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COST V 0# TCO # FEE DATE INSPECTION RECORp FOUNDATION c FRAMING RGH FRAMING INSULATION PLUMBING RGH PLUMBING GAS m SPRINKLER ELECTRIC LOW -VOLT O - ALARM AS BUILT F1 FINAL / oCcrrpt��ccj^��'1�d�ca/ else OTHER APPROVALS ARB BOT _ P6 _ ZBA OTHER Form 509 11 3523 02 Product?Specifications RGS????????RGS180????RGS089-120®•5?year?extended?parts?warranty?available EXTENDED?WARRANTY•??1?Year?limited?warranty?on?parts•??5?Year?limited?warranty?on? compressor•10?Year?limited?warranty?on?aluminized?heat?exchanger•15?Year?limited?warranty?on?stainless?steel?heat?exchanger WARRANTY•Liquid?line?filter?drier•Flame?roll-out?safety?protector•Solid-sta te?electronic?direct?spark?ignition?system•Exclusive?IGC?anti-cycle?protection?for?gas?heat?operation•Low?pressure,?freeze?protection,?and?high?pressure?switches•Permanently?lubricated,?totally?enclo sed,?shaft?down?condenser?motors•Permanently?lubricated?evaporator-fan?motor•24-volt?control?circuit?protected?with?resettable?circuit?breaker•Copper?tube,?aluminum?fin?coils•Scroll?compressors?with? internal?line-break?overload?protection•Full?perimeter?base?rail?with?built-in?rigging?adapters?and?fork?truck?slots•Single?point?gas?and?electric?connections•Provisions?for?thru-the-bottom?power?ent ry?capabilitymodel?onlyrequired?on?089-150?models.?Field?accessory?supply?duct?kit?required?for?180?size•Field?Convertible?from?vertical?to?horizontal?airflow?on?all?models.?No?special?kitarrangement •Advanced?terminal?board?for?simple?safety?circuit?troubleshooting?and?control?box•Standard?belt?drive,?constant?torque?motor•Tool-less?filter?access?door•Two-inch?disposable?return?air?filters•Acces s?panels?with?easy?grip?handles?and?no-strip?screw?feature•Cooling?operating?range?from?40°F?up?to?115°F.designation,?burner?control?logic.•Exclusive?IGC?solid-state?control?for?on-board?diagnostics? with?LED?error?code?•Fully?insulated?cabinet•Fixed?refrigerant?metering?system•Pre-painted?exterior?panels?and?tested?to?500?hours?salt?spray?protection•Redundant?gas?valve,?with?1?or?2?stages?of?hea ting•Induced?draft?combustion•Gas?efficiencies?up?to?82%62?Standard,?sloping?design;?side?or?center?drain•Exclusive?non-corrosive?composite?condensate?pan?in?accordance?with?ASHRAE•Listed?by?UL?and?U L,?Canada?or?ETL?and?ETL,?Canada•Designed?in?accordance?with?Underwriters’?Laboratories?Standard?1995•Rated?in?accordance?with?AHRI?Standard?340/360•Two?stage?/single?circuit?cooling?capacity?control ?on?089,?100,?119?models•Two?stage?/?two?circuit?cooling?capacity?control?on?090-180?models•ASHRAE?90.1?energy?compliant?efficiency?levels•R-410A?HFC?refrigerant BUILT?TO?LAST,?EASY?TO?INSTALL?and?SE RVICE R-410A?SINGLE?PACKAGE?ROOFTOP?7.5?–?15?TONSASHRAE?90.1?COMPLIANT?PACKAGE?GAS?HEATING/ELECTRIC?COOLING,?5-21 2 Table?of?contents GUIDE?SPECIFICATIONS.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.59SEQUENCE?OF?OPERATION.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.56ELECTRICAL?DATA.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?. ?.?.?.?.48FAN?DATA?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.42PERFORMANCE?DATA.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.39APPLICATION?DATA?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?. ?.?.?.?.?.?.?.?.37PAGEDIMENSIONS.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.27OPTIONS?AND?ACCESSORIES?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.23PHYSICAL?DATA?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?. ?.?.?.?.?.?.?.?.?.?.??19CAPACITY?RATINGS.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.4MODEL?NUMBER?NOMENCLATURE.?.?.?.?.?.?.?.?.?.?.?.?.3PAGE"1380?\[627\]8/7"?x?115?8/3"?x?63?8/3 15174,00012.4180,000?-?350,00080?-?8157?RGS180*^AA0AAT"1116?\[506\]8/1"?x?88?2/1"?x?59?8/3 140,00012.2180,000?-?250,00080?-?8249?2/1 RGS150*^AA0AAT"965?\[438\]8/1"?x?88?2/1"?x?59?8/3 10114,00012.8180,000?-?250,00080?-?8249?RGS120*^AA0AAT"910?\[413\]8/1"?x?88?2/1"?x?59?8/3 99,00012.8125,000?-?224,00080?-?8249?2/1 8?RGS102*^AA0AAT"810?\[367\]8/1"?x?88?2/1"?x?59?4/1 83,00012.8125,000?-?224,00082 2/1 7?RGS090*^AA0AATEfficiency?(%)ThermalStage?2Input?Cap.?(Btuh)IEER(Btuh)Net.?Cap?lb.?\[kg\]WeightShippingH?x?W?x?LUnit?DimensionsGAS?HEATINGCOOLINGTonsNominalUNITUNI T?PERFORMANCE?DATA?—?Dual?Stage?Cooling?/?Two?Circuits?IEER?(With?2-Speed?Indoor?Fan?Motor)"965?\[438\]8/1"?x?88?2/1"?x?59?8/3 10117,00012.7180,000?-?250,00080?-?8249?RGS119*^AA0AAA"910?\[413\]8/1"?x ?88?2/1"?x?59?8/3 97,00012.7125,000?-?224,00082 2/1 8?RGS100*^AA0AAA"810?\[367\]8/1"?x?88?2/1"?x?59?4/1 88,00012.7125,000?-?224,00080?-?8241?2/1 7?RGS089*^AA0AAAEfficiency?(%)ThermalStage?2Input?Cap. ?(Btuh)IEER(Btuh)Net.?Cap?lb.?\[kg\]WeightShippingH?x?W?x?LUnit?DimensionsGAS?HEATINGCOOLINGTonsNominalUNITUNIT?PERFORMANCE?DATA?—?Dual?Stage?Cooling?/Single?Circuit?IEER?(With?Single?Speed?Indoor?Fa n?Motor)NOTE:?BASE?MODEL?NUMBERS?LISTED.?SEE?MODEL?NOMENCLATURE?LISTING?FOR?ADDITIONAL?OPTIONS^?See?model?nomenclature?listing?for?gas?heating?options.*?Indicates?Unit?voltage:?H?=?208/230−3−60,?L?=? 460−3−60,?S?=?575−3−60 509?11?3523?02 Specifications?subject?to?change?without?notice. 