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/o5 X0 SUBMITTAL DATA RE . D OWNER m_ CITY C., .' Hemcon Medical Technologies WILDE j.7 ,N 10575 SW Cascade ave. Portland Or. RECEIVED HVAC unit replace vav box add. MAY 0 7 2008 CITY OF TIGARD BUILDING DIVISION CONTRACTOR American Heating inc. OFFICE COPY 1339 SE Gideon st. Portland Or. 97202 503- 239 -4600 phone 503- 239 -7038 fax Job # 608073 Contact: Floyd Spears Tab #1 Trane 10 ton roof mounted gas pack tag " AHU -6" Tab #2 Titus VAV box tag " vav -01" Tab #3 Trane ddc controls schematic Tab #4 Existing Lennox rtu (to be replaced) Tab #5 • TRANE 3 -10 Ton R22 PKGD Unitary Gas /Electric Rooftop Unit Job Information Name HEMCOM MEDICAL Tag -6 RTU -10 TON TECH Quantity 1 Sales Team AMERICAN HEATING Model Number YHC120A4RMAOXCK General Unit Function DX cooling, gas heat Airflow Convertible configuration Unit Efficiency High efficiency Airflow application Downflow Design airflow 4000 cfm Fresh Air Selection Econ -dry bulb 0- 100%, w/o baro rel 3 ph Evaporator rows 5.00 Each Evaporator fin spacing 192 Per Foot Evaporator face area 12.36 sq ft Evaporator face velocity 324 ft /min Min. unit operating 987.0 lb Max. unit operating 1297.0 lb weight weight Main Cooling Tonnage 120 - 10 Ton Cooling EDB 80.00 F Cooling EWB 67.00 F Ent air relative 51.08 humidity Ambient temperature 95.00 F Cooling LDB 61.38 F Cooling LWB 58.61 F Evap coil leaving air 57.67 F temp (WB) Evap coil leaving air 58.91 F Gross total capacity 116.64 MBh temp (DB) Gross sensible capacity 91.40 MBh Gross latent capacity 25.24 MBh Net total capacity 107.90 MBh Net sensible capacity 82.66 MBh Net sensible heat ratio 0.77 Number Fan motor heat 8.74 MBh Dew Point Temp 56.89 F Main Heating _ Heating Capacity Medium gas heat Heating EAT 70.00 F capacity -ph3 Input htg capacity 200.00 MBh Output htg capacity 162.00 MBh Output htg capacity 169.23 MBh Heating LAT 107.80 F w /fan Heating delta T 37.80 F Motor /Electrical Voltage 460/60/3 Design ESP 0.80 in H2O Component S.P. 0.26 in H2O Field supplied drive kit None required Indoor mtr operating 2.85 bhp Indoor rpm 1050 rpm power Indoor motor power 2.56 kW Outdoor motor power 0.79 kW Compressor power 7.95 kW System power 11.30 kW SEER/EER @ ARI 11.2 EER IPLV @ ARI 11.7 IPLV MCA 25.30 A MOP 30.00 A Compressor 1 RLA 9.00 A Compressor 2 RLA 6.40 A Evaporator fan FLA 4.60 A Condensor fan FLA 2.80 A DX Cooling, Gas Heat 3 - 10 Ton Unit controls Microprocessor Through the base Through the base controls 3 ph provisions electric 3 ph Disconnect sw /circuit Circuit breaker 3 ph Convenience outlet Powered cony. outlet break/phase mont option 3 ph Page 1 Communications Trane communications) Refrigeration controls Crankcase heater 3 options `int _ ] ph Smoke detector Return air smoke] System monitoring CFSW, FFSW & dete t 3_ph--- controls DISCH air SNS tube 3 ph Field; Installed Accessories Barometric relief Barometric relief } Page 2 " TOP PANEL EVAPORATOR SECTION ACCESS PANEL - 7 CONDENSER FAN CONDENSATE DRAIN (ALT) \ , � ,. , 3'4" -14 NM' DAI. HOLE ` \ \" \` \ \ \� _ _ < \\ \ � _ / s - Alci ,- CONDENSER COIL -1, ,--Ike 4 112° r MIAOW 4444S, III e :� 2798 @ 1 �' I \ n, . 47 7/8' e t 8 � / ERVICE GAUGE HOLE PORT ACCESS 1 3/8" DIA. HOLE UNIT POWER WIRE �3. ,j:> ." •• ROL AND COMPRSOR ACCESS PANEL AS CONNECTION 358" -+ X171/2° -° 978" e-- 171/2" --=• ISOMETRIC - PACKAGED COOLING T�rti . , I_ UNIT HEIGHT II II B 16 TON SSTANDARD HIGH EFFICIENCY 11 A 40718 1118 I (7.5 TON STANDARD EFFICIENCY II 407/8 1118 1? 321/8° 33" /, 17.5 TON HIGH EFFICIENCY 11467/8' 11241? I RETURN SUPPLY liffaa%t / 18.5AND 10 TONS STANDARD AND HIGH EFFICIENCY II 467/8 1I 241? ��`\� /Jll / �� THROUGH THE BASE ELECTRICAL • 45/8° r 2 3J I 1 41 4 5 y8 � e L.:, 3 V4° 6 e AIRFLOW 4 275/8' —�_ -0 10 7/8" 403/4" z DOWNFLOW- PENETRATION ..C7 - - - - .. 7 4. r rr.. 1}f�� A k,.....„:„....m....4..:,.,,,:gm.1.1...›.<40.0.15 Alto v. }ir .`: i .,. `" 32 U 5t 3 S ` J S I R `.. . , . 4 � }l i • �; ; 5 > ^.. ��$' RETURN F f � �,, �� f�. NM HORIZONTAL S 2378 r,� }?�.\ r.�'r2C' �vrr? k i.: AIR FLOW ?r� SUPPLY .�}�+ ' t �Yfn�i �)� /�Y Q �,,%l�'V � ,s 'G�i87 j_ . 4314° LELT___ mom ■mi — 19 1/4" --I 9 3/8" • - 3r4" -I 3 7/8" 4 1/4' 55/8° 885/8 75/8 .■ 531/4° HORIZONTAL - PENETRATION RIGHT - PACKAGED COOUNG Page 3 v . a) al co . a //� j r 774 j z J U /////: ' / /7: �W it Ix � ;--• U ith .... Al 01 at It c.5 W " NI./ )))) \ \ \ \ \ ' / g E .4� vzs 0 t. 4 . i t��.i itii.i ii�i't i.i _i•i. � aa aaaa as a` • ia � II - I I'I . 1;I ,. 0 TRMIE' ELECTRICAL / GENERAL DATA GENERAL (2) ( e) HEATING PERFORMANCE Modet YHC1753A Oversized Motor HEATING - GENERAL DATA Unit Operating Voltage: '414 -506 MCA: 'N/A Model: Medium Unit Prim Heat Mary Voltage: 460 MFS: N/A Heatirg M ode (Btu): Medium Unit Secondary Voltage N/A MCB: N/A Unit Hertz: W 62p Heatirg Output (Btu): 1o0 Unit Phase: 3 EER: 112 Gas Inlet Pressure: Standard Motor Field Instated Oversized Motor N atural Gas (Min/Max): 45/14.0 MCA: '253 MCA: N/A LP(Min/Max): 10.0/14.0 MFS: 30.0 MFS: N/A MCB: 30.0 MCB: N/A Gas Pipe Connection Size: 3/4 INDOOR MOTOR Standard Motor Oversized Motor Field Installed Oversized Motor Numbs '1 Number N/A 'Number 'WA Horsepower: 3.0 Horsepower: N/A Horsepower: WA Motor Speed (RPM): 1,750 MctorSpeed (RPM): N/A Motor Speed (RPM): N/A Phase 3 Phase N/A Phase N/A Full Load Amps: 4.60 Full Load Amps: N/A Full Load Amps: N/A Locked Rotor Amps 42.0 Locked Rotor Arrps: N/A Locked Rotor Amps: N/A COM PRESSOR Circuit 1/2 OUTDOOR MOTOR Number: '2 Number. 