (i) Rayd|em is nou-
fed in wrfting pronptly (and in no event later that 30 days) afier discovery by Bu)'6r sf the
alleg€d deficiency, which nolice shall include a detailed explanaiion of the alleged defl-
ciency, (ii) the products containing the alleged deficbncy are promptly tetumed to
Ra),chem, F-o.B" Raychern s plant. and (iii) Raychem's examinalion ot sucfi products dl3-
closes to Raychem's satisiaction that such alleg€d defciency actually exists and occured
in lhe course of proper and normal us€ and was not caused by accidenl misuse, neglect,
alteration, or improper installation, repair, or testing. lf any pmducts so prove to contain a
deficiency and Raychem elects to repair or replace them, Raychem shall have a reason-
able time to make such repair or replacemenl
THE FOREGOING WARRANry IS
'"
UCU OT EU OTHER WARRANTIES,
EXPRESSEO OR IMPLIED, INCLUOING WIIHOUT LIMITATION AI.{Y IMPLIEO
WARMNry OF MERCHANTABILIry, FTTNESS FOR A PARTICULAR PURPOSE,
OR NONINFRINGEMENT. ANg OF ANY OTHER OBLIGATION ON THE PART OF
RAYCHEM.
ib) lt stralt b6 the rssponsibllity of the Buycr to determine, on the basis of ihe most our'
r€nt wdtten technlcal dab, the suitability of the producb and of any systems design or
drawings fur the intonded use ond their complianc€ with applicable laws, regulatrons,
codes, and stendards and the Buyer assumes all ]isks pertainlng thereto.
?3
o XL-Trace System
Application and
Desion Guide
24
gtectroMe4 5Ig llwAf, ,cestop, Rayoltq Raysot, TraceGard, and XL'f/€,cs arc
tlade,nar*s of Rayciem corporafiorL
Megger is a tftdemark llcensed ta Biddle Electnc corp.
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lPPno$8o
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N! ,ltformation, irtcruding ,lruslrafons, is lerievod fo bo r6rJabre- Use/s, Jtawever, shou/d
independantly evaltmte ihe sul/F,biy'l.4g of each producy'. for thek arylication. Raychem
makes no waftanlies as to the accu{acy or completeness of the inforfiatio{r, atd
disctaims any tiabitv regardfng f,s.Jsa. Rs,4ltem's only obtigal/o/ns arc Aose in the
Rawhem Sfandard Terms and Conditons of Sals tilr this prDducf, and in flo cass wirl
Riychem or its drb!fibutols b e liable for any incidentat, tndlrect, ot consequerrtial
da;agea adsrhg tho m the sale, resale, use, or misuse of the !/!lduct- q'F.cifreatlbns arc
subjecf io ciange wrthout Rottito. tn a(Mition, Raychem res6rves t le ri{tfht to m€ka
cfranges-slhorf notifrc€,tion to Buyer---to pmcessitg ot matcdals that do not atrect
tnmpfiance wilh any appliMble speclfrcatian-
ro
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Raychem corporation
300 Consthition Drive
Menlo Park, CA 94025-1164
USA,
Tel {800) 54$6258
Fax (800) 6l1-2323
Fax-on-Demand (800) 32s4494
ciinfo@raychem.com
wwwJaychem.com
t{orth Americ€
Raychsm Canada Llmlted
Toronto, Ontarb
Canada
Tel (80O) 54$6258
Fax (S50) 361-5579 *w
oo
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o
G Model GBRL2
4.3 K-Factor -
Fast Response Resldential EENTRAL
Pendent & Recessed.Pendenl Glass Bulb Automatic Sprinkler
Central Sprinkler Company
451 North Cannon Avenue, Lansdale, Pennsylvania 19446
^-./-.,-
--F
362-0700 | Fax: (21 5) 362-5385 / www
Ft Product
lIlJ Description
The Central Model eBR-2, 4.3
K-Factor Residential Pendent and
Recessed Pendent sprinklers are
decorative glass bulb sprinklers
designed ior use in residential
occupancies such as homes, apart-
ments, dormitories, and hotels.
They are to be used in wet pipe
residential sprinkler systems for one-
and two-family dwellings and mobile
homes per NFPA 13D; w€t pipe
residential sprinkler systems for
residential occupancies up to and
including four stories in height per
NFPA 13R; or, wet pipe sprinkler
systems for th€ residential portions of
any occupancy per NFPA 1 3.
The recessed version of the Model
GBR-2 Residential Pendent Sorinkler
is obtained by utilizing the Model
GBR-2 Residential Pendent Sprinkler
in combination wilh the Model'GB
Hes./QR Recessed Escutcheon
Assembly. The recessed version of
the Central Model cBR-2 using a
Model GB Res./OR Becessed
Escutcheon provides up to 3/8 inch
(9.5 mm) ol total adiustment from the
flush pendent position.
Operationr The glass bulb contains a
fluid which expands when exposed to
heat. When the rated temperature is
reached, the fluid expands sufficiently
to shatter the glass bulb, which then
allows the sDrinkler to activate and
flow water.
WARNINGS
The GBn-2 nesidential Pendent
Spr inkl af s de scrl b ed he re ln. m u st
be lnstalled and maintalned in
compllance with this document, as
well as wlth the applicable s'E,n-
dards of the Natlonal Fire Protec-
tlon Assoclation, in addltlon to the
standards o, any other authorlties
havlng jurlsdlction. Fallure to do so
may impafu the integrity of these
devices.
nkler.com
Because of the above clted stipula-
tlone and the varled nature of
resldential rype archltecture, tbere
wlll be some compartment deslgna
which cannot be tully sprtnklered in
accordance with the recamendatlons
of NFPA 13, NFPA 13D, or
NFPA 13R. tn the event of this
condMon, consult the authoritles
havlng jurisdiction lor gutdance
and approval.
The owner is responslble for
malntalnlng theh fire protectlon
system and devlces in proper
opemtlng condltion. The lnstailing
contractor or sprinkler manutac-
turer should be contacted relative
to any questions.
Sprlnkler Identif ication Number
slN c2297
Approvals
UL & ULC Listed. MEA (323-98-E)
(Beler to the Design Criteria Section)
Ma*imum Worklng Pressure
175 psi (12.1 bar)
Plpe Thread Connectlon
1/2 inch NPT
Dlscharge Coetflclenl
K = 4.3 GPM/psiliz (61.9 LPM/barl/'?)
T€mperature Ftatings
155"F/68.C
Finishes
Sprinkler: White Polyester, Ghrome
Plated. or Nalural Brass
Recessed Escutcheon: Whit€ Coated,
Chrome Plated, or Brass Plateo
Technical Pendent and
Data Recessed
Pendent
Residential
Sprinklers
Physlcal Characteri€ttcs
The Model GBR-2 Residential
Pendeni Sprinkler ulilizes a dezincifi-
cation resistanl (DZR) bronze frame
and a 3 mm bulb. The sprinkler frame' orifice is sealed with a gasketed
spring plate (Belleville Seal) consist-
ing of a beryllium nickel disc spring
thal is sealed on both its inside and .
outside edges with a TeflonrM gasket.
The compression screw is bronze,
and the deflector is brass.
No- 4-3.O
\]iliitl\liiii\\l\itriti '!"ii':ir,'1.\r'i.ii:rii:'"r
Flgure 1 'Model GBR'2 Pendent
2-1
1.1ty
(38.1mm)
FIgure 2 - Model GBR'2 Recessed Pendent
-
2.va'Ps.onm)
----Minlmum Hole ln Calllns !?3:(591?mm)'
Figure 3 -GBR-Z Sprinkler Wrench (1099)
lnstallation
ine Centrat Model GBR-2 Ftesidential Pendent Spdnklers
rnr.t U" inituf f"O in accordance with th€ following instruc-
f:'.,
1,.
Iri
*'ir.a'l '
I
tt.
EI
*'
F,l
[i
it
F
ft
i,:
li
I
i
i
i
i
$
t
I
I
I
t
tions:
oI
NOTES
Do not instalt any bulb type sprlnkler it the bulb is ctacked
ziir'iii il 6; of riquii rroin the butb' with the sprinkter
iriliTiiiirl"av' a smatt ak bubbte with an approximate
diameter of 1/16 inch shauld be prcsent'
A leak tight 1E inch NPT sprlnkler loint should be obtained
iriT tiiriit 7 to 14 ft'tbs' p'5 to 1e'o Nm} A maximum
ii'iin.i]" tia.s Nm) ot torqie is to be used to instatt . .";pr;;i;;;. itb;;ili,i"b ot i'qu" mav distort the sprinkter
it"t ,ith consequant leakage or impairment of the sprln-
kler.
Step 1. The sprlnkler must only be installed in the.pendent
i"!iii"" ""0
tiltn the d€tl€ctor parallel to th€ mounting
surlace.
Step 2. Alter Installing the GB Res'/QH Recessed. Suppon
6u-Jt"i "ir,"t ""cepta'ule
escutcheon' as applicable) over
in"'#nr,iei pipe tirreads and with pipe thread t"ll.un!
.,Jiilil';ihJJ'pe'tnt""os,
hand tighten the sprinkl€r into
the sPrinkler fitting.
Step 3. Wrench tighten the sprinkler using only u GPR:?-
il'"'d;; wr.eir;hiioss - Rei' Fisure g)' rhe wrenctr recess
;ii#;bi-tsprinkler wrench is to bo applied to the
snrinkler wrench tlats (R€l Figure 1)'
Step 4. For Recessed Pendent Sprinkler Applic-atiorrs' a-
Fi"["ir"" c"p is available which helps to prevent damage
lJitt" Jr]i"r.rJ, a*ng ceiling installation and/or during
^""i["i1". "r
me finiin coaiing of the csilins' lli:: T-"^"
;?#d;';il,o-#the Receised supportcup a$..pu:l it
ti""l"tiJ-r.'tiii, toitoms out againd the spfl nkler derlector:
NOTE
As long as the Protectlve Cay reyallts in Place' tha system
'iJcinltr,erea n be'out ot 5eruice"
Step 5. Atter lhe ceiling has been completsd: IT::" uno
JtrT"rO tn. Protective Cap' ll the Sprinkler hql bej)n
^ffiil;;$A;e the eniire sprinkier-assemblv' Do nol
utt"tit to modity or repair a damaged sprinkler'
Step 6. Push the outer ring of the Recessed Escutcheon
;;;;; R;;"t"ed suppoft cup' Do not continus'to push
;HR;;;;;-d Escutiheon such that il lilts a cerxng'
-
iunlfoui "r
itt normal position' It lhe Rec-essed Escutch-
Hi"c"*i"i';; "ngased
with the Support Gup'orthe' '
Recqssed Escutcheon cannot be engaged sufficlenily ro
;ffi;il.-;iliil, the spnnkler Fittins must be repost-
tioned.
ij
-
i\
oo
o
Stoped Ceiling
First verify that the sprinkter.at the oeak is considered to bs
:4"""ot"6r"' ot 'oout*"t"d' by the sloped ceiling in accordance
#,il'iifr"1i ctph' Measure horizonlallv from th€ defleclor to
ii# r'i"tli*u'*inL'rs equalto the "cf dimension in ihe Figure
i;#;. itthe:'b" dimension is "Acoeptable"' then Fisure 7
;'#T." ii 'ii ; '6bsfiucted', th€n the protection area or the,
;ffi;dr ; ;d-p*k will be the horizontal distanc€ h ih€ obstucl-
i'iq';;iii.g. it'd .inimum distance bett een sprinklers is mea-
"r"tJ
ii"it-tarv' Staggering sprinklers will help mainlain
'"'iiiiriii.i nitiidt"r didinces in difiicult sihrations' Dimensions
;i;;;:ii;;;;easured alons the slory F:r a'ples ql:*i
tfi##Gt ;iin cenrals tlcnnical seNices Departme'
Figure 7 - Spacing for Sprlnkler at the Peak ol a
Figure 8 - Sprlnkler Locatlon on Opposing Slopes
Figure 9 - Sprlnkler Location on Coffered Ceiling
A - NFPA minimum 4', maximum 1/2 of the Listed spacing that
the sPrinkler was calculated for'
B - See "E Jor minimum spacing' Maximum Usted spacing that
lhe sPrinkler was calculated for'
C - Maximum of 310" vertically lrom the peak'
D - Horizontal distance Jrom the defl€ctor b the intersec'ting
sloPed ceillng.
E - NFPA minimum ol I {" (when minimum of I -0" cannol bo- '
oOr"in"A Are h 'ts", a batfle musi be installed betweon . .
ina." tprinN"ra ro obstruct the dlscharge and preverrl cold-
soldefl. See'ts" tor maximum'
F - Acceptable for angles 0' to 60o'
oI
First verify that the sprinkler nearest the peak is "Acceptable"
"r;olriil"t"o'
per Fisure 14. li "Acceprablg"' qgY:: 8
;"i'"""it:6tituctei", tha horizontal distance to the
fi[L-.i^q.ltp. i. to be consideted as lhe protected area' The
iiil*rti aiti.n.e beween-s-prinklers is measuled lt:till;,
ilil: ;;;" as dimension "E'' Stasgering the sprinklers wttt
ffiiil t.iti"i. rrrr"imum horizontat distances in difficult
.,
ff"iid;3;;niions'ff and "B" are measured alon-g the
lii*. "i",
".sl"s
grealel than 60'' verily with central's
Technical SeNices Department'
A - NFPA minimum oi 4", maximum 1/2 of the Listed spacing
- 'thtt
ft..ptinkler was calculated ior'
B - See "E" for minimum spacing' Maximum Usted spaong- Inut tu tptinkler was calculated ior'
C - Maximum oi 3'-0" vertically trom {he peaK'
D - Minimum 4"' Also' see note above'
, - *ttO .,n'.um of 8 -0" (when minimum of 8!0" cannol
be obtained due to -tr-' a batfle musl be installed
ild# iil;;prinklers to obstruct the discharse and
.i"u"ni "ora-toner)'
see "8" lor maximum'
F * Acceptable lor angles from 0' to 60''
First verify that "D" is 'Acceptable" or "Obstructed" per Figure
i l;',i;i i:epiaure", Fisure'e applies' tf "obstructed""'
"iiriiil.ir tiilr,r"rs *iil be necessary to protgtt tl"lit-:t':19
ft;. il;-;ili*um distance between sprinklers is measur€o
horizonially' Staggenng spnnr<rers will help maintfln mllmuT
iiiililliii irf ia^iJs in iirricult situations' Dimensions'A'and
lbl'.it'.#t*o along the slope' For angle-s greater than
oi'Utffiiilj L;ilatt recnnicat services Department'
A - NFPA minimum ol 4', maximum 1/2 of the Listed
^ 't'p""ing lhat lha sprinlder was calculated for'
. - d5"ii;irot tinimum spacing' Maximum Listed spacing
- lr"r rnt sprinlder was calculated for'
C - Maximum 3'-0" vertically lrom the peak'
E - Refer to Figuro 13'
E - NFPA minimum oi 8'-0" (when minimum ol 8'-0" cannot- - 'il;i;i""d due to "B", a baffle musl-be iT!11?1^ ^^";;b^,; fi;"" tprinklers to obstruct the discharge ano
ii"r"ni*ru-tou"r)' See "8" for maximum'
F - AccePtable for angles 0" to 60"'
o
Flat Ceiling
"D"
0n t.eq
It "D" is "Obstructed" per Figure 14 Graph' then the
ll###;i;;;; tdthe opposins stoie rs ths-extent or
ItJr.'tis; ""J
toditional sprinklers will be necessary to
Drotect the remalnder ol me.olPosing slope' Only^if D" is
f;;;;bl;;;"t'A" equal 1/2 olihe maximum usteo
#J[,;,ffi ;; ;piinkter was catculated for' Dimension "A'
Ftgure 14 - Obstruction to Discharge by an opposing Sloped Celling
oiffirr 16. io' e4' 2r 1z" se'40. 44. {8. 5ry
(ln &gra€8)
A - Maximum 1/2 of the Listed spacing that the sprinkler
was calculated for'
D - Distance io intersecting horizontal ceiling'
F - AccePtable for angles 0o 10 60o'
4'
"Du
(in feet) s'
is meaiured along the sloPe'
o
@
" Fn or "G" (whichever E greater)
(in degtees)
A - NFPA nrrnimum oi 4n'maximum 1/2 oi the Listed^ 'sp"cing tn"t the sprinkler was calculated for'
D - Distance to opposlng sloped cei{ing'
F & G - Accaptable {or angles 0o to 60o'
l:;ffi'",:l?l'Jl:x'liii;:ffi Jir!?lllir"ilid:trl along the horizontut tti|]lg *ilibt necgss3.y: ??lYi."o'i'I il.."O"Ur"'on'A' be considered 1/2of the-maxtmrm
Listed spacing that tn€ sprinklet was calculated for' urmen-
.ion "n
jit teutured along the slope'
Gare &
Lf Maintenance
Thecentra|ModelGBR-2mustbemaintainedandservicedi666god6n6gwilh|heto||owinginstructions:
y;:f:';#::I:i:!i:tr:':ustba matntainea "'",,i,tl'ml'*
t"p'raturcor /noF/4o616 pT6vmtrreezlns and bursttng
Au-matrc spiln*Iers are not to be tested with a heat source. operation or the heat responsrve erament (burb) can rcsul'
Absence or an Escutcneon iii nav delavthen'*" ";;;;:;;;iilon tn anrettuattan'
T"ii",*,n,nr!::y:t:;,1:iy#"!,#l:::1,:l:":ii;[i,*Ttr,,Y:";;,m'lf,f:ttr"1:l:m':ig':'
conttots, permi?"t* !::!::;:t; ;; th;;;;;i"^ must be notified.
all Personnet who mav De an
j{ joi *",o"" sprinlters withtn drapes, curtalns, or.valances,
-i'io, i^g
"nythtng
frcm the spilnktels' ' ' .'.'a'rs. ammonla, cleaning fluu' ^r .,rh",r chemlcals' B"nnove
Do NoT cteanse tne "pmnJi
win soap and water,*Il1 "to' ammonia' cteanins lutf:; :i ffW"'l;iiil'g *tii " '"n
dust, llnt, cobwebs, "o"oolr"'-ii""ii-{nJ
hrvue ny g'entli brushing wlth a (eatner dut
bilstte (i.e., dusttng) brusn aiachment' .ta dt ht/lhlv flammabte mate ale. The nptd rdte -of
fIrc deuelop'
Exercis;e sunabre s"tety prec^itons tnthe.use ant::?:1!:^":It.,":Jr::T,IYfr,#:fl;;"iiiirii "v't'^ to aid In the
xiieli! ril*i:;a :; c a u se d w s u c h m a'Ien i
oModel GBR
5.4 K'FaGtor'
Fast ResPonse Residential EENTRAL
Horlzontal Sidewall & Recessed Horlzontal Sidewall
Ciasseuru Automatic SPrinkler
4
.e---
-
,.1
ii
i\i
iii
ir'rl
I \r,
r'i !
ir,:r
ffi'f1f'l8ilfittt*,.
Tel: (215) 362-0700 / hax: (z I
nProduct ,;IfHi,:t:t*W^ffilY*o
ffi'ff*r;srwxmr:
RH5..$$*",i5",H?'rifr6i"u +''*"o'#;ffi8ffi-tri#:;W
are decorative glass bYfifiiiffipa.- -i^tlveto
anv questions'
i:E:+it?:Ifl"He;x?iffiH:-' -, IrI oesis n
rhev are to be usgd i! yetl9e"9:[flil1 I \'
iorinkler sYstems {or ot
otw{*i,,ffielffiil#: ffiI tllil'Hfitl.ih'i,:ffit*Filvril"* rl***:'l*#*,H'i,fi'i111tt g*:f"?$"sfli3.ftu *,unoac.ii-,re on wet pipe sprinkrer
it"?i"tttj t""ion o{ the Model GBR - systsms' These sprinlders h*"':::l
n'"iio-e"ria Hotitontal sidewall sprinkler ts investigated for use under smoom nar
ff?l?*?#,i;5l'ffit$?'H''#,1':Bl''*.[:n"lg,ttlf.Y;5,'1"Jff'"i".i,i*..
iion with the Mode' "P"STIU:ffi ny zo.teet, using the design requirements
fitriilfu'ffid"; ffit#*ffi ",. l:lt*l**i'ur*i;9.ry*:1
Recessed escutcrreJn-prwioes uP to 9/8 smooth llat sloping ceilings with slopes up
ilfHixir,'s*ltl';s'tl*-..,x-"E?:ipJlfr '...q*r.'ye,"-,,
fffrf;l*#"H"-llH exPosel lql:Pl; as ihasloped ceitins "speciric Application
irrin"n ir'6 r"tuo temF.rat ra is reacneo' : n criteria' lound in Figure 1'
xi##'ff; ffi lilf |:.ry*:".n'lsr;ll,l?i]n".*.*n",i:en,1lP.vdl",^
io activare ano tlow waGr' qqi4{ers are only $stedwith the Senes
WAFN'NGS G'n Res /f,R Fecessed Escubneon
The GBP Resi&ntial t'lorimntal '- Assembly'
sldewatt spfintder;cjF'scribed heretn The minimum required single and^ m-ulttole
-1riwi ii" iisalea # Hffiffj! ,*a sprinkler flow rates for systems cle$gneo'iiiptianceun.ynlyy7.k1h1: ti NrFr tgo or
''IFPA
l3Roccupancies-arrtn rc apptlcuote ''""tua'e' v' -'-
'iutn
in ftUru 1, Table 2' and Table 3'
;[ai;;;:":i F'i b'"bdion Assoc,iation' n ar€ s
"aanon
n nu "tiiiial-ii uny_o*er rhe sinsle sprinklg, jt"y ,rl: l.jl1"^I T;Pffiwmw'w" [+fr$n*rf*ffir*tn*5;I Becauseottheabo**!-i.nllE!* lLTiil;;;:m;'n"i'i"bai'"r"'g"r "ffi"nffiffil;#ffiitrls:,",.
:;m*LT:m$#a?''i'1T'3i
fffij,m#r:fflS#Ure';n n Nrro,'lbon,in,"
d on pase 2)
redomendations ot N''I"A t;t' trrrrr
l
I
Residential
Horiz' Sidewall
Sprinklers
flTechnical
tIDataEIF.n, t t.ntilicailon Number - C3396
0ltf,"l$"t*r. M EA (323 €8'E)
Igeier O rtre Oesign Griteria Section)
illaxlmum Worklng Pt€ssur€
175 psi(12.1 bar)
pipJiti*o coitnecuon - 1/2 inch NPT
R':"fi'8Ffiffi"r*, LPM/ba/")
TemPerature Ratings ; 155"Fi68'C
E'lJffi *n* tolyester, chrome
Piated, or Natural
mmr$r.lslffi l#Jff*"8""*o'
?[J"^[1iHfiH.ti*"?arHorizonral
iiir""*"rr spiint t"t utilize-s a dezincificalion
iJlitiliiid2di ntnze rrame and a 3 mm
ti,ril-. ine'spririner f rame.odfi ce is sealed
ffilffiHlm'*nffi*ffii*
defldctor is brass'
No.4_4.0
;ifi,.)iiiiri\\i,:i.i.,:\I\,iiil:\ii\!i:\i:iiir.iili:;$lil:Ji
airii,::',..\!\\',Iiinl';iil:t'j)!:ii\ii :i!':ir lrn:\i'-r:i r:1 :r
ot
MAXIMUM 8'.0'OPENING
Figure 1 - GBR Sidewallsloped Celling Design Guidelines
D = MAXIMUM
SLOPE
8:12 (33.70)
the srope.
. Nurnber ol heads to be calculated shall-conform to the
afpiopriate NFPA standard being used for d€sign'
. Marimum number o{ sidewalls at the peak is unlimited'
. Cathedral ceiting appllcations: An 8" minimum beam or
lintel is required at the Peak'
. a: minimum: 4"(101.6 mm)"' maximum: one-hall the maximum calculated spacing
. b: minimum:8'-0"(2.4 m)
maximum: 16''0" (4.9 n)
ll Located at ihe Peak
Locate sidewalls at the peak with their deflectors parallel to
ALLOWED IN PERIMETER WALLS
tI
\[Fx'
D = MAXIMUM
SLOPE
8:12 (33.70)
MAXIMUM 8'-O'OPENING
ALLOWED IN PERIMETEH WALLS
Flgure 2'Model GBR Recessed Sid*"ll (boltot 'gg
e'(50.8mm),
2.1,€'( .5mm)
MAXIMUM 8'-0" OPENING
ALLOWED IN PERIMETER WALLS
Sidewalls Located Alond the SloPe
.Uptothreesidewa||sa|ongeachsideo|thes|opecanbe|ocatedwiththeirde||ectorsparal|e|tothes|ope.
. Air nydr"utic crileria per the appropriate NFPA standard applies'
Note: ll three sldewalls are present along one wall of one slope, all ihree must be calculaied regardless of th€ NFPA
standard being used tor deslgn'
. fuf."irnu* number ol sprinklers per compartmefll is six'
. ro, ""tneo,"rceilins
applications' an 8" minimum beam or'""':;:t$fii-1Tl\ffit.t,
' "' il'*ffi#flli?i;?fr?'.*,-umcarculatedspacins
-'
.nu-i'nu'n'16''o"(4'sm)
ot
ii
il
iI
I
$
:ill
rf\
Figure 3 - Model GBH Sldewall
ELEVATIONVIE\
Note: CBntral'8 Mod€|65 or 4ol 66culch€ons may be ussd' When
'""'"' """ino-c""ouf's Model 65 ceiling escutcheon' the lace of th€
i;-lrlr"J'ii"pii"s"ho;ld b6'/';(3'2mm) ltnr"(1'5mm)
beyond wall lin€.
