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Cascade Village (30)
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" r _�- � ^'ne, ,�d��k �•fyr, X r. y M��ly ,� �'�r y � r!V w h e ,�44.i,• �hr d r 4r '�• �� , `�,�� /�� f � ' � y£' + rid ^ 11+r - �� �f r= i N f ,■MNMr• TM��� •` r rr O r + 1 V T )y� a i f S r f II J Q Alp Al SK- , r ,t 1 f J � a I Dpi►' �i".a�rvro.�i� d+�+V �1v "s" ,e f y� G V 0 00.4e IV C� v � a v� 4 V 1 °z q 1 Q z D uj \ z °}° o �'° Z ui O aac oQc a a a ❑ ❑ o rx t� Q DRAWING NO' r Imo' Mill g B � Q 11 rD .- „, — A3 . $ 3 . 3 3 . 8 3 , 8 3 . 4 -4 P.3 P.8 P. 8 d �.6 a7 I r I f f � I 3�r— or I 43' -5 1 r I f PHASE I REF . LINES for _O- I g'-3 rrZ" 10'- 1 -3/4- r 16'- 1 1//2;)" r r Y f I NEW— HASE II 'EXIST . — PHASE I I r 32 � I 1r Y0" r fin I I A7.z A. r — - -- --- --------- /- 32 - ------ - -—-—- — _-- --- I' . ------- — _ �ERV I CE NO . 1 ----rt- � ----------------- I `� � 00#�Y � s { TA I R UP 20 =� CONC. FALL 30 ------------4----------- _ NO . �! f _ 0 = F - - — _ I —' —————— — _ I I j - - I I I o he II . -' ALIGN F.O.SHTG. m O� �_ - u/ F.O.C. ----- - ------ ------ _�--------_-------- _ o f I I ! CONC. HALL Fi, ' '1' I I z�5 I 6" 6- 15' - 1 112 I I SERVICE f — . I I f TUNNEL Y I EEN�ERLINE OF I I f ON . u LL I ' I rE I 1 _ A3 . 5 A3 . 7 f LINE OF FIRST FLO('.R II I (TYP . ) _— EXIST. STAIR p A + ko�) 0c O1- ' EXI Tii G I' g � M 0y hE �' I I CON RE E d f � DO I f a B -- -----°--^'-- �''-- d ALtcN r'r —-_ C25) PHASE I REF . L ` 'vE CONC. �i� Ei; EXISTING - -—- —---—s-— —- — I I t` �— -� -- TUNNELS Z I r-- - -- - - - , 24 PHASE I REF . I + _ EPORSTONl+1AF J OOr -O" I IOO' O" T.J.R. LL EX I5 . f r E {/I a ! I JI I i � I , Y I i I it I � I I LINE OF FIRST FLOOR (TYP . ] 3EFLECTED CEIi :NG ! . r I 0'. Adl Drawings ahe A,�Iler,ma le,-a,aoDedrinu herein conswule The Ohq,nai and.,''1DUC I�5nrr1 w0,• \ Or Ine archiTect anC IhQ same may nol oe Ouol,cateo used or 015C105en w,lhou' Ine N,—T, \`1 \\` consenP of the arch,w, $ H Iz GG7N�'r�C.'�I�N \\U HZ, co 9Z4 Pia F X50 OF CA7E.•{7 Orr N rJ 4 WESTIN rH Z. PLAZA, BUILDING 'J - !�-----g - - - Db I''II�L105, PHASE II ( NO RTH COLORADO I I OW. IINTH VAIL. : vv T GROUND FLOOR PLAN 2, ALL FNT, AXE- "T-7'PE f ly` L1.p.r•1 �� I l 011 Er fl RM9 no RewsaRn REJECTED �F@1RNISFI AS t7DRRECTE-D ;J C.o o F2rb�'PA-M ✓�2 'YU'�'i Gu r • • • M . Ccr rrct�rm or eomnae.-ots r,ada -,rr t'vn shop rlrpwinye ✓Y 6310 + dur n r xv a, n t .Itnv cn•s r.,ct r fram - rraCp'`C�A7LTj r� -{gyp . eon �. h r r rii ne °. nac and d _ IJCL(JY��J'3 �->tf 1�7K]� n •et��.' r.n. .d omcicr CC '.. �i vr_n p In }4.. .Mime f yin nc-e Th: �+ _ r Bib[ AS ❑,d im iechnfqqurasof n.,.,udicn car=i hs rn:� h that of all other trades and part h ar4 ,n • .sQtlafactary • - Dok (� arp I /''� -. - MWER ENGINEERING CONSUL' NG r /"") / J��� /�j� A2m 1 f . 1 1 • . ' 11. , • . , r • , • ,. , ` • •• , • + , . ` �• • , ", • J •- • 1 .. r ',Y`i.}•, , I - . '• • " C ' "' _j. ' - s, " '... I . . r . ' • . .. . '� y I , . - I I (` 1 {�/.R] . ' - ., I r r S' ' ' _. . .. . . , :;, , r—'a SN61 ,I . . I I . I 8 �. . _ , - 1 X13 : 7 ` : • X43 . A3. 3 ;', A3::B ,A3 .8 . A3 . 4 ` . _ .� ,� ,R ,4 •,; r.i�4 ' . . 1 • ";"%. . .. , ..� . , • , „ f V� 'I .. . - . . ' r 1 .. , r ' • • ..'�J ;, J,` r I. ,_ . . ,.. 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CU of the arc>itect ana the same may not oe duplicated used or(31Ciosed without Int-w++tier+ UN C T 104 -- �{ — i consent oI•Ihe arcnitecl 18 ------ ---�-- t-- I --� -- - t-- 205 — --- ,� -{'S,�-_.�-- __ __--__�—_._ -----------_.---_------------_--- -____ � N � � 1 i O A •r O r ' ' I _ k 1 "-' 1 - _ 17 .-WES •I?LAZA BUILDING OPEN ro I ;P,l 5 r 3r { I { + II I I I 4, -5w t ® I I I 11 A8 3 I a ' , • i � iASE !I I Wit IIIz z-11 �2 I 1 _-.- _ ' - I W ------- -- --------------_--- - -------------------- - - ' 16 ' -• ,, _ -_ # I I PLANTER 'p , I fQ K E1) ` ��'' �rN' �Jr�T��- , ' I _..�._ 1 _.._ _, _ __________� —___ _____—_---_—_—_---_____________—___ _�_ 1 5 �� �7W 1., F-10- FLA• F��/AT1ai�l A�L, C�OL�RAD� 15 _�._ __—__._._.�--- � - --�--_ -- -.—,T;� __._..----_-.—r—_—___—_-- ---- --�-- I•�-� -,�-- �, I I 5 -T 1 ' K I TcNE,r� �S•E ND f l R PLAN • . _ , � ' .. � � , . . , . 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' � , � � .� � r i7•' y •5 r � • • ' 1 � _�1�...11.7•••1.1711 _� � �- ��� '���' .• . ��• �� 77•.,r }-� .•�.J'}y .+.y 1 i LQ ,� 8 1 0 A3 . 3 A346 .: 3 .� A31 A3.. 5 A T�' I C.,�r. -PL�AN ^7 ! 1 '-r � e �] � e` e ,A, � I � ' � r ' � . � • I /.1- � � . , � .�y 5.n .4b ` I17�� � ,•r 1^' .� "�1T, ' � � f olSS ���►KL� �uv �n1i a ,d►v�G. C-V sauP) Tv �IExT maker- n 14 l # 8 'Awn cis -.�sowv) ulrT LEU�.To� LL C-)WVO C-) DM/OUT A v Ll fzI FRD gE W�6OL4 CM4 IT = ten) {nt � %M... DES/lc-� )�a a I c� quo) Ct ! Cc"1!N1 AEG edu (o bw/, j Ct)F��J�oUT k )wNTji�l (-jw�r/�t�r 6A L. M14,, U,&L PULL 0�ylZs u 6Wu (ht 8 �+v'G* G ) T� �c�T pEv�cr G 4 1 n fit)6 I )u. �__ _..., 1 1 - } C-) r/� C--� /oar U(- �Y4 T C+}`r Ted ' 0 5/ o Ev / ran P�v� U D lc.E AWCA CU �a 0FO 4.0 Addressable Fire Alarm Control Units 4,3 Alarm Organization Facilities (Alarm Verification) 4 .5 Signal Display and Operating Terminal 4.5.8.13 The control unit shall provide programmable access levels: a. Level 1 Operator's access 4 . 1 General User data 4 .5 . 1 The cortrci unit shall be designed to provide operating and display b. Level 2 Service access 4 .3 . 1 c. Level 3 User data entry functions integral to the control unit or mounted remotely. 4 .3 . 1 . 1 The alarm organization shall be # ieid programmable. T 4,5.9 Evacuation 4. 1 .1 The term "control unit" is used as a eneral definition, 4.5 .2 Remotely installed operating and display term nal (s3 shall connect encompassing the following types of devices and operating modes: 4.3.1 .2 Field programming shall require no user knowledge of high level to the control unit via a serial data communication link (four-wire 4.5.9. 1 The building audible signals shall sound: programming language, l cable), per contract drawings. a. Fire alarm initiating circuits C. • Continuously b. Fire alarm indicating circuits 4.3.1 .3 Programming Inputs shall be via numeric code by using the keypad on 4 .5.3 it shall be possible to operate a control unit from up tc eight c. Status monitoring circuits the dlsDlay and operating, terminal . _ remotely operating/display terminals. d. Auxiliary control circuits Interface nter face logic for all of the above 4 .3 .2 Alarm Prooramminc Features 4.5 .4 Each terminal shall allow complete display and operation of the 4.5.9.2 The. system shall be capable of zutomatically transmitting fire ce control unit. informat€on to the fire department via: 4 . 1 .2 T11.e control unit shall basically consist of the following elements: 4,5 ,5 General indication and Dis ! o A polarity reversal network for reporting cver leased lines with a. 19" style enclosure adjustable line voltage. This network shall also provide b. Display and operating terminal (s) 4.5.5 .1 The display and operating terminals) shall b? egUIpped with 6 supervision of the leased lines for shorts/opens. , c. Plug-in control modules common optical red alarm field which shall fljish upon receipt of an d. Main and standby power supplies alarm and shall be steadily lit after acknowledgment. e. Connection terminals 4.5 .5.2 When a remote transmission (to the fire de.)artr:ent) is activated, 4.5.10 Operating Elements this shall be Indicated by a separate sie:adily lit red LED. 4.1 .3 The control units shatl be of high quality and workmanship. 