509?11?3523?02 Model?number?nomenclature Contact your representative for details. Combinations of FIOPS are available. 2 Not available for RGS089 units. 1 Indoor Fan Motor T = Two-Speed Indoor Motor Controller (VFD) - Standard on U.S. modelsB = Two-Speed Indoor Fan Motor, for W7220 controlsA = Single-Speed Indoor Fan Motor, for W7212 controls Standard Condenser / Evaporator Coil Configuration F = Copper/Copper Condenser and EvaporatorE = Cu/Cu Condenser and Alum/Cu EvaporatorD = E-Coated Alum/Cu Condenser and EvaporatorC = E-Coated Alum/Cu Condenser and Alum/CU EvaporatorB = Precoat Alum/Cu Condenser and Alum/CU EvaporatorA = Aluminum/Copper Condenser and Evaporator Coil 2 Factory Installed Options AA = Easy Access Hinged PanelsBP = Return Air Smoke DetectorBR = Supply Air Smoke DetectorBB = Powered Convenience Outlet4B = Non-Fused DisconnectAT = Non-powered 115v Convenience Outlet0A = No Options Outdoor Air Options W = Enthalpy Ultra Low Leak Economizer w/Barometric reliefU = Temperature Ultra Low Leak Economizer w/Barometric reliefP = 2-Position Damper (non U.S. models only) Sensor, Enthalpy Sensor 2 L = Low Leak Economizer w/Barometric relief and COH = Low Leak Economizer w/Barometric relief, Enthalpy Sensor Sensor, OA Temperature Sensor 2 E = Low Leak Economizer w/Barometric relief and COB = Low Leak Economizer w/Barometric relief, OA Temperature SensorA = None Motor Option Motor/Drive with Hot Gas Re-Heat (on all sizes except 089, 100, 119)H = High Static C = Medium Static Motor/Drive 1 B = High Static Motor/DriveA = Standard Motor/Drive Heating Capacity T = High Heat, Stainless Steel Heat ExchangerR = Med Heat, Stainless Steel Heat ExchangerS = Low Heat, Stainless Steel Heat ExchangerF = High Heat, Aluminum Heat ExchangerE = Medium Heat, Aluminum Heat ExchangerD = Low Heat, Aluminum Heat Exchanger Voltage S = 575-3-60L = 460-3-60H = 208/230-3-60180 = 180,000 BTUH = 15 Tons (2 compressor) 150 = 150,000 BTUH = 12.5 Tons (2 compressor)120 = 120,000 BTUH = 10 Tons (2 compressor)119 = 120,000 BTUH = 10 Tons (1 circuit/two stage cooling)102 = 102,000 BTUH = 8.5 Tons (2 compressor)100 = 102,000 BTUH = 8.5 Tons (1 circuit/two stage cooling)090 = 90,000 BTUH = 7.5 Tons (2 compressor)089 = 90,000 BTUH = 7.5 Tons (1 circuit/two stage cooling)Efficiency S = Standard DOE 2018/ASHRAE 90.1 - 2016 Type G = Gas/ElectricR = Rooftop1234567891011121314Position Number RGS090HDAA0AAAMODEL SERIES Nominal Cooling Capacity 3 Specifications?subject?to?change?without?notice. 4 Capacity?ratings 35?–?6520?–?6015?–?55350?/?280240?/?195180?/?146280?/?224192?/?156144?/?118 HIGH 25?–?7025?–?6520?–?65250?/?205224?/?184180?/?148200?/?160180?/?147120?/?98 HIGH 35?–?7030?–?6525?–? 65250?/?205224?/?184180?/?148200?/?160180?/?147120?/?98 HIGH119/120 40?–?7530?–?6520?–?50224?/?184180?/?148125?/?103180?/?147120?/?98?-—HIGH100/102 45?–?7535?–?6520?–?50224?/?184180?/?148125?/?103180 ?/?147120?/?98-—HIGH089/090STAGE?2?(MBH)?INPUT?/?OUTPUTSTAGE?1?(MBH)?INPUT?/?OUTPUT?EFFICIENCY?THERMAL(DEG?F)?TEMP?RISEAL/SS?HEAT?EXCHANGERSIZEGAS?HEATMODEL®IECC?is?a?registered?trademark?of?Internat ional?Code?Council,?Inc?‡—?Not?Applicable—?International?Energy?Conservation?Code IECC—?Integrated?Energy?Efficiency?Ratio.IEER—?Energy?Efficiency?RatioEngineers.—?American?Society?of?Heating,?Refrig erating?and?Air-Conditioning ASHRAE—??Air-Conditioning,?Heating?and?Refrigeration?Institute?Test?Standard.AHRI 12.411.510.8016.1174.015.02212.211.010.8012.9140.012.52212.811.811.0010.4114.010.02212.7 11.0010.4117.010.01212.811.711.0099.02212.711.0097.01212.811.711.0083.02212.711.0088.012 089*MOTOR?INDOOR?FAN?2-SPEED?IEER?WITH?MOTOR?INDOOR?FAN?SINGLE?SPEED?IEER?WITH?EER?(kW)?POWER?TOTAL(MBH)?CAPAC ITYNET?COOLING?(TONS)?CAPACITY?NOM.CIRCUITSREFRIGERANTSTAGES?COOLING?SIZEMODEL each?1000?ft?(305?m)?above?sea?level.?2.The?input?rating?for?altitudes?above?2000?ft?(610?m)?must?be?derated?by?4%?forki ts?are?also?available.the?Application?Data?section?of?this?book.?Accessory?Propane/High?Altitude(610?m).?For?information?on?propane?or?altitudes?above?2000?ft?(610?m),?see1.Heat?ratings?are?for?natur al?gas?heat?exchangers?operated?at?or?below?2000?ftNOTES:HEATING?RATING?TABLE?-?NATURAL?GAS?AND?PROPANE requirement?without?the?2-speed?indoor?fan?motor?option.4.The?RGS089/100/119?rooftops?meet?the? DOE-2018?minimum?efficiencyments?when?equipped?with?the?2-speed?indoor?fan?motor?option.--2015?minimum?efficiency?require‡Energy),?ASHRAE?90.1-2016?and?IECC3.The?RGS090/102/120/150/180?rooftops?meets ?the?DOE-2018?(Department?ofof?weighted?operation?at?various?load?capacities.for?commercial?unitary?air?conditioning?and?heat?pump?equipment?on?the?basisA?measure?that?expresses?cooling?part?load?EER ?efficiency IEER?Standard:?80°F?(27°C)?db,?67°F?(19°C)?wb?indoor.?Cooling?Standard:?2.Ratings?are?based?on:?1.Rated?and?certified?under?AHRI?Standard?340/360,?as?appropriate.NOTES:RGS089?are?not?avai lable.?*?575V?option?and?Hi-Static?Fan?option?forLEGEND AHRI?COOLING?RATINGS 509?11?3523?02 Specifications?subject?to?change?without?notice. 509?11?3523?02 Capacity?ratings?(cont)?