7/J6" (1r.1 mrn) MAKE'IN
r--'i\ffi
8',-0,i--^ )
--MtN. "
odel BV'Q & B\|LO{QR
4.2r 5'6 & 8'O K'factor
Quick ResPonse
Standard Goverage
,-0.-,n*, ,""O"nt & Rec'. Pendent Glass Bulb Automatic Eprinkler
Irr,iilfr 'd:fffi i'ftH{i:l{t{ili"frff'H:f ;rfl a.?:f'
:
EENTRAL-.---
-
?*$f;I 5:n::t#i*rum
"*I
m,sllff *
be considered' as a minimum'Fl General *,iH#rut'i;fn:;nru""m;
Ull Dqsc-r!p"[i"on ffiln,'n.-n,".,*:.$r'ff *'
I
,?El"noa *o* av-oR, +.ia ss. iff"i'l"punot *nen expose9 to I'Ttl,
'ffi[:$rffifrtr#lffi $;$*mr*"*n+[Ys.'ru'n'
-*'s':9gqtl"*99j?.31',*1i""* wARMNa
ffidsHr*'*nrnnmtt mw]Ffffi;ffioFF:ffiW
l*$il$**tffili*ffi-; W,ffissnrww'
iny,r"m:lt:fl,$1ifr&":]-'
o'*?;;re
1 - Gross section
r*t#"*Hg"TiffiJru;* $ii;|lji3;t!_l#.r"rii , *iln ,he fixed PiPe drops 1o
the sPrinklers must be crrl'
COMPRESSION DEFTECTOR
SCREW
GLASS BULB
OPERATING
ELEMENT SPRINKLER
FRAME
uurrJ" .A.KETED€PRING
ASSEMBLY tsellevrLLE
SEAL)
Standard SPraY
Uprighto Pendent
&Rec. Pendent
'Ii
il
I
i
ti
lii
N
N
ilffiffiffi+
atmosphereE.
ffidhqfftr#"#ft"j:i*ff
m,*::mffi,iljglH*ff ntry, it s
ffiffiffi*;No. 1-7.0
o
$.
$
Design
Griteria
ffioau av-on a P*gf5,!ggl'
hL''FJft :r:sl"ltritq:ru':
Spllv dff iiq" ltf*lT,l";#6'"i#"v-t"'n"-t19f*if"H;H;;'ithr*.glggl*1*i*
lr"i3' "#"f,n#j "Vtr
J ipplicable Listins
mul ne inehlteo in accordance
i:,ff:$niffiln*xr't'm,
#*nms***r+*-
ffg#imffii*rffi-ffi'
NOTE,W
lnstallation
rhe Modd BVQR tSYh%T St{?ff "
Fioure 3 - Model BvLo-OR, Upright' Pendent &
Rec. Pendent Sprinkler
-
i'lEFillU,l[:tr{:;:,,HH'RE!$".";t::;ncanada(c'ul]
i
::
I
$
iir
il
ili
[r
[sll.
$\iir\
N
$'i{
Nw
liu
tliil'i$N
foll$t,ing inSudions:
A'OTES,ffi
*XtWW;m-
2-1i8'
(54,0 mm)
ELEVATIO VIEW
3/4' NPT
2-tl4" (57,2 mm) Mn'
(69.9 rfi) Max
SPRINKLER FINISH & STYLE
Figure 2 - Model BV-QR, Upright, Pendent & Rec. Pendent Sprinkler
Table 1 - Laboratory Listlngs and Approvals, Model BV-QR
ETechnical
Eprlnkler ldentificatlon Number
SIN C2201 - BV-QR Pend (Ka.2)
SIN C2101 - BV-QR UP(K=4.2)
SIN C3201 - BV-QR Pend (K=5.6)
SIN C3101 - BV-QR UP (K=5.6)
SIN C4201 - BVLOQR Pend (K=8.0)
SIN C4101 - BVLIaR UP (K=8.0)
Applovalg
UL, ULC & GUL Listed.
FM & NYC Approved
(Refer lo Table 1 - 2. The appro\rals apply
only tc he seryioe condilions indicated in
the Desilln Cribrh Sec'lion)
Maximum Working Preasura
175 psi(12,1 bar)
250 psi (1 7,3 bar) UL & ULC (K=5.6)
Pipe Throad Connection
1/2 inch NPT - (K=4.2 & 5.6)
3a inch NPT - (K=8.0)
Discharge Coefficiont
K = 4.2 GPWWiln (60,5 LPWbai!)
K = 5.6 GPMIp€il2 (80,6 tPMibaru)
K = 8.0 GPlv?psfrE (115,2LPMbafE)
Temporature Rafngs
135'F/5-t"C, 1 55F/68'C, 17sFtg'C
20vFlwc,250.Ft121.C
Finlshes
SprinKlen While Pobresbr, Chrome Plated,
or Nalural Bra$s
Rec. Escutcheon: Whib Coated, Chrorne
Plated, or Brass Plaied
Corosion Reslstant Coatlngs
Sprinkler White Pob/esler (UL only)
Head Guard & Water Shield;
G-3 (Guard) - (K=5.6) Up & Pend.
WSG-3 (Guard & Shield) - (K=5.6) Up
W$3 {Shield) - (tC-5.6) Pendent
(S@ DaE Sheet 3-1 3.0 for tuib)
Physical Charactoristlcs
The Model BV-QR & B\fi-OaR Updght,
Pendent & Rec. Pendent Spdnklers utilize
a dezinciFrcation resistant (DZR) bronze
{rame and a 3 mm buh. The fi"opiece
buffon assem y is brass and copper. The
Eofinkler ft'ante difice b sealed with a
gasketed spring dab (Belleville Seal)
consisling of a belyllium nickd dis6 spring
that is eealed on both iis inside and orbide
edges with a Tefonn gmket. The
comprcssion scroru b bronze, & lhe
defledor is brass.
1. Usted bv Underurrilers Laboratories, Inc. - (K = 4.2 & 5.6)
2. Usted bl UndeMriters' Laboratories of Canada. - (K = 4.2 & 5.6)
3. ADDroved W Factory Mutual Re6earch Corporation. - (K = 5.6)
4. Abbrored Oy rre City'of li,lew York under MEA 466-92€ Vol. lll. - (K = 4'2 A 5.6)
* Pendent Onlv.*- Only Approv'ed wilh the Series BV Res/QR (Venied) Recessed Escutcheon Assy.
ELEV TTO VIE$'
OUIER
ESCUTCHEON CEILIIS LINIERING
RECESSED
MODEL BV Res/QR
RECESSED
ESCI_'TO.tEONSUPPORT? (50.8 nrn) Mn.
1i4'(57,2 mm) Max.
2-78' 173,0 rnm
SPRINKLER FINISH & STYLE
Temperature
Rating
Bulb
Golor Code
Natural
Brass
Chrome
Plaied
Polvestea
Cciated
Recessed
135.F157"C Orange 1,2,3,4 1,2,3,4 1,2,3',A 1,2,3*,4
155"F/68C Red 1,2,3,4 1,2,3,4 1,2,3"4 1,2,3*,4
175.Ftt9.C Y6lbw 1,2,3,4 1,2,3,4 1,2,3.,4 1,2,3*,4
200"F/93"C Grgen 1,2,3,4 1,2,3,4 1,2,3",4 1,2,3"',4
25VF1121"C Blue 1,2,3,4 1,2,3,4 1,2,3-,4
'G'*ef*eWWVr',, . r', .1- --^.
^sa|''rl r- ^^,
lnstallation fTilCare & lVt !1nit,ediiili:i lJu?irl*r$,:el#*J3T#lY
Mffi*qyiPt*tlxr#qi'Yiiffiw##Fytg* wn##:wew. ffiffitrtffffiiffiffi**'ffi '#ffir,ffiffi #' affi-l-ffiF$'ffiq*;;#*t'mx6ry* - flHik*Hffi :H ffiffif;
' #nffi i' ii"iq *i the withn ot the
sbrinkler fttirg n sut'
'ii"f-#Z:t*;Anvlhisaeno'rmo'.u H;;Jfl?'Lii"13?i;'il'o!.cewitr. notl'fred. l"?ri"i'ir.'seindards of the Natbnal Fire
i[dffi:$1?$,.uffi*ffifl,m'*' ffigffii*g$+ruu: ffi
Hmm,$Ft;ro*ffiffiHd#ffi
ffiffi}+ffi.-ffir ffiiffiffi--'ffi
iti["t'!'"-p,i-riru; ntt^g' frG noi opemteu'-should be replaced it tprhklur "tetum
de$ign erors or naccu-
si"p s. w,un.n tighten_the sp'inhref usrns mt"*tt};r,trrif,ffipl' HFsJItSl.:",;lffilR[::**'
*ffiffiffi
iw.m"ffffi"{ trffi,ffiffi#ffiffip:W
il#Jtg:ffis"1*lt*,tl'",*, flT.ffifl"flH ft'rdering
i
i
Ll
i
:l
1i
ii
ri
,\:,
i\
I
-'i*[ffi
*-.ffiH,.ffi*t:*ffiffiffiffi gff-r-ru.=.ffi
frffifrfffir*#ffifrP ffim-l*mmatcosprinkrer
rdonisata&(M"<ottl'DuPontco'P
Printod in U'S'A' t01
tqao I no*"onua f rucoonn
o o
SECTION F'OUR
a
o
t
Submitted: October 3. 2001
VaiI Run Resort
1000 Lionridge IooR Vail,Colorado, 81657
Area
Floor I area I
Floor 2 area 3
Floor2 area4
Floor3 area2
Floor 3 area 3
Floor 4 area 2
Floor 4 area 3
Floor5 area2
Floor 5 area 3
Hvdraulic Calculations S Sheet
Demand @ Source
325 gttm@ 1l3.9psi
24a.7 grm@ 133.8psi
228-3 gFm@ 130.1 psi
222-6 gttm@ 135.3 psi
228.3gpm@ 133.4psi
n2.7 gftm@ 130.1psi
232.1gm@ 133.4psi
2ll gftr;a@ 132.4psi
232.6gEm@ 131.3psi
". :'P
STMPI,EX GRTNNEIJI,5240 SMrTH ROADDENVER, CO 80216
HYDRAUIIC CAICULATTONS
FOR
VATI, RUN RESORT
EIOOR #1 AREA 1
FTLE NUMBER:vR].sI1
DATE: FEB 12, 2OO2
-DESIGN DATA-
o
OCCUPANCY CIASSIETCATTON:
DENSTTY:
AREA OF APPLTCATTON:
COVERAGE PER SPRTNKLER:
NUMBER OE SPRINKI.ERS CAICUIATED:
TOTAI, SPRTNKIER WATER FI.,OI[ REQUTRED:
TOTAL WATER REeUIRED (including hose):
FLOW AND PRESSURE (E CTY):
SPRTNKTER ORTFICE SIZE:
NAI,IE OF CONTRACTOR:SimplexGrinnel
DESIGN,/IAY9ST BY:Bg e DK
AUTHORfTY HAVING JURfSDICTION:VAII FrRE
CONTRAC?oR CERTIFICATToN NUMBER: OO7
CAICUIJATTONS BY HASS COMPU?ER PROGRAM
HRS SYSTEMS, TNC.TUCKER, GA 30084
(LICENSE # 49060L3290)
LIGHT
;10 gprn,/sg. ft.
977 sq. ft.
195 sq. ft.
10 sprinklers
225.0 gprn
325.0 gprn
325 gpn G 113.9 psi
1/2 inch
3#";, i{t ?,3: I i *"" : ::' :ti"ffi ;:H.3t?H:ii i"t}#Ii iil}, "",o,,u*,, ii ?i o I
WATER SUPPIJY DATA
souRcE STATIC RESID. rLOW AVAII. TOTAT REQIDNODE PRESS. PRESS. G PRESS. E DEMAND PRESS.TAG (PSI) (PSI) (GPM) (PSI) (GPM) (PSr)
cTv 'J-44.0 108.0 49L.4 L27 .2 325.0 t-13. 9
AGGREGATE FI,OIV ANAI,YSIS:
TOTA]., FIOW AT SOURCE 325,0 GPM
TOTAL HOSE STREAM AI,LOIIANCE AT SOURCE O.O GPM
OTTIER HOSE STREAM ALf,OI{ANCES 1OO.O GPM
TOTAL DISCHARGE FROM ACTIVE SPRINKIERS 225.0 GPM
NODE ANALYSIS DATA
NODE TAG ELEVATION NODE TYPE PRESSURE DISCHARGE(Fr) (PSr) (cPM)
1
2
4
160
r_6t
t62
153
t64
165
I78
179
180
181
L82
L83
184
L85
L86
t87
188
166 9.0
-b. J
-4.2
-2.0
-2.0
2.2
7.7
9.0on
9.0
L00.5
99. 4
98.4
-2 .0 HosE sTREA_r{ 98 .2 l-00 . 0
16?
168
169
3,7 0
L17
BFSA
BFDA
!74
175
176
9.0
9.0
9.0on
' t.d
?.8
7.8
?.8
-2.0
-2.0
98.1
20. z
q? e
93.2
93.1
92 .6
89.4
87 .6
75.4
60. 6
50.2
39.4
2'7 .4
26 .5
81-. 4
L77 -2.0
2't .4
K= 5.60 19.0 24.4
K= 5.60 18.9 24.4
K- 5. 60 t4.2 21,.L
K= 5.60 1,2.9 20.L
20. r.
K: 5.60 I7 .9 23,7
K= 5.60 L7 .8 23.7
K= 5.50 13.3 20.4
K= 5. 60 1,2.1 19.5
20.0
25.3
K= 5.60 18.8 24.3
K= 5.60 L7 .6 23.5
-2.0
-2.O
-2.0
-z-u
-2.O
-2.0
-2.0
-2.0
-2 .0
-2.O
-2 .0
SPRINKLER SYSTEI,I HYDRAULIC ANALYSIS^ Page 2
DAIE: 2/L2/2OOZ JSenrr,lxr,ERpRrJEcrs\vArLRuN\r*\DArA\vRLsr1.sDF.IOB TITLE: Vail Run 1st FlE-or Calc #l
NODE ANATYSIS DATA_ (cont.)
NODE TAG ELEVATTON NODE SYPE PRESSURE DTSCHARGE(Fr) (Psr) (GPM)
POC
BFS
BFD
CTY
-9. 0
-5.2
-5.2
-14.0
111. 6
11_0.0
r00.0souRcE 1L3. 9 325.0
33:";, i{l :,,2i1."" : ::':ffi 'ffiHH.3l?H:t3 i'illt;i i ilb' DA*A\ vR1 s ii :; "i
PIPE DATA
PIPE TAG
END EI,EV.
NODES (FT)
Pipe: L
cTY -L4.0POc -9. 0
Pipe: 2
NOZ. PT(K) ( Psr )
sRcE 113.9
0.0 ltl ,6
0.0 1LL. 6
0. 0 1L0. 0
0. 0 110. 0
0. 0 100. 0
100.5
99 .4
(GPM)
325.0(N/A) L.9
0.0
325.00.0 2.0
Q(GPM) DIA(IN) TENGTH
Drsc. vEt(rPs) Hw(c)(Fr)
PRESS.
suM.
(PSr)
Pr, L50.00 Pr 0.2FTG ETG PE .2.2
rL 248,00 Pv 0.0
Pr 3.75 PE 0. 0
FTG PE -1, 6
FL/FT
8.390
140
0.00L
8.0?L
!zv
0. 001
POC
BFS
BES
BFD
BFD
1
L
2
4
3
?
4
4
t" 60
164
165
-o n
-5.2
Pipe: 3
-5.2
-3.2
Tt 3.75 PV 0. 0
rIXED PRESSURE I,OSS DEVICE0.0 10.0 psj-, 325.0 gpn
0.0
Pipe: 4
-5 .2 0.0
-6. 5 0.0
Pipe: 5
-6.5 0.0
-4.2 0.0
Pipe:6
-4.2 0.0
-2.0 0.0
Pipe: 7
-2.0 0.0
-2.O H.S.
Pipe: I
-2.0 H.S.
-2.O 0.0
100.0 0.0
100.5 0.0
6. 357 Pr
T2O FTG
n nn? rn.r
6.357 PL].20 FTG0.003 Tr
6.357 Pr.
T2O FTG
0. 003 rL
6.357 PL
LzO FTG
0. 003 TT,
5.065 Pr,tzo ETG0.002 TL
5.047 Pr120 FTG0.005 rL
6.35? PL
LzO FTG
0.002 Tr
5.047 PL
L2O FTG
0.005 Tr
5.04? Pr
T2O FTG
0. 005 Tr,
4.026 PL
L2O FTG
0.016 TL
PF O.O
PE 0.5
PV 0.L
PF O.2
PE -1-. 0
PV 0.1
pr 0.1
PE -1.0
PV 0.1
PF
PE
PV
PF
EPE
PV
EE
T PE -1.8
325 .0
3-3
325 .0
3.3
325. 0
??
325.0
3.3
225.O
2.5
225.O
3.6
225.O
2.3
225.O
3.6
225.O
3.6
zz5.u
5. /
r.21
Pipe: 9
L60 -2.a 0.0
L61 2,2 0.0
Pipe:10
t- 51
L62
Pipe:11-
L62 7 ,7 0.0163 9. 0 0.0
99.4 0.0
98-4 0.0
98.4 0 .0
98.2 100.0
98.2 100.098.1 0.0
98.1 0.0
96.2 0.0
96.2 0.0
93. B 0.0
36.L2
4.L1
29.L7
5.50
18 .50
3.33
3.33 PV
1_.00 PF
EPE
13.00 PV
LI .42 PF
TPE
31.42 'PV
PV
PF
B PE -2.4
PV
PF
PE -0. 5
2,2 0.0
7 .7 0.0
0.0
0.0
Pipe: L39-0 0.09.0 0.0
0.0
0.0
0.0
0.0
I.27
8.25
ZE)
44.25
z. z2
J-f,.25
4 .42
2E
40 .42
22.t2
0.1
U.U
0.1
0.1
0.0
0.2
0.1
0.0
0.0
Pipe: 12
163 9.0164 9.0
93.2 0.0
93. r. 0 .0
93.1 0.0
92.6 0.0
93. B
93 .2 U.I
U.-L
0.0
n1
0.5
0.0
o.2
3H";, iil ?,,"2??.",, : ::' :ffi "iHff ilJ;?}#l I i"iltffi t L, DA'A\ vR, s ;i ::
"
I
PIPE TAG Q (GPM)
END EtEv. NOZ. PT DISC. VEt(f'PS)
NODES (FT) (K) (PSI) (GPM)
DIA(TN) LENGTHHw(c) (Fr)
FIlTT
3.06S Pt 37 .00]-20 FTG T
0 .062 rL 52.00
PRESS.
suM.
tPsr)
PF 3.2
PE O.O
PV 0.6
PE 1.8
PE O.O
PV 0.5
PF 6.2
PE O.O
YV J.. J
PF 6.0
PE O.O
PV 3. l-
PF t4.7
PE O.O
PV 2.6
PF 11_.0
PE 0.5
PV 2.6
PF 10. I
PE O.O
PV 2.6
PF 0.9
PE O.O
PV 2.6
PF 5.4
PE 4.3
PV 2.6
PF 3.9
PE O.O
PV 2.6
PF 2.4
PE O.O
PV 0.4
PF 2.4
PE 0.0
PV 1.1,
Pipe:14r-65 9.0 0.0L66 9.0 0.0
t66
r67
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
qA
0.0
q6
92 .6
Be-!
89.4
87 .6
87 .6
81.4
81.4
75.4
75.4
60. 5
60. 6
3U - Z
50. 2
39. 4
39. 4
27.4
27 .4
26 .5
26.5
z)-5
25.3
2r.4
2L.4
L9.0
2L.4
10 0
29 .42
29.42
34 .92
225.O0.0 9 .8
0.0
225 .00.0 9.8
0.0
zzJ -u0.0 15.1
225.00.0 21.5nn
225.O0.0 19.8
225 .00.0 19.8
0.0
225 .40.0 19.8
0.0
225.O0.0 19.8
0.0
225 .00.0 19.8
0.0
225 .0
0.0 r.9.8
0.0
24.4
0.0 8.2
24 .4
65 .5
0.0 ' 1.2.7
24.4
Fipe:15
9.0
9.0
3.068 PL
T2O FTG
0.062 TL
2.469 Pr
L2O FTG
0.L77 TL
2 . 06'7 Pr,
I2O FTG
0.421_ 1r
2.L57 PL
L20 rTGo.342 Tr
Pipe: 16
t67 9.0168 9.0
Pipe:
1_68
L59
Pipe:
169
170
Pipe:
i.7 0
I7L
Pipe:
L'7L
BFSA
pi-pe:
BFDA
L74
Pi.pe:
t74
175
L'7
9.0on
18
9.0on
19
9.0
7.8
20
?.8
7.8
34.92
4.25
T
1,4.25
3L.08
T
43.08
2.1,57 PL 20.L2I2O FTG 2E0.342 tL 32.12
2.L57 Pr 19.54
L2O FTG 2Eo.342 TL 31.54
Pipe:2L
BFSA 7.8
BFDA ?.8
FIXED PRESSURE LOSS DEV]CE0.0 12.0 psi, 225.0 gpn
nn
22
7.8
7.8
23
7.8
-2.0
25
-2 .0
-?.Q
26
-2.O
-2.O
2.L57 pr
120 FTG
o.342 TL
2.157 PL
L2O ETG
0.342 TL
2.67
2.67
9.83
e
15. 83
Pipe:24
175 -2.0L"76 -2.0
2.t51 Pr 5.54
LzO FTG E0.342 rL 11.54
1. L04 Pt 10.33
L2O FTG T
0.146 rL 16.33
t.452 PL 2.08
LzO FTG T
0.24A rL 10.08
Pipe:
L76
177
Pipe:
t76
t78
DATE:2/t2/2OOz
JOB TITLE: Vail
PIPE TAG
END EI.,EV.
NODES (FT)
" *' *$,iff
IIH#I?3131 : i,iill;; ( il)' "ern r vn r s i i l E o i
Run 1st Floor Calc #1
Noz. pr o,,". u3i,ilTi, ""*ili'' "iTiT" ":;i':'
(K) (PSI) (GPM) FI./FT (PSI)
Pipe: 28L79 -2.0180 -2.0
Pipe:29
176 -2.0181 -2.0
1-7I
179
5.6
5.6
5.6qA
0.0
0.0
0.0
q6
0.0
c.6
5.6
q4
5.6
5.6
0.0
0.0
0.0
5.6
1e o
14.2
1,4.2
1"2 .9
2r.4
20 -L
20.L
11 A
20. 1
1" a
L7. I
L3.3
J.5.J
t2.L
20.7
20 .0
20.0
18.8
20.0
L7.6
Pipe: 27
-2.O
-z.u
41, .224,4 r.3. I
2L.t
20.t2L.L 6.7
135.00.0 11.9
0.0
23.70.0 7.9
23.7
bJ. o0.0 L2.3
23.7
39.923.7 13.4
20.4
19.5
20.4 6.5
19. 5
4'7 .80.0 4.2
0.0
24.3
0.0 8.1
24.3
1.104 Pr.
LzO FTG0.386 rL
L.104 Pr.,
1-20 FTG0.1o2 TL
2.157 Pt
L2O FTG0.133 TL,
12.38
lz-5d
r-2.38
1_2 .38
9 .21
9.2L
Pl, l-0 .33
ETG T
TL 15.33
2 .08
T
10. 08
t2.38
12.38
72.38
t2.38
5. 00
PF 4.8
PE O.O
PV 1.3
PF 1.3
PE O.O
PV 0.3
PF I,2
PE O.O
PV 0.9
PF 2,3
FE O.O
PV 0.4
PF 2.3
PE O.O
PV 1.0
PF 4.5
eE 0.0
PV L.?
PF 7.2
PE O.O
PV 0.3
PF O-1
PE O.O
PV 0.1
PF I.2
PE O.O
PV 0.4
Pina.
181
rdz
Pi na.5 +FY
'
18L
30
-2,0
-2 .0
?-l
-2. 0
-2.0
L.104
L20
0.139
Pipe: 32
183 -2.O184 -2.O
Pipe: 33
184 -2.0185 -2.O
Pipe:34
181 -2.O186 -2.O
Pipe: 35
186 -2.018? -2.0
L.452 PL
LzO F'TG0.227 rr.,
1. 1_04 Pr,
L2O FTG0.365 rr,
L.LO4 PI
L2O FTG0.097 rL
2.L57 Pr,
I2O ETG
0 . 019 Tr,
1 . 104 Pr,
1"20 Flc
0.1-45 Tr,
6. 00
z.ud
T
8.08
Pipe;36186 -2.0 0.0188 -2.0 5. 6
23.5 1.104
0. 0 '7 .9 L2023.5 0.136
PL 9.04 PF 2.5
E'?G ET PE O. O
Tt 18.04 PV 0.4
NOTES:(1) calculations rrere perforned by the HASS 7.3 computer program
under Iicense no. 4906013290 granted by
HRS Systems. Inc.
4792 Lavista Road
Tucker, GA 30084
(2) The system has been calculated to provide an averagfe
imbalance at each node of 0.003 gpm and a maximum
imbalance at any node of 0.124 gpn.
(3) Velocity pressures are printed for information only and are
not used in balancing the system. Maximum water velocity
is 21.5 ftlsec at pipe 17.