4.3 .2.2 it shall be possible, via user date, to allocate any zone to one of The control unit (terminal ) shall contain the following operating 4 .1 .4 The control units shall be of modular design by means of plug-In the following alarm functions: # elements: lards allowing later expansion and exact tailoring of detection a. Da and Night mode operation (two—stage alarm organization) 4.5.5.3 The display and operating terminal s) shall have a dedicated a,-ea zones and control outputs to the buildingrs (objects) requirements. y g p g g Y p g a. Keypad consisting of ten (1O) numerical end six(6) function keys b. Alarm Verification (reconfirmation) for the following general LED indicators: to enter user data and passwords into the control unit's memory 4 .1 .5 The control units shall be microprocessor based and controlled by a 4 .3 ,7.,3 Technical alarms and auxiliary contact inputs shall encrate an a. Control unit in operation on main supply (green) program contained in non-volatile memory (ROM or E PROM) . y p g p pp y 9 b. Acknowledge button (alarm/trouble silence) alarrr Indication but shall neither send signal to the fire b. Control unit on battery power operation (yellow) 4.1 .6 The control units shall allow adaptation to specific building department nor cause a general alarm, c. Master indicator for part of system switched off (yellow) c. Reset button requirements by entry of user data via a system keypad provided on d. Zone test, master irdicator (yellow) the operating panel . 4 .3.2.4 Day/Niaht Mode Operation (Two-Stage Alarm Organization) e. Zone off, master indicator (yellow) d . Day/Night operation selection button f. Zone fault, master Indicator (yellow) 4.1 .7 All specific user date shall be field- ro rammable through the built a. In the day mode of the control unit opnrat€cPn, r�nse frorn g. Common fault indicator (yellow) e. Detector test via keypad entries p p g g tomatic detectors in designated zones shall .-te delayed for the h. Operating and programming keypad accessible ( ellow) in keypad and must be buffered (safeguarded) . The buffer shall j i y p g p g g YP Y maintain the user data even when the microprocessor board is removed pe od of a programmable timer (T1 ) . / I . Operating and programming keypad blocked (yellow) f. Detector zone switch off via keypad entries from the unit. j. Control unit in day mode of operation (yellow) b. During is delay time, an internal a -6'rm (Stage 1 ) shall be g. Lamp test via keypad entry given. I he alarm Is not acknowl ged before timer T1 runs 5.�.4 The operating functions shall be operated via guided ( lighted) 4.2 Basic Performance Data ( Input Facilities) R out, this sh 1 result in a gene 1 alarm (Stage 2) . �� �� switches as follows: g. Data entry error cancel (clear) button lkk \ 1 c. If the alarm is a nowledge while Ti Is still running, a � ��' a. Acknowledge 4.2.1 The control unit shall accept, process and evaluate the following programmable time ) s I be started. T2 shall delay the b. Reset 4.6 Basic Performance Data (Output f=acilities) types of Input signals: `J general alarm (Stage furiher, and so provide time for human "1� c. Day/Night operation Yp p g ginvesfiigatlon of th aE m cause. � p � � � � d. Operating error a. Automatic fire detectors � ``' 4.6.1 Relay Outputs b. Manual alarm stations /\4.5 .5.5 Individual alarm fault shall be indicated per zone on the terminal c. Sprinkler flow switches by means of two different LEDs: . p d. if no reset c o on takes place afore T2 runs out, a general � � 4.6.1 .1 Field programmable relay con-lact outputs shall be provided to d. Automatic extinguishing systems alarm (S ge 2) shall be given. aj e. Sprinkler monitor switches v ly a. one red LED for alarm segnaEingAeother bui�ding/objectlservicesf €etccontrol , rer:�ote f. Other technical services e. The ctuatlon of a manual alarm s#at€ however, shall (at all b. one yellow LED for fault a� 4 .6. 1 .2 Each output shall be configured by entering the following criteria mes} immediately result (n a general a rm (Stage 2) response. \5 4.2,2 The control unit shall be capable of providing both addressable and 4.5 .5.6 Ir addition to the Indiv 'dual zone alarm LEDs, an integral audible via the keypad: conventional zoning technologies. In the night mode of operation of the control t, a general alarm device shall sound. alarm shall be given without delay. a. Output active until acknowledgment of alarm or fault i 4.2.3 All detection and signaling circuits shall be monitored against f� 4.5.5.7 The terminal shall also have a built-in five (5) digit numerical open/short circuits and ground faults. Should a malfunction occur I display indicating exact address of addressable devices and zone b. Output active until reset of alarm or fault remedied in any circuit, a trouble, condition shall be indicated while all 1�. number of conventional circuits . other circuits continue operating normally. c. Output active depending on first or second stage of alarm 4.5.7. 1 First zone alarm shall be indicated on the terminal b an Individual 4.3.2.6 Ench zone of the control unit shall be equipped with a capability 4 .2.4 Detection and signaling circuits shall be wired Class A (four-wire) y for an alarm veriflcatlon (reconfirmation) feature. This feature red LED per programmed zone and shall be activated in the following d . Output active depending on day/night operation mode shall be disabled unless activated via the field programmable user mode: data. e. Output active depending on remote transmission (active/inactive) 4 :2.6 Addressable Detector Line Circuits a. Fast flashing upon receipt of alarm 4.3.3 Alarm Test Mode b. Slow flashing upon acknowledgment 4.5.1 ,3 By means of output dry contacts, provide Individual zone alarm and 4.2.6.1 The control unit shall be capable of processing and evaluating fault signaling. incoming signals from addressable devices such as automatic 4.3.3. 1 It shall be possible to switch each zone of the control unit 4.5.7.2 All subsequent alarms shall change from rapidly flashing to steady acknowledgment. This function shall allow differentiation detectors, manual pull stations and contact device paints. � selectively to a detector test mode. upon ac 4 ,6,2 indicatingi Circuits between between the first alarm and all subsequent alarms. 4.2.6.2 The control unit shall have the following maximum capabilities: 4.3.3.2 In test mode, It shall be possible to Initiate detector zones 4 .6 .2. 1 The control unit sl,aIl be capable of monitoring and activating 24 se4ected for testing by means of an approved test gas. 4.5:7.3 A fault shall be indicated on the terminal by an Individual yellow Vdc 1r lcatinc ci;cut's. a. 8 addressable lines per control unit LED per programmed zone and shall be activated in the following b. 50 detection devices per line (class B) 4 .3 .3.3 When a detector responds, this shall be indicated by the response mode: 4.8 Power Supply Unit i c. 50 addressable zones per Ilne (class B) indicator(s) , built- in the detector base and remote if applicable. a. Zone circuit ooen or short fast flashing 4.2.6 .3 The operating power for the addressable detection devices shall be 4.3.3 .4 The control unit shall automatically issue a reset command to the b. Zane Test mode slow flashing 4 ,8. 1 The control unit shall Contain the power supply for the entire fire supplied through the addressable Iine/circuIt. detector after ten seconds. c. Zone Off steady on detect•lon system. 