1 Horsepower: 4.8/3.5 Horsepower: 0.75 Phase: 3 Motor Speed (R RM): 1,075 Rated Load Amps: 9046.4 Phase: 1 Locked Rotor Amps: 59.6/44.0 Full Load Amps: 2.8 Locked Rotor Amps: 6.8 POWER EXHAUST ACCESSORY 13) FILTERS REFRIGERANT (2) (Field Installed Power Exhaust) Type 'R -22 Phase: 'N/A T ype: Throwaway Horsepower: N/A Furnished: Yes Fadory Charge Motor Speed (RPM): N/A Number 4 Chit fk1 11.0 Full Load Amps: N/A Recommended 217x25'52- Croat #2 73 Locked Rotor Amps: N/A NOTES: 1. Maximum (HACR) Circuit Breaker sizing is for installations in the United States only. 2. Refrigerant charge is an approximate value. Fora more precise value, see unit nameplate and service instructions. 3. Value does not include Power Exhaust Accessory. 4. Value indudes oversized motor. 5. Value does not include Power Exhaust Accessory. 6. EER is rated at AR I conditions and in accordance with DOE test procedures. Page 5 e MINE INSTALLED ACCESSORIES NET WEIGHT DATA ACCESSORY I WEIGHTS ECONOMIZER I 36.0 lb MOTORIZED OUTSIDE AIR DAMPER I \ I p© MANUAL OUTSIDE AIR DAMPER d BAROMETRIC RELIEF 10.0 lb OVERSIZED MOTOR 0 • BELT DRIVE MOTOR 1 V � l 1\ POWER EXHAUST ``, THROUGHTTHE BASE ELECTRICALGAS 13.0 lb o a \��/ UNIT MOUNTEDCIRCUIT BREAKER 5.0 lb UNIT MOUNTED DECONNECT POWERED CONVENIENCE OUTLET 38.0 lb HINGED DOORS O O HAIL GUARD SMOKE DETECTOR, SUPPLY/RETURN CORNER WEIGHT ( I NOVAR CONTROL DEHUMIDIFICATION (HOT GAS REHEAT) COIL ROOF CURB STAINLESS STEEL HEAT EXCHANGER I i I BASIC UNIT WEIGHTS II CORNER WEIGHTS Y CENTER OFGRAVITIY SHIPPING NET OA i 342.OIb I © I 197.0 lb I 1(E) LENGHT l(F) WIDTH 1203.0 lb �` 1060 .0Ib WI 277.0 lb d © 0 245.OIb II 40' 1 22 NOTE: u u 1. CORNER WEIGHTS ARE GIVEN FOR INFORMATION ONLY. O 2. TO ESTI MATE SHIPPING WEIGHT ADD 5 LBS TO ACCESSORY WEIGHT. piiis tissis 3. BASIC UNIT WEIGHT DOES NOT INCLUDE ACCESSORY WEIGHT. TO OBTAIN TOTAL WEIGHT, ADD ACCESSORY NET WEIGHT TO BASIC UNIT WEIGHT. 4. WEIGHTS FOR OPTIONS NOT USTED ARE >5 LBS. k, k,11' � V E e Y' F 11 a K RIGGING AND CENTER OF GRAVITY Page 6 . CLEARANCE FROM TOP OF UNR 72" CLEARANCE 36" CLEARANCE 48° "---------------, 40* I ' ; a � , 1 1 i RETURN ' '"c c ,--- -- /tie '/ i tli CLEARANCE 36" ' CLEARANCE 36" HORIZONTAL - PACKAGED COOLING CLEARANCE --1- 7 ROOF OPENING UNIT OUT UN E ■ 4 � 53 1/4" ' j Li 8858" DOWNFLOW- PACKAGED COOLING CLEARANCE Page 7 9 =Am. ,, b'i r 'N - NECONOM2ER HOOD BAROMETRIC RELIEF HOOD BAROMETRIC RELIEF HOOD T 7 314" 17 -I ACCESSORY - BAROMETRIC RELIEF DAMPER HOOD Page 8 01 a) On co o a g N o r � ... g �� N 1 a, ...iiiiiiiidli 1, 0 m Z ►1 A / i ii ,,,) ,sL 0 g NI ix It co co 11 I , :' ., r :•:;�r•a:C•'• }• :.� :•::•:• :: r :::: ::; :; } ,: fir :�•C 1 :• : r : tif { :tiC S: :,y: % :%ti, ..� :~: �� s•' { :,�:<: 4 0 . ill __, •TRAN �neral .sits shall be convertible airflow. Operating range shall be between 115 deg F [46.1 deg C] and 0 deg F [ -17.8 deg C] cooling as standard from the factory for units with microprocessor controls. Cooling performance shall be rated in accordance with DOE and /or ARI testing procedures All units shall be factory assembled, internally wired, fully changed with R -22, and 100% run - tested before leaving the factory. Wiring internal to the unit shall be colored and numbered for simplified identification. Units shall be UL listed and labeled, classified in accordance to ANSIZ21.47 for gas fired central furnaces and UL 1995 /CAN/CSA No. 236 -M90 for central cooling air conditioners. Canadian units shall be CSA certified. Compressors Units shall have direct- drive, hermetic, scroll type compressors with centrifugal type oil pumps. Motor shall be suction gas - cooled and shall have a voltage utilization range of plus or minus 10% of unit nameplate voltage. Low - pressure switches shall be standard on all rooftop units. Internal overloads shall be provided with the scroll compressors. Crankcase heaters shall be factory installed. Refrigerant Circuits Each refrigerant circuit offers an independent fled orifice expansion device. Service pressure ports, and refrigerant line filter driers shall be factory- installed as standard. An area shall be provided for replacement suction line driers. Evaporator and Condenser Coils Internally finned, 5/16" [7.9mm] copper tubes, mechanically bonded to a configured aluminum plate fin shall be standard. Coils shall be leak tested at the factory to ensure pressure integrity. The evaporator cog and condenser coil shall be leak tested to 200 psig [1379 kPa] and pressure tested to 450 psig [3192.8 kPa]. The condensate coil shall have a patent pending 1 +1 +1 hybrid design with slight gaps for ease of deaning. A removeable, reversible, double -sloped condensate drain pan is standard. Provision for through the base condensate drain is standard. Gas Heating Section The heating section shall have a progressive tubular heat exchanger design using stainless steel burners and corrosion resistant steel throughout. An induced draft combustion blower shall be used to pull the combustion products through the firing tubes. The heater shall use a direct spark ignition (DSI) system. On