DAIIE| 2/t2/2002
JOB TITLE: Vail
Diameter(in) E
E112.061 5.002.469 6. 00
3.068 ? .004.026 10. 00s.04? 12.006.065 14.00
8.071 18.00
PAGE: B
Di.ameter
(in)
E112.r57 6.006.357 18.00
MATERIAL: THNVTL tlWC:120
Fitting Lengths in !.eet
CBGA
ChkVlv BfyVIv GatVlv Alnchk
14 .00 7.00 1. 00 12. 00
40. 00 1_3 .00 4 .00 35 . 00
Equivalent
TL
Tee LngEll
12.00 4.00
38 .00 L1 .00
DN
DPVIV NPTee
L2.00 12.00
24.00 38.00
PAGE: C
Diameter
(in)
L.104
1.452
MATERIAL: XL HWCI 120
Eguivalent Fitting Lengths in Feet
TLCBGA
Tee LngEll- ChkVlv Bfyvlv GatVlv AlnChk
6. 00 3 .00 6.00 8.00 1.00 13. 00
8.00 3.00 9.00 8.00 1.00 13.00
E
EIl
3.00
4.00
DN
DPVIv NPTee
13 .00 6.00
13.00 8.00
PAGE: D MATERIAL: DTRON
Diameter Equivalent(in) E T L
Ell Tee LngElJ-
8.390 3L.00 60 .00 22.O0
HWC: 140
Fitting Lengths in Feet
CBGN
ChkVlv Bfyvlv catvl-v NPTee
?8.00 21-.00 7.00 60.00
"*'*ffi ,#iffiH-H?HliIi"iitl;i iil}, "erervnr
siiI3oF
Run 1st Floor Calc #1
(4) PIPE EITTTNGS TABLE
Pipe Table Name3 STANDARD.PIP
PAGE: A MATERIAL: S4O HWC:120
Equivalent Fitting Lengths in FeetTI,CBGA
Tee LngEIl ChkVIv BfyVIv Gatvlv ALflChk
10 .00 3 .00 1l_.00 6.00 1-.00 1_0. 0012.00 4.00 14.00 7.00 1.00 1-0.0015.00 5.00 16.00 t-0.00 L.00 1_3.0020.00 6.00 22,o0 1,2.00 2.00 20.0025.00 8.00 27.00 9.00 2.o0 21.0030.00 9.00 32.00 1,0. 00 3. 00 28.0035.00 13,00 45.00 1,2.OO 4.00 35.00
DN
DPVI\/ NPTee10.00 10.00
10. 00 12. 0010.00 15. 00
10. 00 20. 00
1s.00 25.0019.00 30.00
27 .00 35.00
DATE:.2/L2/2002
JOB TITIE: Vail Run 1st Floor Calc *1
WATER SUPPIY ANALYSIS
Static: 144.00 psi Resid: 108.00 psi Florrr: 491.4 gpn
160.0
t-40.0
120. 0
100.0
80.0
60. 0
40. 0
20.0
0.0
-L4.7
500 ?00 800
fI,OT{ (GPM)
"*'*fB,ilffi:H.:l?3#i:i"illlliiil r "ararvnr siilSol
LEGEND
Available pressure
t27.ZS psi G 325.0 gprn
Required pressure
L1-3.94 psi @ 325.0 qpnU
E
P
R
E
s
D
R
E
I
p
q
i
I
20c300 400 500 900 10 00
I
SIMPI,EX GRINNELI,
6240 SMITH ROAD
DENVER, CO 802L6
HYDRAUIIC CAICULAIIONS
FOR
VAII RUN RESORT
FLOOR #2 AREA 3
FILE NUMBER:VR2nd3
DATE: FEB 12, 2002
-DESIGN DATA-
OCCUPANCY CLASSIFICATION: I.,TGHT
DENSITY: .1-0 gpn/sg. ft.
AREA OF APPLICATIONT ROOlll DESIGN METHOD
COVERAGE PER SPRINKIER: VARIES
NUMBER OF SPRINKLERS CALCULATED: 8 sprinklers
TOTAI SPRINKLER WATER FLOW REQUTRED: 144.7 gpn
TOTAL UIATER REQUIRED (including hose): 244.7 gpm
FLoW AND PRESSURE (B CTY): 244.7 gpn e 133.Bpsi
SPRINKLER ORIFICE SIZE: I/2 ine|^
NAME OF CONTRACTOR: Simplexcrinnell
DESIGN,/I,AYOUT BY:
AUTHOR]TY HAVING JURISDICTIONI VATI. FTRE
CONTRACTOR CERTIFICATTON NUMBER: OO7
CAI,CULATTONS By HASS COMPUTER PROGRAM (L,TCENSE * 4906013290)
HRS SYSTE!,IS, rNC.
TUCKER, GA 30084
DA[r': 2/L2/2002
JOB TITLE: Vail Run 2nd Floor Calc #3
TSATER SUPPTY DAr4
souRcE SIATIC RESTD. FLOW AVAIL. TOTAL REQ'DNODE PRESS. PRESS. O PRESS, O DEMAND PRESS.TAG (PSI) (PS]) (GPM) (PSI) (GPM) (PSI)
cTy 144 . 0 108 .0 49L.4 134. 1 244.1 1-33.8
AGGREGATE FIOVil ANAI,YSIS:
TOTAI FIOW AT SOURCE 244.7 GPM
rOTA1, HOSE STREAM ALI,OIfANCE AT SOURCE O.O GPM
OTHER HOSE STREAM AII,OITANCES 1OO.O GPM
TOTAI, DISCHARGE FROM ACTIVE SPRTNKIERS 144.7 GPM
NODE ANALYSIS DATA
NODE TAG EIEVATION NODE TYPE PRESSURE DISCHARGE
(FT) (PSI) (GPM)
"*'*tl,iff HH.H?H:I:i"ilt.ffi iil r "o,oru*r*5.?!ol
720.4
II:'. J
L18 .3
1.18.2
LL1 .2
r.16.0
r.16.0
1
z
?
4
6
I
e
LL0
LLL
rt2
r.13
L20
1-31
t32
1??
1 ?!
l.Jf,
L36
137
138
r5v
L4L
142
143
144
t45
I(Itt
L49
150
IJ-L
14.8 HOSE STREAM 108.7 L00.0
-o, J
-4.2
-2.O
-2 .0
-1.0
-1. 0
1_7 .8
17 .8
71 .8
1?.8
L7.8
r-7.8
17.8
17.8
1?.8
17.8
].7.8
1?.8
t ?.8
L7. I
17.8
17.8
17.8
17.8
17. B
L7 .8
L1 .8
17.8
I27 17.8
l-02.9
99.7
96.3
50.5
57.5
41.0
32.8
IJ.5
K= 5.60 1-1.9 19.3
K= 5.60 10.8 18.4
K= 5. 50 13.1 20.2
K= 5.60 1-1.1 78.6
K= 5. 60 l-0,1 l7 .B
1-7 .8 K- 5. 60
7 .8 r5.7?.0 14.8
K= 5.60
140 r? .8 t2.9
L2.9
K= 5.60 12.5 19.8
12.5
L02.9
1,02 .9
L02. 9
1_02. 9
102.9
r42.9
.. . /1^ ,^ - SPRTNI(T,FIp evomh.- .---
-----,-. Page 2
DATI }T41NKIERPRT..TECTS\VAII,RUN\{IB\DATA\VR2ND3. SDF
JOB 1'r'r'IJE: Vail Run znd Floor Cal-c #3
NODE ANAI,YSTS DATA (cont- )
NoDE rAG EI.FVATrON NODE rypE PRESSpRE D+SCFARGE{Fr) (PgI) IGPM)
I3Z
POC
BFS
t-? .8
-9. 0
-5.2
102.9
l_3L.5
t29.9
BFD -5.2 119.9
cTY -L4.0 SOURCE L33.8 244.7
3#";,i{t?,i:t i *"" ;::':#":ffi:X.:HH:l:i#ll#til}, "o,o,u*,*3i13 oi
PIPE DATA
PIPE TAG
END E].,EV,
NODES (Fr)
Pipe: Lcrv -L4.0POC -9.0
pipe: 2
POC -9.0BFS -5.2
eipe: 3
BES -5.2BrD -5.2
NOZ. PT(K) (PSr)
sRcE 133. B
0.0 131.5
0.0 131.5
0.0 129.9
0.0 ).29.9
n n 110 0
Q(GPM) DIA(TN)
DISC. vEL(FPS) EW(C)(GPM) FLIFT
244.7 8.390(NlA) 1.4 L40
0.0 0.000
244.7 8.071
0.0 1.5 1,20
0.0 0.001
FIXED PRESSURE LOSS DEVTCE0.0 10.0 psi, 244.7 qpn
0.0
LENGTH
fF'.FI
PL 150.00
FTG ETG
TL 248.00
J. /5
PRESS.
suM.
(PSr)
PF 0.1
PE -2.2PV 0.0
PF O.O
YE -L. b
Pv 0.0
PF O.O
PE 0.5
Pv 0.0
PF 0.1
PE -L.0
PV O.O
PF O.O
PU -1.0Pv 0.0
PF 0.1
PE O.O
PV O.O
PF 0.6
PE -0.4
PV 0.2
PF 1.L
PE O.O
PV 0.3
PF O.O
PE O.O
PV 0.3
c! u .3
PE -6.8PV 0.3
PF 4.4
Dr' -1 ?
PV 1.1
PF 3.2
PE O.O
PV 1.1
r. zrPipe: 4
BFD -5. 2 0.0
t -6. 5 0.0
Pipe: 5
1 -6.5 0.0
2 -4.2 0.0
Pipe: 6
2 -4.2 0.0
3 -2.0 0.0
Pipe: 7
3 -2.0 0.0
4 -2.0 0.0
Pipe: I
4 -2.0 0.0
5 -1.0 0.0
Pipe: 9
5 -1. 0 0.0
6 -1.0 0.0
Pipe: 10
6 -1.0 0.0
7 -1,.0 0. 0
Pipe: 11 i7 -L.O 0.0
I 14,8 H.9.
Pipe: 12
8 14.8 H.S.
1111 11 Q n n
Pipe: 13L1-0 77.8 0.01Ll L7 .8 0.0
1r.9.9 0.0
]-20.4 0.0
120.4
i.19.3
r.19.3
118.3
244.7
2.5
244.7
2.5
244.7
z..J
244."7
t.J
244.7
5.5
244.7
5.2
244.7
6.2
244.7
6.2
L44.7
L2.7
L44.7
L2.7
5. 357
L20
0.002
6. 357
120
0,002
6. 357
L20
0.002
5.357
r20
0,002
4.260
L20
n nl q
4 .026
L20
0.0L9
4.026
r20
0.019
4.026
L20
0.01_9
2.L57
120
0.151.
2.l.51
120
0.15r
t.2L
L25
2E
44.25
2 .25
b
15.25
4.42
3E
58 .42
3.00
ET
42.00
49 .62
t
59 -62
l_.?5
r- tf,
1_6.25
E
26.25
4.38
ETB
29.38
8.88
T
20-88
0.0
0-0
0.0
0.0
PI
E'TG
Tt
P],
F?G
TT,
PL
FTG
Ti
EJ)
FTG
TL
t,-L
FTG
T1,
El)
FTG
TI,,
E)r
FTG
TL
Elt
FTG
TL
E!
ETG
Tt
CIr
FTG
Tt
YLr
FTG
TI
118.3 0.0
tlg .2 0. 0
7t8.2 0.0
tL'? .2 0. 0
t1_7 .2 0.0116.0 0.0
116.0 0.0
11.6.0 0.0
11.6.0 0.0
108.7 100.0
108.7 100.0
102. 9 0.0
ta2.9 0.0
99.7 0.0
3t*, ;, iii :,,"2i1."" ; ::' :ffi #lillH.il?3i:*: i"lliffi t L)' DArA\vRz N331;" I
PIPE TAG Q(GPM) DTA(IN) LENGTH
END EI.,EV. NOZ. PT DISC. VEI, (FPS) HT'(C) (ET)
NODES (FT) (K) (PST) (GPM) EL/ET
PRESS.
suM.
(PSI)
PF 3.4
PE O.O
PV 1. 1-
Pipe: 1-4
111 17.8
tt2 17.8
Pipe: 1-5
Ltz 1?.8
113 17.8
Pipe: 22
113 17.8
120 17. B
Pipe:29t20 r7.8
!27 77.8
L44.7
0. 0 12.-t
0.0
L44.7
0.0 20 .9
0.0
L44.70.0 2a.9
0.0
L44.7
0.0 20.9
0.0
L44.7
0. 0 20.9
0.0
L44.7
0.0 20.8
0.0
37."1
0.0 7.3
18. 4
L9.3 6.2
t8.4
81 .2
0.0 12.5
20.2
66. 9
20.2 9.6
18.6
48.3
i.8. 6 6. 9
1,7.8
30.5
L7.8 5.9
75.7
14.8
15.7 5.0
14.8
0.0
0.0
0.0
0.0
nn
0.0
0.0
0.0
5.6
q6
5.6
0.0
5.6
5.6
qA
5.5
5.5
5.6
q6
5.6
99.7
96.3
96. 3
60.5
60. 5
E.? E
57.5
41, .0
41.9
32.8
32. I
L1. 9
Lr. v
1_0.8
LJ.5
1? 1
13. 1
LL.t
11. L
10. r-
10. 1
7.8
t.a
?n
35. I
0.0
2.9
2 . ts't Pr t6 .62
LzO TTG E
0.151_ TL 22.62
t.682 Pr 50.50 PF
1"20 E'TG 4E PE0.508 TL 70.50 PV
t.6s2 Pr.,
L2O FTG0.508 rL
t.682 Pr,
LzO FTG0.508 TL
L. AOZ .E tr
LzO FTG0.508 Tr.,
22.38 PF L6.4
T PE O.O
32.38 PV 2.9
l_5.25
Pr 3.1PE O.OPV 2.9
PF 8.2
PE O.O
PV 2-9
PF 19.5
PE O.O
PV 2.9
PF 7.2
PE O.O
PV 0.3
PF 0.2
PE O.O
PV 1-. 1
PF 2.O
PE O.O
PV 0.6
PF 0,9
PE O.O
PV 0.3
PF 2.3
PE O.O
PV 0.2
PE 0.8
PE O.O
PV O.2
1_.04
l)
6.04
PiPe:35
t32 r.7.8
L33 17.8
Pipe: 36
L33 1?.8
L34 17.8
Plpe: 37
L32 r_7 .8
1.3s 17. I
Pipe:38
135 r_7,8
136 L7.8
Pipe:39
136 L7.8
L3'7 t7 . B
Pipe:
L27
131
Pipe:
131
L32
Pipe:
L37
138
Pipe:
138
1-3 9
1. L04 P!
1.20 FTG
0,087 ?L,
L6.25
Pr.24.00ETG ETTr, 39. 00
1,3 .46
13.46
1 .04
1.04
Pr 6.58FTG Trr 16.58
14 .00
14.00
Pr 32.00
FTG 2E
f r., 40.00
L4 .00
l7 ,8
17.8
34
17.8
17. I
40
L7 .8
17 .8
41
17.8
'11 .8
L.687
L2A
0.500
L.452 PIJ 7.46 PF L.3
LzO FTG T PE O. O
0.086 Tt, 15.46 PV 0.4
r_. 6B?
120
0.196
1".687
120
0.L20
r.687
120
0.066
L .452
0.058
YL
FTG
TI,,
PT
FTG
TL
t". 104 PL
L2O TTG
0.058 TL 14.00
DLIEz 2/L2/2OO2
JOB TITLE: VaiI
PIPE TAG
END ELEV.
NODES (rr)
Pipe: 42
t32 17.8
L40 1?.8
1-40
141
Pipe: 43
L I.d
Pipe:44
141 t7.8
L42 L7.8
Pipe:45
1"42 L'? .8
143 t7.8
Pipe: 4 6
110 17.8
LA4 17.8
Pipe:57
145 L7.8
148 17.8
Pipe: 58
148 t7.8
t49 17.8
Pipe: 59
L49 L7.8
150 17.8
Pipe: 60
150 17.8
1C1 1'7 A
Pipe: 61
L51 17.8
L52 17.8
Pipe:62
145 17.8
L44 17.8
NO?ES:
19. I
0.0 2.8
L9. I0.0 3.8
L9.8
1.687 PL120 rTG
0. 01"3 rr,
1.452 Pr
't 20 rrc0.026 TL
1.104 P1,
T2O FTG
0.000 TL
2 .1,51 PrI2O FTG0.000 rL
L.452 Pr
LzO FTG0.000 TL
l-.452 Pr
1-20 FTG
0 .000 TL
1.452 PL
T2O FTG0.000 rL
1_. 104 PIJ
120 FTG
0 .000 TIJ
1.104 Pr,
LzA FTG
0 .000 Trr
Pr 0.0
PE O.O
PV 0.1
PF 0.4
PE O.O
PV 0.L
PF O.O
PE O.O
PV O.O
PF O.O
PE O.O
Pv 0.0
PF O,O
PE O.O
PV O.O
PF O,O
PE O.O
PV 0.0
PF O.O
PE O.O
PV 0.0
PF O.O
PE O.O
PV O.O
PF O.O
PE O.O
P.V 0. 0
PF O,O
PE O.O
PV 0.0
SPRINKLER SYSTEM HYDRAULTC ANAIYSTS Page 5
Run 2nd rll}rHffT,ERpRr.rEcrs\vArr,RuN\n!toarafvR2ND3.
sDF
NOZ.
(K)
0.0
0.0
0.0
0.0
0.0
5.6
5.6
Q (GPM) DIA(IN) TENGTH PRESS.
PT DISC. VEL(FPS) HW(C) (FT) SUM.
(PST) (GPM) EL/FI (PSI)
19,8 1.687 P[ 10.96 PF
1-3.3 0.0 2.8 t20 FTG ET PE
L2.9 0.0 0.013 rL 25.96 PV
0.3
0.1
0. 0 702.9
0. 0 Loz.9
0.0 i"02.90.0 1,o2.9
0.0 toz.90.0 142.9
0.0 t02.90.0 102.9
0.0 L02.90.0 102.9
0.0 L02.9
0 .0 102.9
0.0 L02. 90.0 102.9
L2.9
rz - t
L2.9
12.5
L2.5
!2. J
3.54
7. 00
ZE,
15.00
1. 1?
ET
10. 17
L19.67
3ET
149.67
30 .38
3E
42.38
L,t2
3. 54
L.t2
L0,79
10.79
4.08
19.8
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
nn
0.0
0.0
0,0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
4 .08
3.92
3. 92
2.157 Pr, 59. 99
I2O FTG 5E0.000 rr 89. 99
(1) Calculatj.ons were performed by the HASS 7.3 computer program
under license no. 4906013290 qranted by
HRS Systems, inc.
4?92 L,aVista Road
Tuckerf cA 30084
(2) The system has been caLculated to provide an average
imbalance at each node of 0.002 gpm and a maximum
imbalance at any node of 0.066 gpm.
oAIE:2/t2/2002 "*'*ffi ,iliffiH-i;?3l3lli"lHlli(il' "o,o'u*,*33?3 oF
JOB TITLE: VaiI Run 2nd Floor Calc #3
(3) Veiocity pressures are printed for lnformation onJ.y and are
not used in baLancing lhe system. Maximum water velocity.. is 20.9 ft/sec at pi-pe 15.
(4) PIPE FITTINGS TABLE
Pipe Table Name: STANDARD.PIP
PAGE: A MATERTAL: S4O HWC: 1.20
Diameter Equivalent Fitting Lengths in Feet
(in)ETLCBGADN
811 Tee L,ngEll ChkVlv BfyVlv GatVlv Almchk DPvIv NPTee
4.026 10.00 20. 00 6.00 22.00 12.00 2.00 20.00 10.00 20 .00
8. 071 L8. 00 35. 00 13.00 45 .00 L2.00 4 .00 35.00 27 .00 3s.00
PAGE: B MATERIAT: THNWT HWC: ].20
Diameter Equivalent Fitting Lengths in Feet
(in)ETLCBGAD
811 Tee !ngE11 chkvlv Bfyvlv Gatvlv Almchk DPVIV
t.682 5 .00 10.00 3. 00 11. 00 7 .00 L. 00 L2.00 1"2.00
2..L57 5.00 12.00 4.00 14.00 7.00 L.00 12.00 i"2.00
4.260 13.00 26.00 8.00 29.Oo 16.00 3.00 26.00. 13.o0
6. 357 18.00 38.00 1L. 00 40.00 13.00 4. 00 3s.00 24,00
PAGE: C MATERIAL: Xl HWC: 120
Dj-ameter Equivalent Fitting Lengths in feet
1in)ETICBGADEIl ?ee LngElI Chkvlv BfyVIv Gatvlv Alnchk DPVIV
1 . 104 3.00 6. 00 3 . 00 6.00 I .00 1.00 1"3. 00 l-3.00
L.452 4.00 8.00 3.00 9.00 8.00 1.00 L3.00 l-3.00
1. 68? 5.00 L0.00 3.00 LL.00 I .00 1,.00 13.00 L3,00
N
NPTee
1,0. 00
L2 .00
26 .00
38.00
NPfee
6.00
8.00
10. 00
PAGE: D MATERIAI: DIRON
Diametex Equivalent(in)ETL
811 Tee L,ngElL
8.390 31.00 60.00 22.00
H$lC:140
Fitting Lengths l-n Feet
CBGN
ChkVlv Bfyvlv Gatvlv NPTee
?8. 00 21 .00 7. 00 60.00
DATE: 2/!2/2002
JOB TITTE: Vail Run 2nd Floor Calc *3
WATER SUPPIJY ANATYSTS
160.0
140-0
120.0
100.0
80.0
60 .0
c0.0
20 .0
' "*rN*pffi ;lH.xl?:#l:i"tHl;;til,,,arervnzul3lEol
Static: L44.O0 psi Resid: l-08.00 psi Flow: 491.4 gpn
600 700 800
FLOril (GPM)
LEGEND
Available pressure
134.09 psi G ?44.7
Required pregsuxe
133.76 psl @ 244.7
gpm
u
ir
P
I(
la
D
U
tI'
E
(
L2
i
)
gpn
-L4.7
20c300 400 500 900 1"000
tSTMPIEX GRINNELI,
6240 SMITH ROAD
DENVER, CO 80216
HYDRAUTIC CALCULATIONS
FOR
VAII RUN RESORT
FLOOR #2 AREA 4
FII.,E NUMBER:VR2nd4
DATE: FEB 12, ZO0Z
-DESIGN DATA-
OCCUPANCY CLASSIFTCATION :
DENSI TY:
AREA OF APPLICATION:
COVERAGE PER SPRINKLER:
NUMBER OF SPRINKLERS CALCULATED:
TOTAII SPRINKLER WATER FLOW REQUJRED:
ToTAL WATER REQUIRED (including hose;:
FLOW AND PRESSURE (O CTY):
SPRINKLER ORIFTCE SIZE:
NAME OF CONTRACTOR : SimplexGrj.nnelL
DESIGN/LAYOUT BY:Bc e DK
AUTHORITY HAVING JURISDTCTION:
CONTRACTOR CERTIFICATIoN NUMBER : OO?
CAI,CUI..A?IONS BY HASS COMPUTER PROGRAM
HRS SYSTEMS, INC.
fucKER, eA 30094
RESIDENTTAI,
.10 gpm/sq. ft.
4 HEADS
VARTES
4 sprinklers
128.3 gpn
228.3 gprn
228.3 gpm @ 130.1 psi
1./2 inch
(LTCENSE # 4906013290)
DA,Ez z/72/2ooa "*'*|ll,ifillH-31?:#Hi"lillJiit,"o,or.,*r*i?l;ol
JOB TITLE: Vail Run 2nd Floor Cai_c #4
WATER SUPPLY DATA
SOURCE
NODE
TAG
NODE TAG
1
2
?
4
5
6
I
110
111
1,L2
t" 13
L20
727
L31
L32
r.3 3
l_ 34
r.35
1"3 6
1J /
L3B
139
1{0
L41,
L42
1"43
L44
145
147
I48
149
.LDU
STATIC
PRESS.
(PSr)
144.0
ELEVATION
(Er)
-aq
-4 -2*2.O
-2. 0
-1.0
-t-. 0
L4.8
1? a
L? .8
17. I
L7.8
L?. I
17.8
17-I
1? .8
17. B
17. I
17 .8
17. B
1? e
L7.B
17.8
17.8
L7.8
t7 .8
17. I
L7.8
L7. I
17.8
t-7. I
I7.B
L?.8
AVAII.
PRESS.
(Psr)
135.3
AT SOURCE
SPRINKLERS
TOTAI, REO i D
E DEMAND PREss.(GPM) ( PSI )
228.3 l-30.1
228.3 cPM
0.0 GPU
100.0 GPM
t_28. 3 GPM
100. 0
32 .6
29 .4
34.2
CTY
RESID.
PRESS. E
(PSr)
108 .0
FLOIS
(GPM)
491..4
AGGREGATE FLOW ANALYSTS:
TOTAL FIOW AT SOURCE
TOTAL HOSE STREAM ALI,OWANCE
OTHER HOSE STREAM AI.,LOWANCES
TOTAL DISCHARGE FROM ACTIVE
NODE ANA],YSIS DATA
NODE TYPE
HOSE STREAM
K= 5.40
K= 5.40
K= 5.40
PRESSURE DISCHARGE(Psr) (GPM)
l_15 . 7
1L5. ?
1L4.7
l_1 4. 6
113. 6
1t2.6
1L2.6
r.05.3
100. 4
100. 4
1.00. 4
1"00. 4
L00. 4
100. 4
1_00. 4
1.00. 4
r-00. 4
1_00. 4
L00. 4
l-00. 4
1_00. 4
1"00. 4
1_00. {
t-00. 4
L00. 4
1_00. 4
1_00. 4
82.3
7L.4
36.4
56. I
29.'1
40.2
DA,E: 2/1"2/zoo2 "*'"S"iffi:H-il?Hgili"iTiil;tflr"o*oru*r*ii1!o3
JOB TITLE: Vail Run 2nd Floor Calc *4
NODE ANAIYSIS DATA (cont,)
NODE TAG EI,EVATION NODE TYPE PRESSURE DTSCHARGE
( E'T) ( PSI ) (GPM)
15L
152
POC
E!5
BFD
CTY
17.8
17 .8
-9.0
-5.2
-5 .2
-14.0
?a ?
