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Home My WebLink AboutEleni Zneimer Lot 5 pages 301-331 LEGALHigh - quality condensation: The VITODENS 200 1 , s ___ With the Vitodens 200 you are choosing an affordable, high - quality stainless steel condensing boiler, featuring the latest innovations of condensing boiler technology. In terms of energy usage, for example, the Vitodens 200 is uncompromising; Thanks to the innovative condensing technology of the boiler with modulating MatriX- compact gas burner and the especially developed Inox - Radial heat exchanger surface, made of stainless steel, the Vitodens 200 reaches an Annual Fuel Utilization Efficiency (A.F.U.E.) of up to 94.2 %. The Vitodens 200 boiler is CSA certified for Canada and USA and onstructed in compliance with C .VIE code requirements. The Inox - Radial heat exchanger of th0boiler is marked with an ASME /NB rating plate. High efficiency The Inox - Radial heat exchanger surface sets a benchmark in modern heating technology. Its radial design not only allows for large heat exchanger surfaces in a compact format, but also for extremely efficient operation due to the laminar heat transfer principle. The smooth high -alloy stainless steel surface as well as the vertical flow of flue gas and flue gas condensate enhance the self - cleaning effect of the heat exchanger — which in turn increases tenth operational reliability and vice life. Reduced emissions When it comes to environmental friendliness the Vitodens 200 does not compromise. The integrated modulating MatriX- compact gas burner makes it all possible — minimal emission levels even at maximum heating output, meeting the most stringent requirements worldwide. How is this achieved? The Flue Gas Adaptation Function of the boiler allows the burner to adjust automatically to varying conditions in the vent system, to line voltage fluctuations and to different altitude levels — saving energy, improving operating efficiency and simplifying start -up. The benefits at a glance: Gas -fired condensing boiler Standard heating boiler: 25 to 230 MBH /7 to 67 kW. Combi heating boiler with DHW production: 25 to 91 MBH/7 to 27 kW. A.F.U.E.: up to 94.2 %. The Combi heating boiler with integrated stainless steel plate heat exchanger (integrated DHW Quick System) and comfort control produces domestic hot water instantly, efficiently, and at even temperatures. One version for all altitude levels 0 — 10 000 ft. /0 — 3048 m). w,-n { •r The modulating MatriX- compact gas burner offers extremely low emissions. With NOx : 8.9 ppm (air - free), CO: 5.5 ppm (air free), the Vitodens 200 meets California regulations and the specifications of the Canadian Council of Ministers of the Environment (CCME). Self- calibrating flue gas adaptation: no adjustments are necessary due to automatic adaptation to the flue gas pressure drop under varying operating conditions or line voltage fluctuations. Maximum allowable working pressure: 45 psig. Comfortrol control unit for weather - responsive operation with integrated diagnostic system and new control functions. Inox- Radial heat exchanger surfaces made of high -alloy stainless steel (SA240 316 TO — for increased operational reliability, a long service life and high heating output with minimum space requirements. Inox - Radial heat exchanger constructed in compliance with CSA B51 and ASME Section IV. Easy to install, maintain and service thanks to the uniform platform strategy based on the building block principle with plug -in connection system. Compact, with minimum space requirements, zero clearance to combustibles on all sides. MatriX- compact gas burner` t Inox - Radial heat +Hilllllplllli^! : ! exchanger surface dg L4 Comfortrol control unit with integrated a I' diagnostic system DHW plate heat exchanger Vitodens 200, WB2 -44/60 S rc if Model No. WB2 6 -24C 6 -24 8 -32 , 11 -44 15 -60 Rated input range 21 540 540 23 Natural gas MBH 25 -91 25 -91 37 -124 55 -172 80 -230 406 kW 7 -27 7 -27 11 -36 16 -50 23 -67 Liquid propane MBH 25 -81 25 -81 37 -112 55 -155 80 -214 inches kW 7 -24 7 -24 11 -33 16 -45 23 -63 Overall dimensions 21 540 540 23 Depth inches 16 16 16 900 mm 406 406 406 Width inches 19 19 19 MM 500 500 500 Height inches 35 35 35 mm 900 900 900 21 21 540 540 23 23 600 600 35 35 900 900 Weight (incl. insulation Ibs 159 143 165 198 198 kg 72 65 75 90 90 Vitodens 200, WB2 -24/32 El TECHNICAL DATA a P-UP 43- 64FC /MR 28 I VOLTS AMPS WATTS HP CAPACITOR UP43- 64FC /MR 1 115 1.7 180 1112 8mF /180V 5 3/16 4 3/4 3 1/2 3 7/16 Flange — 2) 1/2" Dia. Bolt Holes 14 24 20 16 D 12 a 4 0 0 4 8 12 16 20 24 28 32 36 40 Flow Rate (GPM) UP 43- 64FC /MR Closed Systems, 60 Hz 1 Flow range: 0 - 34 U.S. GPM Head range: 0 - 23 FEET Motors: 2 Pole, Single Phase Maximum fluid temperature: 195 °F (91 °C) Maximum working pressure: 145 PSI MODEL I VOLTS AMPS WATTS HP CAPACITOR UP43- 64FC /MR 1 115 1.7 180 1112 8mF /180V I A I E rT Q t F Model Type A B C D E F Connection Type and Size Shipping Wt- Lb!. UP43 - 64FC /MR 8 112 6 11/16 5 3/16 4 3/4 3 1/2 3 7/16 Flange — 2) 1/2" Dia. Bolt Holes 14 GRUNDFOS SERIES UP t TECHNICAL DATA GRUNDFOS SERIES UP Flow range: Head range: Motors: Maximum fluid temperature: Min. fluid temperature: Maximum working pressure 0 - 17.5 U.S. GPM 0 - 19 FEET 2 Pole, Single Phase 230 °F (110 °C) 36 °F (2 °C) 145 PSI UPS15- 58FC /FRC'AMPS WATTS HP CAPACITOR 115V S d. 3 0.75 87 1/25 10mF /180V S d. 2 0.66 80 1/25 10mF /180V S d. 1 0.55 60 1/25 10mF /180V i Model Tylp e A B C D E F Connection Type and Size Shipping Wt. Lbs. UPS 1 5-58FC/FRC 6 112 5 1/4 4 4 3/16 3 1/4 3 5/32 Flange — 2 1/2" Dia. Bolt Holes 7 1/4 P , 4P C -7 1 P- 6 , P- /0 UPS 15- 58FC /FRC SUPERBRUTE TECHNICAL DATA P Eli UP 26 -99F H [V 30 25 1 GRUNDFOS SERIES UP P01 15 10 5 0 5 10 15 20 25 30 35 40 Q [US GPM] UP 26 -99F Closed Systems, 60 Hz Flow range: 0 - 34 U.S. GPM Head range: 0 - 32 FEET Motors: 2 Pole, Single Phase Maximum fluid temperature: 230 °F (110 °C) Min. fluid temperature: 36 °F (2 °C) Maximum working pressure: 145 PSI MODEL VOLTS AMPS WATTS HP CAPACITOR UP26 -99F 115 2.15 245 116 10mF /180V 230 1.07 245 1/6 2.5mF /380V e A I Efifill- IiIF JJJ Model T e A B C D E F Connection T e and Size Shippingt. Lbs. UP26 -99F 6 1/2 6 3/8 5 1/16 4 1/8 3 1/2 3 5/32 Flan e — 2 1/2" Dia. Bolt Holes 12 1/2 N ._ TECHNICAL DATA i I GRUNDFOS SERIES UP UP 15- 10BUCS /7 12 ( ft) a. UP 15- 10BUC5 b. UP 15- 10BUC7 10 Open Systems, 60 Hz 8 6 4 2 0 0 2 4 6 8 10 12 Q (US GPM) Flow range: 0 - 9 U.S. GPM Head range: 0 - 6 FEET Motors: 2 Pole, Single Phase Maximum fluid temperature: 230 °F (110 °C) Min. fluid temperature: 36 °F (2 °C) Maximum working pressure: 145 PSI MODEL I VOLTS AMPS I WATTS HP ICAPACITOR UP15- 10BUC5 /BUC7 115 0.22 1 25 1/25 1 2mF /400V B A t"d A E D i F Model Type A B C D E F Connection Type and Size Shipping Wt. (Lbs.) UP15- 10BUC5 6 1/2 5 1/4 4 3 1/5 3 1/4 Sweat 112"7.251bs. UP15- 10BUC7 7 3/4 51/4 4 33/4 3 1/4 Sweat 3/4"8 Ibs. UP15- 10BUC5 /LC & TLC 6 1/2 6 3/4 5 1/2 3 3116 3 114 4 Sweat 112"7.7 UP15- 10BUC7 /LC & TLC 7 3/4 6 3/4 5 112 3 3/4 3 1/4 4 Sweat 3/4"8.5 Stainless Steel Hemet Exchanger M For Swimming Pool & Spa The Triangle Tube Maxi -Flo heat exchanger, when combined with any boiler, makes for an ideal heating system - for swimming pool, spa and hot tub applications. Available in 5 sizes, ranging from 95,000 to 400,000 BTU /hr ther- mal output, they are designed for an average temperature difference of HOT between the boiler water and the pool /spa. Tflanqlebbe[lhoseHOTWATERSPECIALISTS Thermal Output Maxi -Flo Heat Exchangers VIF -80" I 95,000 6 3.8 40 0.3 2 MF -135 I 135,000 6.6 1 55 2.7 3.2 MF -200 200,000 8 1.7 65 4.5 4.8 MF -260 260,000 9.4 2.3 80 6 6.4 MF -400I 400,000 13 6 95 8 11.8 The AIF -80 repluc•es the MF -1000 Standard Features Constructed of high quality corrosion resistant stainless steel (AIS1316) Rolled formed to shape and then precision welded Specially designed built in flow rest•ictor to assure maximum heat exchange Designed to minimize pressure loss in the heating system Leak tested to assure that they are totally f inctionable Compact in size and require a minimum installation space - light weight Significant energy savings Aviulable for all types of swinuiiing pools, spas and hot tubs Equipped with stainless steel holding brackets MF -80 Dimensions All bracket holes 1/4" I.D. G cl t_- ._. MF -135 5 1/2" 5 1/8" 1"1/4"13 1/2"11" 3"1 1/2"4"3 1/2"8 MF -200 5 1/2" 5 1/8" 1"1/4"18 3/4"16" 3"1 1/2"9"3 1/2"I I MF -260 5 1/2" 5 1/8" 1"1/4"23 3/4"21 1/4" 3"1 1/2"14"3 1/2"14 MF -400 5 1/2" 5 1/8" 1"1/4"41 3/4"39 3/8" 3 1/2"2"31 1/2"4"24 MF -80 See below)6 MF Model Nl.txinunn working temperature 230 °F Maximum working pressure: I Primary (I" Comm.) 140 psi j Secondary (1 1/2 ") o : t_. 13I/ 11 I' J Maxi -Fio Cut -Away I f i i e SX Seri TYPE OF RADIATION AND PIPING SYSTEM fully adjustable TYPE maximum working pressure: 125 prig factor re -char ed to 12 sIYp9P .g maximum operatingeratinE tem erature: 240 °FmaxipJP x yrt SX Series Specifications Rudiolors Nei Finned Tube v « -_Model Tank Max. Accept.A B System Shipping n , d Number Volume Volume Height Diameter Conn. Weight _....___ Baseboard or Gallons Gallons Inches Inches NPTF lbs. k • :' . ' -I SX -30V 14 11.5 23 15% 1 25 - - - in 1000 SX-40V .20 11.5 31 15% 1 33 of SX -60V 32 11.5 46 A 15% 1 43 SX-90V 44 34.0 36 22 I'/, 69 Syslem SX -110V 62 34.0 46'/,22 1' /, 92 SX -160V 86 46.0 47 26 1' /, 123 SX s.,«.. E,n,or SX Series Sizing and Selection Data Ihese ie(mnmoudolmus are (ol(ulated on average bullet water vola nes and the average water volumes of (unenlly popular types of radiation and piping systei N essdie me used. Fat butler sizes of operating (mrdilulls other Ikon above, refer to page 8, of (onsull our (uslomer service department for ie(onanendalions. BOILER TYPE OF RADIATION AND PIPING SYSTEM BOILER TYPE OF RADIATION AND PIPING SYSTEM Nei Finned tube onvedors Radiators Rudiolors Nei Finned Tube onvedors Radiators Radiators Output Baseboard or or or asl Iron Output Baseboard or or or asi Iran in 1000's Radiant Ronels Unit Healers will) One Pipe will) Series Loop in 1000 Radiant Panels Unit Healers with One Pipe will) Series loop of Willi Series loop with One Pipe Syslem System of will) Series Loop Willi One Pipe System Syslem Ulu Syslem Syslem BTU System Syslem MOH Use Use Use Use MBH Use Use Use use ModelModelModelModelModelModelModelModel 200 SX- 30V SX- 30V SX- 30V SX- 30V 750 SX-60V SX -60V SX -90V SX -I I OV 2SO SX- 30V S& 30V SX- 30V SX- 40V 800 SX 60V SX-90V SX-90V SX -1 I OV 300 SX- 30V SX- 30V SX- 40V SX- 40V 850 SX -60V SX-90V SX 90V SX I I OV 350 SX -30V SX -30V SX -40V SX -60V 900 SX -60V SX -90V SX -110V SX -110V 400 SX -30V SX-40V SX -60V SX-60V 950 SX -90V SX -90V SX -110V SX-IIOV 450 SX -40V SX -60V SX -90V SX-90V 1000 SX-90V SX -90V SX-110V SX -IIOV 50O SX -40V SX -40V SX 60V SX -90V 1100 SX -90V SX -90V SX -I IOV SX -160V 550 SX -40V SX -60V SX -60V SX 90V 1200 SX -90V SX -90V SX I lOV SX -16OV 600 SX-40V SX-60V SX-90V SX-90V 1300 SX-90V SX-IIOV SX -160V SX -160V 650 SX-60V SX -60V SX -90V SX-9OV 1400 SX-1 IOV SX-1 IOV SX -160V SX 160V 700 SX -60V SX -60V SX -90V SX-90V 1500 1 SX-110V I SX-IIOV SX -160V 2)SX -IIOV nc 16 iodudiv nnemtinn dnadmds of 12 min fill oreu(ne and 30 osm iehe Typical Installation of Commercial Models WAIfRSUPPLY PRESSURE srsftM I RLOU(ING star Off SUPPIY AIR VALVE WPM PREVEIIIER VALVE SEPARATOR flow(lif(K (IR(ULATOR YSltfd VALVE REI ORII SIIUT OFF SYSIEM VALVE PURGE T im C f i 6 EXIROL I ' BOILER EXPAN slot,IANR 4M teltmar Boiler] DHW Controls Control Functions type 256 260 261 262 264 268 265 269 Boiler Operation N umber of Stages 1 1 2 2 4 Boiler Differential A/M A /M A/M A/M A/M Boiler Minimum Supply M M M M M Boiler Outdoor Reset A Minimum On Time Boiler Post Purge PID Staging :G F F M A/M Characterized Heating Curve Soft Start Equal Run Time Rotation Starting Water Temperature Fire Delay F M M M M Fixed Last Warm Weather Shut Down (WWSD) Fixed Lead Water Temperature.. Boost ''M..,... tea; _ ....,A A/M Heating Curve Heating Curve Shift M '.:A/M M .,:A/M M 1, Indoor Temperature Feedback 3 1 A/M A/M Interstage Delay M M A A Lo / Hi Fire Boiler Rotation M F Lockout Differential M A/M A A Minimum On Time PID Staging :G Reset Ratio Soft Start Starting Water Temperature Steam Established Warm Weather Shut Down (WWSD) Water Temperature.. Boost ''M..,... tea; _ ....,A A/M Modulation Operation 0 - 20 mA or 4 - 20 mA Outputs Minimum and Maximum Modulation Settings Parallel or Sequential Modulation Domestic Hot Water (DHW) Operation DHW Boiler Reset Override DHW Condensing Boiler DHW External Demand - DHW Internal Demand (Sensor) DHW Post Purge _ DHW Priority DHW Setback Setpoint Operation Setpoint Boiler Reset Override Setpoint Priority Protection py >z';.. Pump Exercising _ Setback Timer, 7 Day Water Temperature Boost (Indoor Feedback) Water Temperature Setback Zone Temperature Setback _ Display Temperature Display Usage Display Other x 4.,: 120 or 240 V (ac) Rated Relay Outputs Auto Test .,. a }fiF;.. CSA C US Approved t. „" Error Messages Function Indicators Locking Cover Option Plug In System --0 .,.0 A 9 3 1 A/M A/M M M M AN A/M M F M M A/M A A A Automatic Adjustment F = Fixed M = Manual 1 J 11 of 40 0 2003 (mar 1 000 - 10 /03 M M M Automatic Adjustment F = Fixed M = Manual 1 J 11 of 40 0 2003 (mar 1 000 - 10 /03 Boiler Control 261 Two Stage Boiler & Setpoint Literature Control Packaged weight Dimensions Approvals Ambient conditions l Power supply Relays Demands Sensors included Optional devices D 261, A 261's, D 001, D 070 Microprocessor PID control; This Is not a safely (Ilmlt) control. 