4 .2.5.4 One plug- in addressable line module shall be equipped with not more 4 ,3,3 ,5 The above described r-ethod shall allow a single person to perform 4.5.7 .4 in case of zone fault, the built- in five (5) digit numerical display 4 .8.2 The control unit shall derive Its primary operating power from a 120 than four lines/circuits. detector testing without having to return to #I:e control unit(s) for can be accessed to indicate the accurate device address. Vac single phase 60 Hz supply. There small also be- detector reset action. 4.2,6.5 Each line/circuit shall function Independently in order to maintain 4 .5.8 Basic Operation of Control Unit A 24 V batter standby P Y y y power source capable of operating the � full autonomous operation. 4,3,3,6 Y+'hers a zone 1s in the test mode, all remote signaling and control entire sysi-ert: for a period of (24) hours in the supervisory mode i outputs of the zones to be lesied shall automatically be Inhibited. 4 .5 .8. 1 The basic operation of the control unit shall be guided by means of and then be capable of operating the alarm devices for a minimum i 4 .2.6.6 Each addressable line/circuit module shall have Its own The test alarm shall only trigger the Internal silent alarm vlsuai indicators on the operation buttons. of (10) minutes. microprocessor, working independently from the central processor Indicator of the control unit. if, however, two zones In the lest board Icrcai-ed In thy: :antral unit. 4.5 .8,2 Clear distinction shall be provided between unacknowledged and 4 mode alarm simultaneously, a normal alarm sequence shall be started. acknowledged alarm status. 4 .2.6.7 No device address shall be set via coding switches or jumpers. The 3 Terminal (s) shall be equipped with an alarm acknowledge button,8 5. . control unit shall automatically determine device address. 4,4 Self-Monitoring of Control Unit 4 , which shall silence the audible alr:rm. � 4.8.4 Upon loss of mair power, he power r supply unit shall automatically 4 .2,6.8 The addressable ass gnment shall be dc:le:rmined automatically by the revert to battery Gower, and 'he system E,iialI remain fully con'rof unit due Jc tk,e physical Fosltion of lire devices along the 4 4 1 The cantro! unit s all 4 .5 .8 .4 Subsequent alarms sl,a ! ! actuate the audible alarm device_ , operational . „e deslcned and progranrrtc to perform addressable line/circuit. ex _;nsive automatic self-monitoring. 4 ,5,8,5 Termincl (s) shall be equipped with an alarm reset button which sets the control unit into normal (quiescent) condition. 4.8.5 A visible and audible signal shall be generated to Indicate chat the 4 .2.6.9 The base electronics shill be fixed and all .assignments of zones shall be fielc control unit is operating under emergency power. �irogrGnimablr via system keypad. 4 .5.8 .6 The alarm reset and acknowledge buttons shall normally be secured 4.2.5. 10 By entering user date via the keypad, addressable devices shall be 4.4.2 Wthe control ianii- de-rects a fault, 14 from unauthorized access. They shall only be oper�. ' ional when a 4.8.6 The master fault indicator on the control unit shall also be shall result in a trouble programmable access code is entered via the keypad. lElurrilnated until mains power has been restored . � assigned to virtual zones ) per contract drawings. Virtual zoning condition, Indication by a yellow light emitting diode (LED) which is required in order to facilitate emergency response. allows identification of the faulty section or function. 4 .5.8.8 Actuation of a control unit trouble circuit shall provide both 4.8.7 When the AC power is restored, the control unit shall automatically visual and audlbie annunclation. Silencing the trouble audible revert to normal operation without requiring any manual restarting 4 .2 .6.11 Should a detectlon device respond with elther an alarm or trouble 4 .4,3 The following areas rt the central unit shall be continuously :hal ! net ext!r,yulsh the Visual `,d `ca1crs. praceG�res. ..:r.',7t n, It 5iLIi ire Pc_5L1b :6 tC; k1d e itf ;iliire ;lib excX: i cjevice moniTored and shaii have dedicatea (LED) Indications: address ( location) at the control unit. 4.5 .8,9 Actuation of the control unit acknowledge bution shall also silence 4 .8.8 The battery shall be automatically charged by a built-In short- a. Fault of micron . r ) (ye i low) 4.2.6. 12 Control logic data shall be field programmable. b. Fau f t of RRM/ROi /EPRC"i meniory (ye l low) the audible trouble indicator. The trouble visual identification circuit-proof charger. sha I I remain, Mod iflcatlons/revisions shall not require factory reprogramming, C. Fault on power supply/charger/battery (yellow) d. Fault in communication system or modems (yellow) 4.2,6. 13 Addressable electronics shall be incorporated In the automatic e. Error in software (program) configuration (yellow) 4 .5.8. 10 Subsequent trouble conditions will reactivate the audible/visual detector base. Standard autoriatic detector heads, Ionization, f. Error in hardware configuration (yellow) trouble indicators. photoelectric and thermal-type shall be interchangable to the. base g. Fault on alarm initiating circuit (yellow} to adapt to changing environmental conditions and/or structural h. Fault on alarm Indicating circuit (yellow) 4 .5.8. 11 All trouble LEDs shall be non-resettable except by an actual revisions. ! . Fault on city notification circuit (yellow) clearing of the trouble condition at which time trouble indicators j. Earth detection fault (yellow) shall clear automatically with no requirement for reset of the 4.2.6. 14 Address<.hfe control devices shall be provided to perform specific control unit. automaiiY output functions per contract drarinos. 4 .4.4 For accurate location of faulty parts within the control unit, each plug- in module and prinled card shall be equipped with dedicated 4 .5,8.12 There shall be a clear distinction between the audible alarm and (LED) indicators. trouble signals: 4.4.5 It shall be possible, vla the system keypad, to interrogate the a•. Alarm - ccntinuous sounding system, and diagnose the exact cause and location bf ail fault b. Trouble - intermittent sounding conditions. } 4,0 Addressable Fare Alarm Control units z .3 Alarm Organization Facilities (Alarm Yerification) 4 .5 Signal Display ind Operating Terminal 4.5.8. 13 The control unit shall provide programmable access levels: a. Level 1 Operator's access b. Level 2 Service ulcers 4 . 1 General 4 .3 . 1 User Data 4 ,5. 1 The cortrcl jrit shall be designed to provide operating and display Level v �._ funcr ,crss i .goal to jhe co^. : ro! unit or mounted remotely. C. Le el 3 use, date entry ' 4 .:. 1 . 1 The alarm c-gan !zaticn shall be field programmable. 4 5.9 Evacuation 4. 1 . 1 The term "control unit" is used as a general definition 4.5.2 Remotely nstailed operating and display terminal (s) shall connect ' g 4 ,3. 1 .2 Field programming shall require no user knowledge of high level to ;he c ntyol unit via a serial data communication link ( four-wire enCCr��passing the following types of devices and operating modes: 4.5.5. 1 The building audible signals shall sound : programming language. cable) , per contract drawings. a. Fire alarm Initiating Circuits � � c. Continuously • b. Fire alarm Initiating circuits 4 .3 . 