K= 5,40 35.1 32.0
L27 .8
L25.2
- 1.L6.2
souRcE 130.1 228.3
' n*'*ilE"iliffiH-ll?H:i:i"iHl5iiil,
"o,o',u*,'3?lEoi
DATE: 2/l-2 /2002
ITOB TITLE: Vai-l Run 2nd Floor Calc #4
PIPE DATA
PIPE TAG
END EIEV.
NoDES (rT)
Pipe: 1
crY -14.0POC -9.0
Pipe: 2
POC -9.0BFS -5.2
Pipe: 3
BFS -5.2BFD -5.2
Pipe: 4
BFD -5.21 -6.5
Pipe: 5
L -6-52 -4.2
Pipe: 6
2 -4.23 -2.O
Pipe: 7
3 -2.04 -2.O
Pipe: B
4 -2.O5 -1.0
Pipe: 9
5 -1.06 -L.0
Pipe: 10
6 -1.07 *1.0
Pipe: 11
? -1 .0
I 14.8
Pipe: L2
I L4.8
L1.0 17.8
Pipe: L3
110 17.8
111 L7.8
Q (GPM)Pt Drsc. vEr(FPs)(Psr) (GPM)
DIA(IN) IENGTH
Hw (c) { rr)
EtlgT
8.390 PL 150.00
1-4 O ETG ETG
0.000 IL 248.00
8.071 PL 3.75
120 FTG
0.001 Tt 3.75
NOZ.
(K)
PRESS.
sult.
(Psr)
PF 0.1
PE -2.2
PV O.O
Pr 0.0
PE -T.6PV O.O
228.3
sRcE 130. 1 (N/A) 1,.30.0 L27 .8 0. 0
0.0 tz't.80.0 t?6.2
0.0 126.20.0 7L6.2
0.0 tL6.20.0 116. ?
0 .0 116. ?
0.0 1"15. ?
0.0 115.70.0 1L4.7
0.0 L14.7
0.0 1"14.6
0.0 1r.4. 6
0.0 1r.3.6
0. 0 113. 6
0.0 11,2.6
0.0 LLz.6
0.0 1L2. 6
0. 0 L1,2.6
H. S. 105. 3
H. S. L05. 3
0.0 L00. 4
0. 0 r.00. 4
0. 0 100. 4
228 .30.0 r_.4
0.0
FIXED PRESSSRE IOSS DEVICE0.0 10.0 psi, 228.3 gpn
0.0
228 .3
0. 0 2.3
0.0
228.3
0.0 2.3
0.0
228.3
0. 0 2.3
228.3
0.0 2.3
0.0
228.30.0 5.1
0.0
228.30.0 5.8
0.0
228.30.0 5.8
0.0
228 .30.0 5.8
r-00. 0
128.3l-00.0 11 .3
0.0
0.00.0 0.0
0.0
6. 357 Pr
LzO FTG0.002 TL
6.357 PL]-20 FTG0.002 TL
6.357 Pr,
I2O FTG0.002 rr,
b.J5/ PL
L2O FTG
0.002 Tr,
4.264 Pr
L2A FTG
0.013 TL
4 .026 PL,
L2O FTG
0.017 rL
4.026 PL
].20 FTG
0 . 017 Tr.
4 .026 Pr.,
1"20 FTG
0. 017 rL
2 .1"57 Pr,
1,20 FrG
0.L21 Tr.,
2.157 PL
120 FTG
0. 000 rL
PF O.O
PE 0.5
PV O.O
Pr 0.1
PE -l_. 0
PV 0.0
PF O.O
PE -1. 0
PV 0.0
PF 0.1
PE O.O
PV 0.0
PF 0.5
PE -0. 4
PV .0.2
PF 1.0
PE O.O
PV 0.2
PF O.O
PE O.O
PV 0.2
PF 0.4
PE -6. I
PV 0.2
EE J. b
PE -1.3PV 0.9
PF O.O
PE O.O
PV 0.0
L.ZI
1.2!
8.25
2E
44.25
z. z3
B
15.25
4.42
J -E;
58 .42
3.00
ET
42.00
49 .62
E
59.62
1.75
L6.25
E
25.25
4 .38
ETB
29.38
I .88
T
20.88
SPRINI(ER SYSTEM HYDRAULIC ANALYSIS-. Page 4
DATE: 2/12 /2AA2 Jsenrnxr,ERPRlJEcrS\VATLRUN\c\DArA\vR2ND4. SDF
JOB TITLE: Vail Rufl 2nd Floor CaIc #4
PIPE TAG
END ELEV. NOZ.
NODES (rr) (K)
Q(GPM) DIA{IN) I.,ENGTH PRESS.
PT DrsC. VEL(FPS) HW(C) (FT) SUtr.
(PST) (GPM) FLIFT (PST)
Pipe: l-4
111 i-?.8
112 L7.I
Pipe:15
L12 1,7 .8
113 I7.8
0.0 r.00.4
0.0 100 . 4
0.0 100. 4
0. 0 100. 4
0. 0 100. 4
0. 0 r.00. 4
0.0 100.4
0. 0 r.00. 4
0.0 100. 4
0. 0 100. 4
0.0 100, 4
0. 0 100. 4
0.0 1_00,4
0. 0 1_00. 4
0.0 1_00. 4
0.0 1-00 . 4
0 .0 100.4
0 .0 r-00 .4
0.0 l_00.40.0 l-00.4
0.0 100.40.0 100.4
0. 0 100. 4
0. 0 100. 4
0. 0 100. 4
0. 0 100. 4
2 . 157 Pr L6.62L20 rrc E0.000 Tr 22.62
PF O.O
PE O.O
PV O.O
PF O.O
PE O.O
PV O.O
Ps' 0.0
PE O.O
PV O.O
PF O.O
PE O.O
PV 0.0
PA 0.0
PE O.O
PV 0.0
PF O,O
PE O.O
PV O.O
PF O.O
PE O.O
Pv 0.0
PF O.O
PE O.O
PV 0.0
PF O.O
PE O.O
PV 0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0,0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
50. 50
4E
70 .50
1.04
E
6 .04
22
17.8
17. B
29
L7 .8
L7 .8
33
L7.B
17.8
34
1"? .8
17 .8
35
17 .8
L7 .8
36
17 .8
r_7 .8
L.682 PL
120 FTG0.000 rr
1.682 Pr
LzO TTG0.000 TL
Pipe:
113
'J"20
Pipe
L20
L27
Pipe
r.682 PL 22.38120 FTG T
0.000 rL 32.38
I .452 PL 7 .46
T2O FTG T
0.000 TL 1_5.46
L.682 PL
T2O FTG
0.000 TL
1.687 PL
120 FtG
0.000 rr
1,.452
L20
0. 000
1.104
L20
0. 000
76.25
1"27
13L
1.31
L32
L32
133
133
1_3 4
L32
r5f,
135
136
Pipe
Pipe
Pipe
16,25
24,OO
ET
39.00
Pipe: 3?
17 .8
17 .8
Pipe: 38
17.8
17. B
1.104 PL
LzO FTG0.000 Tr.,
1.68? PI,]-20 FTG0.000 TL
1. 68?
L20
0 .000
6.58 PF 0.0
T PE O.O
16.58 PV 0.0
PF O.O
PE O.O
PV O.O
P1.,
FTG
TL
13.46
L3.46
1.04
1".04
r-4.00
32.00 PF
2E PE
40.00 PV
Pipe:
136
137
39
17.8
17. I
40
17. B
1,7.8
4t
L7.B
t-7.8
L.68? Pr L4 .00
1_20 FtG0.000 TL 14 .00
Pipe
L37
138
Pipe
138
139
Pt
FTG
TL
PL
FTG
T1,
0.0
0.0
0,0
PF O.O
PE O.O
PV O.Or-4.00
DArE: 2/12 /2OO2
JOB TITLE: VaiI
PIPE TAG
END EIEV.
NODES (FT)
Pipe:42
132 l-7.8
140 17.8
Pipe:43
140 t'1.8
1,41 L1.B
Pipe: 44
t4L 71 .B
142 Ll.B
Pipe:45
L42 17.8
143 1,7 .8
Pipe: 46
110 17.8
144 17.8
Pipe: 47
r44 17.8
145 17.8
Pipe: 5?
1_45 17.8
1.48 1,?.8
Pipe: 58
t52 1? .8
L49 17. S
Pipe: 59
148 1-7.8
Ls0 L? .8
Pipel 60
150 1?. B
151 1?.8
Pipe: 51
151 17.8
152 17.8
Pipe: 62
L47 77.8
15L r7.8
"*'"S"i:iHil.i#31:ll i"iffiH$til)' "erar
vne nf il!oi
Run 2nd Floor Calc *4
PRESS.
SUM.
(PSr)
PF O.O
PE O.O
PV O.O
PF O.O
PE O.O
PV 0.0
PF O.O
PE O.O
PV 0.0
PF O.O
PE O.O
PV O,O
NOZ. PT(K) ( PSr)
0.0 100.4
0 .0 100 .4
0. 0 100. 40.0 l-00.4
0. 0 100. 40.0 100.4
0.0 100.40,0 100.4
0.0 100. 4
0. 0 82.3
0.0
0.0
0.0
5.4q4
0.0
5.4
5.4
0.0
0.0
5.4
5.4
0.0
Q (GPM) DIA (IN) LENGTH
Drsc. vErJ(FPS) HW(C) (nr1
(GPM) FI,/FT
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0,0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
128.30.0 11.3
0.0
r28.30.0 11.3
0.0
128 .3
0. 0 18.4
0.0
1.687 Pr, 10.96120 FTG ET0.000 TL 25.96
1.687 PL
120 FTG
0.000 TL
3.54
3.54
r-.452
120
0.000
1_ . L04
L20
0.000
2 .157
1tn
O.LzL
PL 7 .00
FTG 2E
Trr 15.00
PL L.L'I
FTG ET
TL 10.17
s9.99
qF
89 .99
26.50
2E
36.50
Pr 119. 67 PEFTG 3ET PEIt r49.67 PV
18.1
0.0no
82.3
7L.4
7),.4
56.8
35.1
29.'7
56.8
40 .2
40.2
38 .3
38 .3
J5.I
36.4
38.3
1. t-04
120
0.207
PF l-0. 9
PE O.O
PV 0.9
PF L4.6
PE O.O
Pv 2.3
PF 5.4
PE O.O
PV 0.7
2.757 PL
T2O FTG
O.L2T TT
T.687 PT,
I2O FTG
0.400 rL
29 .432.0 9,9
29 .4
128.3
0.0 24.9
34.2
94.0
34.2 L8.2
0.0
61.4
0.0 20.5
32.0
-32.6
32 .6 L0. 9
0.0
PL L7.00
FTG 3E
TL 26.00
1.452 PL
120 FTG
0.831- TL
L. 452 PL
LzO FTG
0.458 Tr.,
L.104 PL
1-20 ETG
0 .809 Tt
L.104 Pt
LzO gTG
0.250 TL
16.00 PF 16.6
E PE O.O
20.00 PV 4.2
4.08
4 .08
3.92
3. 92
1 qn
T
7.50
PF 1,. 9
PE O.O
PV 2,2
PF 3.2
PE O.O
PV 2.9
PF 1.9
PE O.O
PV O.B
NOTES:(1) calculations were
under License no,
performed by the HASS ?.3
4906013290 granted by
HRS Systems, Inc.
4792 Lavista Road
Tucker, GA 30084
computer program
3H"; ,; {; ?' ?,2??*,. ;::' :ti'ligtpf t?H8t : i#i#i t L}' oo,o, u*,
"3; :;
"
F
(2) The system has been cal-culated to provide an average
imbalance at each node of 0.004 gpn and a rnaxlmumj-mbalance at any node of 0.1-38 gpm.
(3) Velocity pressures are printed for information only and arenot used in baLancing the system. Maximum water velocltyis 24.9 ftlsec at pipe 59.
(4) PTPE FTTT]NGS TABLE
Pipe Table Name: STANDARD.PIP
PAGE: A MATERIAL: S4O HWC: 120
Diameter Equivalent fitting Lengths in Feet(in) E T T C B G A D N
EI1 Tee LngEll ChkVIv Bfyvlv GatVIv Almchk DPVIV NPTee
4.026 10.00 20.00 6.00 22.0o L2.00 2.o0 20.00 1_0.00 20.00
8.07L 18.00 35.00 L3.00 45.00 L2.00 4.00 35.00 27 -OO 35.00
PAGE! B MATERIAT: THNWT HWC: ].20
Diameter Equivalent Fitting Lengths in Feet(Jn)ETLCBGADN
Ell Tee LngEll ChkVlv BfyVl-v Gatvlv AlnChk DPVIv NPgee
L.682 5.00 L0.00 3.00 11.00 7 .00 1 .00 r_2.00 12 .00 10. 00
2.757 6.00 12.O0 4.00 14.00 7.00 t_.00 1-2.00 L2.00 12.00
4.260 13.00 26.00 8.00 29.00 16.00 3.00 26.00 13.00 26.O0
5.35? L8.00 s8.00 1-1.00 40.00 r.3.00 4.00 3s.00 24.oo 38.00
PAGE: C MATERIAL: XL, HWC: 120
Diameter Equivalent Fitting lengths in Feet(in)ETLCBGADN
ElI Tee LngEll ChkVIv Bfyvlv Gatvl-v AImChk DPVIV NPTee
r..104 3.00 6.00 3.00 6.00 8.00 1.00 13.00 13.00 6,00
1. 452 4.00 8.00 3.00 9.00 8.00 1.00 13.00 13.00 8.00
1.687 5.00 10.00 3.00 11.00 8.00 1.00 13.00 13.00 1-0.00
PAGE| D MATERIAT: DIRON HWC: 140
Diameter Equivalent fitt.ing Lengths in Feet
(in) E T I' C B G N
Ell Tee LngEll chkVLv BfyVIv Gatvlv NPTee
8.390 3r..00 60.00 22.oo 78.00 2L.00 7 .00 60. 00
DATE: 2,/L2 /2002
,tOB Tf TL,E: Vail Run 2nd Floor Cal'c #4
WATER SUPP1Y ANALYSIS
Static: 144.00 psi Resid: 108.00 psi Flow: 491.4 gprn
i.60 . 0
140.0
120.0
100. 0
80.0
50.0
40.0
20. 0
0.0
-L4.7
600 700 800
FLOW (GPM}
"*-*ll,;fi ffiil.X#H:ili"lTilJf, if,]' "o,oru*,*iil!ol
LEGEND
Available pressure
135.28 psi G 228.3
Required pressure
1-30.10 psi G 228 .3
gpm
gpm
A
U
t:
E
P
R
E
e
5
u
It
E
(
p
i
20c300 400 s00 900 1000
SPRINIIIIR. SYSTEM HYDRAULIC ANALYSISI Page 8
DArE: 2/L2/2002 fearUxr.ERPRrJECTs\vArr.,RUN\re\DArA\vR2ND4:sDFJOB TITL,E: Vail Run 2nd Eloor Calc {t4
-''"-\..
oSTMPLEX GRINNEI,L
6240 SUITH ROAD
DENVER, CO 8021,6
HYDRAUTIC CATCULATIONS
FOR
VAII RUN RESORT
FI,OOR #3 AREA 2
FTI.E NUMBER:VR3Td2
DATE: FEB L2, 2002
-DESTGN DATA_
OCCUPANCY CI,ASSI PICATION :
DENSITY:
AREA OF APPI,TCATfON:
COVERAGE PER SPRTNKLER:
NUMBER OF SPRINKIERS CALCUIATED:
TOTAL SPB,INKLEB, I{ATER ELOTil REQUIRED:
TOTAI lilATER REQUIRED (including hose) :
FLOW AND PRESSURE (@ CTY) :
SPRTNKI.FR ORrFrcE srzE:
NAME OE CONTRACTOR: SimplexGrinnell
DESIGN/LAYOUT BY: BC & DN
AUTHORITY HAVfNG JURISDICTTON: VAfL FrRE
CONTRACTOR CERTTFICATIoN NUMBER: OO?
CAI,CUI.ATTONS BY HASS COMPUTER PROGRA}{
HRS SYSTEMS, rNC.
TUCKER, GA 30084
RESIDENT]AI
.l-0 gpm,/sg. ft.
4 HEADS
VAR]ES
4 sprinklers
122.6 gpm
222.6 gpm
222.6 gpm 0 135.3 psi
I/2 inch
I
l
i
i
(LrcENsE * 49060L3290)
DATE: 2/12/2OOz
JOB TITIE: Vail Run
WATER SUPPLY DATA
"*'"S,ilillH.gli3#iii"lTll;i iL ', **o',,*. *ii1EoI
3rd Floor CaLc #2
AGGREGATE FIOVI ANAIYSIS:
TOTAL FLOIY AT SOURCE
TOTAL HOSE STREAM ATLOWANCE
OTHER HOSE STREAM AI,I,OWANCES
TOTAL DISCHARGE FROM ACTIVE
NODE ANAIYSIS DATA
souRcE
NODE
TAG
cTv
STATIC
PRESS.
(PSr)
L44.0
ELEVATION(rr)
-6.5
-4.2
-2.0
-2.0
-1.0
-1_.0
-1.0
14.8
24.8
27 .8
2'7.8
27 .8
27.8
27 .8
27 .8
2't.8
2't.8
2't .8
27 .A
27.8
27 .8
27 .8
27.8
27 .B
2"t -8
2'7 .8
2'7 .8
27 .8
2"t.8
27 .8
-9.0
-5.2
-5.2
REST D.
PRESS. @
(Psr)
108.0
F'LOW
(GPM}
49L.4
AVAII,,
PRESS.
'
DqT I
135.7
AT SOURCE
SPRINKLERS
122.O
L20 .9
1-1_9. 9
1_1-9, B
r1B. 9
1_17.9
tt1 .9
110. ?
1-06.2
101. 6
99.2
04 .'
88. 4
66. s
51.5
37. 4
33. 9
38.3
3L.2
30.4
29 .6
35.1
99.2
99. 2
99.2
99.2
99 .2
99.2
9J. Z
99 .2
133. L
1_3 L. 5
12L.5
TOTAL REQID
G DEMAND PRESS.
(GPM) (PSr)
222.6 135. 3
222.6 cPM
O.O GPM
1"00. 0 GPM
122.6 GPM
NODE TAG
L
z
3
4
q.
6
I
9
82
83
84
85
92
93
9{
95
96
97
98
99
100
101
L02
1fi4
1n E
106
707
108
109
POC
BFS
BFD
NODE TYPE
HOSE STREAM
K= 5.40
K= 5,40
K= 5.40
K= 5.40
PRESSURE DTSCHARGE
(PSI ) (GPM)
1-00 .0
31.5
29 .8
29.4
32.0
DA'E: 2/Lz/20oz'n*'"ffi"ilillX.i#H:l:i"illlffiiil',""roru*r*ii?3o3
ifOB IrTIE! Vail Run 3rd Floor Calc +2
NODE ANALYSTS DATA (cont.I
NODE IAG ETEVATION NODE TYPE PRESSURE DISCHARGE(rr) tPsr) (GPM)
cTV -14 .0 SOURCE l-35.3 222.6
bnrn, z/tz/2002'"*'*|T,;HliNJI?H3l:i"lHlJitil,,"ororu".*i1?3oi
JOB TITLE: Vail Run 3rd Floor Calc #2
PIPE DATA
PTPE TAG
END ELEV. NOZ,
NODES (FT) (K)
Pipe 3 l-
cTY -14.0 SRCE
POC -9. 0, 0. 0
Pipe: 2
POC -9. 0 0.0Brs -5.2 0. 0
Pipe: 3Brs -5 .2 0.0
BFD -5.2 0. 0
Pipe: 4
-6. 5
Q (GPM)
PT DrSC. VEL(FPS)
( Psr ) (GPM)
222.6
13s.3 (N/A) 1 .3133.1 0.0
222.6
133. r. 0.0 L.4
13L. 5 0. 0
DIA(IN} LENGTH PRESS.HW(C) {FT} SUM.rLlFT (PSI)
I .390 PL l_50.00 PF 0. 1140 TTG ETG PE -2.20.000 TL 248,00 Pv 0.0
8.07L Pr, 3.75 PF 0.0!20 rTG PE -1.6
0. 001 Tr 3.75 PV 0 . 0
131.5
L21 .5
F]XED PRESSURE LOSS DEVICE0.0 10.0 psi, 222.6 qpm
0.0
Pipe: 5
1 -6.52 -4.2
Pipe: 6
2 -4.23 -2.0
BFD
L
6 .357
120
0 .002
o. Jc /
't 20
0. 002
PI
FTG
T1
PT
FTG
TI,
1" .21,
10. 00
4.38
ETB
29. 38
t.21,
B .25
2E
44.25
2.25
B
l-5.25
4 .42
3E
58.42
3. 00
ET
42 .00
49.62
TJ
59.62
L.15
Pipe.: ?
-z . u
-z.u
Pipe: I
-2.0
Pipe: 9
-1. 0
-1 rr
Pipe:10
-L. 0
-1-.0
Pipe:1L
-1-.0
1-4.8
Pipe: 12
14 .8
24.8
Pipe: 14
24.8
27 .8
6 .357 Pr.L20 Ffc0.002 Tr
6. 35? Pr120 FTG0.o02 Ttr
4.260 PL120 Fgc
0.012 Tr
4.026 PL720 FTG0.016 rr.,
4 .026 Pr,
120 FTG
0.01"6 Tr,
4 .026 PIJ
120 FTG
0.016 Tr
4.026 PIr
].2 O FTG
0 . 016 Trr
2 .1_57. PL
LzO FTG
0.111 rL
PF O.O
PE 0.5
PV O.O
PF 0. 1_
PE -1.0PV 0,0
PF O.O
PE _1,0
PV O.O
PF 0.1
PE O.O
PV O.O
PF 0.5
PE -0. 4
PV 4.2
PF 1-.0
PE O.O
PV O.2
PF O.O
PE O.O
PV 0.2
Pr 0.4
PE -6.8PV 0.2
PF 0.2
PE -4.3PV 0.2
Pr 3.3
PE -1.3PV 0,8
0.0 12L.5
0. 0 r22.o
0. 0 I22.0
0. 0 720.9
0. 0 t2a .90.0 r"19.9
0. 0 r.1-9. 9
0. 0 1r.9. B
0.0 11-9.80.0 L18.9
0.0 1L8.9
0.0 11? .9
0.0 117.90.0 117 .9
0.0 1L7 .9
0. 0 LL0.7
0.0 11-0.7
H. S. 106.2
!r. s . to6.2
0 .0 101.6
222 .60.0 2.3
0.0
222 .60.0 2.3
0.0
222 .6
0.0 2.3
0.0
222 .60.0 2.3
0.0
222.60.0 5.0
0.0
222 .60.0 5.6
0.0
222.6
0.0 5.6
222.60.0 5.6
0.0
222.60.0 5. 6
100. 0
r22.6
100.0 r-0. I
0.0
l-. 75
1,6.25
-E;
26.25
1-0. 00
I
9
I
q2
NOZ.
(K)
I.,ENGTH
IF'TI
PRESS.
SUM.
(PSr)
PF 2.3
PE O.O
PV 0.8
Pr' 2.5
PE O.O
PV O.B
82
B3
a?
B4
84
85
85
92
92
93
Pipe: L5
?7 .8
27 .8
Pipe:16
27 .B
27 .8
Pipe: L6A
2't .B
27 .B
Pipe:23
27 .8
27 .8
Pipe:24
2'1 .8
27 .8
Pipe:26
2'1 .8
27.4
Pipe:2?
27 .B
27.8
Pipe:28
27 .B
27 .8
Pipe: 29
27 .8
27 .B
Pipe:30
27.8
27.8
Pipe: 31
2't .8
2't.8
Pipel 32
27.8
2'1 .8
0.0 1-01. 60.0 99 .2
122.60.0 10.8
':,22.6
0.0 10. I
0.0
122.60.0 10.8
0.0
122.6
0.0 L7.7
0.0
1,22.6
0.0 1,7 .6
0.0
32.0
0 .0 1-0. 7
32.O
31.50.0 10.5
31-.5
L22.60.0 23 .8
0.0
59.20.0 19.8nn
29. B0.0 L0.0
29.8
29 .40,0 9.9
29.4
63 .50.0 21 .3
0.0
2.Is't PL 8. 88L20 rTG T
0. r.11 rL 20 ,88
2 .1,57 PL L6.62LzO FTG E0.1L1 TL 22,62
99 .2
96.7
96.'7
88.4
88.4
66. 5
66. 5
q1 q
37 .4
?R 1
37 .4
33. 9
q1 6
38.3
Jd .5
31.2
3t.2
30 .4
3t.2
29 .6
38.3
31 .4
99,2
99,2
2.L57
L20
0.111
1. 104
L20
0.23s
PL
FT6
TL
50.50 PF
4E PE
?4.50 PV
0.0
0.8
Pipe: 25
94 27.8
100 27.8
l_. 682 Pt
LzO FTG
o.37 4 Tr,
1.687 PL
12O FTG
0.368 rr.
1.104 PL
LzO ETG
o.242 rL
43.58 PF 21 .9
ET PE O.O
58. 5B PV 2.I
25.75
ET
40.75
9.45
3.42
T
9.42
3 .67
3. 67
1.38
T
7.38
15.0
0.0
z.r
2.3
0.0
0.8
rr
PE
PV
PF
r.Er
PV
94
YJ
93
96
96
97
97
98
97
99
96
94
83
1n1
1.452 PL 9.33 PF
120 FTG T PE
0.765 Tr 1? .33 PV
9. 45
PL 5.75
FTG ET
TL t4 .'7 5
DF ? q
PE O.O
Pv 0.7
13.3
0.0
?e
1.104 PL
T2O FTG
0.754 TL
1. t_04 PL
LzO ETG
o.212 TL
L.TA4 PI,
L2O TTG
0.207 TL
1.r04
120
0.8s9
Pr 1. 00
FTG
TL 1,00
PF 7.1
PE O.O
PV 2.6
PF 0.8
PE O.O
PV O.?