—?Stainless?Steel?Gas?Heater?Exchanger SS?HX—?Aluminum?Gas?Heat?Exchanger AL?HX 3990720039907410 HIGH 3000675030009000 MED 24507500245090004500562537507500 LOW180 2650741026507410 HIGH 2620680026206800 MED 21006830210068303600405627046000 LOW150 2650529026505290 HIGH 2620567026205670 MED 21005470210054703000338022535000 LOW119/120 2270425022704250 HIGH 2100456021004560 MED 19004750190047502550287319154250 LOW100/102 2270378022703780 HIGH 2100390021003900 MED 19004750190047502250225015003750 LOW089/090MaximumMinimumMaximumMinimumMaximumLow?Spe ed)Motor?(at?2-Speed?Fan?MinimumHigh?Speed)Motor?(at?2-Speed?Fan?MinimumMinimumSS?HX?HEATINGAL?HX?HEATINGCOOLINGLEVEL?RGS?UNITHEAT—?Decibel dB 87.085.284.684.982.278.475.372.9872 180 87.085.284.684.982.278.475.372.9872 150 89.083.180.578.575.571.669.669.3822 120 88.685.081.679.577.474.171.066.3822 119 88.685.081.679.577.474.171.066.3822 102 91.286.481.981.078.373.971.467.3832 100 85.884.380.578.776.472.768.365.1822 090 90.182.681.079.477.073.070.466.7822 089A?–?Weighted631252505001000200040008000OUTDOOR?SOUND?(dB)?AT?60?HzSTAGES?COOLINGSIZEMODELRGS LEGEND MINIMUM?-?MAXIMUM?AIRFLOW?(CFM)?RATINGS?-?NATURAL?GAS?AND?PROPANE ments?for?units?are?taken?in?accordance?with?AHRI?standard?270.-ter?approximate?the?response?of?“average”?human?ear.?A-weighted?meas ure-3.A-weighted?sound?ratings?filter?out?very?high?and?very?low?frequencies,?to?betfore?more?accurate.-power?values?are?independent?of?the?environment?and?there?cations.?Sound-which?normally?do?not? match?individual?appli?specific?environmental?factorssound?pressure?depends?on?these?values?to?sound?pressure?values?becausenot?compare?2.Measurements?are?expressed?in?terms?of?sound?power.?Do1.Outdo or?sound?data?is?measured?in?accordance?with?AHRI?standard?270.NOTES:LEGEND 5 Specifications?subject?to?change?without?notice. 6 Capacity?ratings?(cont)—?Total?Capacity?(1000?Btuh)?Gross TC—?Sensible?Heat?Capacity?(1000?Btuh)?Gross—?Entering?Air?Temperature?(wet?bulb)EAT?(wb)—?Entering?Air?Temperature?(dry?bulb)EAT?(db)—?Cub ic?feet?per?minute?(supply?air)—?Do?not?operate—SHC—46.764.8—45.463.6—44.062.3—42.260.6TC—110.2110.2—106.2106.2—101.6101.6—96.196.1 76 SHC42.960.578.141.459.377.139.857.875.937.956.174.3TC104.7104.71 04.7100.5100.5100.595.695.695.690.190.190.1 72 SHC60.378.296.258.876.995.156.975.293.454.873.091.2TC97.097.097.092.692.695.187.687.693.482.182.191.2 67 SHC74.590.9107.271.687.4103.168.383.398.464.778 .993.1TC90.990.9107.287.487.4103.183.383.398.478.978.993.1 62 SHC78.590.8103.075.587.399.172.083.394.568.278.889.4TC90.890.8103.087.387.399.183.383.394.578.878.889.4 58EAT?(wb)3750?Cfm SHC—45.662.6—44.461.3—42.859.7—41.058.0TC—109.2109.2—105.4105.4—100.7100.7—95.395.3 76 SHC42.058.374.540.657.073.438.955.572.037.053.770.3TC103.6103.6103.699.499.499.494.694.694.689.189.189.1 72 SHC58.074.490.956.473.089.654.671.387.952.469.185.8TC95.895.895.891.591.591.586.686.687.981.181.185.8 67 SHC72.388.1103.969.785.1100.466.581.195.762.776.590.3TC88.988.9103.985.185.1100.481.181.19 5.776.576.590.3 62 SHC76.588.5100.473.585.096.470.181.092.066.176.586.8TC88.588.5100.485.085.096.481.081.092.076.576.586.8 58EAT?(wb)3375?Cfm SHC—44.560.2—43.258.7—41.657.0—39.855.2TC—108.1108.1—104. 2104.2—99.599.5—94.294.2 76 SHC41.256.070.739.754.669.538.053.068.036.051.166.2TC102.2102.2102.298.198.198.193.393.393.387.987.987.9 72 SHC55.670.585.454.068.983.952.167.182.249.965.080.1TC94.394.394 .390.190.190.185.285.285.279.879.880.1 67.360.373.686.9278.29SHC69.384.098.767.281.896.464.1TC86.986.998.782.882.896.478.278.292.373.673.686.9 62 SHC74.185.797.371.182.293.367.578.088.663.673.583.4TC 85.785.797.382.282.293.378.078.088.673.573.583.4 58EAT?(wb)3000?Cfm SHC—43.357.6—41.855.9—40.254.1—38.452.2TC—106.5106.5—102.6102.6—98.098.0—92.792.7 76 SHC40.253.566.738.752.065.336.950.363.735.048. 461.8TC100.4100.4100.496.496.496.491.791.791.786.486.486.4 72 SHC53.066.379.551.364.678.049.462.876.147.260.673.9TC92.592.592.588.388.388.383.683.683.678.378.378.3 67 SHC65.478.691.863.276.389.560.67 3.786.757.670.282.9TC84.984.991.880.480.489.575.475.486.770.270.282.9 62 SHC71.082.193.267.878.489.064.374.484.460.670.079.5TC82.182.193.278.478.489.074.474.484.470.070.079.5 58EAT?(wb)2625?Cfm SHC—41.754.0—40.352.7—38.751.0—36.849.0TC—104.3104.3—100.4100.4—95.995.9—90.790.7 76 SHC39.150.762.437.549.260.935.847.559.233.845.557.2TC98.098.098.094.094.094.089.589.589.584.384.384.3 72 SHC50.261.873.348.560.171.646.558.169.744.255.867.4TC90.190.190.186.086.086.081.481.481.475.975.975.9 67 SHC60.872.483.958.670.181.756.367.779.253.665.076.4TC82.282.283.977.577.581.772.672.679.26 7.367.376.4 62 SHC66.977.487.863.973.883.860.670.179.557.166.074.9TC77.477.487.873.873.883.870.170.179.566.066.074.9 58EAT?(wb)2250?Cfm758085758085758085758085EAT?(db)EAT?(db)EAT?(db)EAT?(db)9585AMBI ENT?TEMPERATURE?(F)(RTPF)RGS090 outside?these?limits.NOTE:?See?Minimum-Maximum?Airflow?Ratings?table?on?page?5.?Do?not?operateLEGEND COOLING?CAPACITIES?—?2-CIRCUIT/2-STAGE?COOLING,?7.5?TONS.509?11?35 23?02 Specifications?subject?to?change?without?notice. 509?11?3523?02 Capacity?ratings?(cont)4.5?x?cfmtotal?capacity?(Btuh)?-ewb?=?h lwb h1.10?x?cfmsensible?capacity?(Btuh)?-edb?=?t ldb t—?Total?Capacity?