initial call for heat, the combustion blower shall purge the heat 'changer for 20 seconds [20000 ms] before ignition. After three unsuccessful ignition attempts, the entire heating system shall e locked out until manually reset at the themtostat/zone sensor. Units shall be suitable for use with natural gas or propane (field - installed kit) and also comply with the California requirement for low NOx emissions. Outdoor Fans The outdoor fans shall be direct -drive, statically and dynamically balanced, draw - through in the vertical discharge position. The fan motor shall be permanently lubricated and shall have built-in thermal overload protection. Controls Unit shall be completely factory wired with necessary controls and contactor pressure lugs or terminal and contactor pressure lugs or terminal block for power wiring. Units shall provide an eidernal location for mouriting a fused disconnect device. A choice of microprocessor controls or electromechanical controls shall be available. Microprocessor controls provide for all 24 volt control functions. With the microprocessor controls, the resident control algorithms shall make all heating, cooling, and/or ventilating decisions in response to electronic signals from sensors measuring indoor and outdoor temperatures The control algorithm maintains accurate temperature control minimizes drift from set point, and provides better building comfort A centralized microprocessor shall provide anti -short cycle timing and time delay between compressors to provide a higher level of machine protection. 24 -volt electromechanical control circuit shall include control transformer, contactors pressure lugs or terminal block for power wiring. Unit shall have single point power entry as standard. Indoor Fan Units offer a belt driven, FC centrifugal fans with adjustable motor sheaves. Units with belt drive motors shall have an adjustment idler -arm assembly for quick - adjustment to fan belts and motor sheaves. All motors shall be thermally protected. All indoor fan motors meet the U.S. Energy Policy Act of 1992 (EPACT). Casing Unit casing shall be constructed of zinc coated, heavy gauge, galvanized steel Exterior surfaces shall be deaned, phosphatiaed, and finished with a weather- resistant baked enamel finish. Unit's surface shall be tested 1000 hours in a salt spray test in compliance with ASTM B117. Cabinet construction shall allow for all maintenance on one side of the unit Service panels shall have lifting handles and be removed and reinstalled by removing only a single fastener while providing a water and air tight seal. II exposed vertical panels and top covers in the indoor air section shall be insulated with a cleanable foil faced, fire - retardent ermanent, odorless glass fiber material. Page 10 •TRAN base of the unit shall be insulated with 1/2 inch [12.7mm], 1 pound [.45 kg] density foil- faced, closed -cell material. All emulation edges shall be either captured or sealed. The unit's base pan shall have no penetrations within the perimeter of the curb other than the raised 1 1/8 inch [28.8mm] high downflow supply-return openings to provide an added water integrity precaution, if the condensate drain backs up. The base of the unit shall have provisions for forklift and crane lifting, with forklift capabilities on three side of the unit. Unit Top The top cover shall be one piece construction or, where seams east, it shall be double- hemmed and gasket - sealed. The ribbed top adds a ±ra strength and prevents water from pooling on unit top. Economizer This accessory shall be factory installed and is available with barometric relief. The assembly includes fully modulating 0 -100% motor and dampers, minimum position setting, preset linkage, wiring harness with plug, and find dry bulb control. The factory - installed economizer arrives in the shipping position and shall be moved to the operating position by the installing contractor. Discharge Air Sensing This factory option provides true discharge air sensing in heating models. This sensor is a status indicator readable through Tracer or Tracker. This option is available for microprocessor controlled units. Through the Base Electrical with Circuit Breaker This option is a factory- installed thermal magnetic, molded case, HACR Circuit Breaker with provisions for through the base electrical connections. The circuit breaker will be installed in a water tight enclosure in the unit with access through a swinging door. Factory wiring will be provided from the switch to the unit high voltage terminal block. The circuit breaker will provide overcurrent protection, be sized per NEC and UL guidelines, and be agency recognized by UL /CSA. Powered Convenience Outlet This factory-installed option is a GFCI, 120v /15amp, 2 plug, convenience outlet, powered. When the convenience outlet is powered, a service receptade disconnect will be available. The convenience outlet is powered from the e side of the circuit breaker, and therefore will not be affected by the position of the circuit breaker. Fan Failure Switch This factory installed option allows for individual fan failure indication in microprocessor controlled units. The fan failure switch will disable all unit functions and "flash" the Service LED on the zone sensor. Clogged