1 .3 Programming inputs shall by via numeric cods by using the keypad on 4 .5.3 It sW l be possible to operate a control unit from up to eight c. Status monitoring circuits The d i sp l ey and o_evat i ne terminal , remv e i y operat i ng/d I sp I ay t errr,',nai s. -- d Auxiliary control circuits 3 ? ar Fronrar,,r^i ^c' F?ztures 4 .5 .4 Eacn term! naI shall al1aw complete d1s Ia and cperatWn of the 4.5 .5,2 The system shall be ca abie; of autometicail transmitt € n fire ' interface_ ! for all 1 cf the above -• _. r p Y �' Y �' Y g S. in erface IGG c cc `rol unit. 1r,formation tc the f1rs departrert via: 4 . 1 .2 T;'a Corfrol Unit shall tasical Iy Corsis' cf the fol losing elerents: 4 .5 .5 c'' ^'cl I iC�� iGr• end Di � ISy i � reverse! ', k reporting 1 ee5ed I Ines with rid � F. pc grill,' .ersa r.e ;.r F. for rEpG, Inc o a. 19" style enclosure - adjustable line voltage. This network shall also provide b. display and operating terminai (s) 4 ,5, _.5 .' rye display and ccerzt i ng tern i na k s) shall be equipped with a sup eW s ton of the Wased l i nes for shorts/opens. c. Plug-in control modules common opticai red marl, fi0d which shalI flesh upon receipt of an d . Mein and standby power supplies alarm and shall be steadily 1It after acknowledgment . e. Connection terminals 1 4 .5 . n .2 407 a remote transmission (to the fire departyent) Is activaied, Q eratln Elements 4.1 .3 The control units shall be of high quality and workmanship . � this shall be Indicated by c separate s� F.adily [ !t rod LEO. 4 .5. 10 4 .3 .2.2 It shall be possible, via user date, to allocate any zone to one of The control unit (terminal ) shall contain the following operating 4 .1 .4 The control units shall be of modular design by means of plug-in the foilowina alarm functions: i elements: ! cards allowing later expansion and exact tailoring of detection Night zones and control outputs expansion the d exact {object's) etectiornents. a. Day and Nigh mode operation (two-stage alarm organization) .' , 5.3 The display and operating terminal (s) shall have a dedicated a-ea a. Keypad consisting of ten (10) numerical and six(6) functlon keys b. Alarm, V'erifIcatlon (reconfirmation) for the following general LED Indicators: to enter user data and passwords Into the control unit's memory 4 . 1 .5 The control units shall be microprocessor based and controlled by a 4 .3 .2.3 Technical alarms and auxiliar contact inputs shall encrate an a. Control unit in operation on main supply (green) • program contained in nor,-volatile mes�,ory (ROld or EPRGfr) . 5' p g P PP Y g b. Acknowledge button laid-rt/trouble silence) alarm indication but shall neither send signal to the fire b. Control unit on battery power operation (yellow) 4 .1 .6 The control units shalt allow adaptation to specific building department nor cause a general alarm, c. Master indicator for part of system switched off (yellow) c, R esot button requirements by entry of user data via a system keypad provided on d. Zone test, master €ndlcatV (yellow) 4. .4 DayAfight Made Operation (Two-Stage Alarm OrcanIzatlon) r' e. Zone off, master Indicator ( eltow) d Da /r\€chi o eration selection button the operating panel . pV 9 `I /l f. Zone fault, master Indicator (yellow) Y J P 4 .1 .7 All specific user date shall be field-programmable through the built a. in the day mode of the control unit operatlon on sponse from g. Common fault indicator (yellow) e. Detector test via keypad entries In keypad and must be buffered (safeguarded). The buffer shall automatic detectors in designated zones sha yl'be delayed for the h. Operating and programming keypad accessible (yellow) maintain the user data even when the microprocessor board Is removed erlod of a progreNr'able timer (T1 ) . �./ I . Operating and prograry ing keypad blocked (yellow) f . Detector zone switch off via keypad entries from the unit. 1. Control unit in day mode of operation (yellow) b. Dur this delay time, an internal arm (Stage 1 ) shall be o. Lamp test via keypad entry given. If the alarm Is not acknow dged before timer Ti runs 4 .5.5.4 The operating functions Shaft be operated via guided ( lighted) 4 .2 Basic Performance Data { Input Facilities) out, this hall result In a gen all alarm (Stage 2) . switches as follows: P. Data entry error cancel (clear ) button c. If the alarm €s cknowledge while T1 is still running, a a. Acknowledge 4 .2.1 The control unit shall accept, process and evaluate the .fol €owing \ programmable time 2) s I be started. T2 shall delay the b. Reset 4,6 Basic Performance Data (Output Facilities) types of input signals: '� general alarm (Stage further, and so provide tIrre for human C. Day/Night operation Investigation of the la cause. d. Operating error 4.6. 1 Rein Out uts a. Automatic fire detectors b, Manual alarm stations 4.5.5.5 Individual alarm fault shall be Indicated per zone on the terminal c. Sprinkler flow switches d. If no reset ion takes place be re T2 runs out, a general by means of two different LEDs: 4.6. 1 . 1 Field programmable relay contact outputs shall be provided to d. Automatic extinguishing systems alarm (Sta 2) shall be given perform specific automatic functions for fire control , remote e. Sprinkler monitor switches a. one red LED for alarm signaling, other building/object services, etc . f. Other technical services e. The a uation of z manual alarm station, h ver, shall (at z I b. one yellow LED for fault ti s ) immediately result In a general alarm age 2) respcsse. 4 .6. 1 .2 Each output shall be configured by entering the following tier ' s � 4 .2.2 The control unit shall be capable of providing both addressable and . 4 .5.5 .6 in addition tc the individual zone: alarm LEDs, an integral audible via the keypad: conventional zoning techncicgies. f. In the night mode of operation of the control unit, a,xy, .al alarm device shall sound. alarm shall be given without delay. z. Output active until acknowledgment of alarm or foul ' 4.2.3 All detection and signaling circuits stall be monitored against 4 .5.5.7 The terminal shall also have a built- in five (5) digit numerical open/short circuits and ground faults. Should a malfunction occur i display IndIcatinc exact address of addressable devices and zone b . Output active until reset of alarm or fault remed ' in any circuit, a trouble. condition shall be indicated while all number of conventional circuits . other circuits continue operating normally. c. Output active depending on first or second stage f e 4 .3.2.6 Each zone of the control unit shall be equIFped with c7, it ity 4 .5 ,7. 1 First zone a{arm shall be Indicated on the terminal by an individual 4 .2.4 Detection and signaling circuits shall be wired Cizss A ( four-wire) for an alarm verification (reconfirmation) feature. lo l: 'cure red LED per programmed zone and shall be activated in the following d. Output active depending on day/night operatior od, shall be disabled unless activated via the field prog"u user mode: data. e. Output active depending on remote transmissIr (evil inactive) 4.2.6 �Addressable Detector Line Circuits � a. Fast flashing upon receipt of alarm ! 4 .3.3 Alarm Test lfode b, Slow flashing upon acknowledgment 4,5.1 .3 By means of output dry Contacts, provide lndty 21 ,o, alarm and 4.2.6. 1 The control unit shall be capable of processing and evaluating fault signaling. Incoming signals from addressable devices such as automatic 4 .3.3 . 1 it shall be possible to switch each zone of the control unit 4.5.7 ,2 All subsequent alarms shall change from rapidly flashing to steady detectors, manual pull stations and contact device points, f selectively to a detector test mode. upon acknowledgment. This function shall allow differentiation 4 ,6 ,2 Indicating Circuits between between the first alarm and all subsequent alarms. - 4.2.6.2 The control unit shall have the following maximum capabilities: 4.3.3.2 In test mode, It shall be possible to initiate det, _ or zones 4 .6 .2. 