PE 1.5
PE O,O
PV 0,7
PF 0.9
PE O.O
PV 3.0
PF O.O
PE O.O
PV 0.0
0.0
0.0
0.0
0.0
2.L57 Pr 35. ?9
T2O FTG ET
0.000 rr, 53.'1 9
"*'*ru,ilillH-Xl?]#lli'lHkli{il'
"o,oru*.*3i13ol
Q(GFM) DIA(IN}
PT DrSC. VEI,(FPS) H9il(C)
( PSr ) ( cPu) FL,/FT
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
R/l
0.0
5.4
0.0
0.0
U.U
0-0
5.4
'0. 0
5.4
0.0
0.0
0.0
0.0
DATE: 2/L2/2002
JOB TITLE: Vail Run 3rd Floor CaLc *2
PTPE TAG
END EI.,EV.
NODES (FT)
DAEE:2/!2/2002
.JOB - TITLE: VAil
PTPE TAG
END ELEV.
NODES (Ff)
Pipe:33
10 1. 27 .4ro2 27.8
Pipe:36102 27.810s 27.8
Pipe: 37L05 27.8
106 27.8
Pipe:38
106 27.8
107 27.8
Pipe:39
107 27.8108 27.8
0.0
0.0
0.0
0.0
0.0
0-0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
99.2
99.2
99.2
99.2
99.2
99.2
99.2
99.2
99 .2
99.2
99 .2
99.2
99.2
99.2
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0,0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
2.L57
r20
0. 000
LENGTH
(FT)
PRESS.
SUM.
(PSr)
PF O.O
PE O.O
PV 0.0
PF O.O
PE O.O
?v 0.0
PF 0.0
PE O.O
PV O.O
PF O,O
PE O.O'PV 0.0
PF O.O
PE O.O
PV 0.0
PF O.O
PE O.O
PV 0.0
30. 38
?E
48.38
L.t2
Pipe:
108
109
Pipe:
104
108
40
21 .8
27.8
41
27.8
z I.tt
1.L2
1n "70
10.79
4. 08
4.08
5. v4
3 .92
r". 50
T
? EN
computer program
(2) The systern has been calcuLated to provide an average
imbafance at each node of 0.002 gpm and a maximum
imbalance at any node of 0.055 gpm.
(3) velociLy pressures are printed for infornation only and are
not used in balancing the system. Maximum rdat,er velocity
is 23.8 ftlsec at pipe 2?.
performed by the HASS 7.3
490601-3290 granted by
HRs Systems, Inc.
4"192 LaVLBta Road
Tucker, GA 30084
"*'"$nilillH.Sl?H:l:i"lTilJi{L'
"ararvsr
niiYEoi
Run 3rd Eloor CaIc #2
O(GPM) DIA(IN)
NOZ.
(K)
NOTES:(1) Calculati.ons were
under license no.
PT DrSC. VEL(FPS) HW(C)(PSI) (GPM) EL/FT
2.157 PL
120 FTG
0. 000 TL
L.452 PL
T2O FTG
0. 000 TrJ
1.1"04 PL
120 FTG
0. 000 rr
1,.L04 PL
1.20 FTG0.000 rr
1.104 PL120 F[c
0. 000 TL
1.104 Pr.,
1,20 FTG0.000 TL
PrJ '73.79 PF 0.0
rTG 4ET PE O. O
TL 109.79 PV 0.0
D;ATE. 2/t2/2002
.JOB TITLE: Vail
"*'*li nilffill-l#lt:l:i"HtlJf, { f,l'"o,o,u*,*iilE o F
Run 3rd Floor Calc *2
(4) PIPE FITTINGS TABLE
Pipe Table Name: STANDARD.PIP
PAGE: A MATERIAL: S40 HWC: 120
Diameter Equivalent Eitting Lengths in Feet(in) E T I' C B G A
ELl Tee LngEIl Chkvlv BfyVIv GatVIv AlmChk
4 .026 i_0.00 20. 00 6. 00 22.00 12 - 00 2.oo 20.00
8.071 1_8.00 35.00 13.00 4s.00 L2.OO 4.00 35.00
DN
DPVIV NPTee
L0.00 20.00
27 .OO 35.00
PAGE: B MATERTAL: THNWT
Diameter Eguivalent(in) E r L811 Tee LngE1l
t.682 5.00 r_0.00 3.002.t5'1 6.00 12 .00 4 .00
4 ,260 L3 .00 26. 00 I . 006.35? 1,8.00 38.00 11_,00
HWC:120
Fitting lengths in Feet
CBGA
Chkvlv Bfyvlv GatVlv AImChk
11.00 7.00 l_.00 72.o0
14.00 7.00 1.00 L2.00
29.00 16. 00 3.00 26.00
40.00 13.00 4 .00 35. 00
DN
DPVIv NPTee
L2.OO 10. 00
1,2.OO L2.O0
1_3. 00 2 6. 00
24.00 38;00
PAGE: C MATERIAL: XL HWC: L20
Diameter Equivalent Fitting Lengths in geet
1in) E T L C B G A
ElI fee LngEIl ChkVfv Bfyvlv GatVlv AlmChk
1.104 3.00 6.00 3.00 6.00 8.00 1.00 13.00
1.452 4.00 8.00 3.00 9.00 I .00 1. 00 13.00
1.687 5.00 10.00 3.00 11.00 8.00 1.00 13.00
DN
DPVIV NPTee
13.00 6.00
13.00 8.00
13.00 10.00
PAGE: D MATERIAI,: DIRON
Diameter Equivalent
(in) E T L,
Ell Tee T.,ngBll
8.390 31,00 60.00 22.OO
HWC: 140
Fitting l.,engths in Feet
CBGN
ChkVIv BfyVlv GatVlv NPTee
?8.00 21.00 7.00 60.00
DA',[E. zlL2/2ooz
,fOB TITI,EI vail
WATER SUPPLY ANALYSIS
160.0
1"40.0
120. 0
100.0
80-0
60.0
40.0
20.0
0.0
-L4.7
I
m
A
u
EJ
P
R
E
D
s
U
R
E
(
p
!
)
800
s P R r Nt pil; IIH-IX ?l# I I i'iTtili { il' "o,o' u*, * 3 i 1 ! o I
Run 3rd Floor Calc *2
500 700
FI.,OW (GPM}
Static: L44.00 psi Resid: 108.00 psi FIow: 49L.4 gpn
I.,EGEND
Available pressure
135.68 psi @ 222.6
Requj-red pressure
135.33 psi @ 222.6
gpm
gpm
20c300 400 500 900 100 0
SIMPLEX 6RINNEI.I,
6240 SMrrH F.OAD
DENVER, CO 80216
HYDRAUI,IC CAI-,CUIATTONS
FOR
VAII. RUN RESORT
FLOOR #3 AREA 3
FItE NUMBER:VR3Td3
DATE: FEB 12, 2OO2
-DESTGN DATA-
OCCUPANCY CI.,ASSTF]CATTON: RESTDENTIAL
DENSTTY: . L0 gpm/sq. ft.
AREA OF APPLICATION: 4 HEADS
COVERAGE 9ER SPRINKLER: vARfES
NUMBER OF SPRINKL.,ERS CAICULATED: 4 sprinklers
TOTAL SPRINKI,ER WATER FLOW REQUIRED: 128.3 gPM
TOTAL WATER REoUTRED (including hose): 228.3 gpm
FI.,OW AND PRESSURE (e cTYl : 228.3 gpn e 133.4 psi-
SPRINKIER ORIFICE SIZE: 1,/2 iNCh
NAME OF CONfRACTOR: SimplexGrinnef 1
DESIGNILAYOUT BY: BC E DK
AUTHORITY HAVING JURISDICTION: VAII, FIRE
CONTRACTOR CERTTFICATION NUMBER: OO?
CALCUTATIONS BY HASS COMPUTER PROGRAM (LICENSE * 4906013290)
HRS SYSTEMS, rNC.
TUCKER, GA 30084
SPRINIII&R SYSTEM HYDRAUL,IC ANALYSISI Page 1
DATE: 2/12 /2002 $rnruxr,ERPRrJEcrs\vAERUN\Hl\DArA\vR3Ro:lsorJOB TITTE: Vail Run 3rd Floor Calc #3
WATER SUPPT.,Y DATA
AGGREGATE FLOTC ANALYS]S:
TOTAI, FLOW AT SOURCE
TOTAI, HOSE STREA}! ALLOWANCE
OTHER HOSE STREAM ALIOWANCES
TOTAL DISCHARGE FROM ACTIVE
NODE ANAIYSIS DATA
EI,EVATTON
rF'T}
NODE TYPE PRESSURE DISCHARGE
( PSI } (GPM)
SOURCE
NODE
TAG
cry
NODE fAG
1
z
3
4
5
6
1
I
9
B2
83
B4
85
92
93
94
95
96
97
98
99
1"00
101
r- 02
1_0 4
10s
L06
L07
108
109
POC
BFS
Bg'D
STATTC
PRESS.
(Psr)
144.0
RES ID.
PRESS. @
(Psr)
108.0
FI"OW
(GPM}
491 .4
AVAIL,
PRESS.
(PSr)
13s.3
AT SOURCE
SPRINKLERS
TOTAL REQID
E DEMAND PRESS.
(GPM) (PSI)
228.3 L33.4
228.3 GPM
O. O GPM
100.0 GPM
128.3 GPM
1.00.0
32 .6
-6.5
-4.2
-2.4
-2 .0
-L.0
14 .8
24.8
?7 .B
27 .B
27 .8
27 .8
27 .8
27 .B
27 .8
27 .8
27 .8
27 .8
2'?.8
27.8
21 .8
2'7.8
2'1 .8
27 "8
27 .8
27 .8
27 .8
27 .8
2't.8
-9. 0
-5 ,2
-5 .2
1,20.O
119.0
118.0
LI1.9
L16.9
11-5.9
11"5,9
1"08 . 6
1-04. L
99.2
96.7
96.7
96,7
96.7
96,7
96.7
96.7
96.7
96.7
96.7
96.7
96.7
90.2
'16.9
36.5
75. t
29.7
40.2
38 .3
1q 1
131.l_
1,29.5
110 E
29 .4
34,2
HOSE STREAM
K= 5.40
K= 5.40
K= 5.40
K= 5.40 32.0
?r;";,i{;:,i:ti .''" :::Tt["ijilq'll?3#ili"iiiffi{{)'oo,o,u*.*13::"?
NODE ANATYSIS DATA. (cont. 1
NODE TAG ETEVATION NODE TYPE PRESSURE DISCHARGE
(ET) (PSI) (GPM)
crY -14.0 SOURCE 133.4 228 .3
SPRINIqTER SYSTEM HYDRAULTC ANALYSIS- Page 3
3ffi";rii*?'i:ll *"" 3,d FtP::$"fl""'JEcrs\vArrRUN\Il\DArA\'R3RD3 :sDF
PIPE DATA
PIPE TAG
END ELEV.
NODES (FT)
PiPe: L
cfY -1.4.0POC -9. 0
Q (GPM)
PT DISC. VEL(FPS)
(PSI) (GPM)
228 .3(N/A) 1.3
0.0
228.30.0 1.4
0.0
sRcE I33.40.0 13L.L
0.0 131. 10.0 L29 .5
0.0 L29 .5
0. 0 L1,9 .5
0.0 L1-9.5
0.0 120.0
0.0 120.00.0 Ll-9.0
0.0 1.19.00.0 1.18 .0
0.0 118.0
0. 0 rt1 .9
0.0 1 17. 9
0. 0 116. 9
0.0 116.90.0 L15.9
0.0 r.L5. 90.0 115. 9
NOZ.
(K)
DIA ( IN)
Hw (c)
ET. 1[..I|
8.390
1-40
0. 000
B.07L
LENGTH(rr)
PL 150.00
ETG ETG
TL 248.00
Pr 3.15
t.2l
1.21
8,25
2t,
44.25
2 ,25
B
1"5.25
4.42
?tr
58.42
3. 00
ET
42.00
a9 .62
E
39.62
1 .75
PRESS.
SUM.
I DET \
PF 0.L
PE -2.2PV O.O
PF O.O
PE -1. 6
PV O.O
Pf' 0. 0
PE 0.5
PV O.O
PF 0.1
PE -1.0PV O.O
PF O.O
PE -1. 0
PV 0.0
PE 0.1
PE O.O
PV 0,0
PE 0.5
PE -0.4PV 0.2
PF 1.0
PE O.O
PV O.2
PF O.O
PE O.O
PV O.2
PF 0.4
PE -5. B
PV O.2
PF 0.2
PE -4.3PV 0.2
PF 3.6
PE -1.3PV 0.9
Plpe:
POC
BFS
Pipe r
Brs
BFD
Pipe:
BTD
.L
2
-9 .0
-5.2
-5.2
-5.2
4
-5.2
-6. 5
1.20 FTG
0.00L TL 3.75
FTXED PRESSURE I.,OSS DEVICE0.0 1-0.0 psi. 228 .3 qpn
0.0
1
.z
2
5
3
4
4
5
6
6
7
7
8
I
9
9
82
1.75
16.25
E
26.25
10.00
Pipe: 5
-6. 5
-4.2
Pipe: 6
-4.2
-2.O
Pj-pe: ?
-2.0
-2.O
Di ria. Q
-2 .0
-1 n
Pipe: 9
-1. 0
-l-.0
Pipe: 1-0
-1 n
-1. 0
228.30.0 2.3
0.0
228.30.0 2.3
0.0
228 .30.0 2.3
0.0
228.3
0.0 2.3
0.0
228.30.0 5.1
0.0
228.3
0.0 5.8
0.0
228 .30.0 5.8
0.0
228.30.0 5.8
0.0
228 .30.0 5.8
L00.0
I28.3100.0 L1.3
0.0
6.357 PL
720 FTG
0.002 rr
6.357 Pr
I2O FTG
0.002 Tr,
6.357 Pr,
LzO TTG
0.002 TL
6.357 Pt
LzQ Fg6
0. 002
4.260 PL'J.20 FTG
0.013 Tr
4 .026 PL
1.20 FTG
0 .01"7 rL
4 . 026 Pr.
LzO FTG
0. 0L7 TL
4.026 PL
120 FTG
0.01? rL
4.026 Pr,
T2O FTG
0.017 TL
2.L57 PL
120 FTG
0. L21 rL
Pipe: 1-1
-1".0 0.0 L15.9
L4 .8 0 .0 108.6
Pipe: 1"2
L4.8 0.0 108.6
24.8 H. S. 1-04 . L
Pipe:14
24.8 H.s. 104.L
2'7 .8 0.0 99 .2
10. 00
4.38
ETB
29. 3B
I
I
3ffi ";, i# ?,,,:i?."" : ::' :m,iffi lll.il?3il1:i"lliffi i io, oo,o, u*, *3; ::
"
I
PIPE TAG Q(GPM) DIA(IN) LENGTH PRESS.
END ELEV. NOZ. PT DrSC. VEL(FPS) HW(C) (Fr) SUM.
NODES (Fr) (K) (PSr) (GPMI Fr/Pr (psr)
Pipe:1582 21 .8 0.0 99.283 27 .8 0. 0 96.7
128. 3 2.t57 PL 8 .88
0.0 11.3 L20 FTG T
0.0 0.121 rr.. 20.88
1.682 PL 16.62
LzO FTG E
0.000 TL 2L;62
PF 2.5
PE O.O
PV 0.9
Pr 0.0
PE O.O
PV 0.0
PF O.O
PE O.O
PV O.O
PF O.O
PE 0.0
PV O.O
PF O.O
PE O.O
PV O.O
PE O.O
PE O.O
PV 0.0
PF O.O
PE O.O
PV O.O
PF O.O
PE O.O
PV 0.0
PF O.O
PE O.O
PV O.O
PF O,O
PE O.O
PV 0.0
PF O.O
PE O.O
PV O.O
PF O.O
PE O.O
PV 0.0
PF 6.5
PE O.O
PV 0.9
83
B4
84
85
B5
92
92
93
93
94
94
95
YJ
96
96
97
9'7
98
YI
99
Pipe:16
2-7.8
27.8
Pipe: 164
2,.6
2't .8
Pipe:23
27 .8
27 .8
Pipe: 24
27.8
27 .8
Pipez 25
21 .8
27.8
Pipe:26
2'1 .8
27 .8
Piper 27
2'7 .8
27 ,8
Pipe:28
27 .8
27 ,8
Pipez 29
27.8
21 .B
Pipe:30
2"1 .s
21 .8
0.0
0.0 0.0
0.0
0.0
0.0 0.0
0.0
I.682 PI,
1-20 Ff c
0 . 000 Tr,
1.442 PL
1.20 FTG
0 .000 Tr,
0.0
0.0
0.0
0.00.0
0.0
0.0
0,0
0.0
0.0
0.0
0.0
0.0
0,0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0,0
0.0
0.0
0.0
0.0
0.0
0.0
96.7
96,'7
96.7
96.7
96.7
96.7
96.7
96.7
96.7
96.'t
:rb. ,
96.'7
96.?
96.7
96.7
96.7
96.7
96.7
96. 7
96. ?
96.7
96.7
96.7
90.2
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0,0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
1.452
1" 20
0.000
1.l-04
1,20
0.000
50. 50
4E
43.58
ET
54 .58
3 .67
1.38
T
7.38
1,0.25
1.452 PIJ 25.?5
T2O FTG ET
0.000 Tt 37 .75
L,452 PL
T2O FTG
0.000 TL
l-. 104 PL
120 FTG
0.000 TL
1 .04
1. 04
1.08
1.08
PL 9.33
FTG T
TL 17.33
PL 3.42
FTG T
TL 9.42
3.67
Pipe: 31
96 27.4
100 27.8
Pipe: 32
83 27.8
101 27.8
128 .30.0 r"r_. 3
0.0
1.104 PL
L2O -FTG
0.000 TL
l-.104 PL
LzO FTG
0.000 TL
1-. 104 PL
120 FTG
0.000 TL
2.L57 Pt
LzO FTG
0 . 121 Tr,
10.25
35.79
ET
53.79
DAIEz 2/L2/2O42
JOB TITTE: Vall
PIPE TAG
END EI,EV.
NODES (TT)
Pipe: 331-01 27 .8
L02 2'l .8
NOZ. PT(K) (PSI)
0.0 9a.2
0.0 7 6.9
."^ :::':tl":lfrllH-ll?]l3ili"l]tlffi ii3,oo*o,u*,*33::":
Q (GPM) DIA(IN) I,ENGTH PRBSS.
DISC. VEL(FPS) HW (C) (FT) SUM.
(GPM) FLIFT (PSI)
128.3 2. L57 Pr 73 , ?9 PF
0.0 L1.3 120 FTG 4ET PE
0.0 0.121 TL 109.?9 PV
L3.3
0.0
0.9
Pipe:
r.08
l_04
Pipe:
1-02
L05
Pipe I
1_0 s
107
Pipe:
1-06
1_09
Pipe:
107
108
Pipe: {0
L08 27.8
109 2?.8
35
27 .8
27 .B
5b
2'1 .8
21 .A
37
2"t .8
21 .8
38
27 .8
21 .A
39
2'7.8
2't.8
0.0
5.4
0.0
0.0
0.0
5.4
5.4
5.4
5.4
0.0
0.0
5.4
38 .3
36.5
76.9
?< 1
?5. L
40.2
29."1
1q 1
40.2
38.3
38.3
?R 1
1,33
T
?.33
4.08
3 .92
32.60.0 r.0.9
32.6
128.3
0.0 11.3
0.0
128.3
0.0 24.9
34.2
-29.429.4 9. 9
32.O
94.0
34.2 r-8.2
0.0
6r.4
0.0 20.6
32.0
1_. L04 Pr]-20 FTG
0.25L Tr.
PF 1.8
PE O.O
PV 0.8
PF 1.8
PE O.O
PV 0.9
PF 34.9
PE O.O
PV 4.2
PF 5.4
PE O.O
Pv 0.7
PF 1.9
PE O.O
PV 2.2
PF 3.2
PE O.O
PV 2.9
2.15?
t-20
0.1_21
'J_.432
120
0. 832
1,104
120
0 .207
1.452 Prr
1"2O FTG
0.468 Tr
1.104 PL
T2O FTG
0.809 Tr,
Pt 8.50
FTG E
TL 14.50
Pt 34.00
FTG 2E
rt, 42.00
PL 17.00
FTG 3E
Tr., 26 .00
4.08
3.92
NOTES:(1) Calculations were performed by the HASS 7.3 conputer proqram
under license no. 4906013290 granted by
HRS Systems' Inc.
4792 LaVista Road
Tucker, GA 30084
(2) The system has been calculated to provide an average
irnbalance at eaeh node of 0.005 gpm and a naximum
imbaf a'nce at any node of 0.154 gpm.
(3) velocity pressures are printed for information only and are
not used in balancing the system. Maximum htater velocity
Ls 24,9 ft,/sec at pipe 37.
DA'E: 2/12/2002 "*'"ffnififfiH-l;?]lH:i"iHllii;1'.'orotu*.*3ilio$I JOB TrTLE: vail Run 3rd Floor Calc #3
(4} PIPE FITTINGS TABLE
Pipe Table Name: STANDARD.PIP
PAGE: A MATERIAL: S4O HIOC: 120
Diameter Equivalent Fitting Lengths in Feet
(in)ETLCBGADN
811 Tee LngEll ChkVlv BfyVlv Gatvlv Almchk DPVIv NPTee
4.026 10. 00 20.00 6.00 22.O0 12.00 2.00 20.00 1.0 .00 20.00
8.0?1 L8.00 35.00 13.00 45.00 1-2.00 4.00 35.00 27.oo 35.00
PAGE: B MATERIAI.,: THNWL HWC:120
Diameter Equivalent Fitting tengths in Feet
(j-n) E r L c B G A D N
El1 Tee LngEll chkvlv Bfyvlv Gatvlv Almchk DPVI\' NPTee
L.A42 4.00 ?.00 3.00 9.00 7.00 1.00 12.00 L2.00 7.00
L.682 5.00 10.00 3.00 1-1.00 7.00 1.00 12.00 12.00 l-0.00
2.r57 6.00 L2.o0 4.00 14,00 7.00 1.00 L2.00 12.00 12.00
4.260 13.00 26.00 8.00 29.00 15.00 3.00 26.O0 13.00 26.00
6.3s? 18.00 38.00 l-1.00 40.00 13.00 4.00 3s.00 24.0o 38.00
PAGE: C MATERIAL: XL HWC: 120
Dia&eter Equivalent Fitting Lengths in Feet
(in}ETLCBGADN
Bll Tee LngEIl ChkVIv BfyVIv GatVlv AlnChk DPVIv NPTee
L.104 3.00 6.00 3.00 6.00 8.00 1.00 1-3.00 13.00 6.00
t.452 4.00 8.00 3.00 9.00 8.00 1-.00 13.00 13.00 8.00
PAGE: D MATERTAL: DIRON HWC: 140
Diatneter EquivaLent fitting L,engths in Feet
(in} E T I, C B G N
Ell Tee LngElI chkvlv BfyVlv Gatvl-v NPTee
8. 390 31-.00 60.00 22.00 ?8.00 21.00 7 .00 60.00
33'";, ; {1?' ?:?:,."^ : ::':#'ff iHH.$t?}ilili"tTlt;i iil), DArA\'R3R;::: "l
WATER SUPPIY ANAIYSIS
Static: 144.00 psi Resid: 108.00 psi Flow: 491.4 gpn
160.0
140.0
120.0
t-00.0
80.0
60.0
40.0
20 .0
0.0
-14.7
600 700 800
FLOW (GPM)
LEGEND
Available pres sure
L35.28 psi G 228.3
Required pressure
133.3? psi G 228.3
gpm
9Pm
A
U
E
P
R
q
s
.U
t(
E
p
s
't
I
20c300 400 500 900 100 0
S II\'PIEX GPrrr.,
#;^,'"jy"}sii.
HYDRAUI,TC CAICUI.,ATTONS
FOR
Ifjl"-fI i_Ti^;
U^tft tUt""R;VR4tr.,r
--rrr.i FEB U, ZOOi
occuPArvcy
DENSITY:
cr,AssrFrceTroN:
-DEsrGN DATA-
AREA OF APPTIC.ATTON;
COVERAGE PER SPRTNK&ER:
NUIqBER OF SPRIN
ToTAr spRrNKtER
KrERs cAr'cur'ATED:
?o?Ar, ruA?ER
^ro,
^tu* Ftolr REe'TRED;
Fr.,ono AND
"*ur"u*tt*tD
(incruding hose)'
''RTNKLER o*r"r"J J;:""
NAI.,{E OF CON?RACTO
DEsrcN,/rAyou?
By:
rR 3 sinplexcrionell
Aur'oRr?y HAvrNc ,
"" u o*
coNTRAcToR
"a*ra"rtu*tsDrc?roN:
vArt FrRE
CATION NUMBER:OO?
RESIDENTTAI.,
' 1o 9Pn,/sg. gg.
4 HEADS
VARTES
4 sprinklers
L22.7 gpyl
222.7 gpn
222'? 9p& @ 130.r psi
1/Z inch
CAI,CUTA?IONS
BY HA 'ifj:*:**"tr:
I
(lrcENsE # 4go60 :32go)
DArEz 2/L2/2AOz
,lOB TITLE: Vail Run
SIATER SUPPLY DATA
SOURCE
NODE
TAG
CTY
AGGREGATE
STATIC
PRESS.
tPsT)
r44.O
RESTD.