Filter Switch This factory installed option allows for individual dogged filter indication in microprocessor controlled units. The clogged filter switch will light the Service LED on the zone sensor and will allow continued unit operation. Return Air Smoke Detector Smoke detector shall be factory installed photoelectric smoke detector mounted in the return air section (with the economizer damper option). The detector will be wired for continuous power whenever the unit is energized. Upon detection of smoke, the detector will shut down all unit operations. Local codes may dictate the location of detectors. Note: Due to the shipping position of the economizer or motorized damper, the return air smoke detector will not be completely factory installed. The wiring harness for the detector will be routed and tied off in the fan compartment for shipping. The smoke detector and barometric damper hood will also be installed in a shipping position in the fan compartment. Trane Communications Interface This factory installed option shall be provided to interface microprocessor controlled units with the Trane Integrated Comfort systems. Page 11 ADAPTER CURB FOR TRANE TSC/THC/WSC/YSC/YHC072 -120A ADAPTER CURB 46 3/8" 801/2" INSULATED TOP COVER 1091/8° 60 5/8" 111110P 1111 AO" EXISTING LENNOX UNIT GCS11 -1353 WITH RMFG11 -135 INSTRUCTIONS; 1. REMOVE OLD A/C UNIT. 2. APPLY 1/4 "x 1 1/4" GASKETING. STANDARD FEATURES: 3. INSTALL & SECURE ADAPTER CURB AND • HEAVY GA. GALV. STEEL CONSTRUCTION INSULATED TOP COVER ON EXISTING CURB AS • FULLY INSULATED WITH 1" -1 5 LB. REQUIRED BY LOCAL BUILDING CODE. DENSITY INSULATION 4. APPLY 1/4" x 1 1/4" GASKETING • 1/4" x 1 1/4" GASKETING ON ADAPTER CURB. • SHIPPED FULLY ASSEMBLED 5. INSTALL & SECURE NEW NC UNIT ON ADAPTER CURB AS • SUPPLY AND RETURN DUCT REQUIRED BY LOCAL BUILDING CODE. CHAMBERS INCLUDED PRODUCT SUBMITTAL QUOTE # P.O. BOX 1890 TC43ACS11135 PINELLAS PARK, FL 33780 -1890 Plenums Inc. Model PHONE: 800- 237 -2276 Manufacturers Equip. FAX: 800-238-1819 Approved Incorporated www.plenums.com plenums@iix.netcom.com Date COPYRIGHT © 2002 PLENUMS INC. ALL DIMENSIONS SUBJECT TO CHANGE WITHOUT NOTICE FORM. TC43ACFC11135.10/10/2002 , , -1.,, Air Commodities /Oregon .. fl #;, - A DIVISION OF AIR COMMODITIES INC. IniEdc ---- ------- - -- - -..- -•- -- --.--- --- --- --., - - - - -- -- - - - - -- - u HEATING • VENTILATING • AIR CONDITIONING EQUIPMENT ' ;::Lti _'.`= _ °? • " PROJECT: ''$E1VMC >' _TECH :: LOCATION: :A.PORTI AND F.�"'a°Yt; ^W`�,':rr:; r F es „ - - . , , , ,'• :. • , ,- , , `,, ,,,3 '� s `y� [`Y +',��,��'. I �. �'.�1' f.:i, ,.`�, - . �; y i`.�`. -p i ; . .. S Si t u ,, „ - N , - '.il * - ' : ;, , .c�< .. ARCHITE :_ . ,.< r = ' =K . s, :,:, •, , - =y!S ".:iyt =,nra; %:'.5 ».. i 'k('c i ^F ; ;,, =':i ' ; ti p : -' ' ' ENGINEER: .� ^ ' - - ; : = 1 1'.' ' ', 2 , - i''1,!' , 1 -- . - .'"',' S_ iiS� i' ' �_:, a -`; .'l:;p ia'''':':'41:`''`'..C'-' - " - - ' I--. . - ,. 72 ;. ." - ?.� %ai - Vi. ' • �N� ,;._ ,:'„ - _ ;,' CONTRACTOR HE G Tit "i:s; :. '-rs;`': ;- 4.-:}S,.xia3',:rl^iifit: ' i`2ti2",-2,..' s, -- ', - - - _ =;4 _ 47-.F.:..,. " : CONTRACTOR PO#: �: ,-'%' :'.� z :, l "' .:rr-; -:;.; _: a; 1 , ,.i4 . 4. : 4vii',', - ii,4 5:.ti a, ,tii' k. `.•: i' .;, -1 .._ , - . : 'V 1 . " - `'� , i' - 1 ' 1 7s ! , ' r - ',..- S -- ;� o ;£d .; S ` : - v^:i -:' - ::•--: - _ = => DATE SUBMITTED: A pnl°' zuu&,; -tr -. `1` .- ' , ':'"` - - - ; : " xi <: ° = - AGO CONTACT: KEITSHA''WKTS,4 .:: : `: ' , ; ,, ;,';i LT -,:.rl C- - ; ri °. •, ',1-.:',•:-...--f- - - <y. 1,? ,fNs 'ha,g.' -.6 _. -;x iiz• • -" - , - - _' • ;: ' `' -, ACID QUOTE #: 353 04Q1 8 - Iff l , .''-'''-''''','='''''...'; ., - - ,';i - .. - 4'7'.',;_5"=-..-- ,,,, _ _ ' . `Ji . 7, -s . _ - • ` : t ~, 5 = ,. � ; ITEM SUBMITTED: SINGLE <D T ERMIN UNIT _ -- ` ' - .T,„,„,:...,,.,,:„.......,,,,...,:r,„..T.,,,,,,,:,, .„,,,,„, , ..--r■S)... .e;,`' ;;'_;';. ' u • <., ; MANUFACTURER: TITUS t; ,f ,' i> _: {please see attached literature} �,o, 4 �, 4l?. T` ., 2 �rFr .'r, .`. iii §: , ,-,:_:*i.1,;';' :'i fit" " ' 1 : .: ' 1500 N.E. SANDY BOULEVARD, PORTLAND, OR 97232 — (503) 238 -6900 FAX: (503) 238 -8764 1- 800 -575 -2473 Single Duct Terminal Unit Schedule Size CFM Static Pressure NC Levels Electric Heat Coil Tag Model Unit Outlet Max Min Inlet Down Min Rad. 1 Disch. CFM KW Volts /Ph. Steps EAT LAT VAV -1 DESV 12 16x15 1000 I 500 1.00 0.25 0.07 19 17 750 10.0 480/ 3 , 2 55 97 Notes: 1. Room NC level shown includes attenuation transfer functions obtained from tables in ARI Standard 885. 2. Sound data shall be obtained from tests conducted in accordance with ARI Standard 880 -98. 3. Selections based upon Titus as Manufacturer. 4. All CFM, pressure and heating performance values are corrected for altitude. 5. In the "Steps" column, code S denotes an SCR - controlled, modulating heater. Printed: 4/1/2008 8:48:08AM Page 1 TITUS TEAMS Single Duct Terminal Unit Selection Project: HEMCON MEDICAL TECHNOLOGIES Tag: VAV - Project Location: 10575 SW CASCADE AVE - SUITE 130 Altitude: 1.0 Feet File: hemcon med.tw User: KEITH HAWKINS Room: storage /exit corrido Selection Size CFM Static Max NC Levels Quantity Model Unit Outlet Max. Min. Heating Inlet , DownrMin. Rad. Disch. 