3.0 lb. (1340 g), Enclosure A, blue PVC plastic 6 -5/8" H x 7 -9116" W x 2- 13/16" D (170 x 193 x 72 mm) CSA C US, meets ICES & FCC regulations for EMI /RFI. Indoor use only, 32 to 113 °F (0 to 45 °C), < 90% RH non - condensing 120 V ±10% 50/60 Hz 1300 VA 240 V (ac) 10 A 1/3 hp, pilot duty 240 VA 20 to 260 V (ac) 2 VA NTC thermislor, 10 kit @ 77 °F (25 °C ±0.2 °C) ff =3892 Outdoor Sensor 070 and Universal Sensor 071 lekmar type #: 031, 032 Control Description The Boiler Control 261 is a microprocessor -based two stage boiler control designed to regulate the supply water temperature frorn a single two stage boiler or two single stage boilers based on either outdoor air temperature or a Setpoint demand. The 261 can stage and rotate two single fire boilers or it can stage a single Lo /Hi fire boiler. The 261 also operates the system pump. For a list of Control Functions see page 11. Applications (A's) A 261 -1 Two one stage boilers with outdoor reset and multiple zones controlled by thermostatic radiator valves (TRV). A 261 -2 Two one stage boilers with outdoor reset and multiple zones controlled by thermostats and zone pumps. A 261 -3 Two one stage boilers with outdoor reset supplying heat to a hydronic heating system. A'pool or spa controlled by a Setpoint Control 150 through a heat exchanger. Boiler Control 262 Two Stage Boiler DHW/ Two Stage Literature D 262, A 262's, D 001, D 070, E 003, U 262 Control Microprocessor PID control; is Is not a safety (Ilmit) c trot. ww.IVM B+nd.,N Nt u.nr,wtn. Dimensions 6- 518" H x 7- 9116" W x 2- 13116" 170 x 193 x 72 mm) Item A Y Test '" °..",....,..,... m Power supply C Jtekmar 240 V (ac) 10 A 1/3 hp, pilot duty 240 A Boller Control 261 M.+ :+•:K.i. T"v J"e eels A $°I,t,Y" n 9 1 2 5 6 - ° :. ' r",'t a'x Control Description The Boiler Control 261 is a microprocessor -based two stage boiler control designed to regulate the supply water temperature frorn a single two stage boiler or two single stage boilers based on either outdoor air temperature or a Setpoint demand. The 261 can stage and rotate two single fire boilers or it can stage a single Lo /Hi fire boiler. The 261 also operates the system pump. For a list of Control Functions see page 11. Applications (A's) A 261 -1 Two one stage boilers with outdoor reset and multiple zones controlled by thermostatic radiator valves (TRV). A 261 -2 Two one stage boilers with outdoor reset and multiple zones controlled by thermostats and zone pumps. A 261 -3 Two one stage boilers with outdoor reset supplying heat to a hydronic heating system. A'pool or spa controlled by a Setpoint Control 150 through a heat exchanger. Boiler Control 262 Two Stage Boiler DHW/ Two Stage Literature D 262, A 262's, D 001, D 070, E 003, U 262 Control Microprocessor PID control; is Is not a safety (Ilmit) c trot. Packaged weight 4 lb. (1810 g), Enclosure A, blu PVC plastic Dimensions 6- 518" H x 7- 9116" W x 2- 13116" 170 x 193 x 72 mm) Approvals CSA C US, meets ICES &FCC re ulalions for EMIlRFI Ambient conditions Indoor use only, 32 to 122oF (0 to °C), < 95 % RH n - condensing Power supply 120 V ±10 % 50 /60 Hz 1300 VA Relays 240 V (ac) 10 A 1/3 hp, pilot duty 240 A Demands 20 to 260 V (ac) 2 VA Sensors included NTC thermislor, 10 W @ 77'F (25'C t 2 °C) 0= 892 Outdoor Sensor 070 and Universal Sens 071. Optional devices lekmar type #: 031, 032, 040, 062, 063, 071 072 73, 076, 078, 079, 077, 367, 368, 369 Pot l 5UP IE 5' a•6r - 6 00 O O Menu Item A Y tekmar' Bailer Control 262 Tesf C) . Control Description The Boiler Control 262 is a mic processor- sed boiler outdoor reset control that has two modes of operation. Mode 1 operates as two stage boiler and DHW, and mode 2 op rates as two b \Fnctions rs or LolHi fire boiler for DHW applications. A lekmar Indoor Sensor, DigitalAtRTU, or Zone Control can be connected to provide in oor temperatureedback from single or multiple zones. An optional Remote Display Module 040 and Df IW indirect sensor can also be added. F a list of Control see page 11. Applications (A's) A 262 -1 Thermostat controlled zone valves wi pool or spa setpoint ope lion and DHW priority generation and boiler outdoor reset. A 262 -2 Zones controlled by thermostatic ra ator valves (TRV) with boiler utdoor reset of two boilers. A 262 -3 Thermostat controlled zone pump ith DHW priority generation and boiler outdoor reset of two boilers. 13 of 40 n 2003 tektrealr' 1 000 - 10/03 tekma 7e Heating controls Stand ,Alon Control Functions type 356 360 361 362 363 364 365 374 Boiler Operation A/M A/M t :::, A/M A/M A/M A/M A/M Boiler Differential Boiler Enable r • u >.`,: • Boiler Load Reset Boiler Minimum S.0 I 3::,.w ._ M .a...._ ::M, ...M : m.. M ..:.., M M M M Boiler Outdoor Reset Characterized Heating Gurve _. ...: r..::___A/M A/M AN Heating Curve Shift A/M A/M A/M AN Reset Ratio Warm Weather Shut Down (WWSD) Domestic Hot Water (DHW) Operation DHW Boiler Reset Override DHW External Demand DHW Internal Demand (Sensor) DHW Mixing Purge... b w ..::, a...K ; }. . . , ...:. DHW Post Purge DHW Priority z...k.. ky_... DHW Priority Override DHW .Setback Mixing Operation Characterized Heating Curve Floating Action Output Heating Curve A/M A/M A/M A/M A/M A/M A/M Heating Curve Shift M Indoor Temperature. Feedback.. Mixing Outdoor Reset Mixing Setpoint Modulating Output (4 -20 mA) Reset Ratio Variable Speed Output Setback Water Temperature Boost (Indoor Feedback) Water Tem erature;Setback Display Temperature Display s•, ' Protection Boiler Load Reduction j Boiler Minimum Return System Maximum Supply ..:t t :. Pump Exercising Integrated Exercising Other 120 or 24Q )l (ac) Reted Auto Test CSA C US or CS A pRroyed; :_r..., >' «.a: 'a` ., Error Messages Function Indicators A ,i S .Aat1xbF..... Y aYktm Locking Cover Option Plug In System Automatic Adjustment F = Fixed M = Manual if; of An 0 k C7 wOmd w z w w noW H D a q C7 Q m z /// 3 / C M 0 NE 0O vz 4, 0 w Hd w` 0 . 