(1000?Btuh)?Gross TC—?Sensible?Heat?Capacity?(1000 ?Btuh)?Gross SHC—?Leaving?Wet-Bulb Iwb—?Leaving?Dry-Bulb Idb—?Compressor?Motor?Power?Input kW—?Entering?Wet-Bulb Ewb—?Entering?Dry-Bulb Edb 4.324.374.374.654.604.894.965.205.12 kW 11.4112.9814.5411.4 513.0214.5811.4713.0414.60 SHC 42.1840.6238.1147.8047.2545.4352.6552.7551.83 TC40 4.634.524.384.454.414.335.254.915.60 kW 9.4811.0312.589.5211.0712.629.5411.1012.64 SHC 40.1538.6036.1445.9545.3743.73 50.5750.9749.56 TC50 4.564.554.434.574.534.464.564.554.50 kW 7.569.0910.627.609.1310.667.629.1510.69 SHC 38.2536.6434.1543.9743.3741.7248.9849.2248.26 TC60 4.434.494.414.444.404.394.494.474.44 kW 5.637.148.665.677.188.715.707.218.74 SHC 36.3634.7132.1842.1041.4739.7747.0847.3146.32 TC70 4.414.364.394.414.364.364.414.394.36 kW 4.676.177.694.716.217.734.746.247.76 SHC 35.4033.7831.2041.1440 .5138.8046.1546.3745.38 TC75 4.564.514.464.634.604.564.704.674.64 kW-3.125.206.713.755.246.753.775.266.78 SHC 27.6032.7530.1940.0939.4337.7345.0645.2544.25 TC80225030003750225030003750225030003750Air ?Entering?Evaporator?-?CFM(60%?Relative)(56%?Relative)(50%?Relative)65.3?Wet?Bulb64?Wet?Bulb62.5?Wet?Bulb75?Dry?Bulb75?Dry?Bulb75?Dry?BulbAir?Entering?Evaporator?-?Ewb?(F)Condenser?(Edb)Air?Ent.?Temp ?(F)7.5?TON?COOLING?CAPACITIES,?RTPF?UNIT?WITH?HOT?GAS?REHEAT?IN?HOT?GAS?REHEAT?MODE 7.797.747.697.737.787.837.867.807.76 kW 13.4026.7940.1418.7035.8952.5423.9444.6861.67 SHC 70.8762.8955.4275.5867.5 460.1578.5670.5164.06 TC 115 6.936.866.816.856.916.977.006.936.88 kW 21.3434.2647.1827.1743.8660.0832.7352.9569.70 SHC 79.3570.8362.8484.5775.9668.0487.8879.2372.26 TC 105 6.166.096.036.086.146.216.2 46.176.11 kW 28.9841.4653.9735.3251.5367.3441.2160.9277.41 SHC 87.4878.4469.9793.2184.0575.6196.8487.6380.14 TC 95 5.495.425.365.405.475.545.585.505.44 kW 36.4248.4760.6043.2458.9974.4049.4468.6884.9 0 SHC 95.3985.8376.88101.5991.8982.95105.5395.7687.77 TC 85 4.904.834.774.824.884.964.994.914.85 kW 43.6655.3467.0950.9966.2981.3157.4976.2792.20 SHC 103.0593.0283.60109.7799.5290.08114.01103.6995.19 TC 75726762726762726762Air?Entering?Evaporator?-?Ewb?(F)3750/0.093000/0.072250/0.05AIR?ENTERING?EVAPORATOR?-?CFMCondenser?(Edb)7.5?TON?COOLING?CAPACITIES,?RTPF?UNIT?WITH?HOT?GAS?RE-HEAT?SYSTEM?IN?SU BCOOLING?MODE?=?Enthalpy?of?air?entering?evaporator?coil ewb Where:?h)lwb leaving?evaporator?coil?(h?=?Wet-bulb?temperature?corresponding?to?enthalpy?of?air lwb t2.The?following?formulas?may?be?used: 1.Direct?interpolation?is?permissible.?Do?not?extrapolate.NOTES:LEGEND COOLING?CAPACITIES?—?2-CIRCUIT/2-STAGE?COOLING,?7.5?TONS?(cont)7 Specifications?subject?to?change?without?notice. 8 Capacity?ratings?(cont)—?Total?Capacity?(1000?Btuh)?Gross TC—?Sensible?Heat?Capacity?(1000?Btuh)?Gross—?Entering?Air?Temperature?(wet?bulb)EAT?(wb)—?Entering?Air?Temperature?(dry?bulb)EAT?(db)—?Cub ic?feet?per?minute?(supply?air)—?Do?not?operate—58.141.8—59.844.0—61.445.9—62.847.8—101.7101.7—109.0109.0—115.8115.8—122.0122.0—TC 76 72.555.638.874.657.841.176.559.943.278.361.845.294.594.594.5101.3 101.3101.3107.5107.5107.5113.3113.3113.3TC 72 89.372.455.591.674.757.893.776.859.995.678.761.989.386.286.292.392.392.398.098.098.0103.3103.3103.3TC 67 94.880.766.697.983.669.3105.990.174.3107.992.176 .294.881.581.597.986.786.7105.990.290.2107.994.594.5TC 62 92.081.270.597.285.874.5101.990.178.2106.393.981.592.081.281.297.285.885.8101.990.190.1106.393.993.9TC 58EAT?(wb)3750?Cfm 55.240.5—56.942.6—5 8.344.5—59.446.4—100.7100.7—107.8107.8—114.4114.4—120.5120.5—TC 76 68.753.237.870.755.440.072.657.442.274.459.344.293.593.593.5100.1100.1100.1106.2106.2106.2111.9111.9111.9TC 72 84.368.753.186.570.95 5.488.573.057.590.374.959.485.285.285.291.291.291.296.796.796.7101.8101.8101.8TC 67 90.677.364.096.782.468.1100.685.871.0103.488.573.590.679.979.996.784.084.0100.688.488.4103.492.892.8TC 62 89.779.268.794.683.672.599.287.676.0103.391.279.289.779.279.294.683.683.699.287.687.6103.391.291.2TC 58EAT?(wb)3375?Cfm 51.738.9—53.140.9—54.042.8—61.144.6—99.399.3—106.1106.1—112.5112.5—118.4118 .4—TC 76 64.150.336.666.152.538.867.954.440.969.656.342.992.192.192.198.598.598.5104.3104.3104.3109.8109.8109.8TC 72 78.264.350.380.366.452.582.368.454.684.070.356.583.883.883.889.689.689.694.994.994 .999.899.899.8TC 67 88.475.362.292.178.665.194.881.167.597.083.369.688.476.876.892.181.681.694.886.386.397.090.890.8TC 62 86.576.466.291.280.569.895.584.373.199.387.776.086.576.476.491.280.580.595.58 4.384.399.387.787.7TC 58EAT?(wb)3000?Cfm 48.337.4—48.539.4—55.841.2—57.342.7—97.797.7—104.3104.3—110.4110.4—116.1116.1—TC 76 60.047.735.561.949.837.763.751.739.865.353.541.790.690.690.696.796.796.710 2.3102.3102.3107.5107.5107.5TC 72 72.760.247.774.762.349.976.664.251.978.466.153.882.382.382.387.887.887.892.992.992.997.697.697.6TC 67 83.671.459.286.374.061.788.676.263.890.478.065.783.674.874.886. 379.879.888.684.484.490.488.788.7TC 62 83.373.563.787.777.467.091.680.970.192.882.271.683.373.573.587.777.477.491.680.980.992.884.784.7TC 58EAT?