1 The control unit shrH be capable of monitor n_c. ar activating 24 selected for testing by means of an approved test , 4.5:7.3 A fault shall be indicated on the terminal by an Individual yellow Vdc 101cati,g circuits. a. 8 addressable lines per control unit LED per programmed zone and shall be activated in the fc( lowing b. 50 detection devices per line (class B) 4 .3.3,3 When a detector responds , this shall be Indicates t j response mode: 4 .8 Power Supply Unit c. 50 addressable zones per line (class B) indlcetor(s) , built-in the detector base and rem f applicable. _ V Zone [ r`i_ . .De— or c! Crt 411 rlash , "c t . � _'r _ _c . cC c c CW = I a� Ir 4 .2.5 .3 -ho CCC,G# it C 'er for l ,p add-e SS a: c detection �e0c4 s shall b e Th _ v_ Writ a.,�C " Cc l l 1 cc C , and C he � .�. � � C COryrGl unit shall contain the s� , 1 f f r The entire fire sEnp; 'CE c 74e a0ressa ie lineklrcull . detector after ten seccnd5. G. Wre Vff steady teC •i system. on d E Cn t T;. 4 .2.5,4 One Flux- in addressable fine: module shal ! be equipped with not more 4 .3.3 .5 t of ! 4 .5.7.4 in case of zone faint , the built- in five (5) dig€t numerical display 4 .8.2 The control unit shall derive Its pdi ,;`t ar .rating power from a 120 T he above descr be_ r. ., hod shall allow 1 cw e s i ng 1<.: pf r cm to perform than four lines/circults . detector testing without having to return to the i 1 trol unit(s) for can be accessed tc indicate the accurate device address. Vac single phase 60 Hz supply. Ther , r ' also beg detector reset action. 4.2.6.5 Each Ilne/circuit shall function Independently in order to maintain � 4.5.8 Basic Operat !on of Control Unit a A 2 . V batter P Y y standby power sc� _e e of operating the � entire system for a period of (2 1 r 1n the supervisory mode lull autGnorrtous operation. 4 ,3,3,6 When i zone is in the test mode, al remote rign�. .9 and control 4 ,5,$, 1 The basic operation cf the control unit shall be guided by means of and then be capable 7f aperatir� , a -rr., devices for a r�,inls�turr, outputs of the zones to be Tested shaIi auto= ietic y be Inhibited. 4.2.6 .6 Each addressable line/clrcult module shalt halve its own i The -lest alarm shall only trigger the internal s 0 alarm visual indicators cn the operation buttons. c:f (IO) minutes. microprocessor, working independently from the genial processor indicator of the control unit, i # how'ever, tw, -,es in the lest board Icca'ed in the control unit. mode alarm, simultaneously, a normal alarm seque E shaii be started. 4.5 .F.2 Cicar distinction shall be provided b0 weon unacknowledged and acknowledged alarm status. 4.2.6.7 No device address shall be set v1a coding switches or jumpers. The 4 .5 „ Ter ; malts; shall he equipped r: itt't an alarm cc%newledce button, control unit shall automatically deicer~pine device address, 4 .z Self--Monitoring of Control Unit - which Kali s i t encE The a:U ! u I a B i r• - r - t a 4 .2 .6• .8 `he eddressab !e ass she I I et 1F,r 1n l ,rn ti the G e i .4 .� r revert w d C Fr c: - r s '�c b cf nod au c . at ice ly by � e r r, G- _ y y I alarm. Upon O. O TiZ r pc , r' '�JIy Un shr✓I ! aUtC'. lat lCBI y control unit du'e? Ac he phys foal ,:os !I Wn^c:f Q ev. ° n ", W s •i - } } G ce_ along h _ n r 5 •�' �::�cE'C nt^'� �r�< < �'�ti ! aC�Ll�.1F.' ''IiE.' aUv !b � E u'larr'; Cevice:. FEnr-J '� -�c��E.' GG 'E' ,� C•. 1 I f'Er"c'� i I I addressable ! lne/Circa' it. .z .1 The C::^, rCl Ur: + a',,�i i "`E: CES it C L � ,,. '.0 :�E'r;CrA C_ c: . iota , nEi and roar ar.'rc , •" Ex , „nsive au cratic self-mcnitcring' 4 .53.5 Ternir,el (s) shall be equipped with an oiarm Fcsut button which sets 2 .2 .6 .9 T he bare c l ectron i cs sh ! I be f Ned and & I l .ass l gnments of zones the control un i t i ntc normal (quiescent ) condition. 4 .8.5 A v i s i b l e and and it l v ' ,:..I I be generated to Indicate 1 hat tl,e s h y': 1 be ¢ ;e 4 d' nrocrUmmeb l e v i a sister-, keypad . cor�troi unit is o er { ,f e,'tercency power. 4 .5.8 .6 The alarm reset and acknowledge buttons 5ha ! I normally be secured from unauthorized access. They snail only be operr ' ional when a 4 .8.6 The master fault i i the control unit shall also be 4 .2.5. 10 By en'ering user data via the keypad, addressable devices shall be 4 .4 .2 If ' the control '�ni1- detects a fault, it shall rEs . It in a trouble illuminated until a' ,o 7as beers restored . assigned to virtual 7O(S) per contract drawings. Virtual zoning condition, Indicatlon by a yellow light emitting loge (LED) which programmable access code is entered via the keypad. Is required in order to facilitate emergency response, allows identification of the faulty section or f! action. 4 5 R fi r,ctucllc_ c. s a con rot unii roucie circuit shell provide both 4 .8,7 When the AC powe s, i : the control unit shall autenW ically 4 .2.6. 11 Should a detection device respond with &+ er or fn; c- tr Ut: e 4 .4 .3 1he follow # r; areas at the control unit shall he ::ontlnuously visual and audible annunciation. Silencing the trouble audible revert toCnorma ! r st ' _v r thout reatriring any ranual restarting conciTic•r:, it shall be possible to determine the exact device monitored and shall have dedicated (LED) Indic t :Ins: sha4 ! act extinguish the visual inc' 1ca ,Grs. pro„enure, . address ( location) at the central unit. 4 .5 .8.9 Actuation of the control unit acknowledge button shall also silence 4 .8•.8 The battery she ..e utomatically charged by a built- In short- a. Fault of rricr'ooroces�^r ttnit{s) i 4.2.6. 12 Control la !c date shall be field programmable. t r �/ (yellow) the audible trouble indicator. The ±rouble visual Went if Vat ion circuit--prod c- 'CAF g� P 4 b . Fault. c� F,P.h,/I�Qi�, Er f'tL.•' memory (ye I low) � Mod if Vat ions/revisions shall not require factory reprogramming. C. Fault on power supply/charger/battery (yellow) shall recta;i n, # d . Fault in communication system or modems (yellow) ” 4.2,6 . 13 Addressable electronics shall be incorporated In the automatic e. Error in software (prcgrar ) configuration (yellow) 4 ,5.8, 10 Subsequent trouble conditions will reactivate the audible/visual # detector base. Slandard automatic detector heads, Ionization, f. Error in hardware configuration (yellow) trouble Indicators. ! photoelectric and thermal-type shall be interchangable to the base g. Fault on alarm initiating circuit (yellow) to adapt to changing environmental conditions and/or structural h. Fault on alarm indicating circuit (yellow) 4 .5.8.11 All trouble LEDs shall be non-resettable except by an actual revisions. i . Fault on city notification circuit (yellow) clearing of the trouble condition at which time trouble indicators perform specific t 4 ,2,6 , 14 Addressar, ie contral devices steal { be rrovidpc' c' j. Earth detection fault (yellow) shall clear automatically with no requirement for reset of the autcazl is outpuT functions per contract drawings. 4.4 .4 For accurate location of faulty parts wlthI7 .e Control unit, each control unit. plug- in module and primed card shall be equi -ed with dedicated 4.5.8. 12 There shall be a clear distinction between the audible alarm and (LED) indicators. trouble sign0 s: 4.4 .5 It shall be posslbfe, via the system keypad , D Interrogate the a„ Alarm - continuous sounding system, and diagnose the exact cause and Icr.r ion bf at fault Is. Trouble - Intermittent sounding conditions. i ^1, R I �t•`k 1N'r,k{.,,'� - i 0.t:.