4 '' c p w pgq 3 ca xFo F P W 04 `" O o V W H w w3v 4 z Q n p44 E 5' E CA zw00 - 10 a 1 % 1: H UU OW p w A O w d z o " 4 > 4 z z zU a p d w w, zUVnwDF o a s zQ o s Q I J r O O w a w O z O° o o T A 3 a00 w- tCaamw - ov w0 rn v' w`' w nC Ars.re A C-J w a w z a D w T O mce w r p: wF- OOOOOOw o 2•? - 1 V a m wW ,, wa w a z x t- E v Z ` c C" F" w Z w F s s w Gr w zoAAAAA - W 9 c P- F F- EF F F F F F CL r O O MCd w w - O U U OooF tiiAW WFwU U r. 04 t LA c aa w o w o a o a o_ v w 0. JU U U O ooF tii A W WFw U U r. 04 t LA c aaawa F7 -. wxFdr1 N Vw r E ,a f w ds ooa 0av>ma 0. JU V f mm ° m33o A awa F7 -. wxFdr1 N Vw r E ,a f w ds ooa 0av>ma Mixing Control 356 Variable Speed Literature D 356, A 356 D 001, D 070,E 021 Control Microprocessor D control; This is not a safety (limit) control. Packaged weight 1.5 lb. (670 g), En ure C, white PVC plastic Dimensions 4 -3/4" H x 2 -7/8" W x 8" D (120 x 74 x 22 mm) Approvals CSA C US, meets ICES FCC regulations for EMI /RFI Ambient conditions Indoor use only, 32 to 104 (0 to 40 °C), < 90% RH non -co ensing Power supply 24 V 110% 50/60 Hz 3 VA Var. Pump 120 V (ac) 2.4 A 1/6 hp, fuse TA 250 V240Relays120V (ac) 5 A 116 hp, pilot duty VA Mixing demand 24 V (ac) 2 VA Sensors included NTC lhermislor, 10 kit 77 °F (25 °C ± °C) 0 =3892 Outdoor Sensor 070 and 2 of Universa' ensor 07 rl tekmar' p 1 HhIM 1 2 3 4 —r 5 6 7 8,9 I ` N Control Description The MixIadR ontrol 356 is a mic processor -b ed outdoor reset control designed to operate a permanent capacitor, impedance protected or equivaump at varying sp ds. The 356 als rovides for boiler minimum protection and boiler operation. For a list of Control Functions see page 16. Applications (A's) A 356-1 One stage boiler wit Load Re et. A variable speed injection pu providing a mixed supply temperature with outdoor reset to thermostat controlled e valves. A 356 -2 One stage boiler with er Load Fj set. A variable speed injection pump provt ' g a mixed supply temperature with outdoor reset to zones controlled by thermoand zon valves. Indirect DHW tank controlled by an a 'tat and a zone pump. A 356 -3 One stage boiler with er Loa Reset. A variable speed injection pump providing mixe d supply temperature with outdoor reset to zones controlled by thermoand ne valves. Indirect DHW tank controlled by an aquast and a zone valve. A 356 4 One stage boiler with r a able. Two variable speed injection pumps providing two mi d supply temperatures with outdoor reset to zones controlled by thermod zone valves. A 356 -6 One stage boiler witoor reset and multiple zones controlled by thermostats and zo valves. Indirect DHW tank controlled by an aquastat and a zone p. A variable speed injection pump providing a mixed supply tempera re with outdoor reset to zones controlled by and zon ves. Mixing Control 360 Floating Action Literature — D 360, A 360's, D 001, D 070, E 021 Control — Microprocessor PID control; This is not a safety (limit) control Pa&aged weight — 3.1 lb. (1420 g), Enclosure A, blue PVC plastic -- - - -_ Dimensions — 6 -5/8" H x 7 -9/16" W x 2- 13/16" D (170 x 193 x 72 mm) Approvals — CSA C US, meets ICES & FCC regulations for EMI /RFI Ambient conditions — Indoor use only, 32 to 102 °F (0 to 39 °C), < 90% RH non - condensing «. Io myr^ w-, "".o Power supply — 120 V ±10% 50/60 Hz 1300 VA --- Floating Output — 24 V (ac) 0.34 A 8 VA Relays — 240 V (ac) 10 A 1/3 hp, pilot duty 240 VA Demand — 20 to 260 V (ac) 2 VA Sensors included — NTC lhermistor, 10 kit @ 77 °F (25 °C ±0.2 °C) B =3892 am A r rest w . –• Outdoor Sensor 070 and 2 of Universal Sensor 071 «F::_1 Optional devices — tekmar type #: 031, 032, 076, 077 MIA .9 CanlFai 360 „J, a•M Flraarq ALUOn«^+ o.w, .,,..n vl•ray. Control Description The Mixing Control 360 is a microprocessor -based outdoor reset control designed to operate a 24 V (ac) floating action 2, 3, or 4 -way valve. The 360 also provides for boiler minimum protection, system pump operation, and boiler operation. As well, a tekmar indoor sensor can be connected to the control to provide indoor temperature feedback. For a list of Control Functions see page 16. Applications (A's) A 360 -1 One stage boiler with Boiler Load Reset. A 4 -way mixing valve providing a mixed supply temperature with outdoor reset to zones controlled by thermostats and zone valves. A 360 -2 One stage boiler with Boiler Load Reset. A 2 -way mixing valve providing a mixed supply temperature with outdoor reset to zones controlled by thermostats and zone valves. A 360 -3 One stage boiler with Boiler Load Reset, A 4 -way mixing valve providing a mixed supply temperattre with outdoor reset to zones rnnlrnllnd by thermostats and zone pumps. Indirect DHW tank controlled by an aquastat and a zone pump. A 360 -4 One stage boiler with Boiler Load Reset. A 3 -way mixing valve providing a mixed supply temperature with outdoor reset to zones controlled by thermostats and zone valves. Indirect DHW tank controlled by an aquastat and a zone pump. A 360 -5 One stage boiler with Boiler Load Reset. A 2 -way injection valve providing a mixed supply temperature with outdoor reset to zones controlled by thermostats and zone valves. Indirect DHW tank controlled by an aquastat and zone pump. A 360 -6 Two one stage boilers with outdoor reset and multiple zones controlled by thermostats and zone pumps. A 4 -way mixing valve providing a mixed supply temperature with outdoor reset to zones controlled by thermostats and zone pumps. 