(wb)2625?Cfm 47.935.5—49.637.2—51.639.2—54.041.6—95.395 .3—101.6101.6—107.3107.3—112.4112.4—TC 76 55.044.534.156.846.636.358.548.438.460.050.240.388.288.288.294.094.094.099.399.399.3104.2104.2104.2TC 72 66.155.344.668.057.346.769.959.248.671.561.050.580.0 80.080.085.285.285.290.090.090.094.594.594.5TC 67 76.465.754.978.567.857.080.469.759.082.171.560.876.472.672.678.577.377.381.681.681.685.685.685.6TC 62 78.869.560.282.873.063.286.476.266.087.777.667. 578.869.569.582.873.173.186.476.276.287.779.679.6TC 58EAT?(wb)2250?Cfm758085758085758085758085EAT?(db)EAT?(db)EAT?(db)EAT?(db)9585AMBIENT?TEMPERATURE?(F)(RTPF)RGS089*outside?these?limits.NOTE:?See?Mi nimum-Maximum?Airflow?Ratings?table?on?page?5.?Do?not?operatestatic?indoor?fan?motor.*?Not?available?in?575V?models?or?208/230/3/60?and?460/3/60?models?with?highLEGEND COOLING?CAPACITIES?—?1-CIRCUIT? 2-STAGE?COOLING,?7.5?TONS 509?11?3523?02 Specifications?subject?to?change?without?notice. 509?11?3523?02 Capacity?ratings?(cont)—?Total?Capacity?(1000?Btuh)?Gross TC—?Sensible?Heat?Capacity?(1000?Btuh)?Gross SHC—?Entering?Air?Temperature?(wet?bulb)EAT?(wb)—?Entering?Air?Temperature?(dry?b ulb)EAT?(db)—?Cubic?feet?per?minute?(supply?air)Cfm—?Do?not?operate—SHC—55.376.5—53.574.6—51.372.4—49.270.3TC—130.7130.7—125.0125.0—118.5118.5—111.6111.6 76 SHC51.372.493.449.370.591.747.268.589.944. 766.488.1TC124.3124.3124.3118.5118.5118.5112.1112.1112.1104.7104.7104.7 72 SHC72.594.0115.670.291.8113.567.589.2110.864.085.6107.2TC114.7114.7115.6108.7108.7113.5101.7101.7110.892.692.6107.2 67 SHC88.4107.5126.684.4102.6120.879.596.6113.773.789.6105.5TC107.5107.5126.6102.6102.6120.896.696.6113.789.689.6105.5 62 SHC93.1107.4121.788.9102.5116.183.796.5109.377.689.5101.4TC107.4107.4121.710 2.5102.5116.196.596.5109.389.589.5101.4 58EAT?(wb)4250?Cfm SHC—54.073.7—52.171.7—50.069.5—47.867.4TC—129.7129.7—124.0124.0—117.5117.5—110.8110.8 76 SHC50.369.789.048.367.787.146.165.685.243.563.383.0 TC123.0123.0123.0117.2117.2117.2110.9110.9110.9103.3103.3103.3 72 SHC69.489.1108.867.186.8106.564.384.1103.860.980.6100.3TC113.1113.1113.1107.1107.1107.199.999.9103.891.091.0100.3 67 SHC85.7104.2122.781.799.3116.976.793.3109.871.286.6101.9TC104.2104.2122.799.399.3116.993.393.3109.886.686.6101.9 62 SHC90.2104.0117.886.099.1112.380.893.2105.575.086.597.9TC104.0104.0117.899.199.111 2.393.293.2105.586.586.597.9 58EAT?(wb)3825?Cfm SHC—52.770.7—50.768.6—48.666.4—46.464.2TC—128.3128.3—122.6122.6—116.3116.3—109.7109.7 76 SHC49.266.784.347.164.782.344.962.580.242.159.977.7TC121.3121. 3121.3115.6115.6115.6109.4109.4109.4101.5101.5101.5 72 SHC66.283.9101.663.981.699.361.078.796.557.575.393.0TC111.1111.1111.1105.1105.1105.197.897.897.889.189.193.0 76 05.368.283.097.789.41SHC81.598.7 115.878.294.9111.773.5TC101.1101.1115.895.795.7111.789.489.4105.383.083.097.7 62 SHC86.7100.0113.382.695.2107.977.489.3101.171.882.993.9TC100.0100.0113.395.295.2107.989.389.3101.182.982.993.9 58EAT?(wb)3400?Cfm SHC—51.167.4—49.265.3—47.063.0—44.860.7TC—126.4126.4—120.8120.8—114.8114.8—108.2108.2 76 SHC47.963.579.245.861.577.143.559.274.940.656.372.0TC119.1119.1119.1113.5113.5113.5107.210 7.2107.299.299.299.2 72 SHC62.878.494.160.476.091.757.473.188.854.069.785.3TC108.5108.5108.5102.6102.6102.695.495.495.486.986.986.9 67 SHC76.792.2107.873.989.3104.769.684.599.464.878.892.8TC97.997.91 07.892.192.1104.785.485.499.478.878.892.8 62 SHC82.695.3107.978.690.7102.773.584.896.168.278.789.1TC95.395.3107.990.790.7102.784.884.896.178.778.789.1 58EAT?(wb)2975?Cfm SHC—49.363.3—47.361.4—45.359. 3—42.956.7TC—123.7123.7—118.3118.3—112.4112.4—105.7105.7 76 SHC46.460.073.644.357.971.541.955.569.138.852.465.9TC115.9115.9115.9110.4110.4110.4104.2104.2104.296.096.096.0 72 SHC59.072.686.156.670.183 .753.667.180.750.363.877.3TC105.0105.0105.099.399.399.392.292.292.284.184.184.1 67 SHC71.084.497.968.281.795.264.778.191.560.673.686.5TC94.394.397.988.788.795.281.381.391.574.374.386.5 62 SHC77.889.7101.673.985.296.569.079.690.164.073.883.6TC89.789.7101.685.285.296.579.679.690.173.873.883.6 58EAT?(wb)2550?Cfm758085758085758085758085EAT?(db)EAT?(db)EAT?(db)EAT?(db)1151059585AMBIENT ?TEMPERATURE?(F)(RTPF)RGS102 side?these?limits.-NOTE:?See?Minimum-Maximum?Airflow?Ratings?on?page?5.?Do?not?operate?outLEGEND COOLING?CAPACITIES?—?2-CIRCUIT/2-STAGE?COOLING,?8.5?TONS 9 Specifications?subject?to?change?without?notice. 10 Capacity?ratings?(cont)4.5?x?cfmtotal?capacity?(Btuh)?-ewb?=?h lwb h1.10?x?cfmsensible?capacity?(Btuh)?-edb?=?t ldb t—?Total?Capacity?(1000?Btuh)?Gross TC—?Sensible?Heat?Capacity?(1000?Btuh)?Gross SHC—?Leaving?Wet-Bulb Iwb—?Leaving?Dry-Bulb Idb—?Compressor?Motor?Power?Input kW—?Entering?Wet-Bulb Ewb—?Entering?Dry-Bulb Edb 4.794.984.805.255.015.235.685.515.21 kW 7.207.156.957.267.217.167.297.2 57.21 SHC 45.7541.1334.5053.0850.0044.6459.2457.4053.44 TC40 5.185.155.175.625.395.056.045.875.59 kW 5.275.215.145.325.275.215.365.315.25 SHC 43.8339.2732.6150.9247.8942.7057.0455.1651.22 TC50 5.425.155.175.805.595.306.166.015.75 kW 3.343.263.183.403.323.253.433.363.29 SHC 41.7737.3330.7648.8645.8040.7155.0053.1049.12 TC60 5.655.425.245.975.795.536.266.135.91 kW 1.411.321.231.471.371 .291.501.411.34 SHC 39.7035.2528.8346.8043.7038.5952.9751.0447.02 TC70 5.685.475.225.945.785.566.186.075.88 kW 0.450.340.250.500.400.310.540.440.36 SHC 38.7134.2427.8645.8442.7337.5952.0550.1146.06 TC75 5.885.685.446.135.975.766.356.246.06 kW-0.52-0.63-0.73-0.46-0.57-0.67-0.42-0.53-0.62 SHC 37.6133.1326.7744.7441.6036.4650.9648.9944.93 TC80255034004250255034004250255034004250Air?Entering?Evapo rator?