PRESS. E
(Psr)
108.0
FI,OT|I
(6PM)
49'l_, 4
rIOW ANALYSIS:
TOTAI., FLO'[ AT SOUR,CE
TOTAL HOSE STREAM ALLOWANCE
OTHER HOSE STREAM ALIOWANCES
TOTAL DTSCHARGE FROM ACTIVE
NODE ANAIYSIS DATA
NODE gAG PRESSURE DISCHARGE
(Psr ) (cPM)
NODE TYPE
HOSE STREAM
HOSE STREAM
K= 5.40
L
n
J
4
q
6
8
9
1-0
5{
55
56
63
64
65
66
67
68
69
70
11
72
??
74
76
77
78
79
BO
B1-
POC
ELEVATION
(Fr)
-6.5
-4.2
-2.O
-2.0
-1.0
-1 .0
L4.8
24.8
34. B
37. B
37 .8
37. I
37. B
3'7.8
37. I
37.8
37. B
37.8
37. I
37 .8
37. B
37 .8
37. B
?? n
4't.8
47 .8
47.8
4? .8
41 .8
41 .8
47.8
K= 5.40
K= 5.40
K= 5.40
l_L6.7
1L5. ?
1L4.7
L1,4.6
113. 6
L12.7
LIz.7
105.4
100.9
96. 5
91. 9
89.5
7B.L
56.2
40.9
37 .4
34. 1
38. 3
3L.2
30.4
29.6
35.r.
89. s
89. s
89.5
85.1-
85.1-
85. 1_
85.1
85.1
85.1
85.1-
r27.8
50. 0
50. 0
31-.5
29.8
29.4
32 .0
s p R r Nt pilil:H.il?H: il i "iill;; i #,, "era r vn q r i I li n I
4th Floor Calc l{2
AVATL,
PRESS.
(PSr)
135.7
AT SOURCE
SPRINKTERS
TOTAL REQI D
G DEMAND PRESS.(GP!{) ( Psr )
222.7 130. 1
222.7 GPt'(
O.O GPM
100.0 GPM
t22.'l GPM
l
DAtEz 2/L2/2002
JOB TIfL,E: Vail Run 4th Eloor Calc #2
NODE ANATYSIS DATA. (cont. }
NODE TAG ELEVATION NODE TYPE PRESSURE DISCHARGE(Fr) (PSr) (CPM)
'
n*' *il,iHllH.l#:#l:i"tTllli
{ il t "o*o'u* n, ill 3 o 3
L26.2
tL6.2
souRcE L30. 1 222.7
BFS
BFD
CTY
-5.2
-5 .2
-14.0
DA!E. 2/12/2002
JOB TITLE: Vail Run 4th Floor CaLc t2
PIPE DATA
PIPE TAC
END ELEV.
NODES (Fr)
Pipe: 1
crY -14.0POC -9.0
Pipe:
POC
BFS
Pipe:
BFS
BFD
Pipe i
BFD
1
Pipe:
!
Pipe:
PiPe:
3
4
Pipe:
4
5
. Pipe:
q
6
0.0 L27.8
0. 0 L26.2
0.0 !25.2
0,0 116.2
0. 0 L16.2
0. 0 Lt6.7
0.0 7L6.7
0.0 l.15 .1
0.0 11,5.7
0. 0 L14.7
0.0 LLA.'1
0.0 1L4.6
0. 0 Lt4 .6
0.0 113.6
0.0 t-13. 6
0.0 112.7
0.0 L12.7
0. 0 '1"L2.7
100. 9
96. 5
222.7
0.0 1.4
0.0
PRESS.
SUM.
(Psr)
PF 0.1-
PE -2.2PV 0.0
PF O.O
PE -1". 6
PV O.O
PF O.O
PE 0.5
PV O.O
PF 0.L
PE -1-.0PV 0.0
PF O.O
PE -1.0
PV O.O
PF 0.1
PE O.O
PV O.O
PF 0.5
PE -0.4
PV o.2
PF 1.0
PE O.O
PV O.2
PF O.O
PE O.O
PV 0.2
PF 0.4
PE *6. B
PV O.2
PF 0.2
PE -4.3
PV 0.2
PF 0.1
PE -4.3
PV 0,1
2
-9.0
-5.2
?
-5.2
-5.2
4
-5 .2
-6.5
5
-6. 5
-4.2
6
-4. Z
-2 .0
't
-2.O
-2 .0
I
-2.0
-1.0
9
-1.0
-1.0
10
-L. 0
-1. 0
6.357
1-2 0
0. 002
6-357
L20
0.002
6.357
L20
0. 002
6.357
L20
0.002
4 .260
120
0.012
4 .026
L20
0.016
4 ,026
120
0.016
4.026
120
0.016
4.026
t20
0.016
4.026
L20
0. 010
PI
FfG
TI.,
PL
FTG
TI.,
EIJ
FTG
TL
PL
FIG
TL
PL
FTG
TI
PL
FTG
TI,
PI
FTG
TT
PL
FfG
TL
PI
FTG
TL
Ylr
FTG
TL
1_ .2r
8.25
2E
44.25
2 .25
R
15.25
4 .42
5tl
58.42
3. 00
ET
42 .00
49 ,62
E
59 .62
1, .21
r-.75
L6 .25
E
26 .25
10.00
10.00
L0.00
3.75
FTXED PRESSURE LOSS DEV]CE
0.0 L0.0 Psi, 222-7 gPm
0.0
Pipe:
Pipe:
Pipe: 13
24.8 H.S.
34.8 H.S.
11
-r-.0 0.0 L\2.7
14.8 0.0 105. 4
T21"4.8 0.0 105.4
24.8 H. s. 100. 9
222.7
0.0 2 .3
0.0
222.7
0. 0 2.3
0.0
222.7
0.0 2.3
0.0
222.7
0. 0 2.3
0.0
222.7
0.0 s.0
0.0
222.7
0.0 5.6
0.0
222.7
0.0 5.6
0.0
222.7
0.0 5. 6
0.0
222.7
0.0 5.6
Rn n
L'|2.7
50.0 4.4
50.0
Pipe:
I
9
9
10
o'""n ;lrii iffi -;;;ffi ; ;i;ffi il i ;ei'ArA\vR 4 r'z : s D r
0 (GPM)
NOz. pT DrSC. vEL(FpS)
(K) (PSI) (GPM)
222.7
sRcE 130. 1 (N/A) l" ' 3
0.0 1.27.8 0.0
DrA ( IN)
HW(C)
EL/FI
8.390
140
0. 000
8.071
].20 FTG
0.001 TL
l,ENGTH
(FT)
PL 150.00
FTG ETG
TL 24B.OA
PL 3.7 5
10.00
PIPE TAG
END ELEV. NOZ.
NODES (Fr) (K)
Pipe:14
10 34.8 H.s.
54 37.8 0.0
2.157 PL 9.?5
120 ETG T
0 . 111 Tt 2L.7 5
PRESS,
SUM.
(PSI )
DF??
PE -1.3PV 0.8
PF 2.4
PE O.O
Pv 0.8
Pipe: 15
3? .8
37 .8
Pipe: 16
3? .8
?? q
Pipe:23
3? .8
"t a
Pipe:24
37.8
37. I
Pipe:25
37. B
5t.d
9ipe: 26
37.8
37.8
Pipe:27
37 .8
37 .8
Pipe:28
37. B
JLV
Pipe:29
37 .B
?" a
Pipe: 30
3?.8
3?.8
Pipe: 31-
37 .8
3? .8
Pipe: 32
37. B
37.8
t22,70.0 L0.B
0.0
122.70.0 1-0.8
0.0
L22.70.0 1,7 .7
0.0
122.'70.0 1,7 .7
0.0
7r.2
0.0 L3.I
0.0
0.0 10. 6
31.5
\rJ..,
0.0 10.0
0,0
59 .2
0.0 19.8
0.0
DIA(IN) LENGTH
HI,l(c) {FT)
FL/FT
2.t51 PL 4.38
L2O FTG ETB
0.lL1 rL 29.38
54
55
55
56
56
63
63
64
64
67
65
64
67
67
6B
68
69
5B
70
61
55
55
'12
9t.9
B9.5
89.5
78. L
78.1
56.2
56.2
40. 9
40 .9
38 .3
37 .4
34.1
40.9
38. 3
38.3
3L.2
3L -2
30.4
3l-. 2
29.6
38 .3
37 .4
89. 5
89. 5
11.3
0.0
0.8
1s.3
0.0
2.157 PL 65 .67 PF
LzO FTG 4ET PE
0.ILL TL 10L.67 PV
L.682 Pr, 43.58
LzO FTG ET0.374 rt 58.58
PF 21 .9
PE O.O
PV 2 .1,
1.682
1-20
0.374
Pt 25,75 PF
FTG ET PE
TL 40.75 PV
r.452 Pr.,
LzO ETG0.280 Ttr
1. L04 Pt
T2O FTG
0.236 TL
'J_.452
120
0.L54
Pr 9.33
FTG T
Tr, t-7.33
PF 2.7
PE O.O
PV 1.3
PF 3.3
PE O.O
PV O.B
PF 2.7
PE O.O
PV 0.7
PE ?.1
PE O.O
PV 2.6
PF 0.8
PE O.O
PV 0.7
PF 1.5
PE O.O
PV O.?
PF 0.9
PE O,O
PV 3. 1"
PF O.O
PE O.O
PV O.O
9. s0
o trn
5. 00
ET
14.00
29.8 1-.1-04 PL
0.0 l-0.0 L20 FTG
29.8 0.2t2 rr
1.104 Pr,
L2O ETG
0. ?55 Tr,
1.104 Pr
LzO FTGo.20't rL
1.104 Pl
LzO FTG
0.86L rL 1_.00
PL 3'7.2\
rTG 3ET
TL 52.21
3 .42
T
I .42
3 .67
3. 67
1. 38
T
?.38
1.00
29 .4
0.0 9.9
29 .4
63. 5
0. 0 2L.3
0.0
0.0
0.0
0.0
0.0
1.682
120
0.000
spRrNOh sysrnM HvDRAULTc ANArysrO Page 4
D : \ S PRINKLERPRIiTECIS \VAI LRUN\HAS S \DATA\VR4TH2 . S DP
Q (GPM)
PT DISC. VEL(FPS)
( PsI ) (GPM)
t22.1
96.5 50.0 1_0.8
91.9 0.0
0.0
0.0
0.0
0.0
0.0
0.0
0,0
0.0
0.0
5.4
0.0
0.0
0.0
0.0
0.0
5.4
0.0
5.4
0.0
0.0
0.0
0.0
DA?E: 2/72/2002
ITOB TITLE: Vail Run 4th Floor Calc *2
t
DArE: 2/12 l2OOZ
JOB TITTE: VAiI
PIPE TAG
END ETEV.
NODES (FT)
"*'*S,iHHH.li?:#l:i"illlJitil, "o,o,u*,'iil3o?Run 4th Floor CaIc *2
Noz. pr orr". uBl,l',T!, ""*ili"' "iT$T" ":ii:'
(K) ( PSI ) (GPM) FL,/FT (PSI )
12
73
73
74
74
t3
75
76
Ib
71
78
7B
79
7B
80
80
Q1
4R
7L
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.4
89.5
89.5
89.5
89.5
89.5
85. 1-
85. 1
85. 1
85. 1
85.l-
85.1
85.1
85.1
85. 1
85. 1
85. 1
85. L
85.1
3'7 .4
35.1
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5 .08
Er
9.08
Pipe: 33
37. I
37.8
Pipe:34
37.8
37.8
Pipe:35
37 .8
47 .8
Pipe: 36
4'7 .8
47 .8
Pipe:3?
47.8
47.8
Pipe: 38
4't.B
4.1.B
Pipe:39
47.8
47 .8
Pipe: 40
47 .8
47 .8
Pipe:41
47 .8
47 .8
Pipe:42
3? .8
3? .8
1.682 Pr 67.50 PE
T2A FTG 3T PE
0.000 rL 9? . 50 Pv
1_.687 PL 34.54
LzO FTG 1E
0.000 rr 69.54
0.0
0.0
0.0
PF O.O
PE O.O
PV 0,0
0.0
-4 .3
0.0
1-.687
120
0. 000
1.452
120
0. 000
Pt L0.08 PF
FTG E PE
Tt L5.08 PV
L.452 Pr,'1.20 FTG
0. 000 TL
PF O.O
PE O.O
PV O,O
PF O.O
PE O.O
PV O.O
PF O.O
PE O.O
PV 0.0
PlI, 12.46
F'TG ET
TL 24.46
2.EZ
, . oz,
4.62
0.7t PF 0.0
T PE O.O
6.77 PV 0. 0
1.452 PL
120 FTG
0.000 rL
1.104 PrJ
T2O FTG
0.000 Tr,
1.l-04 Pr,
T2O FTG
0,000 Tr,
1.104 Pt
120 FTG
0.000 Trr
L,104 PrJ
120 FTG
O,242 TTJ
4 .62
5.88
E
8. BB
9. 50
PF O.O
PE O.O
PV 0.0
PF O.O
PE O.O
PV O.O
Pr' 2 .3
PE O.O
PV 0.8
32.0
0. 0 1-0.7
32.O 9. s0
NOTES:(1} CalcuLations were performed by the HASS 7.3 computer program
under license no. 49060L3290 granted by
HRS Systemsf Inc.
4792 Lavista Boad
Tucker' GA 30084
(21 The system has been calculated to provide an average
imbalance at each node of 0.002 gpn and a maximum
imbalance at any node of 0.059 gPn.
(3) velocity pressures are printed for information only and are
not used in balancing the system. Maximum water veloeity
is 21 . 3 f t./sec at pipe 31.
' "*'"G,ilff :H-il?]tElii"liilliiil' "o,oru*,'i3l! oi
DN
DPVIv NPTee
10. 00 20 " 00
2't .oo 35.00
HWC:120
fitting Lengths in Feet
CBGA
Chkvlv Bfyvlv catvlv AInChk
r-1.00 7.00 r".00 12 .00
14 .00 7.00 1,00 12 .00
29.00 t_6.00 3,00 26.00
40. 00 1-3.00 4.00 35.00
PAGE: C MATER,IAI: XL, HWC 3 120
Diametex Equivalent Fitting Lengths in Feet
(in) E r L, C B G A D N
El] Tee LngEll Chkvfv Bfyvlv GatVIv AlrnChk DPvIv NPTee
1-.104 3.00 6.00 3.00 6.00 8.00 L.00 L3.00 13.00 6.00
t.452 4.00 8.00 3.00 9.00 8.00 1-.00 13.00 13.00 8.00
L.687 s.00 10.00 3.00 11.00 8.00 1-.00 13.00 13.00 10.00
PAGE: D MATERIAI,: DIRON
Diameter Equivalent(in) E T L
E]I Tee LngEll
B. 390 31.00 60, 00 22.00
DA\Ez 2/L2/2OO2
JOB TITL,E: Vail Run 4th Floor Calc *2
(4) PIPE FITTINGS TABI,E
Pipe Table Name: STANDARD.PIP
PAGE: A MATERIAL: S4O HWC: ].20
Diameter Equivalent Fitting Lengths in Feet(in)ETLCBGA
E1l Tee LngEll Chkvlv Bfyvlv Gatvlv Al.nChk
4.025 10.00 20.00 6.00 22 -oo 12.00 2.00 20 - 00
8 . 07r. 18.00 35 ,00 r_3.00 45.00 12.00 4.00 35 .00
DN
DPVIv NPTee
12 , 00 l_0. 00
1,2.00 r-2.0013.00 26.0024.00 38.00
PAGE: B MATEB.IAL: THNWT
Diameter Equivalent(inl E T L
EI] Tee l,ngEII
7.682 5,00 10.00 3.00
2,r57 6.00 12.00 4.00
4,260 13.00 26.O0 8.00
6,357 18 . 00 38.00 11.00
HWC: L40
Fitting Lengths in Feet
C86N
Chkvlv BfyVlv GatVlv NPTee
78. 00 2t.00 7.00 60.00
DL!F,: 2/1-2/2002
JOB TITL,E: Vail Run 4th Floor CaIc #2
WATER SUPPIY ANAI,YSIS
Static: L44.00 psi Resid: 108.00 psi rlow: 491,4 gpn
160.0
140.0
'J-20 .0
100.0
80.0
60. 0
40.0
0.0
-L4.7
600 700 800
Flow (GPMI
"*' *$"i}illH.ll?HElli"Hilli
i il, *rar vn a ri313 o I
LEGEND
Available pressure
135.67 psi G 222."1
Required pressure
130.08 psi G 222.7
gpm
gpmU
tt
E
P
R
E
s
U
t(
E
(
p
i
)
20c300 400 500 onn 1000
DATET 2/L2/2O02
'lOB TITLE: Vail Run 4th F.loor Calc #2
(4) PTPE FITTTNGS TABLE
Pipe Tabfe Name: STANDARD.PIP
PAGE: A MATERIAL: S4O HWC: ].20
Diameter Equivalent Fitting lengths in Feet(1n)ETLCBGA
EIl Tee L,ngEl1 Chkvlv BfyVlv GatVlv AfmChk
4.026 10.00 20.00 6,00 22.OO 12.00 2.00 20.00
I . 071 18.00 35 . 00 13. 00 45 . 00 l-2. 00 4.00 35. 00
" *' *13
"
iffi iH-l l ?1*3 1 l i"lHlSi i il' *rn i vn * i lY 3 o 3
DN
DPVIv NPTee
L0.00 20. 00
27.O0 35.00
HwC: 120
Fitting Lengths in Feet
CBGA
Chkvlv Bfyvlv Gatvlv AlmChk
11.00 7.00 1.00 1,2.00
r-4.00 7 .00 1.00 L2. 00
29.00 16.00 3.00 26.00
40. 00 13. 00 4 .00 35. 00
PAGE: C MATERIAI': XL HWC: 1.20
Diameter Equivalent Fitting Lengths in Feet
(in)ETLCBGA
811 Tee LngEIl chkvlv BfyVlv Gatvlv Alnchk
1. 104 3.00 6.00 3.00 6.00 8. 00 1.00 13.00
L.452 4.00 8.00 3.00 9.00 I .00 1-.00 13.0o
L.687 s.00 1_0.00 3.00 L1.00 8.00 1-.00 13.00
PAGE: D MATERIA].,: DIRON HWC:140
Diameter Equivalent Fitting tengths in Beet(in1 E T L C B G N
BJ-I Tee L,ngEll ChkVIv BfyVlv GatVlv NPTee
8. 390 3L.00 60. 00 22,O0 78.00 2L.00 7 .00 60. 00
PAGE: B MATERIAL: THNW}
Diameter Equlvalent(in) E T L
Ell fee lngEfl
1. 682 5.00 10. 00 3. 00
2.L57 6.00 12 .00 4.00
4.260 13.00 26.00 8.00
6. 3s7 18. 00 38. 00 r-1.00
DN
DPVIv NPTee
L2.OO 1-0.00
t 2. 00 L2. 0013.00 26.00
24.O0 38.00
DN
DPVIV NPTee
13.00 6.00
1-3.00 I .00
r_3.00 10.00
DATET 2/l"2/2OA2
.]oB TITLE: vail
'n*'*ff ,#ffiiH.ll?H:i:i'lit$ii;l "o,o'u*n,iilE ol
Run {th Floor CaIc *2
WATER SUPP'.,Y ANALYSIS
Static: L44.00 psi Resid: 108.00 psi FIow: 491.4 gPtn
160. 0
L40. 0
L20.0
100.0
80.0
60 .0
40.0
20.o
0.0
- !.t . I
600 700 800
rl.,ow (GPM)
I.,,EGEND
Available pressure
L35.6? psi B 222.'l
Required pressure
l-30.08 psi @ 222.7
9pm
qpm
A
u
E
P
R
Er
s
q
U
R
t!
(
p
s
J.
)
20c300 400 500 900 1000
o
SIMPLEX GRINNELI,
6240 SI'{ITH ROAD
DENVER, CO 8021,6
HYDRAULIC CALCULATIONS
FOR
VAII RUN RESORT
E'LOOR f4 AREA 3
FILE NUMBER:VR4th3
DATE: FEB L2, 2OO2
-DESIGN DATA-
OCCUPANCY CIASSIF]CATION: RESIDENTIAL
. 10 gpm,/sq. f t .DENSITY:
AREA OF APPLICATfON: 4 HEADS
COVERAGE PER SPRINKIER: VARTES
NUMBER OF SPRINKLERS CALCULATED: 4 sprinklers
roTAL SPRINI(IER WAIER FLow REQUIRED: 132.1 gpm
ToTAL WATER REQUIRED (including hose): 232.1 gpm
rLoW AND PRESSURE (e CTv) : 232.1 gpm @ 133.4 psj-
SPRTNKTER ORIFICE SIZE: 1/2 iNCh
HAHH A[' qO$TBAcToR:simplexcrinneIl
DESfGN/LAYoUT BY: Bc & DK
AUTHORITY HAVING JURTSDTCTION: VAIL T'IRE
CONTRACTOR CERTIFTCATTON NUMBER: OO7
CALCUTATTONS Bv HASS COMPUTER PROGRAM (TTCENSE + 4906013290)
HRS SYSTEMS, rNC.
TUCKER, GA 30084
I
NKIJER
D: \S
Floor
SYSTEM HYDRAULIC ANAIYSIJ
DATET 2/L2/2002
JOB TTTLE: Vai]. Run
WATER SUPPLY DATA
SPRI
4rh
Page 1
PRINKI,ERPRI.]ECTS \VAILRUN \ HAS S \ DATA\VR4 TH3, SDF
Calc *3
AGGREGATE FLOTil ANAIYSTS:
TOTAL FI,O}il AT SOURCE
TOTAI, HOSE STREAM AI.I,OWANCE
OTHER HOSE STREAM AI,IJOWANCES
TOTAI DISCHARGE EROM ACTIVE
NODE ANAI,YSIS DATA
SOURCE
NODE
TAG
cTy
NODE TAG
1
4
4
5
6
I
9
10
54
55
56
63
64
65
66
67
68
69
70
?L
72
?3
74
?5
76
'11
78
79
80
81"
POC
STATIC
PRESS.
(PSr)
L44 .0
RES TD.
PRESS. E
(PSr)
108.0
FLOW
(GPM)
491,.4
AVAIL,,
PRESS.
(PSr)
135. 0
AT SOURCE
SPRINKLERS
TOTAT REQ' D
E DEMAND PRESS.(GPM} ( PSI )
232.L 133.4
232.1- GPM
O.O GPM
L00.0 cPM
132.1 cPM
ELEVATION(rr)
-6. 5
-4.2
-2.O
-2 .0
-1. 0
-1.0
-1 .0
l_4.8
24.8
34. B
3?.8
3?. B
37. B
37.8
37 .8
3? ,8
37 .8
37. B
37. B
37 .8
3? .8
37 .8
3?. B
3? .8
37 .8
47 .8
47.8
47 ,8
4? .8
4? .8
4't .8
47 ,8
-9.0
NODE TYPE
HOSE STREAM
HOSE STREAM
K= 5. {0
PRESSURE DTSCHARGE(Psr) (GPM)
r.20 " 0
1i-9.0
118.0
r.17 . I
1L6.9
l-15. 8
L15 - 6
108.5
1,04.0
99.6
94.5
9t.7
91 .7
97.7
9t.7
91 .7
9L.7
9L.1
91 .7
91 .7
91 .7
9L.7
83. t-
69. 9
50. I
s3. ?
52.3
40.7
38,4
36. ?
37. 3
2q 1
1.3L.1
s0. 0
s0. 0
34.4
K= 5.40
K= 5.40
K= 5.40
32.7
33. 0
32.O
spRrNStR sysrBM H'DRAULT. o*o"""r,o Page 2
DATE: 2/L2/20O2 D : \ S PRINKTERPRI JECT S \VAlI.,RUN \HAS S\ DATA\VR4 TH3 . SDT
JOB TITLE: Vai.l Run 4th Eloor Calc #3
NODE ANAIJYSTS DATA (cont.1
NODE TAG EI,EVATTON NODE TYPE PRESSURE DISCHARGT(rr)
-5.2
-5 .2
( PSI ) (GPM)
cTY -14. 0 souRcE L33.4 232.t
BFS
BFD
129.5
i_19.5
spRrNt sysrEM HyDRAuLrc ANALysrsl page 3
D: \ SPRINKLERPRI JECTS \VAILRUN\HFS \OETE\VR4 TH3 . S DF
PIPE TAG
END ETEV. NOZ.
NODES (Fr) (K)
Pipe:1
cTY -t-4.0 SRCE
Poc -9.0 0. 0
Pipe: 2
POC -9.0 0.0
BFS -5.2 0.0
Pipe: 3
BFS -5.2BFD -5.2
DAtEz 2/L2/2OO2
JOB TITLE: Vail Run 4th Floor Calc #3
PIPE DATA
EfXED PRESSURE LOSS DEVICE0.0 10.0 psi, 232.1 qpm
0.0
PT DISC.
( PSl ) (GPM)
1-33. 4 (N/A)
r-31. 1 0. 0
l_3L. 1 0 .0r.29.5 0 .0
Q (GPM}
vEL ( FPS )
232.L
1.3
232.1
1.5
DIA{IN) TENGTH PRESS.
Hn (c) (Er) suM.
FL,/FT ( PSI )
8.390 PL L50.00 PF 0. 1
140 FTG ETG PE -2.20.000 fL 248.00 PV 0. 0
8. 071 Pr 3.75 PF 0. 0
A2O FTG PE -1.60.001 TL 3.?5 PV 0.0
Pipe:
BFD
L
Pipe:
2
Pipe:
Pipe:
Pipe:
Pipe:
Pipe:
Pi-pe:
Pipe:
I
9
9
10
0.0 L29.50.0 r-19.5
0. 0 L] 9.5
0.0 120. 0
0.0 r20.0
0. 0 119.0
0.0 L19,0
0. 0 118. 0
0.0 118.00.0 1.1? . I
0.0 1-1? . I
0.0 116.9
232.L
0. 0 2.3
0.0
232.L0.0 2.3
0.0
232.1"0.0 2.3
0.0
232.r
0.0 2.3
0.0
232.L
0.0 s .2
0.0
232.L
0.0 5.8
0.0
c1, 1
0.0 5.8
0.0
232.t
0.0 5.8
0.0
232.L0.0 5.8
s0. 0
r42.150.0 4.6
s0.0
6.357 PL
1.20 FTG
0. 002 Tr
5.357 PL
1.20 FTG
0.002 TL
6.357 PL
I2O FTG
0.002 TL
6.357 PL
]-2O FTG
0.002 TL
4.260 PL
LzO FTG
0.013 TL
4.026 PL
12O ETG
0. 0l-7 Tr
4.026 PL
120 FTG
0. 0l-? Tr.