17 „r nn n ^nn3 tekmar' 1 000 - 10'n'' W RADIANT , LO . * COMFORT jajNGllllllllll mrsbo Motorized Three -way Floating Action IVlixing Valves Three -way Floating Action Valves feature floating action motor operation, and are used with the proMIX 101 or SYSTEMpro 311. Part 1, Part lescription A3130750 3/4 "Three -way Floating Action Mixing Valve (Cv 4.7) A3131000 1" Three -way Floating Action Mixing Valve (Cv 10) A3131250 1 1/4" Three -way Floating Action Mixing Valve (Cv 19) A3131500 1 1/2" Three -way Floating Action Mixing Valve (Cv 29) 14 a 14 r 1 A 9 N tekm Controls s Snow melting can be an expensive operation; however, proper energy saving controls can help reduce the operating costs. Safety is another consideration in snow melt system design. Most snow melt systems are designed to provide snow and ice free surfaces for the safety of pedes- trian or vehicular traffic. Operational Functions Automatic snow /ice detection. Outdoor reset to compensate for sudden outdoor temperature changes before the slab surface freezes. Idling for faster pickup times. These systems also require a control strat- egy that prevents damage to the slab and equipment. Energy Saving Functions Automatic snow /ice detection Warm Weather Cut Off Cold Weather Cut Off Accurate slab temperature control Slab Outdoor Reset Hydronic Snow Melting System Protection Functions Slab thermal shock protection. Maximum Supply temperature limit for tubing protection. Boiler shock protection. Prevention of boiler flue gas condensation. Viscosity compensation for faster lab pickup times. Control Functions type Mode 2 650 664 665 667 Snow Melting Operation Cold Weather Cut Off M M M M M Minimum Melting Time M M M M M On Time M M A/M A/M A/M Remote Enable Slab Outdoor Reset Snow/ Ice Detection Idling Setpoint M M M M M Melting Setpoint M M M M M Viscosity Compensation Warm Weather Cut Off A A A A A Water Detection Sensitivity A/M A/M A/M Number of Zones 1 -2 Zone Priority Mixing Operation Floating Action Output Modulating Output (4 -20 mA) Pulse Width Modulation Variable Speed Output System Protection Boiler Minimum Return G `, ...... ,`' ...M M M Exercise Integrated Exercising Maximum System Supply M M M Maximum System AT M .'M M Display Temperature Display Usage Display Other Alarm Output tN2 tN2 tN2 tN2 Auto Test Error Messages Function Indicators Locking Cover Plug In System A = Automatic Adjustment F = Fixed M = Manual imTfirrrm 0, Snow Detector & Melting Control 667 Variable Speed Injection - Literalure D 667, A 667's, D 001, D 070, E 021, U 667 Microprocessor PID control; This is not a safety (limit) control.Control Packaged weight 3.1 lb. (1400 g), Enclosure A, blue PVC plastic Dimensions 6 -5/8" H x 7- 9/16" W x 2- 13/16" D (170 x 193 x 72 mm) Approvals CSA C US, meets ICES & FCC regulations for EMI /RFI Ambient conditions Indoor use only, 32 to 104 °F (0 to 40 °C), < 90% RH non - condensing Power Supply 115 V ±10°/ 50/60 Hz 600 VA Relays 230 V (ac) 5 A 1/3 hp, pilot duty 240 VA Variable Pump 230 V (ac) 2.4 A 1/6 hp, fuse T2.5 A 250 V Demand 20 to 260 V (ac) 2 VA Sensors included NTC lhermislor, 10 kil @ 77 °F (25 °C t0.2 °C) 8 =3892 Outdoor Sensor 070 and 3 of Universal Sensor 071 Optional devices tekmar Type H: 039, 040, 072, 073, 090, 091 Control Description The Snow Detector & Melting Control 667, when combined with the tekmar Snow /Ice Sensor 090, provides automatic snow /icedetection. The 667 operates a variable speed injection pump to provide several protection and control features including: Maximum System delta T, topreventslabthermalshock, Boiler Minimum protection to prevent boiler shock or flue gas condensation. For a list of Control Functions see page 25. Applications (A's) A 667 -1 Flydronic snow melting system operated through a variable speed injection pump, plus a Snow /Ice Sensor 090. A 667 -2 Hydronic snow melting system operated through a variable speed injection pump, plus a Snow /Ice Sensor 090. Multiple boilers operated by a staging control. A 667 -3 A two zone hydronic snow melting system with automatic detection. Boiler protection and temperature control provided by a variable speed injection pump. Multiple boilers operated by a staging control. Remote Start /Stop M 1 039 LRB iRG' D 039 Packaged weight 0.22 lb. ( 0 g , nclosure G, white PVC plastic t 5 2 -718" H 2 -7/8" 13/16" D (73 x 73 x 21 mm) Approvals re O . Starr slopF Indo use only, 32 to 1 °F (0 to 50 °C), < 90% RH non- condensing Power supply 00 Menu Ilene A Y wJtekmar' SP W:t: Snow Detector & Melling Conuul 667 2. 1 ], 1, B, B,1,B,9,IU, 11,12,I, i1 nIS,lBtl)IIBl1e,20I r;= I 1, Control Description The Snow Detector & Melting Control 667, when combined with the tekmar Snow /Ice Sensor 090, provides automatic snow /icedetection. The 667 operates a variable speed injection pump to provide several protection and control features including: Maximum System delta T, topreventslabthermalshock, Boiler Minimum protection to prevent boiler shock or flue gas condensation. For a list of Control Functions see page 25. Applications (A's) A 667 -1 Flydronic snow melting system operated through a variable speed injection pump, plus a Snow /Ice Sensor 090. A 667 -2 Hydronic snow melting system operated through a variable speed injection pump, plus a Snow /Ice Sensor 090. Multiple boilers operated by a staging control. A 667 -3 A two zone hydronic snow melting system with automatic detection. Boiler protection and temperature control provided by a variable speed injection pump. Multiple boilers operated by a staging control. Snow Melt Kit ( Literature Packaged weight Dimensions (M1008) Approvals Ambient conditions Power supply Sensors included Run Time MK) 092 D 039, D 75 lb. (: 18" H C C Indo tekm nrm. P. i o.9 to 18 D 079 g), Enclosure G, white PVC plastic 718"W x 13/16" D (73 x 73 x 21 mm) meets ICES & FCC regulations for EMI /RFI only, 32 to 122 °F (0 to 50 °C), < 90% RH non - condensing urol; lekmarNetTm 2 (IN2) istor, 10 kit @ 77 °F (25 °C ±0.2 °C) 8 =3892 h / Stop Module 039, Universal Sensor 071 and Slab Sensor 072 aurs, Infinite r Description The SMK i used together ith either the Mixing Control 362, the Universal Reset Control 364, or the Snow Detector & Melling Control 664, 665, 667 in snow meld applications. The it is used to remotely enable and disable the snow melting system through a single button. Snow melling runtimeisadjustablethroughadial. A Light Em ling Diode (LED) provides a visual indication of the operation of the snow melting system. Snow / Ice Sensor 090 Literature — D 090 Packaged weight — 4.4 lb (2000 g), silicon brass. 