•'. ry�, M, W re, Z 0,3 0, r d ,• � Q , F � L V ,• 1.' g + r.wM a C ' V p Qj C.CLAW • ��ffi a i 1 41 s t •: w� 1 war + --.0 T16 ro S. Pon moms -- - B+rrrh[swltrh/KNc�a.►tt ��\ ,� r$yL�+ r r � , I-t —y TY'P M A N aE R O E T A t , _ *+ �'- -___ ----, Tlt�.l rr,�ti iawa w o h► r� '� r Wa•r.�r+rlf■ r A '"Oft ��fw f. ., -'' t��.N. 1 �L ti I� Ili�L ��, �- i-- I cry kI 9-1 r+ AAoo T -I _ J lie IF l4 HYDRAULIC DESIGN CRITERIA - STANDPIPE - n L2 NOTE: THE EXISTING WATER SUPPLY IS NOT ADEQUi'•P, TO SUPPLY THE STANDPIPE I Vol OyF �r Z SYSTEM ACCORDING TO NFPA . 014 . E AS PER NFPA ; 14 , CHAPTER 5 , THE' STANDPIPE SHALL PROVIDE 500 GPM AT 65 PSI AT THE � - � l��C r 2 REMOTE OUTLET WITH AN ALLOWANCE OF ;50 GPM FOR EACH ADDITrONA'L STANDPIPE. AS PER r2- -�r..�-(�1jk7`'�+r THE VAIL FIRE DEPARTMENT, AN ALLOWANCE OF 225 GPM FOR DOMESTIC WATER USAGE SHALL BE "" 't' ,e/ 3`��ti'Aj. _ �+ ADDED AT THE BASE OF THE RISER. J C� ❑ 1 Q CALCULATIONS INDICATE 'THAT 1'225 GPM IS REQUIRED AT THE' CITY TAP AT 105 . 35 PSI, '� TAP I i I 19-0 V r� ✓IGS _� o 4 o Q-to U HVWXVER: 1225 GPM IS AVAILABLE A,'3' 84 ,46 PSI AT THE :AP - 20 . 89 PSI SHORT . I� X17, '� Il il, O I FKOVIP0 &` F I� (0'vl:. 12 ,� _ V PLANS AND CALCULATIONS ARE PROVIDED TO CLEARLY SHOW THE LOCAL FIRE DEPARTMENT', f�f _ � � _ � I fO /R ' THE OWNERS .t•NSURANCZ AGENCY AND THE ENGINEER OF RECORD, .WHAT VOLUME/PRESSURE .IS Z- �� � P.ycI�T� RLLKf� i W_ _ v REQUIRED AND AVAILABLE FOR THE STANDPIPE SYSTEM . IT WILL BE THE DECISION OF THE 1� (�} FIsc1'UIz�+� L.Et�. E VAIL FIRE DEPARTTMENi OR CIGNA LOSS CONTROL SERVICES INC . , OR YODER ENGINEERING , -� -WHAT COURSE OF ACV1q,,I IF ANY , TO„TAKE TO RECTIFY THIS SITUATION . qi :�: -- - - _ /0171 � I.W 1 0 lw l wy �L 172 -� Q �{X Z h T Z l� a�0�' W/ '` } �` d�oLi1♦ir16 �'s AHid•S 3-� ABA � --- /'r , �[� 1 � �r� ' VA►.V`9 cAfiC14Ai ; W e6J1" 4a IZ L qtl x Zit t ��� �>= M1�1alt�at-p ✓ - - �~ - > 1lil T.i 1't If- S 2L' f%fk� 1l1�0� CASIt�1Gr 3.Ly'1 VW..V� W f .M�r 2.�W�T[ +--- — z� !!1 -�'.�l�l+c.� 41 4 f's. «69 ' •' 4Z roT��-lZo8M81t -W l8go -� 8 S9 ?A •. ���1�� y Q£�55En 6gly�K t:l•AS9: fdc- t . f - w r D4�'µ �Lva•Q.. Mo— G__ TW MpM) 414 f4L) u f?z � .. _ PE 15. A FIRST FLOOR - WEST END _ DASHED PIPE IS AT _,,�. .R,. _ . ; _. . +m W d ,�,+ F . �. 3 p F�`� srA1Z FARE F'R1NKLER PLAN 10 22 i O �° I N „ «, .,. f, I pv 9 1 985 .• $ z r 0 � d V' 2t ��ysiEPti N L,{- nc �� �! v/�• ���10 O .L C�iO r' 11T • �a RE: 2A2.2 FOR FLOOR P4AN �Y F : .004.:, , . -1 1 � ut1D•L.L- �- , „ + Q „ 4. iL•=141a 9 '�5 g-4 A.F,�r - � N, CL,. - �{1 -(p L�) , 14'4-4, 8,'-1 "� A.ftr. (F�' srAIf� � l� ” ��•u�.�l} I Z+,lo F �'T1=} � .� 'a' `�. � w � :� • :g t 4 k4-(o y 8'3"4 A.F.F C'�JF�ST Si"A1 R,} . Issue Record ---- - - -- - ----- - - - -- - -- - -- - -- �� '�� fiIIARER TWA O +GAS 1 - �� O r Zov Z° FItS FUG. l L. 1Z5-q Dult7 Se date I��al-�•Tl4f`L V��J �l �ii� j�TLJ-M 'r-Mu"_ Pe&itil Go uklrGTra1� El..= i3ro ? ' If s�cla , �� 4 HOUR KAT 0 'WALL THAT EXTENDS TO A NIN •J I14UM OF 3,0' ABOVE WKER R00�'. n 3 -�1C?t3R � r °x rr � 11 � Z i�iZ-I�l,� 1'"�1L�1'- +�•-I'�-��c5�1�4f�--'S� I�rz. �e-�+rw gE� F�Co�x- � .......� n� �I3�-8,$ -II �A.F,F , .S g ZiZ �Z rPG .tie �� BATED OPENINGS.,Ii1iGS. � - I. >�' 'II�N - ' r1� Oil Z.• ALI OK0f5t 1A5 TO 13E ti?� i+6A'1-)O THINWktV_ ii4t3 R RATk1D CONTINUOUS WALTr . 1 1 /2 �IZA« c H I-I N� To j5 p L1 I I-p xi.- -rHgeADA13 -r)41 N\,VAL_L_ FIN. Fa. EL. = 111 AT Au. tiOt)fi RAiiIt:D'`OY' ,INGS. �- '''^;s, A. 4[.� ,e,Rra�S M6.ftKF.D"GCrrSn,,q- X1, �a�JE 'SRZt� r p a y" = re , _Q VAS+! C Afl�• ": rG. �� Pr? VloSL. lCl � �u !� I KOIHR RATED WALtL L ° F�aw6s F� = 1Z.r� q ^� Z r, THAT EXT&AIDS TO L1�iDERSjDF. OED' I`t-RjG�.v s��, . : V r+ ( t►+ I c -i 12'3-3, 11'-9r,� A.F F --� AaOV'E. I HOUR RATED OPENI'N". ">• `+ „ ,u --ro f7RJa f lu ' �4 Lo 11 4` 0 � * *^). X11 e,6 � PAP �y� �- F�r1 li l CA>�J.lt� f>l l �a .. � ��, ;� � � �(C'r, � I 114138 RAVED ED CORfRzU� Wx" T`11"T �XT'E�►1pS �+ a Sheet Tale I�f 1. C /( c' o Ta, IDI O �t�/c►.� sY4Tr�M ae�,l� ,2 -' =1-*-=== T � INUTg liAT�:t OPENINGS" " . +•' :'R cl 11a>`fG- PLl14�i- ��T' �•iD , — - - - - - --- - ��: i try. - 1017-o I HOUR ►TirwC3 1Air11LG '1't1tAT EXTENDS TA UNDE1Z� � 71. R '! — 2a3 FEB 8 7 O C� x� o AS BUILT 7-26 88 Drawn 15T { :CCIK R °" O'PEN•INC-S TYPICAL.. t. M' ,' $f•3 L't ll4-ic, 'a •� +2,o�ti F,. ' —' ;3 t 4 ,� , ► - I loq-9 9l 9"k A.F F L,•NO & SONS INC. Checked r r*+r 1 P1L, IN » r • "' {:J ' F T RE RROCT I Oh C0�1�'RACTDRS` FIRE, � I °LE•R SY%Q.O�"E� RiS.ER- ' O E T ,uu WALL. +4ETA,6.- ��' &X700 'TO ... . 4101 FOX ST. DENVER, COLORADO..: ti.• N �� NDERSIDE' OF STRUgTVU, A4aVX.': 4YrmUk 80216 (303) �s33�3329 TO , t ��7{� (, �^ }�1 r L+ n� • > ,.' " �, L=� .,ly o ... ne.r,R. M R!uL•" rin, , JW V� ASOV ► CG�j•�+INC. 'L;Xg♦..r. ��tl.� , •,r .� ^' µ' "' ' *' j� YrPS:-r.. „• -b 'r„ r'c� .ow ..-rr1, ha:• §N.'s.' RATEi? 4;WO l� NGS ` < , •„:r'r :M,..,p. i °4, R {b A ►�, t 'w1s. 1-�r,pK �; . 1 �,\' ' • :a~,, 'PHIS CONTRACT WAS 2'A'K,s, OVER ?y; !�'� / / �L. - �s'�' C - dQ�i" RaT 1�i►�r' ” +�'i� 1 �+''��. 'i'r r ' r•' ,c . . ,may', a BY L. NOTXHAF'T AND SON'. iNC 1. r k'+ PLANS HAVE R R �NTiZAL. TAN{JP1PL �.�1C'. 1 T Y y�AI R 2 ; ''0 (�� E BEEN EWO KE-D AND V I P• SCALE' yal- f=0" I;WEST STALFZ SNO�nlN Do�'TED) SC.A1_E t3"= 4 ofl . ' .'�.';,t'.; ''r'' '. e''^• , ' . •''%,;Hr.. �n' ',:•¢ :. .w' RSC"ALCULAT D.;'r 1{� (v-�j'�I ' ' SYMBOLS A88REYlAZiO�Pg CONT ACT NAAC: j>L'°�+' y 3 a" eKxE. r' TYPE Ow. TVWP. FMH CANOPY SY#$ OTY s ++i'TS toot to Sceie • • •.•... 1, I �2 HydralI Reference Pont Fire Dail Qm(Stn*d)(FOC) -U- UPrI Grrome Sprinkler NOS Tt�cf 91�e�i ' r " llrh ow_os � N/I.]41-rte 4 c, tl,e De�tatton * "i=re i cor,r► (FDC) onfhoe Qa a Beam Son'rtl@r �•E ERR A Z' W; G CP�wN VY To$ T 1(a fi � O 3 f��a�n >,on rr +=re De�x cor.�(srarK�(FOC) srn�o� r��r Tot, TOP 9�L,O R �7.C3 "t 'x " -lr, y ,ho- Foi Ptoe Below Bottom of Deck -W- OS&�YYGGa a Valve COMS 8 Y) -(°}• � _�gar Song TOP T d f A�i'•1�BY 17� rr . GF - �1t- Z0 G4-+ a: +�, F Y�r, ! � -+�- HartQer�thOn � 43�utte Valve R$.(GV} {�.}- Pende�'rl F#rsh Sprric �Y �d Ape ,... , +, .T -� t oa aQt�h Milt SYS7' Slr 1 1f : �t ��t,ol1 . ,� E G: to AW -�' AnGle Valve ♦ Large Orifice Pende,r Sprnkter BOJ E#t11Qth d,lava ""� �. SYS ► DATA FIELD: _ ; ° •-D-- �CharVe n.P4pe -�- L;tirrtie Valra Sntal Ortfice Pendent Spirmler BOG ✓' ' I1 VIV g 3 Branch Bottom Connection N ' 0leac Valve f�OP t3oNOrrh d PeP. u ;SALES: - I Branch Too Ccnnacbw N Water Oxm*valve -L Fbrkor"Chrome S,dewai ppp Bc>fluht d oaal► 5 2 D O A D A R V A D A O. e�C 7 Tyr f.iJM Pipe i tOrtrortlal Brass Srdewal q E)mft Pipe Victaci�Check Valve .Id Extended CoveiI Hom r 14FF AOQhra Frnthrd Fluor +J� �r ""00 C /0 2 Z 4j DATE � s LkidergroijW tie Dry Pqe Valve Srdewal s��r a+ua � Thrust BlOck Alantt Valve(AL.V) _ standard Brass Pendent Srdewai SP �,� AFFE ,' swtss"""at`hiFS) s e' ea cea _ •t1; sorter t•. 4 �3 11r h'�ct I/ „� Qllt_ CCfiY �r<'i' t41+xti7*• Standard Chrome lkxlr�ll Srdew c d C open end aw �� PQ Horn 3 Lght -� Grooved Cap Spmkiar � p Her.lptr °� •�, to SiOl�iitRAC�lOq f ice. co NYIlaG� - _' •+T+- E]ec tc Bel' -� ftrewed Ptup -is- StsrtcSeud Brass t)prt�tt 5hdewal NC W'LTBi _ �'11Q_N;STATE_ � g r �` !'t [�•5"�'7' SdK ,.• �,7 5*�r sc water Motor Gate(WNG Grooved C"&-Q(GO sprmldr u0N Nd:,cortrtaQ PHONE—(303)-422-5353 OFiA 10 NO. , . 1 DATE BY �-Ip'ff .h. re l toea (AsserW y)(,glee Naas) 4 li m)* -RT sort lamer n PRv R+eaw+a Rod vale e t t ri✓. �L�-c new - r ', F��x��h +SW�£, '•;a� 1 v.'