4.426 PL
1,20 FTG
0.0L7 TL
4.026 PL
LzO FT6
O.OL1 TL
4.026 Pt
LzO ETG
0.01"1- TL
PF O.O
PE 0.5
Drznn
PF 0.L
PE -L.0
PV O.O
PF O.O
PE -L.0PV 0.0
PF 0.1
PE O.O
PV 0.0
PF 0.6
PE -0.4PV o.2
PF 1.0
PE O.O
PV 0.2
Pr 0.0
PE O.O
PV 0.2
PF 0.5
PE _6. B
PV 0.2
PF 0.2
PE -4.3PV 0.2
PF 0.1
PE -4.3PV 0.1
4
-5 .2
-6.5
-6.5
-4,2
6
-4.2
-2.0
-2.0
I
-2.0
-1.0
L.2T
1",2L
8.25
2E
44,25
2.25
15.25
4.42
3E
58 .42
3.00
ET
42.00
49 .62
EJ
59 .62
1 .75
1"0. 00
10. 00
1.75
L6. 25
E
26.25
10. 00
9
-1.0 0.0 LL6.9
-1. 0 0.0 115. I
10
-1-.0 0.0 115.8
-1.0 0.0 115. B
L1-
-1-.0 0.0 115 .8
14 . 8 0.0 108. s
t214.8 0.0 108.524.8 rr. S. 104 . 0
1324.8 H.S. 104.0
34.8 t{.s. 99.6
l
Pipe:
10. 00
spRrurl, sysrcM HvDRAULTc ANALysrsl page 4
D: \ SPRINKLERPRI JECTS\VAILRUN\HESE\ DATA\VR4 TH3 . SDF
Q(GPM) DlA(TN)
PT DISC. VEr(rPS) HW(C)(PSI) (GPM) EL/ET
Pipe: 1434.8 n.S.
37. 8 0.0
DAIE: 2/L2/2002
JOB TITTE: vall Run 4th FLoor CaIc #3
1,32 . r
50.0 'J,l .6
0.0
132. L
0.0 11. 6
0.0
3.8
no
0.0
0.0
PIPE TAG
END ELEV. NOZ.
NODES (Fr) (K)
LENGTH(rr)
2.1,57 PL 4,38 PF
72O FTG ETB PE
0. r.28 rr, 29 .38 Pv
2.L57 Pt 9. 75
1.20 FTG T
0.128 rL 2L.75
2.137 Pt, 65. 6?
t?O FTG 4ET
0.000 Tt 10L.67
PRESS.
suM.
(PSr)
1-0
EA
54
55
6q
56
56
63
63
64
64
65
65
66
64
67
67
6B
68
69
68
67
7L
55
'72
0.0
0.0
0.0
0.0nn
0.0
0.0
0.0
'0. 0
0.0
0.0
0.0
0.0
0.0
0,0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
Pipe:15
37. B
37. B
Pipe:16
37. B
37 -8
Pipe: 23
3? .8
3?. B
Pipe:24
37 .8
37 .8
Pipe:25
37. B
37. B
Pipe: 26
37. 8
37.8
Pipe:27
3? .8
37.8
Pipe: 28
37 .8
37 .8
Piper 29
37.8
37 .8
Pipe:30
3?.8
3?.8
Pipe:31
37.8
37.8
Pipe: 32
J'.U
37 .8
99. 6
94.5
94 .5
9L.7
91. 7
9L.7
9t.'7
9t.7
9L.1
9l-.7
9L.7
91 .7
91 .7
9L.7
9t.7
9t.7
9L.7
91_. ?
9r.7
9L.7
9!.7
91,.7
9L.7
9t,7
9L.7
83,1
PF 2.8
PE O.O
PV 0.9
PF O.O
PE O.O
PV O.O
1.682
120
0.000
r.452
1"20
0. 000
1.104
L20
0.000
I .452
L20
0.000
PIJ
FTG
TL
43.58 PF
Ef PE
58.58 PV
t.452 Pr
LzO FTG0.000 TL
Pr, 25 .7 5
FTG ETTr, 37.75
1.04
L.04
1.0B
L.08
PL 9. 33
FTG T
TL r.7.33
3.42
T
9 .42
3.67
3.67
PF O.O
PE O.O
PV O.O
DF A N
PE O,O
PV 0.0
PF O.O
PE O.O
PV O.O
PF O.O
PE O.O
PV 0.0
PF O.O
PE O.O
PV O.O
Pr 0.0
PE O.O
PV O.O
PF O.O
PE O.O
PV O.O
PF O.O
PE O.O
PV 0,0
PF 8.6
PH O.O
PV 0.9
PI..
FTG
Tt
0.0 1.104 Pr
O. O I2O FTG
0.000 Tr
0.0
0.0
0.0
0.0
0.0
0.0
1.104 Pr.,t20 rrc
0. 000 Tr.,
1.104
120
0.000
PL 1. 38
rTG T
TL 7 .38
132.1-0.0 11.6
0.0
1". 104 PL
T2O FTG
0.000 Tr
2.L57 PL
120 FTG
0. 128 Tr.,
l_0.25
1n tq
37._2L
3ET
67.2r
DAIEI 2/t2/2O02
.IOB TITLE: Vai].
PIPE TAG
END ELEV.
NODES (FT)
Pipe: 33
72 3?.8
73 37.8
DIA ( IN)
HvI tc)
FI,I FT
2 -157
l.20
0. r.28
PRESS.
SUM.
(PSr)
PF L3.2
PE O.O
PV 0.9
PF 9,8
PE O.O
PV 0.9
PF T.4
PE O.O
Pv 0.9
l5
't4
'74
?q
't5
76
76
77
7B
7B
79
78
80
80
81
I .62
0.71-
T
6."t1
4 .62
4 .62
5. B8
F
8.88
Pipe:34
3? .8
3? .8
Pipe: 35
37. I
47.8
Pipe:36
4'7.8
47.8
Pipe:37
47 ,8
47 .B
Pipe:38
47 ,8
47 .B
Pipe:39
41 .8
47.8
Pipe: 40
41 .8
47 .8
Pipe:41
4't .8
47.8
2.L57 Pr
L2O FTG
O.L2B TL
2.157 Pr.
LzO FTG
0 .128 Tr.
10.OB PF 2.L
E PE -4.3
16. 08 PV 0. 9
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.4
5.4
0.0
5.4
0,0
5,4
5.4
5.4
69. 9
60. L
60. 1
q? ?
53.7
52.3
52.3
40.7
40.7
38.4
38 .4
36.7
38 .4
3? .3
37 .3
34.54
tE!
7 6.54
2.154 PL 5.08.]-20 FTG E
0.t29 Tr, 11.08
1. 687
120
0 .423
1.687 PL
120 FTG
4.242 rt
1,104 PL
120 FTG
0.252 T1,
L.452 PL
I2O FTG
0.236 Tr
1-.1-04 PL
LzO FTGo,242 Tr
PT., 1,2.46 PF 1L. 6
FTG ET PE O. O
TL 27.46 PV 2.4
9.62
NOTES:(1) calculations uere
under license no.
performed by t.he HASS 7 ' 3
490601-3290 granted by
HRS Systems, Inc.
4792 Lavista Road
Tucker, GA 30084
computer program
{2) fhe system has been calculated to providb an average
imbalance at each node of 0.001 gpm and a maximum
imbalance at any node of 0,051 gPn'
(3) Velocity pressures are printed for information only and are
not used in balancing the system. Maxj-mum ltater veloclty
is L9. 0 ft,/sec at pipe 37 .
spRrNKl sysreM HvDRAULTc ANAtysrsO pa.ge 5
D: \ SPRINKLERPRI JECrs \VAIIRUN\HASS \DATA\VR4TH3 . s DF
Run 4th Floor Calc #3
NOZ. PT(K) ( Psr)
0.0 83.1
0.0 69.9
Q (GPM)
DlSC. VEL(FPS)
(GPM)
132.10.0 1_L. 6
0.0
r32 .1,
0.0 1"1-. 6
0.0
t32 .1,
0.0 11-. 6
0.0
132.1
0. 0 LL.6
0.0
132.10.0 19.0
34.4
97 .7
34.4 1-4.0
0.0
32.70.0 11 .0
32.7
65.00.0 L2.6
33. 0
32.0
33.0 10.7
32 .0
LEN6TH
(Fr)
Pr 67.50rTG 3T
TL l-03.50
PF 2.3
PE O.O
PV L.3
PF t.'l
PE O.O
PV O.B
0E 1 1
PE O.O
PV l-.1
PF 2.L
PE O.O
PV O.B
DATE: 2112 12002
JOB TITLE: Vail Run
(4) PIPE FITTINGS
PAGE: B MATERIAI: THNWL
Diameter Equivalent
tin) E T L
Ell Tee LngE11-J-.682 5.00 10.00 3. 00
2.757 6.00 12.00 4.00
4 .260 13 . 00 26.00 B . 00
6.357 18. 00 38.00 11. 00
HwC:120Fitting Lengths in Feet
CBGA
ChkVlv BfyVlv catv1v AlmChk
11. 00 7.00 1. 00 r.2 . 00r,4.00 7 .oo 1,00 12.00
29.00 16.00 3.00 26.0040.00 13.00 4 . 00 35. 00
DN
DPVIv NPTee
12. 00 10.00
1,2 .00 12 . 0013.00 26.00
24. 00 38.00
DN
DPVIV NPTeE
13.00 6.00
L3.00 8 .00
13.00 10.00
12.00 12.00
PAGE: C MATERIAI.: XL HWC: 120
Diameter Equivalent Fitting Lengths in Feet
(in)ETLCBGA
811 Tee LngEll Chkvlv BfyVlv Gatvlv AlnChk
1. 104 3. 00 6.00 3.00 6.00 8. 00 L.00 13.00'J..452 4 .00 8. 00 3. 00 9.00 8.00 1.00 13 .00
L.687 s.00 1-0.00 3.00 11.00 8.00 1.00 13.00
2.r54 6.00 L2,00 4.00 L3.00 ?.00 1.00 1-2-o0
PAGE: D MATERTAL: DIRON
Diameter Equivalent
(in) E T L,
EIl ree LngE1l
8.390 3L. 00 60.00 22.0O
HWC:140
Fitt,ing Lengths in Feet
CBGN
ChkVlv BfyVlv GatVlv NPTee
78.00 2t.oo 7. 00 60.00
spRrNKl sysrEM HvDRAULTc ANALysrsa page 6
D : \ S PRINKLERPRl JECTS \VATLRUN\HAIS \ DATA\VR4 TH3 . S DF
4th Floor Calc #3
TABLE
Pipe Table Name: STANDARD.PIP
PAGE: A MATERIAL: S4O HWC: L2O
Dj-ameter Equivalent Fitting trengths in Feet(in) E T L, c B G A
El-l Tee LngEll Chkvfv Bfyvlv Gatvlv AlnChk
4.026 10.00 20.00 6.oo 22-00 12.oo 2.00 20.00
8. 071 L8.00 35. 00 13. 00 45. 00 L2.OO 4. 00 35 . 00
DN
DPVI\I NPTEE
10. 00 20.00
27 .00 35 .00
DAIE: 2/12/2002
iIOB TITLE: Vai]. Run
spRrNKl sysrEM HYDRAULTc ANAtYsrsl Page 7
D: \ S PRINKLERPRTJECTS \VAI LRUN\HAlii\ DATA\vR4TH3 . SDF
4th Floor Calc #3
WATER SUPPLY ANAIYSTS
Static: 144,00 psi Resid: 108.00 psi Flow: 491.4 gpn
160.0
l-40. 0
120. 0
100. 0
80. 0
60.0
40.0
20 .0
0.0
-a4.'7
600 ?00 800
EI.',OW (GPM)
LEGEND
Available pressure
135.01 psi G 232.L gpm
Required pres sure
l-33.36 psi @ 232.1 gpmu
G
Ir
R
E
u
R
.rJ
(
Y
I
I
)
I
20c300 400 500 900 10 00
o
STUPI,EX GRINNELL
6240 SMrTH ROAD
DENVER. co 80216
HYDRAULTC CALCULATIONS
FOR
VAII RUN RESORT
FI..OOR *5 AREA 2
FILE NUMBER:VRsth2
DATE: FEB 12, ZOO2
-DSSIGN DATA-
OCCUPANCy cLAssIFTcATIoN: RESIDENTIAI.
DENsrrY: .10 gpmlsg. ft.
AREA OE AppLfCATTON: 4 HEADS
COVERAGE PER SPRTNKIER: VARIES
NUMBER OE SPRTNKIERS CALCuIATED: 4 sprinklers
TOTAT SPRINKLER lirATER FLOW REOUIRED: l].t_.0 gpm
ToTAt WATER REQUIRED (including hose): 211.0 gpm
FLOW AND PRESSURE {g cTy) ,. 211 gprn G 132.4 psi
SPRINKIER oRIFICE SIZE: L/2 inch
NAI\'E OF CONIRACTOR: SimplexGrinneL
DESTGN,/LAY9UT BY: Bc & DK
AUTHORTTY HAVING JuRIsDIcTIoN: vAIT., r,IRE
CONTRACTOR CERTIFTcATIoN NUMBER: OO7
CAICUI,ATIONS BY HASS COMPUTER PROGRAM (L]CENSE # 4905013290)HRS SYSTEMST rNc.
TUCKER, GA 30084
D$TE; 2/12/2OO2
.]OB TITLE: VaiI Run
WATER SUPPLY DATA
SOURCE
NODE
TAG
cTy
STATIC
PRESS.
(PSr)
144.0
RES ID.
PRESS. B
(PSr)
108.0
FTOIV
(GPM)
49L.4
AGGREGATE FI.,OTiI ANALYSIS :
TOTAI., FLOW AT SOURCE
TOTAL HOSE STREAM ALLOWANCE
OTHER HOSE STREAM AI-,LOWANCES
TOTAI., DISCHARGE F'ROM ACTTVE
NODE ANALYS]S DATA
NODE TAG
1
2
?
4
q
6
I
9
1-0
t-1
t2
J-5
14
1-5
to
LI
1-8
19
2A
21
22
ZJ
24
ZJ
26
2'7
28
29
30
3L
32
J5
EIEVATION
.E'.PI
-6.5
-4.2
-2.0
-2 .0
-1.0
-1.0
-L. 0
14.8
24.8
34. I
44.8
47 .8
47 .8
47 .8
47 .8
47 .8
4?.8
47 .8
47. B
47. B
47 .8
57. B
5/.d
5?.8
47.8
47 .8
47 .8
47.8
57.8
57 .8
58 .2
5?.8
57. B
NODE TYPE
HOSE STREA},I
HOSE STREAM
1L9.1
1-18.0
t-17.0
r_ 16. 9
1l- 6. 0
1L5.2
L 15 . z
1-08.0
1_03.5
99. 0
94 .6
92.7
91 .6
90.7
89.9
87 .2
81. ?
72.2
69. 1-
66.4
60. 6
56.7
52.4
54.7q? o
52 .3
4"t ,8
42 .0
35.8
35. ?
35.2
35.2
50 .0
50.0
spRrNO. sysrEM HyDRAuLrc ANAr,ysrsal page r
D: \SPRINKI,ERPRI JECTS\VATLRUN\H# \ DATA\VR5 TH2 . SDFsth Floor Calc #2
AVAIt.
PRESS.
(PSr)
136.5
AT SOURCE
SPRINKI,ERS
PRESSURE DISCHARGE
(PSr) (GPrr{)
TOTAL REQID
E DEMAND PRESS.(GPM) ( Psr )
2tL.O L32.4
211_.0 GPM
O. O GPM
L00.0 GPM
111.0 GPM
s pRrNOpililiHJl?31:lli,iHl;$til,
"o,o,u*,,ilTioi
NODE TYPE
DA'IE: 2/t2l2OO2
JOB TITLE: Vail Run 5th Floor CaIc #2
NODE ANATJYSIS DATA (cone. )
PRESSURE DISCHARGE
( PSI ) (GPM)
NODE TAG
3{
35
36
a1
3B
39
40
41
42
43
44
45
46
47
48
49
50
51-
JZ
53
POC
BFS
BFD
CTY
EIEVA?ION
(FT)
58.2
58 ,2
58 .2
47.8
47.8
47 .8
47.8
47 .8
4? .8
47 .8
47.8
4't .8
47.8
47.8
47.8
47.8
' 47.8
4?.8
47.8
47.8
-9.0
-5.2
-5.2
-14.0
K= 5.40
K= 5.40
K= 5.40
K= 5.40
35.0
35. 0
35.0
33. 4
31.0
28 .6
28.5
28 ,4
25 ,9
22.9
90. ?
90 .7
90. 7
90.7
90. 7
90. 7
90.2
90.2
90. 2
90. 2
130.2
128 .5
1L8.5
t32.4
28.8
28.8
2'1 .5
25 .9
SOURCE 2L7.0
DISC.
(GPM)
(N/A)
0.0
0.0
0.0
Q (GPM)
vEL ( FPS )
211.0
1".2
211.0
1_. 3
DTA(IN) LENGTH PRESS.Hlr(c) (Fr) suM.
FI,/FT (PSI )
8.390 Pr 150.00 PF 0.1140 FTG ETG PE -2.20.000 rr,24B.oo Pv 0.0
8.071 Pr, 3.75 PF 0.0
1?O FTG PE -1,60.000 rr 3.7s Pv 0.0
pipe:
BFS
BED
Pipe:
BFD
L
Pipe:
1-
z
21,1 ,00.0 2.1
0.0
211.00.0 2.1
0.0
21-l-.0
0. 0 2.t
0.0
211- . 00.0 2.L
U-U
2r"1. 00.0 4.7
0.0
211-.0
0.0 s.3
0.0
2tL.00.0 5.3
0.0
211, .00.0 5,3
0.0
211.0
0.0 s.3
0.0
2t_L.0
0.0 5.3
50. 0
6.357 PrJ
120 ETG
0. 002 TrJ
6.357 Pr,
T2O FTG0.002 TL
6,357 Pr
LzO FTG
0. 002 rr.,
6,357 PL720 FTG
0,o02 rr,
4 .260 PT.,
720 FTG
0.011 Tr.,
4.026 PL
LzO FTG
0 .0l_5 TL
4.026 PL
L2O FTG
0.015 TL
4 . 026 Pr,
L2O TTG
0. 015 fL
4 .026 Pr,
1"20 FTG
0.015 TL
4.026 PLl-20 rrc0.015 Tr
Pr 0.0
PE 0.5
PV 0.0
PF 0. l-
PE -1.0PV 0.0
PF O.O
PE -1.0PV O.O
PF 0.1
PE O.O
PV O.O
PF 0.5
PE -0.4
PV 0.2
PF 0.9
PE O.O
PV O,2
PF O.O
PE O.O
PV 0.2
PF 0.4
PE -6.8PV 0.2
PF 0.L
PE -4.3PV 0.2
PF 0.1
PE -4.3PV 4.2
3
-5.2
-5.2
4
-5.2
-5.5
-6,5
-4.2
6
-4 .2
-2.0
I .21.
L.2t
I .25
2E
44.25
z-z3
B
1"5.25
4 .42
2F
58 .42
3. 00
ET
42 .00
49 .62
E
59.62
1_.7s
Pipe:
Pipe: 7
-2 .0
-2 .0
Pipe: I
-2 .0
-1.0
Pipe: 9
-1. 0
-1 n
Pipe:10
-1.0
Piper LL
-'l n
14.8
Pipe; 1-2
14.8
24.8
1 ?q
L6 .25
E
26.25
10. 00
I
9
9
10
Pipe: 1324.8 0.0 103. s
34,8 H.S. 99.0
10.00
10.00
'
n*'*tn#$llx#?3illli"lT*li iil., *rarvssri!l:o;
NOZ. PT(K) (Psr)
sRcE t32.4
0 - 0 !30.2
0. 0 130.20.0 128.5
0.0 128.50.0 118.5
0.0 118.50.0 119. r.
0.0 1-1-9. L
0,0 r.18 .0
0.0 118.0
0. 0 tL7 .o
0.0 tt1 .o
0.0 t16.9
0.0 L16.9
0.0 116.0
0.0 1L6.00.0 115.2
0.0 L75.20.0 'L]-s .2
0. 0 \75.20.0 108.0
0.0 108.00.0 103. 5
DATE: 2/t2/2O02
.fOB TITLE: Vail Run 5th Floor QaIc *2
PTPE DATA
PIPE TAG
END ELEV.
NODES (rT)
Pipe: 1-
cTY -14.0POC -9.0
Pipe: 2
POC -9.0BFS -5.2
FIXED PRESSURE LOSS DEVICE0.0 10.0 psi, 21-1.0 gpn
0.0
10.00
NOZ.
(K)
LENGTH PRESS.(FT) SUM,
(Psr)
10. 004.026 PL
1,20 rTG0.009 TL
3 .260 Pr.,
L2O FTGo.012 TL
3.260 Pr,
LzO FTG
0 .01,2 TL
3.260 PL
LzO FTG
0 .01,2 rL
10
11
11
L2
t2
13
I4
14
q.n
1.5
16
IO
l7
1'7
18
18
L9
L9
20
20
2t
21
zz
22
z5
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
Pipe:1.6
47.8
47 .8
Pipe: 1?
47 .8
47 .8
Pipe: 18
47.8
47 .8
Pipe: 19
47.8
4't .8
Pipe:20
47.8
47 .8
Pipe:2L
47 .8
47.8
Pipe; 22
47.8
47.8
Pipe:23
47 .8
47 ,8
Pipe:24
47.8
47.8
Plpe:25
47 .8
57.8
Pipe: 26
57.8
57.8
3.260 Pr 22,38
T2O FTG fo.oLz TL 42.38
2.635 Pr, 39.38
T2O FTG 5E0.035 rr 79.38
32.38
4ET
88.38
42.75
3E
69.75
Pl 17.12
FTG 7E
TL 59. 1"2
PI T9.67
FTG 5E
Tt 49.67
P! 10. t-7FTG 4ETr, 34 .17
Pr 22.25FTG ETL 28.25
DE 1 1
PE O.O
PV 0.1
PF 0.9
PE O.O
PV 0.1
PF 0.5
PE O.O
PV 0.L
PF 2.8
PE O.O
PV 0.3
PF 5.5
PE O.O
PV 0.6
PE 4.6
PE O.O
PV 0.6
PF 4.8
PE O.O
PV 0.6
PF 3.2
PE O.O
PV 0.6
PF 2.6
PE O,O
PV 0.6
99.0
94.6
94.6
92.7
ot "1
91. 6
91. 6
90.7
90.7
90 .2
ao o
87 .2
87 .2
81 ."7
81.7
77.0
72.2
72.2
69.L
69. 1_
66.4
66.4
60. 6
60. 6
56.7
2 .]-54
]-20
0.093
2.L54
1,20
0.093
10. 00
4.38 PF
ETB PE
46.38 PV
PF 0.1
PE -4.3PV 0.1
0.6
-1 a
u.L
t.5
-4. 3
0.6
PF 3.9
PE O.O
PV 0.6
2.154 Pr 21_.38
LzO FTG 5E
0.093 TL 51_.38
2,L54
120
0.093
2 ,1_54
720
0.093
2.154
r20
0,093
2.154
120
0.093
PI' 1-0.08 PF
FTG E PE
Tt 16.08 PV
Pt 18.1?
FTG 2ET
Tr. 42.11
'
pnruft eilil#-g#3i31:i"iHl;itil,
"arervns
rillEoS
Q (GPM) DIA ( IN)
PT DrSC. VEr, ( rPS ) HW (C)
(PST) (GPM) TL/ET
Pipe: 14
34. 8 H. S.
44.8 H. S.
Pipe:15
44.8 H. S.
47.8 0.0
DArEt 2/t2/2002
JOB TITLE: Vail Run Sth Fl-oor Calc #2
PIPE TAG
END ELEV.
NODES (FT)
161 .0
50. 0 4.L
s0.0
111 .050.0 4,3
0.0
111.0
0.0 4.3
0.0
111.0
0.0 4.3
0.0
111.0
0.0 4.3
0.0
111. . 00.0 6.5
0.0
111.00.0 9.8
0.0
111.00.0 9.8
0.0
111.00.0 9.8
0.0
11-L . 0
0.0 9.8
0.0
11L.0
0.0 9.8
0.0
1r.1.00.0 9.8
0.0
1l-1.0
0. 0 9.8
0.0
s PRrNft pil$ffiH#l?3t3ili"iTtili{ il, "o,o,u*,,ii13 0iDATEz 2/72/2OO2
JOB TITI-,8: Vail Run 5th Floor Calc *2
O {GPM) DIA (IN } I,ENGTH PRESS .
NOz. Pr DISC. vEr(FpS) Hw(C) (FT) SUM.(K) (PSI) (GPM) FtlFT (PSI)
PIPB TAG
END EIEV.
NODES (FT)
23
24
24
z3
25
zb
26
27
26
27
27
2B
28
29
29
30
30
?1
30
32
32
33
33
34
AA
35
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
o.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
56.7
52.4
5?.4
54.7
54.7
s3. 9
53.9
52.3
q2 0
52.3
52.3
47 .8
47.8
42.O
42 .0
35.8
35.8
35.7
35. B
35.2
35 .2
35.2
?q ,
35. 0
35.0
a6 n
1.5
-4.3
0.6
Pipe:27
57.8
57.8
Pipe: 28
57.8
4't.8
Pipe:29
47.8
4?. B
Pipe: 30
47.8
47.8
Pipe: 31
47.8
4"1 .8
Pipe: 32
47.8
47 .B
Pi-pe: 33
47.8
57 .8
Pipe:34
57.8q7 a
Pipe:35
57 .8
58.2
Pipe: 36
57.8
57.8
Pipe:3?