65 It (20 m) jacketed cable Dimensions — 1 -314" H x 3.118" W x 3.118" D (45 x 80 x 80 mm) Approvals — CSA C US with applicable tekmar snow melting controls Operating range — -60 to 175 °F ( -50 to 80 °C) Sensor — NTC thermistor, 10 kit @ 77 °F (25 °C i 0.2 °C), 0 =3892 Snow / Ice Sensor Socket 091 40r Literature — DOW Packaged weight — 1.8 lb (830 g), silicon brass Dimensions — 3 -3/4" H x 3 -1 /2" W x 3 -1/2" D (96 x 89 x 89 mm) Approvals — CSA C US with tekmar Snow / Ice Sensor 090 Description The tekmar Snow /Ice Sensor 090 and Snow /Ice Sensor Socket 091 are used with tekmar controls 665, 661, and 664 to aulonlalieWlydetectsnoworiceonadrivewayorwalkway. The Snow /Ice Sensor Socket must be installed directly in the snow melt slab, halfway between the heating Remote Start /Stop M 1 039 Literature D 039 Packaged weight 0.22 lb. ( 0 g , nclosure G, white PVC plastic Dimensions (M1008)2 -718" H 2 -7/8" 13/16" D (73 x 73 x 21 mm) Approvals CSA C S, meets I & FCC regulations for EMI /RFI Ambient conditions Indo use only, 32 to 1 °F (0 to 50 °C), < 90% RH non- condensing Power supply tekmar control; tekmarNe M 2 (IN2) Snow Melt Kit ( Literature Packaged weight Dimensions (M1008) Approvals Ambient conditions Power supply Sensors included Run Time MK) 092 D 039, D 75 lb. (: 18" H C C Indo tekm nrm. P. i o.9 to 18 D 079 g), Enclosure G, white PVC plastic 718"W x 13/16" D (73 x 73 x 21 mm) meets ICES & FCC regulations for EMI /RFI only, 32 to 122 °F (0 to 50 °C), < 90% RH non - condensing urol; lekmarNetTm 2 (IN2) istor, 10 kit @ 77 °F (25 °C ±0.2 °C) 8 =3892 h / Stop Module 039, Universal Sensor 071 and Slab Sensor 072 aurs, Infinite r Description The SMK i used together ith either the Mixing Control 362, the Universal Reset Control 364, or the Snow Detector & Melling Control 664, 665, 667 in snow meld applications. The it is used to remotely enable and disable the snow melting system through a single button. Snow melling runtimeisadjustablethroughadial. A Light Em ling Diode (LED) provides a visual indication of the operation of the snow melting system. Snow / Ice Sensor 090 Literature — D 090 Packaged weight — 4.4 lb (2000 g), silicon brass. 65 It (20 m) jacketed cable Dimensions — 1 -314" H x 3.118" W x 3.118" D (45 x 80 x 80 mm) Approvals — CSA C US with applicable tekmar snow melting controls Operating range — -60 to 175 °F ( -50 to 80 °C) Sensor — NTC thermistor, 10 kit @ 77 °F (25 °C i 0.2 °C), 0 =3892 Snow / Ice Sensor Socket 091 40r Literature — DOW Packaged weight — 1.8 lb (830 g), silicon brass Dimensions — 3 -3/4" H x 3 -1 /2" W x 3 -1/2" D (96 x 89 x 89 mm) Approvals — CSA C US with tekmar Snow / Ice Sensor 090 Description The tekmar Snow /Ice Sensor 090 and Snow /Ice Sensor Socket 091 are used with tekmar controls 665, 661, and 664 to aulonlalieWlydetectsnoworiceonadrivewayorwalkway. 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A U Ln rn I- w d Ha w ° z ° zw w w zawF o° aw W ; A4HW w F F D r z Cf) F UO aa w w0w a p, d En o w oo a d F zw En wz w w wWW3 wwx r I, - U oA ww W = w om000 w p v1E- F" UFOAOCiCC A WFKz mho w w o two N O d 1 - 4t o I ' A t, i Vl Z OINIdI IOI„ aI F Aw z v h — a v, 8 uca c 0oa woaw w W w N w d d c w a aAl F c aaWzAwa H Wq. a 7wW LnW W W ° 030 A 0 0 aHwa d wE .., z c W W O o W U F vOCawzolo Prailect it 75 S. Frontage Rd. hkMA Vail, Colorado 81557 UbL IV96— bFEB0420theaft 44. Axne,.-Alzoza-. I / N. '1 !9 R 7'- Aev. 2 - 3 / 40 91 22 V NXr any rumCOPOLLFrEU'Adj 000011-MiMMA A r & Materials) INSTALLATiG,J A11 OPERATION G' SIDE FOR HARUROVE GAS LOGS NATURAL GAS ADEQUATE FIREPLACE VENTILATION IS REQUIRED FOR SAFETY GAS LOGS MUST BE INSTALLED BY PERSONNEL QUALIFIED FOR INSTALLING MOTE i GAS APPLIANCES. READ INSTRUCTIONS FULLY BEFORE INSTALLING OR OPERATING. INSTALLER LEAVE THESE INSTRUCTIONS WITH CONSUMER! Hargrove Manufacturing Corporation uses refractory material to create ceramic logs. Each log is hand finished to assure the most realistic, detailed log available. The gas log burner system is designed to turn like wood — with a yellow smoky flame. For this reason the gas log set must be burn d only in a fully vented, non - combustible fireplace with the damper completely open and the chimney free of any bstructions or restrictions. The fireplace must be designed and approved to burn wood. The minimum ermanent, free opening provided by the fireplace chimney must be 8" in diameter (50 square inched. IT IS THE HOME OWNERS RESPONSIBILITY TO ASSURE THEIR FIREPLACE HAS ADEQUATE DRAFT. The realistic yellow flame produces carbon monoxide and soot. Under normal conditions these produces re exhausted up the chimney. If fumes or soot from the gas burning are evidenced in the room when he damper is fully open, it indicates that the fireplace draft is defective. Do not operate your gas log Set until the fireplace draft is corrected. 4 DEQ UATE VENTILATION IS REQUIRED. FOR YOUR SAFETY IF YOU SMELL GAS: 1. OPEN WINDOWS 2. DON'T TOUCH ELECTRICAL SWITCHES 3. EXTINGUISH ANY OPEN FLAMES 4. IMMEDIATELY CALL YOUR GAS SUPPLIER FLAMMABLE VAPORS MAY BE DRAWN BY AIR CURFENTS FROM OTHER AREAS OF YOUR HOUSE TO THIS APPLIAiv _ FOR -- (OUR SAFETY DO NOT STORE OR USE GASOLINE OR OTHER FLAMMABLE VAPORS AND LIQUIDS IN THE VICINITY OF THIS OR ANY OTHER APPLIANCE. IP.M4IINSTRUCPNGHAR1 4 1 OF (10110195) THE SIZE CHART BELOW INDICATES THE MINIMUM SIZE FIREPLACE OPENINGS IN WHICH DIFFERENT SIZE GAS LC'r VETS CAN BE INSTALLED. FIREPLACE SIZES GAS LOG DEPTH FRONT SET SIZE WIDTH 16 18 24 30 36 13" 13" 14" 14" ccsrPCaror, . wnrG 20" 22" 28" 3411 40" BJRNER PAN MEDIA 1. Fill the burner pan with silica sand. Sand level should be sloped evenly with the sides of ember burner. Place 2/3 of the Part A Embers on top of the sand. Burner should be completely full and level. 2. Light the gas and observe flame for even distribution. 3. Part B Embers (rockwool) are placed over the sand to simulate glowing embers. For best results pinch off pieces T' th- Par: B rraterial the size of a dime and feather it out. ce as much as desired over the area the gas comes tnrough. See Figure 3.) GRATE PLACEMENT Place the grate over the ember burner using the reference marks made on fireplace floor earlier. LOG PLACEMENT 1 . Trie lony;:st log is the front log. It should be placed on the front of the grate with the flat, unfinished side facing the back. It is essential for this log to be positioned with the flat, unfinished side being straight up and down. If the logs a-e laid flat on the grate the safety pilot control pats will ova; and shut the system off.) 2. The second longest log is the back log. It is positioned on the back pedestal of the grate with the flat side down. 3. The remaining logs are top logs. These logs are placed across the bottom logs and can be arrangeu irate the most realistic flame patterns. See Figure 4.) VOLCANIC CIN AS 1 01 l - Sika Sand Figure Figure 4 1. The black volcanic cinders are used to cover the fireplace floor, fittings and tubing around the burnei system. Although not functional, the black cinders act as a picture frame to show off the glowing ember and yellow flame. 