. , tiNY '�i 1 . / uj � .. M.. Z ALL THIN Y d,Y 1 � c •t - a S � o • . y . w n • G c et 11w QQ� M" TV c claw 1 - t':�t►->rC hit.c�i 1(3S �'" z � te'�s-�l' ► t 6' .� -nrt• r a y�tD LO G ev+nt�+►LLv.�.e-!e�wwr ��`C '*!'�+ ti.,i CJ — - �.. -� 1-(g ?-D - ' atrwe,lw 3� ; 0.,e - SaP!-1y : x TYPICAL FLR ASSEMSt..Y V,d.[,I L.T 102 v1�ULT, a J. q 0 4 P om t- PGNr> /4f>5 1A(„) .._ Sri , r ! r �°I'-� �. .-.__ N�•,. ,.�'�, :../�1..rt2-+f�_ - X11 HYDRAULIC DESIGN CRXTERIA - S2'1lNDPIPE - 0�4 (A 1I11-aGr I ` -fly - /.Flx��� ',rl fir' TP .,•.r _ �! NOTE; THE EXISTING WATER SUPPLY IS .NOT ADE;QUTE TO SUPPr,? THE STANDPIPE SYSTEM ACCORDING TO NFPA. #14 . - =' AS PER NFPA #14 , CHAPTER 5, THE STANDPIPE SHALL PROVIDE 500 G24 AT &5 PSI AT THE � 'I ' �` � � i If''!0 � u� � „ .w.,.ff REMOTE OUTLET WITH AN ALLOWANCE OF 250 GPM FOR EACH ADDITIONAL STANDPIPE. AS PER , THE VAIL FIRE DEPARTMENT, AN ALLOWANCE OF 225 GPM FOR DOMESTIC WATER USAGE SHALL BE � or /`r► ADDED AT THE BASE OF THE RISER . ,j L ow Lu CALCULATIONS INDICATE THAT 1225 GPM IS REQUIRED AT THE CITY TAP AT 105 . 35 PSI, 114- HOWEVER : 1.225 GPM IS AVAILABLE AT 84 .46 PSI AT THE TAP - 20 . 89 PSI SHORT. I � �"X1 SIS-t%; L'VC JIGS _� p 4-lo A ,o I4 T .r O PLANS AND CALCULATIONS ARE PROVIDED. TO CLEARLY SHOW THE LOCAL FIRE' DEPARTMENT, � P4��lI�� �`�P 6D GOVT 12`t) - fr �- ' I � (�-I� _q� THE QWNERS INSURANCE AGENCY AND TXE Lc'NGINEER OF RECORD, WHAT VOLUME/PRESSURE IS �bM�!GH •-Y(VSrT RCLK� foe REQUIRED AND AVAILABLE FOR THE STANDPIPE SYSTEM. IT WILL BLS THE DECISION OF THE (�'} Ft�.C"uKe. .I~;�. k h VAIL FIRE DEPARTMENT OR CIGNA .LOSS CONTROL SERVICES INC. r OR YODER ENGINEERING, WHAT COURSE OF ACTION, IF ANY, TO TAKE. TQ RECTIFY THIS SITUATION. �,,. •:; �, xsLail L'/s uC )rl�,�f -D -c3 Lt it ar Oc u in !O J/ AP;OVF- 9_C F?Off9 Z'�OtiMott O I, E'7z co HQ �� d soli/•f fsLtl s s AN4LJ - � l� � / W6irf �e.iz. --' y I LLJ ..J W Lj 1 r V IQ!- IDS GA qe> r f a�•►�.V�l�.ti-�-. ' tI • 4� � 41 4 rz. 11r9•q �OT1'�ls•-iZ.O$M�'�• �' ls9$D-f-f � �� t � � 2A wwpc ry-~"10 50 *� L�1•�-•I �� O ;��55Ed >���•AK GLA4l: �JG•• { . � , I 1 0 0 �----^�i � ; ►.� .•fir: , 1 t _ 4'y tL) .ti -- 2 FIRST FLOOR WEST END W 24 Da��1Ep �iPE IS AT rip. VQ. �L._ (3(0 3 ,�, -�, �.,...� = FP-(. f=P-T' w r' S :, n t I�41� t� a I< t LA ! �1 �i J ,'.�+ ��a••-4� w�i.iK. ��J.M�.;I O` t l 2r2 �V}a..\ A►"L cA:o py"0Yr D .. . 9 . i .t- CV•o 9• J t t! % �. c% s- .a Fp.`s♦-t f-Ya RE: 2A2.2FOR FLOOR PLAN A. 1dr � W �t w irw n -C, yF 4WD EL A �5; � . srA;_ 4 , ' " fF C r 8-3" t- A.ff.C,4%'t STkle) issue Record ~� ''lllf AL.L FIRE RESISTANCE �ES�G�VATION p�rf�ose date Ij - .4 ' - i =O E�I.,rY Ponprl mklU M• R-IN, 4 l�>�.TJdf l VALVE III f"A MP - ITL1-1 'f fPlua-� Pe4&10 E.L.= J$&-3 t ' Ta��s r , I 4 HOUR RATED WALL THAT F,XT�:I TO A MI N- �J e IIf f !f tip is�.r~- 1Cf�1_ , r� �eIJ Pte¢. pr Tarr_ "� pt_ccof- ,f ''u - I34-g�� -fI A,F.F 4 X ZZ X Z Z rpli� ��+� �2�rJ'__'3 SMUm a1s 30" AaovE LoNeR Roos. 3 HoUR ► 41.`neo-•t el_Y + ,•µFr PP-3 i4t ao � a,� � - R1lTF..D OP Ey I;+)G5 0 � •. , ,rlPtllSS fU ri� i! t, 5cf+ •;-10 THI�IWA!L-L Z f - ' ° O ! - ° FlOUHOU'R RAT f;DP P b I S L t 3, At-1� �2D.nf GH LI N Tc g �D�1�L� EP X I� r}�RA37ABLF 'f1-41 N�n/o 1rL {! n = f`lN, ��-� Imo. - (l4 (a d-t� o N I VAW ET APB, 1 R RA'I .D 4 r -4. 4Li h.�L� r .rE�"E,Ci*sr)tY" llilG. Bt1r -rB � e�r7J=VIOL L'� 2 t'1� 4" r Z 2a LoOR � '" l P�4UR RATE4 WALL J � --�-• D2f P 10 tFd l� U 6'St ® ELI"= lzb_�{ � z1�rr , „ T>ifAT tXTENDS T(J UNDER�XDtw , t OF F-Lf;j G Lc. s`{ `stw'1 V rr!'WIG -.V� i - r 123-3, II -R w A.FF �►14Vt;. I HOUR ltAT OPE!V�!�G�. 0. �'' ' t.'4 Tom- F�4t1 ff.l To �r?A.rrtl �.. ~e `h '9 ��'; t>u �. �+,� iir',, ; ° 1 fIOtTR RATE4 CORRIDM -WAI,tL tRAT EX's"ENDS S±+eef T;tle ,ld•l.L_wd -T"rf l — �tl 5 � a`�f TO tNDERS r D 0f".FLR1Gt.Cr S`f�•^rM dE/. 2p F LfX.'� ♦' � !Wt-IINUT'L` RATt;'44' 0'P'F:'KII G>~ IUNC PLPtN" � Date O (a _ I' .11'OUR RATED WAG'L THAT EXTENDS TO L"4DER- T x; OF-".1CL& 'tyT6M Af3�/. 20 MTNUTF. AS BUILT 7-26-88 23 FEB 97 y •sr x. Drawn stir -OPF.",1)r GS TYF-,ICAL.ii 13+3�+�1�R1 ked .,.r:.{.. . .,.t--^-.y.•e ...,... .nu» 'r. '. -.y{y 1, !'I•. "`, ,, "P'r"„ „".- . ,.; ,..r.�., o,rC'- .. `Cr .� . NO � F'T`& SflN, PVC cnec t LI .�'-- -• �� �, ,. !'' •^�' T' r,•r 12 I.G�71G L I I OU CONTRACTOR ;+ I (ILt ,hl FIRE iRO E E Y R b,i3 YS S A ' A �(� N R 0R .': S �.`" O T� D l 0 1 FOX S L , ..,.... ._., ,.- __. ... . . _ �. .,._. .. .. � RATfp WALLS '�4f."I�4 S f,XT�:l� rtR: zrna' car` 9T�v ',,A :. .. x��vM 80216 {303) X33-3329' ., �2+ x '•(� t'"'F1II' ! �r ROAR V TO 6« AR0VI!L Y,1r- • 414V 11, 'YViV .,,,y a. +,,w.:.,,...,.._ .o :Hr,',+w. .,. .rt,nr., ... ,,,;a•'. ..ac ',: , .+ . . q" ' THIS CONTRACT W1lS TAKEN pVSR , Wf .Li. T 1�5' " O'N`'K `�'Zw�'• BY L . . N0ZHHAFT AND SO;V, I.NC,.. 4 2 N AL AND P I V TR STA1R2RA'S"�:b .,(3PC'w ,� 4; �� " t PLANS' RAVE• .1s E'EN. REWbRK*D"jlND - - - I - - M SCA L `p 1�1>~ST STAi R. S N DOTT D) SCALI` a t' c�' „ ' • C. U - � RE ALC LAT D (p , �e Kow ¢:. Tvf oF�. � CASVoQr svr�e. OT1% SYMBOLS Ms ABBREVIA'�10?+!S OONTPACTNAM: '� .r��• rfo"�'�� SCALE: 1��� II r� -v QFtydraurt:Fielerence Poirt «- - Fre Dept Gom(StarTdarc�eFVC) �} t #K Ctrome SOnrtk;er TOS TopdSleel C. " '�"ri .,W :"S, DmwN 91r : TOB Topd Baern ?,,,.u.: " ! '� jam• WL L►T1G +♦ •4 1 ; tree De,sogrTetion � Fire Dept Gan Mm"(F'X) -� uww Orifice tlprt"S;.cler ' Main Deen�tation tr Fre Dept Can(Srdewsk)(FUC) {� Smai Brra �icle► TQJ 7 d ��A ,t ' ( - ,'• l it ! • , J�1fr J� 0 a E d Pfpe Above Fief.Plane _t_ Poet tdcaw VaNe(PM {`1 M � SOV TOG TopdCam `YV r'�r °M� „�`'� '�Rr,�7r� r IU E d P�1a Bebw Bohan of Deck -it}- OS 5 Y Gate Valve(OS b Y) tlkrV"GtTOme Spr`irkk r On SW9 TOP 'f at CtfCKS1�fY -t- }len(m Ueayr*A1ion Cate Valve-K R S.(G\O i Pendent Standard Sprinkler �' R� DATA FIE L v F ,, ; �'• , o ���er�t+, �- �Ve stub '� P�enderrt Flan spr:•r�ler ._ BLOBS B8°R!°"anon,of B�C ��..�• A� S� !�lopr+TloN: � f O(.1 � 1`'c y�-,fC, vtil� E N G: ,�.�..��..- -�- Chenge ri F'qe - - c3loUe Vein e S��OreticeePient Spmkx EtO.I Bohan nt Jaer 5 D °•." Branch Sorlom C.Ornec ton 'v Swrq 0%w* Valve .7. Hormonlal Brass Sewwal Bpp Bo+1om d. Lust J• [' .�A L E S: a Q -�- 5ha► Tov CrcrT+ecilon fx wafer Ct,ecic valve _- l ipritorrtal Chrome Sidewal BOC Bottom°i Covete � 5 2 D R O A® A R V A Q A 11 O. i• 1 fi' i7�' 1 a Gfrh? r, P Ce�'1 Ci!► a Pad Extsti�y �r victer.+c CNeck valve V_ Extended Coverage l•am � SOD tioNan d� 'milk 0 0 2 E Dry pt*Valve Q kas Spnicler Abu"FlriteF;AaFloor ' Thug Bbdc Alarm Valle(ALV) Standard Brass Penclere SKlewal l V Hoes V*40 -r7= Floww S ch FS) -7- Screwed cap Z_ Star da d Chrar a Lt rigH Sidpwa IN a c Nh*and Qep _ f OC TRACT_NO. (►f�3 4.r� `' :>K Fiorm�ligfrl -+7 ()movedCeP Sprnkler O8J C�EnBerJoin Iz7 ( �7l_' / %R . I y 9 .y water' or c�ng(v► GM4*v[GC) So�'�'tease s+newal cars la ONE 3 0 3 -4 2 2--5 3 5 3 rw��qtr _ :l�tA G�'_-i icy a� *►o. r,� cad Fte i•bee Aaaerrrby(see Nolen) T F3anped canec+ra, 5tarxte;rd Ctrarne taendent UON u rmw oflterrriee P H -( _ - _ q -: ' „r,' ► x " y �Y �-IM FLAGGED �C�• Fire (3 W ) O- L 9r�te3 9prrkler Side'wes Sornkter PEN prow a Pad Valve �t 1'�� A-1 J. ftlw ;5' - W '477. . _ Z 0.3 . : G I I � aj � a L' V u L tM Na• O u 4 4 .}, L• r —ALL f*"y • son f • tJi OrnOrlk � Tq d ti 1 N• r•—rm K" I , I •ow s� x —.a►,ra�.a is Rb*►s!>sn1.tiV.L. -?