57 .8
s7 .8
Pipe:38q? a
58.2
Pipe: 39
58.2
58.2
r_1L. 00.0 9.8
0.0
L1l-.00.0 9.8
0.0
111- . 00.0 9.8
0.0
57 .00.0 5 .0
0.0
54,0
0. 0 4.8
0.0
1L1.0
0.0 9.8
0.0
111 n
0.0 9.8
0.0
l_l_1. 00.0 9.8
2.L54 PL 2L.'79
L2O FTG 4E
0.093 rr 45.79
2.L54 PL 10.08
LzO FTG T
0.093 rL 22.08
PF 4.3
PE O.O
PV 0.6
PF 2.7
PE 4.3
PV 0.6
PF 0.8
PE O.O
PV 0.6
PF 1.5
PE O.O
PV O.2
Pr 1.5
PE O.O
PV 0.2
PF 4.5
PS 0.0
PV 0.6
2 .'L5 4 Pr.,LzO FTG0.093 TL
2.t54 PL
L?O FTG0.027 rL
2.154 Pr
T2O FTG0.025 rL
2.154 PLI2O TTG0.093 rL
2.L54 PL
LzO FTG
0. 093 Tr
L,452 PT,
I2O FTG0.000 Tr
1. 68? PL
L2O FTG
0.306 Tr
1. 687 P],
].20 FTG
0.000 TL
2 .15
F
8.75
20,58
282!
56.58
26.42
4E,T
62.42
24 "00zEt
48.00
2.154 Pt 10.08 PF
\2O FTG E PE
0.093 T1 15.08 PV
36. 50
qE
66.50
8.00 PF 0. 0
ET PE -0. 1
20.00 PV 0. 0
2.t2
PF 6.2pE 0.0
PV 0.6
PF 0.6
PE O.O
PV 1.7
Pr 0.0
PE O.O
PV 0.0
PF O.O
PE -0. 1-
PV O.O
Pr 0.0
PE O.O
PV 0.0
0.0
0.0
0.0
0.0
111.00,0 15. 9
0.0
0.0
0.0
0.0
0.0
0.0
0.0
2.L2
0. 96
0.96
0.0
0,0
0.0
0,0
0.0
0.0
1. 687 PL 8.00t2O FTG zET
0. 000 Tr., 28 .00
L.452 Pr, 8.42
120 FTG E
0.000 rL 12.42
Q (GPM)
vEL ( FPS )
0.0
0.0
35.2
33 .4
33.4
31.0
31.0
28 .5
28. s
2B .4
28 .4
28 .6
31, .0
28 .6
25.6
25 .9
zD.:,
22.9
90 .7
90 .7
90.7
90 .7
90.7
90 .7
90.7
90.7
4.96
tsi
7.96
2.75
E
7.75
37
38
38
4A
40
4t
4t
39
38
39
39
42
42
43
l4
44
44
45
44
46
46
47
0.0
0.0
0.0
E,t
5.4
E.,/l
5.4
0.0
0.0
0.0
0.0
5.4
5.4
5.4
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
l-.687 PL 10.0B
1.2O FTG T
0.306 rr, 20.o8
1_.l_04 PL
LzO FTG0.000 TL
t.68"1 PI.,
I2O FTG
0.306 Tr
Pipe:42
47 .8
47 .8
Pipe:43
47 .8
47.8
' Pipe: .44
47.8
4't.8
Pipe:45
47.8
47.8
Pipe:46
47 .8
4'l .B
Pipe: 47
47 .A
4't.B
Pipe: 48
4'7 .B
47.8
Pipe:49
4't .8
4?-B
Pipe:50
47 .8
47 .8
Pipe:51
4'7 .8
47 .8
Pipe: 52
4-7 .8
4'7 .8
Pr., 2'7 .42 PFFTG 4ET PETI 57.42 PV
2.5
0.0
o.2
28 .8
28 .8
9.9
L.4
-18. 9
28.8 2.7
0.0
72.3
0.0 10.4
0.0
53.4
0.0 10.3
27 .5
25 .9
27.5 8.7
25.9
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
1.104 Pr120 rrc0.163 Tr
1.104 PLI2A FTG0,000 rL
1.l-04 PL
LzO ETG
0.000 TT,
1. t-04 PL
L2O FTG0.000 rL
1.104 Pr,
LzO FTG
0.000 rL
PL 3.61
FTG TTr 1,3 .67
Pr 72.17
FTG E
Tr L?.17
6.46
4E
18.46
15.08
ZL
21.08
0 .92
T
6.92
8.58
PF O.O
PE O.O
PV O.O
PF 0.2
PE O.O
PV 0.0
PF 2.4
PE O.O
PV 0.7
PF 2.7
PE O.O
PV 0.1
PF 3.0
PE O.O
PV 0.5
PF O.O
PE O.O
PV 0.0
PF O.O
PE O.O
PV 0.0
PF O.O
PE O.O
PV 0.0
Pr 0.0
PE O.O
PV O.O
t .68"7 Pr 3 .46120 FTG E0.004 TL I .46
7.687
120
0 .0L2
L .687
120
0.138
L.452 PL 8.25
120 TTG T
0.164 Tr t6.25
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
8. 58
0 .92
T
6 .92
"*'*t"iiffi IH-XI?##li"iiiiliiil,
"erarvns
riilSoi
PT DTSC.
(PSr) (GPM)
35.0 0.0
35.0 0.0
DA"Ef 2/12 12002
JOB TITTE: Vail Run 5th Floor Calc #2
PIPE TAG
END ELEV. NOZ.
NODES (FT) (K)
Pipe:40
35 58 .2 0.0
36 58.2 0.0
Pipe: 41
32 5?.8 0.0
37 47.8 0.0
1r.L.0
0.0 1s.9
0.0
L11.0
0.0 1s. 9
0.0
38.? 1.68'10.0 5.6 12028.8 0.044
DIA(IN) LENGTH
HW (c) (Frl
FtlFT
PRESS.
SUM.
(Psr)
PF O.O
PE O.O
PV 0.0
PF 6.2
PE 4.3
PV I.7
PF 2.4
PE O.O
PV T.7
DATF,: 2/L2/2O02
,JOB TrTLE: Vail
PIPE TA6
END
NODES
Pipe:
46
48
Pipe:
Plpe:
Pipe:
Pipe:
Pipe:
EIJEV.
(F.n\
53
47 .8
47 .8
47 .B
47.8
55
4't .8
47 .8
56
47.8
47 .8
57
4"1 .8
4't.B
47 .8
47.e
10. 00
o.92
T
o.9z
6. 00
T
12.00
13.50
13.50
4. 00
ET
1-3 .00
20.'J_7
PRESS.
SUM.
(Psr )
PF O.O
PE O.O
Pv 0.0
PF O.O
PE O.O
PV O.O
Pr 0.0
PE O.O
PV O.O
PE 0.0
PE O.O
PV 0.0
PF O.O
PE O.O
PV O.O
PF 0.2
PE O.O
PV 0.1
0.0
0.0
0.0
0.0
90.7
90.?
90.7
90.7
90.2
90.2
90 .2
90.2
90 .2
90 .2
90.2
89.9
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
48
49
50
51
5l-
52
52
53
50
1E
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
111.0
0.0 4.3
0.0 20. 1_7
NOTES:(1) Calculations were perforned by the HASS ?.3 conputer program
undex license no. 4906013290 granted by
HRS Systensr fnc.
4"192 LaYista Road
Tucker, GA 30084
(2) fhe systen has been caLculated to provide an average
imbalance at each node of 0.003 gpm and a maximum
imbalance at any node of 0.1-?0 gpm.
(3) Velocity pressures are printed for information only and are
not used in balancing the system. Maximum water velocity
is 15,9 ft/sec at pipe 41.
(4) PIPE TITTTNGS TABLE
Pipe Table Name: STANDARD.PTP
sPRlN*-i#llx.il?5l3i3i"iltffi iil, DArA\vR5r;;::";
Run Sth Floor Calc *2
Q (GPM)t'tbz. PT Drsc. vEr, ( FPs )(K) (PSI) (GPM)
DrA(IN)
Hw (c)
FIIFT
1. 104 PLt20 rrc
0. 000 TL
1.104 Pt
L2O FTG
0. 000 Tr
L.104 Pr,
1.2O FTG
0. 000 TL
1.104 PL
. tzl FTG
0. 000 TL
1. t_04 PL
1-20 FTG
0.000 rL
3.260 PL
1.20 FTG0.oLz Tr
TENGTH
tF.r'I
L0.00
DATE: 2/I2/2OO2
JOB TTTIE: Vail Run
PAGE: A MATERIAIJ: S4O HWC: 120Diameter Equivalent Fitting Lengths in Feet(in)E,TtCBGA
Elt- Tee LngEl1 ChkVlv Bfyvlv GatVlv Almchk4.026 10.00 20.00 6.00 22.00 12.00 2.00 20.008.071 18.00 3s.00 13.00 45.00 72.0O 4.00 3s.00
PAGE: B MATERIAI: THNWL HWC: 120Diameter Equivalent Fittinq Lengths j-n Feet(in)ETLCBGA
EI1 Tee LngElI ChkVlv BfyVlv Gatvlv Almchk2.635 8.00 L?.00 5.00 19.00 10.00 1.00 14.003.260 9.00 20.00 7.00 22 .00 13. 00 1 .00 18. 004.260 13.00 26.00 8.00 29.00 16.00 3.00 26.006.3s7 L8.00 38,00 1-1.00 40.00 13.00 4.00 35.00
PAGE: C MATERIAL: XL HWC: 120Diameter Equivalent Fitting lrengths in Feet(in1 ETIcBGA
EIl- Tee tngEll Chkvlv BfyVlv GatVlv AlnChk .
1. r.04 3. 00 6. 00 3.00 6.00 I .00 1".00 13.00L.452 4.00 8.00 3.00 9.00 8.00 1.00 13.00!.687 5.00 10.00 3.00 i-1.00 8.00 1.00 13.00
2. 154 6. 00 12 . 00 4 . 00 13. 00 ? . 00 1. 00 72.0O
PAGE: D MATERIAL: DIRON HWC: 140Dlameter Equival_ent Fitting tengths in Feet(in1 ETLcBGN
EI1 Tee LngEIl_ chkvlv Bfyv]v Gatvlv NpTee8.390 3L.00 60.00 22. 00 78,00 21. 00 7 .00 60. O0
' "*' "t,ffi ff H-ix?:il-'l i"lH*li { il r " rarvns rfil?EniSth Floor Calc *2
n
DPVIv
10 .00
21 ,00
N
NPTee
20.00
35 .00
D
DPVIv
14. 00
13.00
13. 00
24 ,00
N
NPTee
1?.00
20. 00
26.00
38.00
D
DPVIv
L3.00
13.00
L3.00
12.00
N,
NPTEE
6.00
8.00
L0 .00
12 .00
DLrnt 2/I2/2002
JOB TITTE: VaiI Run 5th Floor CaIc #2
WATER SUPPLY ANAIYSIS
Static: L44.00 psi Resj-d: 108,00 psi Flow: 491.4 gprn
160.0
1.40.0
5 enrNft eiffi:H.il?]fiH:i"iHl;itil r"*arvns riil303
LEGEND
Available pressure
136.46 psi G 2'J.1-.0
Required pressure
t32.4t psi G 2t1,.O
gpn
gpnTT
G
E
P
R
E
c
S
l1
R
E
(
!'
s
i
)
120.0
100.0
80. 0
60. 0
40.0
20.0
0.0
-14.7
600 700 800
FI,OW (GPM}
20c300 400 500 900
SIMPLEX GRINNELI.
6240 SMITH ROAD
DENVER, CO 80216
HYDRAUIIC CAICULATIONS
FOR
VAIL RUN RESORT
FI.,OOR #5 AREA 3
ffIE NUMBER:VR5th3
DATE: FEB 12, 2OO2
_DESTGN DATA-
OCCUPANCY CI,ASSIFICATTON: RESIDENTIAL
DENSITY: . 10 gprn/sq. ft '
AREA OF APPLTCATION: 4 HEADS
COVERAGE PER SPRTNKIER: VARIES
NUMBER oF SPRINKTERS CAI,CULATED: 4 sprinklers
TOTAL SPRINKLER WATER FLOW REQUIRED: 1,32.6 gPM
ToTAI WATER REQUIRED (inctuding hose): 232.6 gpm
FLoW AND PREssuRE (@ CTY) : 232'6 gprn @ 131.3 psi
SPRINKL,ER ORIFICE SfZE: L/2 inch
NAME OF CONTRACTOR : SimplexGrinnell-
DESIGN/IAYOUT BY: BC & DX
AUTHORITY HAVING JURISDTCT]ON: VATL FIRE
CONTRACTOR CERTTFICATION NUMBER: 00?
cAtcurATroNs By HASS COMPUTER PROGRAM (I.,rCENSE + 4906013290)
HRS SYSTEMS, INC.
TUCKER, GA 30084
DATE: 2/L2/2O02
,tOB TITITE: VaiI Run 5th Floor CaIc *3
WATER SUPPIJY DATA
souRcE sTATrc RESTD. FLOW AVATL. TOTAL REQ' D
NODE PRESS. PRESS. 8 PRESS. G DEMAND PRESS.
TAG (PSI) (PST) (6PM) (PSI) (GPM) (PSI)
cry 144.0 108, 0 49L.4 135.0 ?32.6 131,3
AGGREGATE FLOIil ANALYSIS:
?OTAL FLOW AT SOURCE 232.6 GPM
fOTAL HOSE STREAI4 AI.LOWANCE AT SOURCE O. O GPI'{
OTHER HOSE STREAM A].,LOVilANCES IOO.O GPM
TOTAT DISCHARGE FRO!4 ACTIVE SPRINKLERS 132.6 GPM
NODE ANALYSIS DATA
NODE TAG EI.EVATION NODE TYPE PRESSURE DISCHARGE(FT) (PSI) (GPM)
s enrNft eilillH.xl?H:ili"iT*iii il, "ararvns riSlSpl
'J-L1 .9
116.9
11q O
tIs.7
1
2
3
4
5
6
'7
I
9
1-0
-6.5
-4.2
-2. 0
-2.O
-1.0
-1.0
-1.0
r"4. B
24.8
4? .8
47.8
47.8
47 .8
47.8
4? .8
47 .8
47.8
47.8
47.8
-9.0
-5.2
-5,2
-L4.0
1-13.7
106. 4
101.9
L14.8
1-13.7
34. 8 HOSE STREAM 97 .4 50. 0
l_1 44.8 FIOSE STREAM 92.9 50.0
t2
13
t4
44
45
46
47
48
49
5L
POC
BFS
BFD
CTY
K= 5.40 39.1 33.8
K= 5.40 39.2 33.8
K= 5.40 3'l .4 33.0
36.8
90.8
89.6
88.4
68. 0
36.8
129.0
127.4
117 .4
K= 5.40 3s.1 32.0
souRcE 131-. 3 232.6
at
9
9
10
'
n *' * t, :HHI.: #l#I : i"illlJi i il, ",o, u *.,fi ." ? 3 0'"DATE:2/L2/2002
JOB fITLE: Vail Run Sth Floor Calc *3
PIPE DATA
PTPE TAG
END ELEV.
NODES (FT)
Pipe: 1
cTv -1_4.0POC -9.0
Pipe: 2
POC -9. 0
BFS -5.2
Pipe:
BFS
BFD
Pipe..
BFD
I
Pipe !
-L
2
NOZ. PT DrSC.
(K) (Psr) (GPM)
sRcE L31_.3 (N/A)
0.0 1,29.0 0.0
DIA ( IN) I,ENGTH
Htil(C) (Fr)
FTlFT
8.390 PL 150.00
].40 FTG E,TG
0.000 rr 248.00
Pipe: 1324.8 0.0
34.8 H. S.
232.60.0 s.9
50 .0
6.357 PL
LzO FTG
0.002 Tt
6.357 PL
LzO FTG
0.002 TL
6.357 Pr.,
1-20 FTG
0.002 Tr.,
6.35? P],
120 FT6
0.002 TL
4,260 Pl'J,20 rrc
0. 013 Tr.
4.026 PL
I2O FTG
0.01? TL
4 .026 Pr,
LzO FTG
0.017 Tr
4.026 PL
1.20 FTG
0.0L7 TL
4.026 PL
LzO FTG
0.017 rL
4.026 PL420 rrc
0.0L7 TL
PRESS.
SUM.
(PSr)
PF 0.L
PE -2.2PV 0.0
PF O.O
PE 0.5
PV 0.0
PF 0.1
PE -1.0PV 0.0
PF O.O
PE -1.0PV O.O
PF 0.1
PE O.O
PV 0.0
PF 0.6
PE -0.4PV O.2
Pr 1.0
PE O.O
PV 0.2
PF O.O
PE O.O
PV 0.2
PF 0.5
PE -6. I
PV O.2
PE O.2
H!; -q. J
PV 0.2
PF 0.2
PE -4.3PV 0.2
0 (GPM)
vEr ( FPS )
232.6
1.4
0.0 L29.0
0. 0 L27 .4
0.0 t27.40.0 Lt7 .4
0. 0 1,L7 .40.0 117.9
0 .0 1,1? .90.0 LL6.9
0.0 r.L6.9
0.0 1r.5.9
0.0 L15.9
0. 0 1L5.7
0. 0 I15.'t0.0 114. B
0.0 1r-4.8
0.0 Lt3.'l
0.0 I1-3.70,0 L13.7
0.0 1r_3.7
0 ,0 106.4
0.0 Lo6.40.0 101.9
232.60.0 1.5
0.0
8 . 071 PL 3.75 PF 0. 0
120 FTG. ---- PE -1. 6
0. 001 Tt 3. 75 Pv 0. 0
Pipe:
Pipe:
Pipe:
Pipe:
Pipe:
Pipe:
Pipe:
3
-5 .2
-5 .2
4
-5.2
-6.5
5
-6. 5
-4.2
6
-4.2
-2.O
7
-2 .0
-2.O
-2.0
-1 .0
9
-1 n
L0
-1 n
-,1".0
11
-1_.0
14 .8
12
14.8
24.8
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
7.21
8,25
2E
44.25
2 ,25
B
1s.25
4.42
3E
38 .42
3.00
ET
42 .00
49 .62
EJ
59.62
L.75
7.2r
10. 00
r"0.00
FIXED PRESSURE LOSS DEVICE0.0 L0.0 psi, 232.6 gpn
0.0
232.6
2.4
232.6
2.4
232.6
2.4
232.6
2.4
232,6
5.2
232 .6
5.9
232.6
5.9
232.6
5.9
232.6
5.9
1.75
L6.25
26.25
r-0 .00
101. I
97 .4 L0.00
I
DATE:2/a2/2002
JOB TITLE: Vail
PIPE TAG
END ELEV,
NODES (FT)
"""t,ifi HH-ll?H3lli"lTtllfi tilr "o,oru*,,i313oiRun 5th Floor Calc *3
LENGTH PRESS.
(FT) SUM.
(Psr)
10. 00nipe: 14
34.8 H.S.
44.8 H.S.
Pipe: 1-5
44 .8 H. S.
47,A 0.0
4.026 PtLzA FTG0.011 rL
3.260 PL
LzO FTG
0.01_7 TL
3.260 Pr,
L2O ETG
0. 0L7 Tr.,,
3.260 Pr
L2O FTG0.017 rr..,
PF 0.1
PE -4.3
PV 0.1
182. 650.0 4,6
50.0
1,32 .650.0 5.L
0.0
L32.6
0.0 5.1
0.0
r32.6
0.0 5. 1
0.0
t32.6
0.0 25.7
0.0
132.60.0 44-4
?t a
33. I33.8 11.3
33. I
33. 033.8 11.1.
33.0
32.O33.8 10.7
0.0
Q (GPM) DIA ( IN)
NOZ. PT DISC. VEL,(FPS) HI'[(C)
(K) (PSr) (GPM) FL,/Ft
I\,,
l-1
1.1
1-2
).2
1-3
13
t4
L4
44
44
46
46
45
46
47
46
48
48
49
48
51
0.0
0,0
0.0
0.0
0.0
0.0
0.0
5.4
5.4
5.4
c4
5.4
0.0
0.0
5.4
0.0
0.0
0.8
-1 ?
0.2
20.4
0.0
4.4
97 .4
92 .9
92.9
90. B
90.8
89.6
89.6
88.4
88.4
68. 0
68,0
39,2
39.2
39.1
39,2
37 ,4
39 ,2
36.8
36.8
35. L
36.8
36. I
10.00
4.38 PF
ETB PE
46.38 PV
Pipe:16
47. B
47.8
Pipe: L7
47 .8
47. I
Pipe:41
47 ,B
47 .8
Pipe:43
47 .8
47.8
Pipe: 43A
47 .8
4"1 .8
Plpe: 44
4?.8
47 .8
Pipe:45
47.8
4?.8
Pipe: C6
47.8
47 .8
Pipe: 48
4't .8
47 .8
32.38
4E
58,38
42,75
3E
69,75
rt r, z
PE O.O
PV O.2
PF L.2
PE O.O
PV 0.2
1.452
120
0. 884
L.104 PL
LzO ETG
3.359 rr_,
1-. L04
L20
o.267
PL 15.08 PF
FTG 2E PE
TL 23.08 PV
1.10{ PL
120 FTG
0. 000 rr
8. sB
B.s8
Pr 0.50
FTG
TL 0.50
o.92
T
6.92
10. 00
10.00
PL 0.92
FTG T
rL 6.92
0. 50
0,50
PF 28. I
PE O.O
PV 13. 3
PF 0,1
PE O.O
PV 0.9
PF 1.8
PE O.O
PV O.B
PF 2.4
PE O.O
Pv 0.8
PF 1" .7
PE O.O
PV 0.8
PF O.O
PE O.O
PV O.O
1.104 PL
I.2O FTG
4.251 TL
1.104 PL
T2O FTG
o.242 Tr.,
0.0
32.O
0.0
0,0
JZ.U
to.7
0.0
0.0
1.104
1,20
0.242
NOTEg:(l-) Calculations were performed by the HASS ?.3 computer program
under license no. 4906013290 granted by
HRS Systems, rnc.
4?92 r.,aVista Road
Tucker, GA 30084
(2) The system has been calculated to provide an average
imbalance at each node of 0.005 gpm and a maxirnum
imbalance aL any node of 0.112 gpn.
l
l
i
DAtEz 2/12/20o2 tn"t*5";ff;:H-llgRAurlc o*o""rro pase 4JoB TrrLE, v"ii Run sth Froor ".r" Jlt*t'JEcrs\vAuRUN\HASs\Dorotu"tt"5]ro.(3) vel0city pressures- are printed for information onry and arelS"nlli"rl?"::t:1";13.'i;. ;t;;"'' Maximum water verociry
(4) PTPE FTTTINGS TABLE
Pipe Table Nanei $TANDARD.PIP
PAGE: A MATERTAI: S4O HWC: 120Diameter(in)
" ,Eqtivalent Fit^ting Lengths ln FeetErl ree r,nqilrr "n*ir., "{fir: e.tf,r,, or*tno o"$r., *"il""4.026 10.00 20.9g -o.oo -il.ob
:Z.yg i.ob..i,ioo 10"00 20.008.021 18.00 3s.00 13.00 ;;:;; 12.00 ;:;; ii.oo a7.oe 3s.00PAGE: B MATERTAI: THNWIDiameter(in1
" fn"ivaLentEIl Tee Lngnll
l. ?90 e.00 20. o0 r. oo1.?gg 13.00 26.00 8.006.357 18. oo 38.00 11.00
HWC: 1-20Fitting Lengths in FeetBGACllvrv BfyVlv GatVtv Atmchk
??.oo 13.00 1.00 18. O0??.gg 16.00 3.00 26.0040.00 13.00 4.00 35.00
D
DPVIv
13.00
13. 00
24.oo
N
NPTee
20.00
26.00
38. 00P,AGE: C MATERfAL,: XL HfilC: L2ODi.amete r(in)
" "ntivarent Fitting lengths in FeetErl
"f,r, ""rit. "nnf,r., "r"f* ",
j;; lrlA_1 . 104 3. 00 g. gg "3. 0; -";:;l ,. oo j..00 13 . 00L.Asz 4.00 8.00 4.0; ;.;; 8.00 1.00 13.00
PAGE: D MATERIAL: DIRON HTfC: 140Diameter(in)
"
tnoivalent Fitting Lengths in FeetEIr ir"^ ,*r^"",,. "n.f,r,, ".rf* ;.*;;- -_il."s.3e0 3r..00 60.00 z2.oo -t;.;; 2r..00 ?.00 60.00
D
DPVIv
t-3. 00
r.3.00
N
NPTee
6. 00
8. 00 j
l:
:::' :s,iffi :H.illli:li i"i#iJ; tk, "o,o,u*u,fi 3y3oisth E'loor CaIc *3
DA'IE:2/t2 l2OOz
JOB TfTtE: Vail Run
WATER SUPPIY ANALYSIS
160.0
140.0
1-20.0
100. 0
80.0
60. 0
40,0
20-0
Static: 144.00 psi Resid: j.o8.0O psi FIow: 491.4 gpm
I,EGEND
Ava j-J_able pressure
L34.97 psi @ 292.6
Required pressure
737.26 psi G 232.6
9pm
gp{r
A
U
!l
P
It
E
a
s
u
R
E
p
i
0.0
-14. ?
600
FLOW
7Ao 800
(GPM}
20c300 400 500 900 L 000