2. The remaining 1/3 Part A Embers can now be spread over the volcanic cinders to look like add;*; ,)n - fallen ash under ;h.; logs. optional) Attach the damper stop clamp to th : eplace damper blade. PoshLion the clamp to prevent full closure of the fireplace damper blade. See Figure 1) If the damper stop provided does not fit, the installer shall install a permanent damper stop that will keep the damper open a minimum of 3 ". CAUTION THE DAMPER MUST BE FULLY OPEN WHEN OPERATING THE GAS LOGS ! EMBER BURNER POSITIONING 1. Turn gas off. 2. Remove old log lighter, ashes, and other mate- rial from the firebox. 3. Center the ember burner on the fireplace floor with the burner pipe completely visible from the front. For best results the ember burner should be directly under the flue opening with a minimum of 4" from the front edge of the ember burner to the fireplace opening. 4. Place the grate over the ember burner so front legs of grate are just in front of ember burner pipe. Once the final positioning is establisried, mark the burner and grate position on the floor of the fireplace for reference points. Remove the grate and proceed with the gas connection. DAMPER STOP FIGURE I See Figure 2.) Figure 2 GAS CONNECTION 1. The gas supply line should be 1/2" Inside Diameter (ID) up to 30 feet and 3/4" for longer distances. 2. Tighten the black pipe cap on the end of the burner pan pipe. 3. Use .he aluminum connector to connect gas supply to the ember burner. When bending alumim_'m tubing use prod; - 3r bending procedures to avoid kinking the tube. (If a safety pilot control is used follow instructions included for connecting gas to the pilot control. 4. Check all connections for leaks using a soapy water solution. 5. Damper must remain fully open during operation. Place a lighted match next to the burner pipe. Co not hold the match in your hand while lighting the gas. Turn the gas supply on slowly until the gas ignites. Check the flame for even distribution, flame height and pressure. After checking the flame turn off the fire. (To turn off the fire turn the gas valve off.) Do not close the damper until all the flames have died. Keep the glass doors fully open during all burning. I: \PM4 \INSTRUCT \NGHARI -4 3 OF 4 (5/24/93) GENERAL INFORMATION DO NOT USE A NATURAL GAS SET FOR PROPANE OR A PROPANE SET °=i NA AL GAS. WHEN USING PROPANE (LPG) GAS AN AUTOMATIC PILOT SYSTEM MUST BE I'r:Z , .'_LED. 1. There are many different local codes for gas fire logs. The installation of this set must conform with local codes or, in the absence of local codes, with the National Fu _ Gas Code ANSI Z223.1 1984. 2. This log set is designed for use with Natural Gas.3. When glass fireplace doors are used always operate gas log set with the doors fully open to allow fo- )roper combustion air. 4. A fire screen must be in place when the log set is in use 5. The appliance and its individual shut off valve must be disconnected from the gas supply pipingsysternattestpressuresinexcessof1/2 psig. The appliance must be isolated from the gas supplypipingsystembyclosingitsindividualmanualshutoffvalveduringanypressuretestingofgas supr.!, system at test pressures equal to or less than 1/2 psig. C. M:7)1mum inlet supply pressure for Natural Gas is 7" water column. Maximum inlet supply pressure for Natural Gas is 10 1/2" water column.7. After burning, the logs become fragile and should not be Iandl d. Knocking or rubbing logs can cause concrete to crumble and is not covered under the warrany. 8. Use a soft, dry paintbrush for periodic dusting of the gas fire logs. Special care must be taken to cl° n `e Birch logs. Rubbing will remove soot but will also remove the white pigments. S. L., rjci burn wood with this set. 1W NOTE GAS LOGS MUST BE INSTALLED BY PERSONNEL QUALIFIED TO INSTALL GAS APPLIANCES. WIZ- ALLING YOUR H A R G R O V E GAS LOGS Remove all the parts from the shipping container. Your set includes the following parts... Number by Set 1.Pe'.c Ital Grate Ember Burner 3.Silica Sand 4.Fire Embers 5.Safety Pilot Control (optional) 6.A!;lminum Connector 7.Firc Log - 8.Damper Stop (optional) 9.Volcanic Cinders ca 16 " -21 " Sets 24" Sets 28 " -30" Sets PG -16 PG -20 PG -25 EB -14 EB -18 EP 22 SD -1 SD -1 SD -1 EM -1 EM -1 EM -1 SPC SPC SPC AC -18 AC -18 AC -18 Number of logs determined by set size DS DS VC -1 VC -1 VC -1 iL AS LOGS FLAMEHARGROVEGFLICKER ROBERT SHAW 7000MV(RME - PO) MILLIVOLT GAS VALVE SYSTEM GAS FIRE LOGS INSTALLATION INSTRUCTIONS This gas pilot safety valve provides 100% shut -off ofbothpilotandmainburnergassupplyintheeventof pilot flame failure. This valve is equipped with a manual gas control knob to provide for pilot lighting.. It also has a control knob that controls flame height. If the pilot flame goes out during normal operation, or if there is insufficient pilot flame to provide proper thermocouple output, the safety valve will close, stopping the flow of all gas. This valve is designed for use on all domestic heating gases up to 1/2" PSI. CAUTIONS 1. This valve should be installed only by an experienced service technician trained in gas safety equipment. 2. Turn off gas supply before installing valve. 3. All piping must meet applicable local codes and ordinances and the national fuel gas code ANSI Z223.1 /NFPA NO. 54) 4. All wiring must meet applicable electrical codes and ordinances. 5. Check out the complete system after installing the valve. 6. Prior to installation, verify conformance with burner manufacturer's installation instructions. 7. Make sure all piping is free of foreign matter. FOR YOUR SAFETY IF YOU SMELL GAS: 1. OPEN WINDOWS 2. DON'T TOUCH ELECTRICAL SWITCHES 3. EXTINGUISH ALL OPEN FLAMES 4. IMMEDIATELY CALL YOUR GAS SUPPLIER FLAMMABLE VAPORS MAY BE DRAWN BY AIR CURRENTS FROM OTHER AREAS OF YOUR HOUSE TO THIS APPLIANCE. FOR YOUR SAFETY DO NOT STORE OR USE GASOLINE OR OTHER FLAMMABLE VAPORS AND LIQUIDS IN THE VICINITY OF THIS OR ANY OTHER APPLIANCE. INSTALLATI ON INSTRUCTIONS Thermopile and pilot Burner Assembly pilot bracket using the (2) #10-32 x 1/4"1. Attach the pilot generator (thermopile and p ilot burner assembl Y ) to the screws. (Fig.3) ect the ilot bracket to the back side of the burner pan thegas valve# ed ( F'g 3) screws. (Fig.3 2. Conn P 3. Connect opposite end of the pilot tubing to the pilot port on g ads from the thermopile (pandthermopile generator) to the terminals labels that get hot or throw any 4. Attach the le leads do not contact any part Make sure the pilot tubing areas unat u.a E' .3 TOP VIEW BURNER INSTALLLATION g xO "Fu < RSMVNG - C 49 -6 -8 RSTPG -18 2) #10- 32X1/4" Screw 2) #8X1 /2" Screw Pilot Bracket 69 -6 -8 4 WIRING SCHEMATIC RECOMMENDED GAUGE Fig. SWITCHING IEV OF WIRE WALL SWITCH, REMOTE