@Now �,v�� � Lttisl� ��� s � \`��/ I"1 '7_r} �I 7W T'wl7d S.AfaI 4 TYP HANGER DETAIL ` ��• yip: CAL FLR �O TR'O L A SSE SL , - - - 1 0-2 �►V1�U LT --- - A Rie -orb I z ii { ` HYDRAULIC DESIGN CRYTERIA - STANDPIPE' -r NOTE! THE EXISTING WATER SUPPLY IS NOT ADEQUTE TO SUPP1,Y THE STANDP,£P£ SYSTEM ACCORDING TO NF PA . #34 . AS PER NFPA #14 , CHAPTER 5 , THE STANDPIPE SHALL PROVIDE 500 GrW'.'" AT 65 PSI AT TFJE T' REMOTE OUTLET WITH AN ALLOWANCE OF 250 GPM FOR RACY ADDITIONAL STANDPIPE. AS PER FI { THE VATT. FIRE' DEPARTMENT, AN ALLOWANCE OF 225 GPM FOR DOMESTIC WATER USAGE SHALL RE � P �4 {�FJla � ADDED AT THE BASE OF THE RISER . VIA ► Q0 I Uj CALCULATIONS INDICATE THAT 2225 GPM IS REQUIRED AT THE CITY TAP AT 105 . 35 PSI, —� ---F+?— � 14- HOWEVER: 1225 GPM IS AVAILABLE AT 84 . 46 PSI AT THE TAP - 20 . 89 PSI SHORT. I r �" �tv-Y� �';rr°+c ✓iG� 1 Jl.d- � e4 l0 4-lo i� � d O PLANS AND CALCULATIONS ARE PROVIDED TO CLEARLY SHOW THE LOCAL FIRE DEPARTMENT, ' �p1lIPe &VP �yp eo/� 120 �`+"'c•' q-{o _ �,. i..lc fv-�;D `,0�' i mw THE OWNERS .INSURANCE' AGENCY AND THE ENGINEER OF RECORD, WHAT VOLUME/`PRESSURE" IS � MA►*GW �4Ka� RCL1s� �'�� �N k'v �� REQUIRED AND AVAILABLE FOR THE STANDPIPE SYSTEM. IT WILL BED THE DECISION OF THE '� �� � , I , VI`<I�,L FIRE DEPARTMENT OR CIGNA LOSS CONTROL SSRVZCES INC . , OR YODER ,ENGINEERING , �'L�• WHAT COURSE OF ACTION, IF ANY, TO TAKE TO RECTIFY THIS SITUATION . ,, w../^r'y,�w,.w..+•r�..\,,.. 1.,d+r....rr+.r.,�. .r...wwr.„._vr.•�"” ?Off l2- I-of.M5tt � W S87[ Oa,uc IN i.�f �U i72_ ,o - k L`hrZ !i >!pt> �j JE 204F� i k ~14425 :': A,%L& �'-o`' ABo �...., �• I HQ GHQ C1 5, - VAYVi�WCeAP i Gi+AI - E- iCl�s � L I � J A"z Z�il t ��I "fit'- MA•411t=��-t7 '� -6 • I D � t `4J— 1`� - =�' F 2k !u -�°V�1 �, r�•I I Ot%-AK bbA0: >CtK- t . i ----� " } - g *•(�`ti.9�o"I {5`-(aa at 4r`+ �lOn?Pb} • z � 4xy fUt') A.F.F. FIRST FLOOR -� WEST END _* �s AASHt=p PIPE iS AT v r W � *u .._. :9 opP�SpTE F�1F CIF � � � � S�R1, '�I �� � ���� � Z Y r4er ' r% Rr = s , i- +1,,��t' 1 o ' K 2z'To o n L.E...: '� �� f$'�' ��0 o p[ Copy"qht 1985 J/ + 1 q5--I.L G[At r sF11 5Y�'rt;f�1 N _ N • *'� /\ Y. w: tiL W ti •oa}.:u ti .y.kGIS ti f t „ - K TA o .� ��a _� a�'� '`� RE: 2A2.2 FOR FLOOR PLAN F•- �. ' -, o ld W�•ar c.�� w�.=tom M m ;-:�►. g`-o'� A.FF. ti �c..F 4�I 11-7 c�tir �, -- "•'..ti 'Q 44.4 , 8'-t "0 A.F.F. (�STAI Z) � �u+� , f �{ 4 •� `� ...,,; :q tf r��3-3° A.FF.(vJ%T 50JR) Issue Record -_---- __ - � z WALL FIRE RESISTANCE DESIGNATION WT1Ad.t u1 'fA•}�11�F ��nllTl 1-t ,... ,u WrA Co 11f.{[±GT101-/ �-m5PK4s ., „ 4 HOUR HATED WALL THAT f�KT1*'VDS 't'O A MI�t (.K-+�L�I� �fY�lli�l , �c5r�u� ~3 � E �I- CO�1 � ` ' 1. 1%n,�a11 � � �ID,.�•.. - -.1.._ / J. !s� -8 -II A. IM4J!� OF 30" ABOVE LOKER ROOF. 3 HOUR 1 �W , w l Ir 1 f l i + �� �IZ. fr]E"r3�r-- . �•�ahr�lt?��-� 3 �� � � air RATED pPI:;NINGS, ;.....;:; • ' � A . . ! �� o _ 2 figU tR RAT F D OOid T I!�UCti�f 5 WAt.L. t i f 2 Zv f, 11 FIN. R1. Cam. = III-� � o Ty P. LkT A�� HOUR RATED OPENINGS. !'` A. ALL- Aerks Mb.C1CF.D°6Ci�r7l�% pie Bur �ar �.l PQ9v{as_-� �'lMU� y• ^ ��1 ru VAI.V� LAN'. n r Luo M ►--�- DIZa P 1 �L.00R I HOUR RAT'M. WALL � t° -- �'�t�1�UU6iL8i � = fZ,S 9 2�,., THAT RXTgNDS TO UNDEP-4tDP: OF FLfZJGL.6, 1.'f4f: M,- " V rr fl ABOVE. I HOUR RATED O.PE!4INOS. _ e*"-D�+r' z4 z - F�4U ry u ru q `'t; 5 1 N�h f; aW'rt '' = 1 ROUR RATED CORRIDOR .IhTAGL,. TMAT EXTENDS Snit Title T,e I✓IrZJ �L-r'D!Z fC1, �FCT `d• - TO UND£R9I D CP- 5L.K G:G s 4---tH App'• . 2¢ • I / Y <) � � ra P��F�c� ��c#�� C>zr✓-o P,� �P �c�� � . .!"txNE!"I"� RATfat' t�P�NxI��'S: ��e ZP t F�* Ip�-C7 0 0 _ ���fff"��* I HOV1 RATED WALL TIAT EXTF,NDS TO C�!�DIR� T __" SJOE.. Cry Pv^/Cl& -41*7'✓M AEs�/• 20 M114t1"1 AS BUILT 7-28--88 23 I`�B s7 iyr i LUUK. y �t \ t'I�[Q!! ING�i TYPICAL. Dry 1-f'P Y , i 1 �/ j .• . .. r r 7- - - -•Q4. 14 -4 A. .F. ,. .. �r� y � ;�� � •- �-1 �� � � -� � �� F I L NQ , � FT gt SOK �C cle��Gbl� '� �. �- 'ATC " >rs} , + . F, V CD RAC [ORS ---------- ' 'S 0 F X DrN T WAL T D '�C1'N-RA F�7 L: �[ET,�iL S''{"'1`, EX. � a" �- �' -, � � xis so � ,� �#1 1 D ST CQ�DRA[7 ' r $0216 (303) 433 [ �2�. ° '-c• t'-� ;�y.� �' ''P1pA�t0.• Z`'4 °�", A'80V'L`•`''C 1�:1 L 1'UG •'L1�F. ..!Q��' , . '.;,,�,:w.;.. . ., ... . �.... ... ,. . . , .- ,, . ,. .. .: r, r' OPIM THIS CONTRACT WAS TAXZN: OVER' +" CTh1-, T '. ,bar` , ' N A 5 V �A STAi FZ #2. P75ANS HAVE BEL�'N. RE't6'6Axrr ''XVD �� C'. L1�'G# lM 1 BY L. A*0"'F1fAFT..•AN13', L �A1� P L "t4'C' wlNA 'L7 Tom- =S_ PPlP� P- .. SCA.LE' .1_ + O',— p T 5TAlR D 5C.ALE.: e" [, p,, ;w �.y ;.`ti» r ,F ,ry �° „ A +,. , :<*„ °G+ C ya [� Vii , suowt� oatrE ) _ r " .k. .' I .> XtE ALCVZit2' `n :;,Zr,".' 7 S 4 F 'i.'",r1- Fin Y T CANOPY CT1r SYMBOLS A88REY1Al�OTlS CONTRACT NIiNE: TYPE OF F. TE''1rP. SymL � NTS Not 1b Scale �� i �+ l�� t 'Ja Wu rT �. , Line Dom kiian "'�'�" Pre Dept Com Malt)(FDC) --0� Large 01fice LoipM Sonnkler T06 Taodseem M' R�'fil�� �'�: C�1AVVld 8�r s, Hydradc Referenr:e Point �� Fire Dept Cara(Standard)TDC) -4)p- Llprtght Chrome Sprinkler T05 Teed Sled - TO.t xap d.lost V 2 � tian Pine tr Fre Delpt Com(Seiewak)(FOC) roc Tcp d Cataes� I `� © E d P%*Below BM=of Deck -fib OS A Y Gate Valve (OS& Y) � llpri�Ctrome Sprinkler on Som TOP Top d Pipe hr-r r, 1 I I � � � >< o Poet h6cotor Valle(PM ��` " { ,. 17 k t hanger Desr�+ehon gate Valve-N.R S.(GV) -f. Pendent Standard Sprnkler vim ,.y +, +�,ry �qs G ItZ z t-111��--ta A � � t� banger;;oX iaergtt; �1� s�teere+„velt�►e {) PendentFkMSp*kier t3os Bofbn+d� �., � �Y :. toN: �7f�tfoll � 1`�Yil-IC, tnl ENG: BOB Bower. d° " -.... 80"Off.tort FIELD: Q S fiver � ogle vem large Orifice Pendent Sprinkler �..,r t3ac 'OtoO1e 52 D ROAD ARVADA ,.0. Y a 3 `•�rrq eattort,of _.._ l.[1%+1�T w�'A L E S. —•�— tiara Cttertga rn Ppe --�-- c3boe Vetere -+� Smal OriFr_e Pendrrn s�r;nktQr u Brand,@�]mm Connection � C.TIBG'k Vaire ..57- Honiontal Bross Sldewal � � , i' Branch Top C.crinootion a Wale Chalk Valve E 4lorttcrttes C rWome Sidewal BOD "tv.l d o" '� , Ex�tiryf�x•� vc'tatic Check valve .u. t=xtended Coverage tioriz . JI,F•F AboreFi+bt+eldF�oo► �� ��' 00'1 .r0 '�Z�J CNT� „ , ., , �¢ 6:.. *�� t�deryroa,d f*ae Cry type Valve 51dev+s�Spr kter t fV Hoee valve n' --AV Thnast 81ock Mom Valve (ALV) Standard Brass Penclerr Sldewal SP Star ie �•,..arww - (� ;�. , Flaw SvAch ((FS) -•1 Screwed Cap Standard Chrome Lkwig rt SOP" N a C "p*erd COD 9 C�RAGT 0 a.4.9�� r ��I I.. t!rY pe . 4ric l!'�,.. 4 f lea,a UgH -+] Grooved Cap Sp i*ler OBJ OR�en 8er.tout WI�ZlR a�Pl1r• ��'., t' " - E Wtr.Bet —4 Skxewed Pkq �S 5tandard t3res9 t.�xi�tr Ssdewal 00 Ditto °lvT�Gf +� - v 9 wxwmow%�n &0ovedcm*vtcac) Sprir>kier c0�I ilae�ao aw PHONE-(303)--422--5353 tv of _ r rev a�A a!dta a , # tt Haim Assert�tity(See Notes) Rer+pea GomeGhort -"t- Standard Chrorne Pendent }! DJ1T>r !�f V R1K�C'Z°D :y 4 Fire 0 Wa ) -0- t Brae,Spr*ikler Si W*w Sorrkler PN t'feeave EiaCi Valve • . , . � :�: • . ' - yry We F/oof �/oW. 9'h� k. 'Z`j ,�eCohr /Clooy' /ory 'and '�� ••'.Z' �, �,,�?mac-h. f',�/P`,. � o o�S - r � , o -Ins Ac ac Oook- ' ! 000, s-PcoyG� l�/ono y �-� .. . �-�. ', � • 1: . 1 s. .e$�";rl Fire /ter S s�� , /- r.- /�X35 Rf� TA q/ 2ooRR Ttier 777 41.:R�xfe of R,s� syn �: . . T �3s .• 1 °�Tliefr„ 9/ F %X� c/.. �.�•7r,Perfurz • �. J ,_` , i. XeT boo a/ T ,e7rper7aie r • . :Smoke c% �eGfot-. . 1701 E/eG�r iG ME FD -` ,UuGf �% ��croof IR Llo74o e16!C- tr%C S W17-Ch :%ore SSGttc°_ .SwIfG s _ Fs ;r� Qh �hoheaQGK y L FAP , .��`:'�• �• ; e �i /q �,777 �Da�f�G-'/ ,,,,. f ' t ' i; at, ,�Qd 2d0 X00 aoQ b p sow see �o/YE/� , �rG TS zanrE 13So4� 30A1�.la Ol1�� 'f ` - . - ,,, aapM (�,,/��-1���-(�-,��-�-r�,,_�--�,+--S❑-,-err,-� z ah/E' y � El l3saR �.00� r3sR/Y t rN t -rrrlr T uoN - l///p-Q f/ns- otr Z D/1/� 3 3 � -0 T. _�111J- - g-tr-�j- 914: 2h PI] r Oc llu_p GrY 3 . 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