1 DESV 12 16x15 1,000 500 750 1.00 0.25 0.07 19 17 Notes: 1. Inlet static pressure includes downstream pressure drop. 2. See below for PWL calculations used to obtain Max NC rating. 3 Outlet size is approximate and does not include coil dimensions. See submittal drawings for exact dimensions. Electric Heating Coil Performance KW Max KW CFM EAT LAT Volts/ Ph. Steps 10.0 30.0 750 55 97 480/ 3 2 Jther Information Accessories MaximumCFM : 2,000 Outlet: Attenuator Design CFM : 1,000 Safety Factor: 50% Lining: Fibre Free Unit LxWxH: 16 x 16x 15in. Heating Coil: Electric Controls: DDC Attenuator. Yes Selected : True Acoustic Summary Radiated Sound PWL Discharge Sound PWL Sound Description 2 3 4 5 6 7 NC 2 3 4 5 6 7 NC Primary Sound 58 48 44 38 32 26 * 67 61 55 47 45 41 * Total Attenuation Per: ARI 885 18 19 20 26 31 36 * 29 30 41 51 52 39 * Room Sound Level 40 29 24 12 - - 19 38 31 14 - - - 17 Notes: 1. Room sound levels shown include attenuation based on transfer function file: Catalog 2. Data were obtained from tests conducted in accordance with ARI Standard 880 -98. 3. Sound power levels are in decibels, re 10A -12 watts. 4. All CFM, pressure and heating performance values are corrected for altitude. 5. Dimensions are for base product only. Check submittal drawings for exact dimensions . 6. Size units are given in inches, flow units are cubic feet per minute, pressure units are inches of water, and temperature units are degrees fahrenheit. The results of this program are only an aid to the designer, and are not a substitute for professional design services. Titus accepts no liability for the adequacy of any resulting design or installation. All data subject to change without notice. Printed: 4/1/2008 : 8:44:11AM . _ .. .. liritus . Submittal DESV -1.0 12 -15-05 The Leerier In Ai Management vt DESV Single Duct Terminal Unit Direct Digital Control, Pressure Independent w —M- I L F ' G j f" I - T r - a H AL 121/4" DL I i L Sap Drive OD Control L+ 612' Enclosure 18 I CIea &Connection Right hand unit shown. All dimensions are in inches. Inlet Size CFM Range D F G H L M W 4 0-225 3 2 / 8 2 1 18 7 3 /8 8 15 5 3/8 12 5 0-350 4 1 / 8 2 1 / 8 7 3 /8 8 15 1 /2 5 3 48 12 6 0-500 5 7 / 8 2 1 ! 8 7 3 / 8 8 15 1 /2 3 3 1 8 12 7 0-650 6'/ 1 1 / 8 7 3 / 8 10 15 3 3 /8 12 8 0-900 7 7 / 8 1 1 18 7 3 /8 10 15 1 /2 3 3 /8 12 9 0 -1050 8 7 / 8 - 5 1 /8 12 1 /2 15 1 /2 3 3 /8 14 • 7 3 1 i 1 3 12 ..� .. 0 117/8 5 3/8 15 151/2 3 3/8 Ell 14 0- 3000 13 /8 . . _, - 3 /B . .., . 15 ,, ., iIB, 20 16 0 -4000 15 1 /8 - 3 3 /8 18 15 1 /2 3 3 / 8 24 24 x 16 0 -8000 23 7 /8 x 15 2 /8 1 1 /8 5 3 /8 18 15 3 3 / 8 38 Accessories (Optional) Check Ef if provided. 0 24 V Control Transformer 0 SteriLoc Liner 0 Bottom Access Door 1t Dust Tight Enclosure Seal 0 UltraLoc Liner 0 • Disconnect Switch Fibre Free Liner ❑ 1" Fiberglass Liner c b Hanger Brackets 0 General Description • Heavy gauge steel housing. • Rectangular discharge opening is • Model DESV can be installed Mechanically sealed and designed for slip and drive cleat horizontally, vertically, or at any gasketed, leak resistant duct connection. angle. Operation is not affected construction. Less than 2% of • Multipoint center averaging inlet by position. nominal cfm at 1.5" sp wg. velocity sensor. • Gauge tees for cfm • Dual density internal insulation, • Digital control packages can be measurement. treated to resist air erosion. factory mounted by Titus. Meets requirements of NFPA 90A • Choice of right hand or left hand and UL 181. control location. DESV -2.0 12 -15-05 Accessories (Optional) ❑ Hot Water Coil Section • VT copper tubes ❑ 1 Row j� \ / • • Aluminum ripple fins, 10 per inch ❑ 2 Row 1 O NE • Connections: Single circuit, 12" O.D. male solder. Multi-circuit, 718" 3 Row H O.D., male solder. ❑ 4 Row O iiiiiiiii m • Coil Is Installed at discharge of unit. / \ • On units with attenuators, coil are I I I F.-- w _.4 installed at the discharge of I-+ L ;1 attenuator. r =Electric Coif Section ❑ Optional SCR Controlled Electric Heater ❑ Optional Lynergy Controlled Electric Heater , Standard Features Options Supply Voltage - Single side access to low voltage, t -Fus`•Blocck, ❑ 208V, 1 ph, 60Hz high voltage, and electric heater gp ct stwritch. door ❑ 240V, 1 ph, 60Hz c ordrols. • Automatic reset thermal cutouts, one ertodc type ❑ 277V, 1 ph, 60Hz per element Dust tight construction • CI 208V, 3 ph, 60Hz • Manual reset secondary protection. ❑ Mercury contactors • Positive pressure flow switch i 480V, - 3 ph. 60Hz (4 "wu i • Magnetic contactor for each step. standard) • Slip and drive cleat discharge duct :...,.., . 1 connection. 392 61/ W (where required} ; - i 11.` I C I 36$ ❑ Integral Sound Attenuator 1 392 W 1 • ., i ► 121/4- 1 H . El Inlet Size H W Water Coil The total length of the DESV L (1 -2 Row) L (3-4 Row) unit is the summation of the 4 8 12 5 7 +/, unit length (with or without 5 8 12 5 7 +/4 attenuator) and the length of the optional water coil. 6 8 12 5 7 + / 4 7 10 12 5 7 + /4 8 10 12 5 7 + /4 9 12 + /2 14 5 7 + /4 10 12 + /2 14 5 7 + / 4 12 15 16 5 7 + /4 14 17 + /2 20 7 + 6 9 3 /4 16 18 24 7 + 1 2 93/4 24x16 18 38 5 7 + / 4 This submittal is meant to demonstrate general dimensions of this product. The drawings are not meant to detail every aspect of the product Drawings are not to scale. Titus reserves the right to make changes without written notice. an Mbh sm.d Noted dams sod cm b. rryaOmis WmiW s owl 1s.. bf .1...I 4.........d..... w1.6•410s®oYMs ...AM . blwM wkras•utls.ya,RSU .I........1..........