-?Cfm(60%?Relative)(56%?Relative)(50%?Relative)65.3?Wet?Bulb64?Wet?Bulb62.5?Wet?Bulb75?Dry?Bulb75?Dry?Bulb75?Dry?BulbAir?Entering?Evaporator?-?Ewb?(F)Condenser?(Edb)Air?Ent.Temp?(F)8.5?TON?COOL ING?CAPACITIES,?RTPF?UNIT?WITH?HOT?GAS?RE-HEAT?SYSTEM?IN?HOT?GAS?REHEAT?MODE 8.928.848.778.828.898.989.028.938.86 kW 16.4031.6047.0022.7042.4061.7028.9052.7073.50 SHC 82.4073.0064.2088.0078.5069.7091 .5081.9074.10 TC115 7.947.857.777.837.918.018.067.957.87 kW 25.3040.1054.9032.2051.3070.2038.8062.1082.70 SHC 92.0082.1072.7098.2088.1078.70102.1091.9083.40 TC105 7.086.996.906.967.057.167.207.097.01 kW 34.0048.2062.6041.5060.0078.4048.4071.1091.50 SHC 101.4090.8080.90108.1097.3087.40112.30101.5092.40 TC95 6.336.236.146.206.306.406.456.346.25 kW 42.4056.2070.1050.4068.5086.4057.7079.9099.90 SHC 110.4099.2088.80117.60106.3095.80122.20110.80101.10 TC85 5.675.575.475.545.635.745.795.685.59 kW 50.6063.9077.4059.2076.7094.2066.8088.40108.20 SHC 119.20107.4096.40127.00115.00103.90131.90119.8 0109.50 TC75726762726762726762Air?Entering?Evaporator?-?Ewb?(F)4250/0.073400/0.052550/0.04Air?Entering?Evaporator?-?CFMCondenser?(Edb)Air?Ent.Temp?(F)8.5?TON?COOLING?CAPACITIES,?RTPF?UNIT?WITH?HOT?GA S?RE-HEAT?SYSTEM?IN?SUBCOOLING?MODE?=?Enthalpy?of?air?entering?evaporator?coil ewb Where:?h)lwb leaving?evaporator?coil?(h?=?Wet-bulb?temperature?corresponding?to?enthalpy?of?air lwb t2.The?following?formulas?may?be?used:1.Direct?interpolation?is?permissible.?Do?not?extrapolate.NOTES:LEGEND COOLING?CAPACITIES?—?2-CIRCUIT/2-STAGE?COOLING,?8.5?TONS?(cont)509?11?3523?02 Specifications?subject?to?change?without?notice. 509?11?3523?02 Capacity?ratings?(cont)—?Total?Capacity?(1000?Btuh)?Gross TC—?Sensible?Heat?Capacity?(1000?Btuh)?Gross SHC—?Entering?Air?Temperature?(wet?bulb)EAT?(wb)—?Entering?Air?Temperature?(dry?b ulb)EAT?(db)—?Cubic?feet?per?minute?(supply?air)Cfm—?Do?not?operate——53.072.4—50.970.5—48.568.4—46.066.1 SHC—134.4134.4—127.2127.2—119.2119.2—110.7110.7 TC76 48.969.089.246.666.987.144.164.584.841.56 1.982.3 SHC 124.2124.2124.2117.5117.5117.5110.1110.1110.1102.2102.2102.2 TC72 68.388.5108.866.086.4106.763.583.9104.260.881.2101.5 SHC 112.2112.2112.2106.2106.2106.799.599.5104.292.392.3101.5 TC67 83.9102.1120.381.199.1117.077.094.1111.272.588.6104.7 SHC 104.2104.2120.399.199.1117.094.194.1111.288.688.6104.7 TC62 89.3103.4117.585.599.0112.581.294.0106.876.488.5100.7 SHC 103.4103.4117.599.099.0112.594.094.0106.888.588.5100.7 TC58EAT?(wb)4250?Cfm—51.168.6—49.066.8—46.764.8—44.262.5 SHC—132.6132.6—125.6125.6—117.8117.8—109.5109.5 TC76 47.465.884.245.263.782.242.761.37 9.940.258.877.5 SHC 122.5122.5122.5115.9115.9115.9108.7108.7108.7101.0101.0101.0 TC72 65.183.7102.362.981.5100.160.579.297.957.976.695.3 SHC 110.5110.5110.5104.6104.6104.698.198.198.191.291.295.3 TC67 81.299.0116.877.694.5111.574.691.3107.970.386.1101.8 SHC 100.6100.6116.896.896.8111.591.391.3107.986.186.1101.8 TC62 86.3100.1113.882.795.9109.078.691.2103.774.186.097.8 SHC 100.1100.1113.895.9 95.9109.091.291.2103.786.086.097.8 TC58EAT?(wb)3825?Cfm—48.964.1—46.862.5—44.660.5—42.258.4 SHC—130.2130.2—123.4123.4—115.9115.9—107.8107.8 TC76 45.662.078.443.459.976.441.057.674.238.555.271.8 SHC 120.1120.1120.1113.8113.8113.8106.9106.9106.999.499.499.4 TC72 61.377.994.659.275.992.556.873.690.354.371.187.9 SHC 108.2108.2108.2102.5102.5102.596.396.396.389.689.689.6 TC67.182.297.3775.992.1 108.373.890.0106.170.586.1101.66 SHC 97.497.4108.392.692.6106.188.288.2101.682.982.997.3 TC62 82.495.6108.979.191.7104.475.387.499.571.182.694.0 SHC 95.695.6108.991.791.7104.487.487.499.582.682.694.0 TC58EAT?(wb)3400?Cfm—46.759.3—44.758.2—42.556.5—40.254.5 SHC—127.4127.4—120.9120.9—113.7113.7—106.0106.0 TC76 43.958.473.041.756.471.139.454.268.936.951.866.6 SHC 117.4117.4117.4111.4111.4111.4104.8 104.8104.897.697.697.6 TC72 57.872.687.455.770.685.453.468.483.351.066.080.9 SHC 105.6105.6105.6100.2100.2100.294.294.294.287.887.887.8 TC67 71.486.1100.969.083.798.566.581.295.863.978.492.8 SHC 94.994.9100.990.090.098.584.684.695.879.379.392.8 TC62 78.391.0103.775.287.599.771.883.495.167.979.090.0 SHC 91.091.0103.787.587.599.783.483.495.179.079.090.0 TC58EAT?(wb)2975?Cfm—43.857.9—42.05 6.1—40.051.1—37.749.6 SHC—123.5123.5—117.3117.3—110.5110.5—103.2103.2 TC76 41.754.066.439.652.164.637.350.062.634.947.760.4 SHC 113.4113.4113.4107.8107.8107.8101.7101.7101.794.994.994.9 TC72 53.466.178.851.564.277.049.262.174.946.959.872.7 SHC 101.8101.8101.896.996.996.991.291.291.285.185.185.1 TC67 65.077.790.563.075.888.661.073.886.758.571.384.1 SHC 91.191.191.186.586.588.681.781 .786.776.276.284.1 TC62 72.283.995.670.181.693.267.078.189.263.574.184.6 SHC 85.485.495.681.681.693.278.178.189.274.174.184.6 TC58EAT?(wb)2550?Cfm758085758085758085758085EAT?(db)EAT?(db)EAT?(db)EAT?( db)1151059585AMBIENT?TEMPERATURE?(F)(RTPF)RGS100 outside?these?limits.NOTE:?See?Minimum-Maximum?Airflow?Ratings?table?on?page?5.?Do?not?operateLEGEND COOLING?CAPACITIES?