WALL SWITCH &REMOTE CONTROL, BARK CHIP SWITCH CONTROL PINECONE SWITCH WIRE MAXIMUM GAS CONTROL KNOB MV -C VALVE SIZE LENGTH 100 Ft. p 0 O 14 Gauge 16 Gauge 64 Ft. 0 18 Gauge 40 Ft. o O 8 20 Gauge 25 Ft. o PILOT 22 Gauge 16 Ft. 0 O OnTeN O GENERA use installation instructions accompanying any other switching device)WALL SWITCH wall switch t a standard 3" X 2" electrical box in wall near then firep et the lead wireso 1. Tinstalla the wire (18 -gauge wire) from thehe elelectrical box the millivo a lead wire o terminal- (Fig.4) two outside terminals label etheelectrriicatheswitch, oandta cover plate. nals as the wall switch on the MV -C.2. Mount the wall switch If installing a remote control attach the leads from the receiver to the same t 117SpeC'L1 UL771 l 77I=M17 AcW- conat Type: a 1optUCe Notice: Notice: Comment: Comment: Comment: Comment: Comment: 101803.0209 ILC few N to Wa will bre 2004 for Ne sm NO acm NO TCO state. - L Comment: Requested sctlwpect Dade: Friday, June 10, 2005 Ins e cress: 170D Buy C VAIL Type: B43UILD Type. I nsPS ISSUED Claudine Sub Use VN ude ulad to ecass oft of M and Lean when area Mon. - LSAI t to be coma phone: 970 - 827 -563 E new contractor. Letter is in file 3122/04 - DGOLDENI LLCAMPBELL sted and a vaI Wen and n from gdlher Creek Rd. is required. Cortractor has raQue ppo rd Sandoval for access. Bond Is rreeqquired In the amount of $ 5250.00raveoMedandretumsdtoitsorginialstate. Contractor is given until Nov. 15. ata b s L rnber 15 KvIftempsiteaccessIssued (pW04.0118) has not been returned to orginel Rcguested IrtsaectloMsi Imo: 540 BLDG -Final CIORequestor: INTEGRATED RESOURCES,JV,LLC Assigned T : DAVIS1687 PM Action:Tkne Exp: G Insaecton HisVM TO WARREN 03:00 PM 970 - 827 -5634 Entered BY: JMONDRAGON K Item: 502 PW- Rough Item: 503 ; Fina Y grade item: 10 BLDG- Footlr4WStee Action: PA PART APPROVAL 11/2' InsptRI O INTERIOR GCD Comment ALL PER{METER AN FOOTIPA PARTIAL APPROVAL 06107104 inspector: GCDComment2INTERIORPAD FOOTINGS. Action: PAS PARTIAL APPROVAL 04/22 Inspector: JRM Comment: F0011NG FOR DRIVEWAY APRON STUDY EBMITTED AND ROUTED TO Run Id: 3289 REPT131 Inspection Request Re rdng Page 23 BrxiotioNSteo` Action: PA PARTIAL APPROVAL 12/12103 : GCDOFFINSPECTION DETAILS 23, AND 4 ON 642 AND 1 ON S4.1 INSIDE AND OUT SIDECommentFORM .FACE.3 ON S4.0 INSIDE FACE ONLY. RA'' CPAOPARR WALLS COMPLETE PARTIAL APPROVAL 12/23104 1rlspec - lCommantPartia Foundation as noted on Aald AP ROVED 01/18104 Inspseor: GCD Comment: ALL FQUNDATION APPROVED.ILC DUE TO PLANNING Action: APPROVED 05111/04 Inspector: CDAVIS A Comment SLAB INSPECTION APPROVED Action: , AP APPiq D ODDEL FOR FI C PI PAR INSPECTIONCommentI11 /04 1 poc (v 1 Comment GPfADE BE M Q QHWU n : l ED 09/10*4 VED FIREPLACECommentr: Art VAP ED Comment AWED BONgqAppprrgqA TQ Nam: ' X08//04 Inspector: Warreri\1''tl°``"0 Actlo : AppROW D Rem: 30 BLDG-Framing im ' F Action: CR CQRRECTIOtIIREQUIRED 11/05/04 1 GC Comment 2 njREVISEDIJAHEADER AND STEEL AGE S GARAGE 3.SHEAR WALL REQS SHEATHING. joITS REOD TO BE5.pROVIDE 1 FLOOR TO BUILD BE PTA BUILD IS 1'4 ". Action: AP OV , INSPECTED. Comment Ins MING APPROVED ALL DOCUMENTATION PROVIDED 21TEComment gpproved ttItem: 50 BLDG - Insulation .IRM Action: AP APPROVED Comment DLR AND MIDDLE LEVELS ONLY DCommentAction: AP APPROVE 11/23/04 Ir Item: 60 Comment 0t4 04/13/06 Comment R 70 BLD Comment: Comment: Item: 90 R INSPECTION EVERY 09/09104 1 % BEAMAT FLOOR 3rd LIFT.Action: qp APPROVED12/27/04 IpRVEO SHOWER PANSComment i r: GCD Action: ON DENIED p1705 I S AND FIRE FINALS READ BEFORE BUILDING FINAL. Comment 1. NING. PUBLIC WORK INSPECTION.2.FIRE PLACDeG ROUGH Action: UN DEMED 06102105 inspector: Not finaled or W%spected Comment Mschank al Pa A 2 not MnaisdPlumbingPermRowelRequiredplanningDeptAprovalRequired. Public Works Approval Item: 530 BLDG - Temp. C/O "` Action: AP APPROVEDItem: 532 PIAF innspector: gc Approved womComment. Need to have below list complete for CIO.1. Clean access road fdrMewaYom.2. Come pa3. Reclaim ditch on Bultehr Creeck Rd. Run Id:3289 REPT131 Approved Action: PI PARTIAL INSPECTION r: GCDORGYPATNW CORNER FOR n-HPCONSTRUCTI K: GCD R STAIRS IN WINE ROOM-HOUSE EXECPT GARAGE wn: UNDER r: JRM 40CK COMPLETE 1.11 0 Continued: fpr snow storage.Comment 4. Chan out dretnage5. Grading on north west side of driveway needs to be completed. Item: 533 PLAN-TEMP. CIOItem: 539 PWFFINAL CIORU0gl„ DG.Fhwl C/Oram: 21 pLAN-ILC Found@Wn Plan "Approved Act AP APPROVED02/16!04 Inspector: VWffen Comment: The p _ j located on the site rem: 534 PLAN - FINAL C/O " Approved Action: AP APPROVED 06/03,05 Inspector: wwearren Comment: r Run Id: 3259 REPT131 65 - 2005 Inspection Request Reporting - 4:39 Requested inspect Date: Friday, May 27, 2005InspectionArea: GCDSiteAddress: 1722 Bf HCREEK RD VAIL AIp1D Information Sub T NSFR Status: ISSUED B-MECH Insp Area: GCD Coast Type: phone: 970 - 328 -37 Activity: Nb4 -0043 Occupancy: phone 303- 864 -90 Owner. Scott E Claudine Brandt Phone: 970 -328 -370AIkantWHITEWATERPLUMBINGConctor. WHITE WATER PLUMBING gg g g Descri on Radian 1 INSPECTI ONLY 5Nf31BDILEf2 NSPECTION UNT1C CUT SHEET AND CALLS. AREQ SUBMITTED - GDENCKLA uested Inspectlo Requested Time: 02:00 PM Item: 390 MECH -Final Phone: 3pLDEN K Requestor: WHITE WATER PLUMBING Entered By: Assigned To: CDAVIS Time Exp: Action: Inspection History Item: 200 MECH -Rough Item: 310 MECH- Heating Action: PI PARTIAL INSPECTION 00710q ` nspector: GCDComment: IN SLAB HYDRONICS EAST SIDE. HEAT BRANCH MAINS AND 10128JQ4 AQUA PEX WATER LINE GAGES 6108 Action: PI PARTIAL INS Comment: HYDRONIC SU AND RETURN MAINS 70psi TEST. TEST. SPA HEAT EXCHANGER, FAN COIL A D PIP TMAINSMAINS 01/12/05 inspe JRMComment: APPROVED PARTIAL IN FLOOR HEAT 100 #AIRALLCOMPLETEEXCEPTFORMAINLEVELINWHICH THE CONCRETE WILL BE STAMPEANDREQUIRE28DAYDRYINGPERIODpiPARTIALINSPEC 014105 Iris or: JRM Comment: GARAGE SLAB IN FLOOR HEAT 100 # AIR TPARTIAL INSPECTION 03/17105 Inspector: JRM Action: Pi Comment: IN FLOOR HEAT LOWER LEVELSNOWMELTFORFRONTENTRY STAIRS AND HOT TUB PATIO 100 * AIR TEST 03/21105 Ins ctor: cdavis Action: NR NOT READY FOR INSPECTION Comment: SNOOWMELT TUBING INSPECN CANCELLED DUE TO WEAWEATHER DELAYS. CONTRACTOR WILL RESCHEDULE 1 Action: PA PARTIAL APPROVAL 03/24/05 inspector: GCD HYDRO TEST.Comment: DEN 100psi TEST.KITCHEN, LIVING ROOM. HALLWAY. AND LAUNDRY 100ps1EXTERIOREASTANDSOUTHSTAIRS9DPAPARTIALAPPROVAL 04!29!05 Inspector: JRMComment: APPROVED DRIVEWAY SNOW MELT i00 * AIR TEST Run Id: 3254 REPT131