* b..+miea 6,6®• k DRAWING INDEX merican SHEET # DESCRIPTION . igkil,,Z,0,-;, "` :_. CTRLS -01 WIRING STANDARDS CTRL5-02 VAV/FPB WIRING DIAGRAM r; � sW .f.:..sdit" '`.--'.-1W g 7 „.t.rA : ,,,,,,, Inc. I ..® — 7 — cL. E PROJECT: HEMCON MEDICAL TECHNOLOGIES co CO I Iv NOTES: a 3 b d 0 I an 11 a G END i- �VI..�I Ev�� 1 �OI�IS PROJECT 9 3 -WAY VALVE NEMCON MEDICAL TECHNOLOGIES AG • AIR CONDITIONING UNIT 8 • SENSOR [ -r t TEMP. SENSOR AD • AUTOMATIC DAMPER SCP • SYSTEM CONTROL PANEL d1 I08�� CASCADE AVE. _ O CO2 WIRING SYMBOL AIP • ANALOG INPUT SD • SMOKE DETECTOR PORTLAND, OREGON 0 O ® p J f RELAY AOP • ANALOG OUTPUT 11-ic • THERMOSTAT C. f DIP ■ BINARY INPUT TUC . TE INALIT C LER 9'1223 � BOP • BINARY OUTPUT TU • TERMINAL UNIT A NORMALLY OPEN ECU • BUILDING CONTROL UNIT UCM • UNIT CONTROL MODULE REVISION DATE ELECTRICAL WIRE DMN • BUILDING MANAGEMENT NETWORK UCP • UNIT CONTROL PANEL al NORMALLY CLOSED CHUB • CHILLED WATER SUPPLY UPCM • UNIVERSAL PCM IW CI-R • CHILLED WATER RETURN UM • WATER HEATER - O — — — FIELD WIRING CUB • CONDENSER WATER SUPPLY VAV • VARIABLE AIR VOLUME / 1 PUSH BUTTON (UR • CONDENSER WATER RETURN - 71 CONNECTED ELECTRICAL CP • CONDENSER PUMP - • ITEM SPECIFIC TAG CT • COOLING TOWER (SEE KEY NOTES) WIRES CU ■SAND UNIT _ tU ® RESISTOR CROSSING WIRES OR WIRES, PDC • DIGITAL American ` NOT CONNECTED 01-11118 • DOMESTIC HOT WATER SUPPLY �• "., o X ALARM plAl. HOT WATER PRESSURE RETURN p� /� O EA • EXHAUST AIR b H e a l t 1 1 I I I c . 0 H® HUMIDITY SENSOR EP • EXHAUST RAM FC • FAN COIL 1339 S.E. GIDEON STREET N ;''� RELATIVE HUMIDITY HE • HEAT EXCHANGER PORTLAND, OREGON 97202 -2418 x HWS • HOT WATER SUPPLY TELEPHONE (503) 239 -4600 FAX 503) 239 -7038 DUCT STATIC SYMBOL I •UNITE WATER ROO OP OM ,v■m n IR Of — .o. 0 BUILDING STATIC SYMBOL OA • OUTSIDE AIR 4-08 -2008 S. YOUNG B. NELDNER 6,080131 PC • PERSONAL COMPUTER THIS DRAWING IS THE EXCLUSIVE PROPERTY OF AMERICAN HEATING INC. THE DRAVDNG OR BLUEPRINTS PCM • CONTROL MODULE CONTAINING THIS DESIGN ARE AND SHALL REMAIN THE PROPERTY OF AMERICAN HEATING INC. THE CSI I I MOTOR SYMBOL RA • RETURN AIR DELIVERY OF THE ORIGINAL OR COPIES HEREOF DOES NIT CONSTITUTE A PUBLICATION THEREOF. THESE RT • RECOVERY TANK DRAWINGS OR BLUEPRINTS ARE EXHIBITED TO YOU SOLELY FOR THE PURPOSE IT TRANSACTING A SALE BY - 1-- GROUND 8A • SUPPLY AIR AMERICAN HEATING INC. OF TIE AIR COIDITIOING SYSTEM 1NCQBIRATAKi THIS DESIGN. ANY CIDOUIICATIIIN IF THIS DESIGN WITHOUT THE COVENT OF AMERICAN HEATING INC. CONSTITUTES A VIOLATION OF THE LAWS OF THIS STATE , WIRING IRI VG STANDARDS U- N 0 BCU: LABELING: LABELING: F— 1. THE BCU HAS FOUR COMM LINK SLOTS. 1. BINARY OUTPUTS: 1. INDIVIDUAL WIRE LABELS TO BE PLACED o 2. COMM SLOT #1 WILL BE FOR LINK SL LINK 3 ONLY, AND WILL BE PINK IN ALL BINARY OUTPUTS ARE TO BE LABELED WITH 100'S APX. 1" FROM WIRE TERMINATION rn C OLOR 18/1. POWERED OUTPUTS = EVEN # too COMMON = ODD # too 3. COMM SLOT #2 WILL BE FOR COMM LINK 4 ONLY, AND WILL BE PURPLE a---- iw 1 N COLOR 18/1. - c too 4. COMM SLOT #3 WILL BE USED FOR LINK 4 ALSO BUT WILL BE ORANGE IN WOE 101 p p BO 1 TYP, WEL COLOR 18/1. 2. BINARY INPUTS: t 5. COMM SLOT #4 WILL BE COMM LINK 5 AND WILL BE BLUE IN COLOR 18/1. ALL BINARY INPUTS ARE TO BE LABELED WITH 400'S 6. ALL 24 -VOLT CABLE WIRE WILL BE 18/4, RED = POWER, GREEN = NUETRAL, POWERED INPUTS = EVEN # _ tot BLACK AND WHITE WILL BE USED AS SWITCH LEGS. COMMON = ODD # 101 7. ALL LINKS WILL TERMINATE THE BLACK CONDUCTOR TO THE POSITIVE PORTION OF THE LINK AND THE WHITE CONDUCTOR TO THE NEGATIVE TYP. Ma PORTION OF THE LINK. (EXCEPT EXISTING VAV'S OR FPB'S) ynn: `-�-- p 1 E ��1 xwlE +o� p 3. ANALOG OUTPUTS: UNIT TERMINATION: ALL ANALOG OUTPUTS ARE TO BE LABELED WITH 200'S B ' 1. RED TO R = 24 VOLTS POWERED OUTPUTS = EVEN # o .e, v, BROWN TO C = COMMON COMMON = ODD # - W TO Y1 = 1ST STAGE COOLING d) z � z d 1 BLUE TO Y2 = 2ND STAGE COOLING r c R E W 5 �r WHITE TO W1 = 1ST STAGE HEATING 0 WHIlE 2m p 0 AO 1 Q Z NU O I BLACK TO W2 = 2ND STAGE HEATING CI Ea v 0 I 4. ANALOG INPUTS: ,.� v� W ORANGE TO 0 = REVERSING VALVE ENERGIZED IN COOLING ALL ANALOG INPUTS ARE TO BE LABELED WITH 500'S i- " U O a 5 GREEN TO G = FAN POWERED INPUTS = EVEN # �, 2. SMOKE DETECTOR WIRE COLOR AND TERMINATION: A I� ii RED TO TERMINAL 9 = 24VOLTS COMMON = ODD # Z g BROWN TO TERMINAL 10 = COMMON _11 g h BLACK TO TERMINAL I BIACK 500 p O o a II RED JUMPER FROM TERMINAL 9 TO 6 WHIFF 501 p a / a e CONNECTIONS @ ROOFTOP UNIT WOULD BE MADE © CONTROL W 5. UNIVERSAL INPUTS: TRANSFORMER. RED TO 24 VOLT LEAVING TRANSFORMER CUT AND ALL UNIVERSAL INPUTS ARE TO BE LABELED WITH 300'S x SPLICE, BROWN TO COMMON ON UNIT LOW VOLTAGE TERMINAL, BLACK POWERED INPUTS = EVEN # CONNECTS TO R ON LOW VOLTAGE TERMINAL. COMMON = ODD # 3. ALL SENSOR WIRE TO BE 22/3 BLUE JACKET. el 4. ALL 24V WIRE TO BE 18/4 WHITE JACKET, REGARDLESS OF I HI CONDUCTORS NEEDED. TAPE BACK EXTRA CONDUCTORS. 