—?1-CIRCUIT/SINGLE?CIRCUIT?2-S TAGE?COOLING,?8.5?TONS 11 Specifications?subject?to?change?without?notice. 12 Capacity?ratings?(cont)—?Total?Capacity?(1000?Btuh)?Gross TC—?Sensible?Heat?Capacity?(1000?Btuh)?Gross SHC—?Leaving?Wet-Bulb Iwb—?Leaving?Dry-Bulb Idb—?Compressor?Motor?Power?Input kW—?Entering?Wet-Bulb Ewb—?Entering?Dry-Bulb Edb—65.991.5—63.789.5——————SHC——————148.2148.2—155.1155.1—TC76 60.385.6110.857.983.4108.955.381.0106.652.578.2104.0 SHC 145.8145.8145.8139.0139.0139.0131 .3131.3131.3122.9122.9122.9 TC72 84.9110.4135.982.4108.1133.879.6105.3131.076.4102.0127.6 SHC 134.2134.2135.9127.5127.5133.8120.1120.1131.0111.9111.9127.6 TC67 104.0126.5149.199.7121.3142.994.7115.21 35.889.1108.5127.8 SHC 126.5126.5149.1121.3121.3142.9115.2115.2135.8108.5108.5127.8 TC62 109.6126.5143.3105.0121.2137.499.8115.1130.593.9108.4122.8 SHC 126.5126.5143.3121.2121.2137.4115.1115.1130.510 8.4108.4122.8 TC58EAT?(wb)5000?Cfm———59.483.0—61.985.6—64.187.8—SHC———138.9138.9—146.6146.6—153.4153.4—TC76 59.082.1105.256.679.8103.154.077.3100.751.174.598.0 SHC 144.2144.2144.2137.4137.4137.4129.9 129.9129.9121.6121.6121.6 TC72 81.4104.6127.978.9102.3125.776.199.5122.972.996.2119.6 SHC 132.6132.6132.6126.0126.0126.0118.7118.7122.9110.4110.4119.6 TC67 100.9122.7144.496.9117.9139.092.1112.0132.0 86.6105.4124.2 SHC 123.4123.4144.4117.9117.9139.0112.0112.0132.0105.4105.4124.2 TC62 106.6123.0139.5102.1117.8133.697.0111.9126.991.2105.3119.3 SHC 123.0123.0139.5117.8117.8133.6111.9111.9126.9105.31 05.3119.3 TC58EAT?(wb)4500?Cfm———57.578.8—60.081.4—62.383.8—SHC———137.1137.1—144.7144.7—151.4151.4—TC76 57.678.499.355.276.197.152.573.694.649.770.791.8 SHC 142.1142.1142.1135.5135.5135.5128.2128.212 8.2120.0120.0120.0 TC72 77.798.6119.575.296.2117.272.393.3114.469.190.1111.1 SHC 130.5130.5130.5124.1124.1124.1116.8116.8116.8108.7108.7111.1 TC67 96.5116.8137.193.0112.9132.888.9108.2127.583.2101.31 19.3 HCS 101.3101.3119.3120.3120.3137.1114.7114.7132.8108.2108.2127.5 TC62 103.1119.0134.998.7114.0129.293.6108.0122.487.6101.1114.6 SHC 119.0119.0134.9114.0114.0129.2108.0108.0122.4101.1101.1114.6 TC58EAT?(wb)4000?Cfm 52.771.6—55.474.5—58.077.1—60.279.5—SHC 126.8126.8—134.9134.9—142.2142.2—148.8148.8—TC76 56.074.693.153.772.290.851.069.688.248.166.785.4 SHC 139.4139.4139.4133.0133.0133.0125.8 125.8125.8117.9117.9117.9 TC72 73.892.3110.871.389.8108.368.487.0105.565.283.8102.3 SHC 127.8127.8127.8121.7121.7121.7114.5114.5114.5106.6106.6106.6 TC67 91.1109.5127.988.1106.4124.783.9101.7119.579. 396.5113.7 SHC 117.2117.2127.9111.0111.0124.7104.0104.0119.596.596.5113.7 TC62 98.9114.2129.494.3108.9123.489.1102.9116.683.496.3109.1 SHC 114.2114.2129.4108.9108.9123.4102.9102.9116.696.396.3109.1 TC58EAT?(wb)3500?Cfm 50.466.9—53.169.6—55.672.1—57.874.3—SHC 124.1124.1—131.9131.9—139.0139.0—145.3145.3—TC76 54.370.486.652.068.184.249.365.481.646.462.578.6 SHC 135.8135.8135.8129.7129.7129.7122.8 122.8122.8115.0115.0115.0 TC72 69.785.7101.767.183.299.264.380.396.360.876.892.8 SHC 124.4124.4124.4118.4118.4118.4111.5111.5111.5103.3103.3103.3 TC67 84.6100.6116.581.597.4113.478.093.9109.873.789.3 104.9 SHC 113.6113.6116.5107.1107.1113.499.799.7109.891.891.8104.9 TC62 93.2107.6121.988.8102.5116.283.996.8109.778.490.5102.6 SHC 107.6107.6121.9102.5102.5116.296.896.8109.790.590.5102.6 TC58EAT?(wb)3000?Cfm 758085758085758085758085EAT?(db)EAT?(db)EAT?(db)EAT?(db)1151059585AMBIENT?TEMPERATURE?(F)(RTPF)RGS120 outside?these?limitsNOTE:?See?Minimum-Maximum?Airflow?Ratings?table?on?page ?5.?Do?not?operateLEGEND COOLING?CAPACITIES?—?2-CIRCUIT/2-STAGE?COOLING,?10?TONS?509?11?3523?02 Specifications?subject?to?change?without?notice. 509?11?3523?02 Capacity?ratings?(cont)4.5?x?cfmtotal?capacity?(Btuh)?-ewb?=?h lwb h1.10?x?cfmsensible?capacity?(Btuh)?-edb?=?t ldb t—?Total?Capacity?(1000?Btuh)?Gross TC—?Sensible?Heat?Capacity?(1000 ?Btuh)?Gross SHC—?Leaving?Wet-Bulb Iwb—?Leaving?Dry-Bulb Idb—?Compressor?Motor?Power?Input kW—?Entering?Wet-Bulb Ewb—?Entering?Dry-Bulb Edb 726.297.787.557.10.kW 7.327.247.207.387.317.247.437.367.29 SHC 52.8247.2939.5061.1457.4851.3968.2365.8861.25 TC40 6.466.016.346.986.716.298.157.387.02 kW 5.385.295.205.455.365.285.485.405.33 SHC 50.8345.2837.6759.2255.5249.4366.0564.0359.34 TC50 6.456.166.706.936.726.397.387.246.96 kW 3.443.343.243.513.403.313.553.453.37 SHC 48.8843.4235.7657.2953.5647.4864.5662.1657.42 TC60 6.546.326.026.906.746.497.237.136.92 kW 1.511.381.271.571.451 .351.611.501.40 SHC 46.9141.4833.5055.3651.5945.5062.6960.2855.49 TC70 6.776.566.297.116.956.727.417.317.12 kW 0.530.400.290.600.470.370.640.520.42 SHC 45.8440.4632.8654.2850.5144.4561.6159.1954.40 TC75 6.966.776.527.267.136.917.547.457.27 kW-0.44-0.57-0.69-0.37-0.51-0.61-0.33-0.46-0.56 SHC 44.7839.4131.8953.2249.4443.3860.5658.1253.32 TC80300040005000300040005000300040005000Air?Entering?Evapo rator?-?CFM(60%?Relative)(56%?Relative)(50%?Relative)65.3?Wet?Bulb64?Wet?Bulb62.5?Wet?Bulb75?Dry?Bulb75?Dry?Bulb75?Dry?BulbAir?Entering?Evaporator?-?Ewb?(F)Condenser?(Edb)Air?EntTemp?