0- BucK 3°°301 0 p UI i 1 II iii WIRING LEG 5 -- ...... fie ALARM 9 3 -WAY VALVE C {J V TEMP. SENSOR DIFFERENTIAL PRESSURE SWITCH / \ w QH HUMIDITY SENSOR I ...2 8 a 1 g N ! © CO2 WIRING SYMBOL , ^� -1 C IMMERSION TEMPERATURE SENSOR ,,` j ∎ ., RELATIVE HUMIDITY C N RELA $ ,i1-:, DUCT STATIC SYMBOL - IF NORMALLY OPEN ELECTRICAL WIRE c Aa Sit BUILDING STATIC SYMBOL — FI ELD WIRING 1 . ^ r s � NORMALLY CLOSED — — g W in 1,I MOTOR SYMBOL J " ^ 1 PUSH BUTTON CONNECTED ELECTRICAL 1-41'd , � vi 2 5 a! GROUND ITEM SPECIFIC TAG WIRES , t el i (SEE KEY NOTES) ® CROSSING WIRES OR WIRES, 4 ___f ® RESISTOR NOT CONNECTED 0 0 E tR 0 111 1 x Q n Ile P e 1 e d Ili 1 :OA I W 6 o CV m i IL Z 6 0 2 CTRIC REHEAT COIL E FLOW SENSING RING tit FROM P AHU A IR �n O Lit SUPPLY AIR [1:1[0[k0023 JtJ I1 2 li ut TO SPACE ADDRESS 1 J3 i SWITCH SWITCH ii MI t BO +(DO AIR VALVE HMIM11I m UCM ill g PRESSURE • - t .- - YELGRN 7,5 a(D SET 44 rin A/ O2 CND gal 11 II ° ° [ [0 LO $ ig TRAt4SDUCER I MUST M POLARITY. / CUT BACK & TAPE SHEILD AT LAST UCM FPB W /ELECTRIC REHEAT SPACE SENSOR . SOR B •�'f —0 I AUXILIARY SENSOR i TRANE NOTE 1,2,3 M 02 . 0, 1 ' H H NOTE 4 0 4 ► CM • • W B W * oa O �� 8 FROM BCU OR TO NEXT UCM (TS- 11 -04) M W Z PREVIOUS UCM ON ON UNK TRANS X13790068010 (w/VAV 80X) UNK "AUX" SENSOR, FIELD MOUNTED & i W O WIRED HU _q ELECTRIC REHEAT VAV 1 � b LECTRIC REHEAT COIL TYPICAL 1, TRANE VCEFO8 SHUTOFF VAV Q 2 0 0 1 FLOW SENSING RING wJELECTRIC REHEAT & UCM IV. REFER TO III ■ MECHANICAL PRINTS FOR TAGS & LOCATION w g � . SUPPLY AIR FROM AI UNIT � I i l U `l tit i TO SPACE z O 1 iii 0 0 '' V 2 o AIR VALVE UCM III W f� MI VAV W /ELECTRIC REHEAT SPACE SENSOR i TRANE y • of c cw, E e l . ■ Cd ... Al - • V C W g. Ad nom COMM LINK WIRE TAGGIN 1 BCU #- , COMM LINK NOTES: W °' 'g TAG XX- XX -XX -XX 1. COMMUNICATION UNK WIRING MUST BE 18GA. TWISTED, Q I I ga bli SHIELDED PAIR (USE WIRE THAT MEETS SPECIFICATIONS c3 W OF TRANS P/N 400- 20 -28). EACH CONDUCTOR MUST t, w bsR BE STRANDED TINNED COPPER. THE MAXIMUM ` . 1 I VAV BOX TAG CAPACITANCE MUST BE LESS THAN 25 PICOFARADS /FOOT. THAT WIRE RUNS TO P 2. CUT BACK & TAPE SHIELD AT LAST UCM ON COMMUNICATION LINK. e t 4 r A 11b 3. PLEASE REFER TO ATTACHED VAV ADDRESS FOR BCU. @ j • % . NS LINK CON & UCM ADDRESS. t 0 i . 4. PROVIDE COMMUNICATION LINK WIRING TO VAV BOXES ( i). AS SHOWN ON ATTACHED VAV ADDRESS TABLE. i I, A g g F p • y S S ERI/UCE UNIT GCS11 I l this 11 S A GCS11- 95311353 SERIES UNITS - ,,, s � ,k , of ,� , �, `� f, �� Option Modal No. — Availability , `r r. c"^ r F 3 . ' GCS11-953 GCS1 -1353_ '�� z Y Automatic Fresh `, �' � � z ,° Field Installed s � o "i�'` N x� Air Damper Kit 34C23 34C23 AE4 $� �, � ° .1 r For OAD11 Only , � r , "t'' Night Setback Field Installed t- • -•• . , a�:w5 `�< . Kit LB 3813408 LB 3613406 Only 't''.\'''"'14::11,''',. .. : f r s *g ` Roof Field Installed RMFG11-95 RMFG11 -135 f f Mounting Frame Only aa ' Horizontal Field Installed - - Frame Adaptor RMFGH11-95 RMFGHII -135 Only Ceiling Supply { nd And Return Field Installed RTD11-95 RTDtf 135 Step-Down p Only ; . Diffuser Ceiling Supply Field Installed And Return FD11 -95 FD11 -135 Only Flush Diffuser TABLE 1 Ceiling Supply Field Installed Ana Return SRTG11 -95 SRTG11 -135 On Option Model No- Availabil Transitions N GCS11 -953 rGCS11:1353 ' Remote Status Field Installed Power Factory or Panel SP71 5P11 Only S PSD11 -95 PSD11 -135 i Field Installed Remote Switching SSP11 SSP11 Field Installed ' Gravity Exhaust Field Installed Status Panel Only Dampers GED11 95 GED11 135 Only Low Ambient Field Installed LB- 371248 LB- 37124B Minimum Fresh Kit Only Field Installed Air Dampers OAD11-95 OAD11 -135 Only Disconnect LB 382088A LB- 382088A Field Installed (Manual) Mounting Kit Only 4. TABLE OF CONTENTS I - INTRODUCTION Page 2 IV - REFRIGERANT SYSTEM Page 19 GCS11 Control Option Chart Page 2 V - GCS11 HEATING SYSTEM Page 19 It - UNIT INFORMATION VI - BLOWER OPERATION AND Specifications — Electrical Data Page 3 ADJUSTMENTS Page 23 Dimensions — Installation Clearances Page 4 Burner Ratings — Blower Performance Page 5 VII - THERMOSTAT OR TRANSMITTER Pressure Curves — RMFG11 Roof OPERATION Page 23 Mounting Frame Page 6 VIII - GCS11 UNIT OPTIONS Combination Ceiling Supply & Return Page 7 Power Saver Page 23 RMFGH11 Horizontal Mounting Frame Page 8 Fresh Air Dampers — Low Ambient RMFGAI I Adaptor Mounting Kit — Night Setback Page 26 Frame — Field Wiring Page 9 Status Panel Page 29 Low Voltage Field Wiring Diagrams. 10 & 11 IX - FIRESTATS Page 29 X - MAINTENANCE Page 29 III - GCS11 COMPONENTS XI - GENERAL SCHEMATIC INFORMATION Page 30 Main Control Box — Make -up Box — Unit Diagrams Page 32 - Page 35 Compressor Compartment Page 13 XII - OPERATING SEQUENCE Heating Compartment Page 14 Cooling Mode Page 36 Blower Compartment - Component Heating Mode Page 38 I Index Page 17 XIII - TROUBLESHOOTING Page 41 Page 1 I - INTRODUCTION ;11 production is scheduled in 1980 for the 7 -112 and 10 RMFGA11 mounting frame adaptor allows unit installation models. Figure 1 shows a unit cutaway. GCS11 unit op- on an existing RMF3 roof mounting frame in retrofit applica- tions are listed in Table 1. tions. Units are designed for rooftop installation with either bottom The GCS11 incorporates the "Honeywell Single Zone Solid or horizontal discharge. The RMFG11 roof mounting frame State Control System." Figure 2 illustrates the compatible mates to the bottom of unit. The added installation of a control options and lists the corresponding ordering num- RMFGH11 mounting frame permits horizontal discharge. A bers. GCS11 CONTROL OPTION CHART FOR "HONEYWELL SINGLE ZONE SOUD STATE CONTROL SYSTEM" START 11�OM TM�MTTE11 ROOM THERMOSTAT ORDER ORDER MOM LC11E01 • OUCrINSTALLED WALL MOUNTED IS ■ STANDARD SUSSASE SSP11 SWflaMNO STATUS PARR. WATCHING SUWASE Eal N APrUUCATO USCLUDES OROe1 POW 6AVE1L OPDE11 SS DE11. VOLTAGE CONTROL NIA,/ ..- S10E101 V D APPUCATON IRCWDES 110." VOLTAGE AWOL ORDER VOLTAGE CONTROL RELAY • STCEMI NO EP11 STOP STATUS YEs I OROEA 011DER F0.Td1i ANf1T MOM SWR RIE NICSS01 4 STOP FIGURE 2 Page 2 GCS11 II - UNIT INFORMATION A - Specifications Model No. GCS11 -953 GCS11 -1353 *ARI Standard 2/0 SRN 21 - 27 Single Stage Btuh Input j 175,000 230,000 ~ Heating Capacity Natural Btuh Output 131,000 172,500 Two Stage Btuh Input (Low) j 145,000 195,000 Heating Capacity Btuh Output (low) I 108,700 146,000 Natural & "LPG Btuh Input (high) I 250,000 330,000 Btuh Output (high) j 187,500 247,500 'ARI Total cooling capacity (Btuh) j 89,000 121,000 Standard Total unit walls 11,100 15,100 210 LEER (BtuhlWatts) 8.0 8.0 Ratings _Dehumidifying capacity 29% 31% Refrigerant (22) charge 15 lbs. 6 oz. T 21 lbs. 6 oz. Evaporator Blower wheel nominal diam. x width (in.) (2) 12 - 6 (2) 12 - 12 Blower Motor horsepower (minimum- maximum) j 1.1/2 - 3 2 - 3 Evaporator Net face area (s'. ft.) I 8.3 12.0 Coil Tune diam. (in.) & No. of rows j 112 - 3 112 - 3 Fins per inch 15 15 Condenser Net face area (sift.) 14.6 19.8 Coil Tube diam. (in.) & No. of rows 3/8 -3 3/8 -3 Fins - per inch 20 20 Diameter (in.) & No. of blades (2) 20 -- 4 (2) 24 -- 4 Condenser _Air volume (dm) (factory setting) 6000 8500 Fans Motor horsepower (2) 113 (2) 1/2 Motor watts (factory setting) 850 1150 Gas Supply Natural 3/4 314 Connection fpt (in.) "LPG 3/4 - 3/4 Recommended Gas Natural 6 6 Supply Pressure (wc. in.) "LPG 11 11 Condensate drain size mpt (in.) (2) 314 - (2) 3/8 (2) 3/4 - (2) 3/8 No. & size of filters (in.) (4) 16 x 20 x 1 6) 16 x 20 x 1 Net weight of basic unit (lbs.) (1 Package) 1600 lbs. - 1' B - Electrical Data Model No. GCS11 -953 GCS11 -1353 Line voltage data - 60 Hz -- 3 phase 200V 230V 460V 575V 200V 230V 460V 575V Rated load amps (total) 29.8 28.2. 14.2 11.4 42.0 42.0 21.0 16.8 Compressors (2) . - Locked rotor amps (total) 152.0 152.0 74.0 60.0 264.0 264.0 132.0 106.0 Condenser Full load amps (total) 4.6 4.6 2.4 2.0 6.0 6.0 2.8 2.4 Fan Motors (7) Locked rotor amps (total) 8.6 8.6 4.6 4.0 12.4 17.4 6.4 5.8 Horsepower 1 -1/2 3 1-1/2 3 1-1/2 3 1-1/2 3 2 3 2 3 2 3 2 3 Evaporator - _ _ Full load amps (total) 6.3 11.4 5.6 10.0 2.8 5.0 2.2 4.0 7.5 11.4 6.0 10.0 3.0 5.0 2.4 4.0 Blower Motor ----- Locked rotor amps (total) 39.0 65.0 34.0 56.0 17.0 28.0 14.0 25.6 55.4 65.0 46.0 56.0 23.0 28.0 18.0 26.3 .. - . _ _ . . L Recommended maximum fuse size (amps) 60 60 50 60 25 30 20.0 20.0 80 80 80 80 40 40.0 30.0 35.0 "Minimum Circuit Arnpacity 45.4 49.5 42.9 46.3 22.2 23.3 18.0 19.8 61.8 65.5 60.3 64.3 30.4 32.4 24.7 it power factor .90 .89 90 .89 .90 .89 .90 .89 .85 .85 .85 .85 .85 .85 .85 .85 y ,afer to National Electric Code manual to determine wire, fuse and disconnect size requirements. OTE Extremes of operating range are plus and minus 10% of line voltage. Page 3 _ C - Dimensions I ELECTRICAL INLETS OPTIONAL DISCONNECT C.C511 ,,- .... CONDENSER " MOUNTING KFT ELECTRICAL INLETS INTAKE AP COIL I GCSII-953 (0 ISM* 0 Unit) ''',..,...... 4 ":-.. • 0 0 .... ,./ FILTERS - _ _ .),... _...„. W „. ., 0 0, . . ,, --- -CONDOISER COL [ , . IRIN A G „. REM YU RN ,, , . I .: - ■ jwycnoN , .` , , OPENING 1 BLOWER ,; . 0 II: .8 --_._,,!, .. ....: ; .v:::: ! opENAIRING T,, , 1 7 14 25-917 re- 24 j 1 141. 88 ili 'i, _;_:1__ 1 jETIANGER: C F , SLOW P i I : 4 `-. ' i • ' FANS I I ER ■ :I I EA ; ■ " ----7 ' j • PRESSORS H ...:1:' 1 , T1 t '1, ,, . r:.::..., [----11 1 GRAVITY 7 10 .••••-. 1 I G tEiriarianlitac - ... ...- rijo ..:,-.L I - A-1 ' 7 VENT OUTLET q ft ONOEMSEN CDR. TOP VIEW BASE SECTION TOP VIEW INTAKE AM I K OPTIONAL OUTDOOR o A a B AIR HOOD CONDENSER VENT i r FILTERS 1--L. ii) EXHAUST AIR 0 1 cLuTLET r. I .• 1 ' I. I . '. OPTIONAL GRAVITY . EXISAUSE DMAPERS i E ou ... r ' AIR 1 : '' ' .r . i.‘ ... • ,. . evoyypts {21 .,.... VENT , POW': , % f i 1 ake, - - 1 1 0 0 wER PTIONAL s ‘,...,:,t, sunta CO NDEN SER SAVER '-' . - ie. • — ".... I pj- :. . I : .. E/ ":* ..• sl,'■ .1 1 I ' , 1111 --ci .....- --- .. -. rom , • 11 COIL 42 11 C:1117"*-'...""" 1 I : CONTROL PDX I-1/S OPTIONAL GRAVITY ',--1' " I - - - - ar I tdi EXHAUST DAMPERS I:.._ . 11 • ,.. LIFTING BRACKETS 1 41' RETU AIR NSATI COMPRESSORS 0-25.11116 DRAINS. SUPPLY GA " MR '� C................,--.1 LOMB Sid.,) -we 54- I a IN EXHAUST A OUTDOOR FRONT VIEW COMPRESSOR END VIEW Model No. 1 A ,...- 13 C s... D E F G H J -,.... - ... . - GCS11-953 111 50 42 6-1/8 20-3/4 40-3/4 4-112 35-9116 32-9116 — — _ GCS11-1353 116-112 68 47-1/2 14-1/8 32 63 2-3/8 53-9116 47-9116 _... ..- _ D - Installation Clearances . . . . . , . .„ . . .., / , /4 ...—c . , , - , 1. t , ; of . • 7t . FILTERS Model No. A B C N• -‘. "-- , , ■ iti _ ._ .. 4. . • ' 1 , EXcHANGUI ! GCS11-953 50 50 24 ' *tow!! el . , • [ . . , , ■ .GCS11-1353 68 68 36 ._ . •, , , .... ._.... .., . .. 'Jet ' \ II: ; 1_1 • I. . . . ■ ...- ; r .; i ,.' • / - / NOTE To, 1.34.1•11. UnobsInKe..I .. , . . . ... . . „ . 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