(F)10?TON?COOLIN G?CAPACITIES,?RTPF?UNIT?WITH?HOT?GAS?RE-HEAT?SYSTEM?IN?HOT?GAS?REHEAT?MODE 10.9510.7610.6010.7210.8911.1011.1910.9810.81 kW 16.5235.4754.5323.3747.4471.4630.3259.2586.31 SHC 98.0987.7478.13104.6294.0 884.45108.7698.1389.01 TC115 9.869.669.489.619.7910.0210.129.899.70 kW 27.5945.9464.3935.1658.5781.9842.5670.8297.40 SHC 110.0498.9288.56117.27105.9495.53121.88110.46100.54 TC105 8.878.668.488.618.80 9.039.148.908.71 kW 38.1955.9273.7846.4769.2292.0154.3481.92107.96 SHC 121.41109.5298.43129.35117.22106.04134.43122.20111.50 TC95 7.987.777.587.727.928.148.258.017.82 kW 48.4465.5682.8357.3779.50101. 6865.6592.58118.12 SHC 132.33119.68107.86140.92128.03116.10146.41133.41121.98 TC85 7.196.976.796.927.127.357.457.227.02 kW 58.3874.8891.5867.9689.45111.0276.63102.94127.93 SHC 142.85129.44116.93152.0 9138.44125.76157.99144.23132.06 TC75726762726762726762Air?Entering?Evaporator?-?Ewb?(F)5000/0.074000/0.063000/0.04Air?Entering?Evaporator?-?CFMCONDENSER?(Edb)AIR?ENTTEMP?(F)10?TON?COOLING?CAPACITIES, ?RTPF?UNIT?WITH?HOT?GAS?RE-HEAT?SYSTEM?IN?SUBCOOLING?MODE?=?Enthalpy?of?air?entering?evaporator?coil ewb Where:?h)lwb leaving?evaporator?coil?(h?=?Wet-bulb?temperature?corresponding?to?enthalpy?of?ai r lwb t2.The?following?formulas?may?be?used:1.Direct?interpolation?is?permissible.?Do?not?extrapolate.NOTES:LEGEND COOLING?CAPACITIES?—?2-CIRCUIT/2-STAGE?COOLING,?10?TONS 13 Specifications?subject?to ?change?without?notice. 14 Capacity?ratings?(cont)—?Total?Capacity?(1000?Btuh)?Gross TC—?Sensible?Heat?Capacity?(1000?Btuh)?Gross SHC—?Entering?Air?Temperature?(wet?bulb)EAT?(wb)—?Entering?Air?Temperature?(dry?bulb)EAT?(db) —?Cubic?feet?per?minute?(supply?air)Cfm—?Do?not?operate——65.188.3—61.584.8—57.681.0—53.676.9 SHC—159.2159.2—150.5150.5—140.8140.8—130.6130.6 TC76 60.984.9108.857.381.3105.253.477.3101.349.473.397.2 SHC 149.0149.0149.0140.9140.9140.9131.8131.8131.8122.4122.4122.4 TC72 85.1109.3133.581.3105.5129.777.3101.5125.773.197.3121.4 SHC 136.5136.5136.5128.7128.7129.7120.4120.4125.7111.5111.5121.4 TC67 104.4126.3148.199.3120.4141.593.7114.0134.387.6106.9126.2 SHC 127.7127.7148.1121.2121.2141.5114.0114.0134.3106.9106.9126.2 TC62 110.5127.1143.8104.8120.8136.898.7113.9129.292.4106.8121.3 SHC 127.1127.1143.8120.8120.8136.8113.9113.9129.2106.8106.8121.3 TC58EAT?(wb)5000?Cfm—63.184.0—59.680.7—55.777.0—51.873.1 SHC—157.5157.5—148.9148.9—139.5139.5—129.4129.4 TC76 59.381.1102.855.777.599 .351.973.795.547.869.691.4 SHC 147.0147.0147.0139.1139.1139.1130.3130.3130.3121.0121.0121.0 TC72 81.3103.3125.477.599.6121.673.795.7117.869.691.7113.8 SHC 134.6134.6134.6127.0127.0127.0118.9118.9118. 9110.2110.2113.8 TC67 101.1122.2143.395.9116.1136.390.5110.0129.485.1103.9122.7 SHC 124.0124.0143.3118.1118.1136.3111.2111.2129.4103.9103.9122.7 TC62 107.2123.4139.6101.8117.4132.995.9110.8125.689.71 03.8117.9 SHC 123.4123.4139.6117.4117.4132.9110.8110.8125.6103.8103.8117.9 TC58EAT?(wb)4500?Cfm—61.079.4—57.576.2—53.872.7—49.869.0 SHC—155.4155.4—146.8146.8—137.7137.7—127.9127.9 TC76 57.677.296.754.173.693.250.269.889.446.265.985.5 SHC 144.8144.8144.8137.0137.0137.0128.4128.4128.4119.3119.3119.3 TC72 77.397.2117.073.693.5113.369.889.7109.565.885.6105.5 SHC 132.3132.3132.3124.912 4.9124.9117.0117.0117.0108.5108.5108.5 TC67 96.5116.2135.992.4111.9131.487.3106.2125.281.599.3117.1 HCS 101.1101.1117.1121.0121.0135.9114.3114.3131.4107.5107.5125.2 TC62 103.5119.2134.998.2113.3128.4 92.6107.0121.586.6100.4114.1 SHC 119.2119.2134.9113.3113.3128.4107.0107.0121.5100.4100.4114.1 TC58EAT?(wb)4000?Cfm—58.674.0—55.371.4—51.668.1—47.864.6 SHC—152.2152.2—144.5144.5—135.4135.4—126.0126.0 TC76 55.873.190.352.369.686.848.565.883.144.661.979.3 SHC 141.9141.9141.9134.3134.3134.3126.0126.0126.0117.2117.2117.2 TC72 73.190.7108.269.587.1104.665.783.3100.961.879.497.0 SHC 129.4129.4129.4122 .2122.2122.2114.4114.4114.4106.4106.4106.4 TC67 90.4108.0125.686.5104.1121.682.5100.0117.578.095.3112.5 SHC 118.1118.1125.6111.3111.3121.6104.1104.1117.596.996.9112.5 TC62 98.9114.0129.193.9108.4122. 988.6102.4116.383.096.2109.4 SHC 114.0114.0129.1108.4108.4122.9102.4102.4116.396.296.2109.4 TC58EAT?(wb)3500?Cfm—55.872.3—52.769.2—49.262.7—45.559.7 SHC—148.9148.9—141.1141.1—132.5132.5—123.3123.3 TC76 53.868.683.450.365.280.146.661.576.542.757.772.8 SHC 138.0138.0138.0130.8130.8130.8122.8122.8122.8114.4114.4114.4 TC72 68.783.999.165.180.495.661.476.691.957.572.888.1 SHC 125.7125.7125.7118.81 18.8118.8111.3111.3111.3103.6103.6103.6 TC67 83.799.0114.480.095.4110.876.091.3106.672.287.5102.7 SHC 114.4114.4114.4107.9107.9110.8100.8100.8106.693.893.8102.7 TC62 93.4107.8122.188.7102.5116.383.79 6.9110.278.591.1103.7 SHC 107.8107.8122.1102.5102.5116.396.996.9110.291.191.1103.7 TC58EAT?(wb)3000?Cfm758085758085758085758085EAT?(db)EAT?(db)EAT?(db)EAT?(db)1151059585AMBIENT?TEMPERATURE?(F)(RTPF)R GS119?outside?these?limits.NOTE:?See?Minimum-Maximum?Airflow?Ratings?table?on?page?5.?Do?not?operateLEGEND COOLING?CAPACITIES?—?1-CIRCUIT/2-STAGE?COOLING,?10?TONS?509?11?3523?02 Specifications?subjec t?to?change?without?notice. 509?11?3523?02 Capacity?ratings?(cont)—?Total?Capacity?(1000?Btuh)?Gross TC—?Sensible?Heat?Capacity?(1000?Btuh)?Gross SHC—?Entering?Air?Temperature?(wet?bulb)EAT?(wb)—?Entering?Air?Temperature?(dry?b ulb)EAT?(db)—?Cubic?feet?per?minute?(supply?air)Cfm—?Do?not?operate——68.795.8—67.594.1—65.791.8—63.388.8 SHC—170.6170.6—167.8167.8—162.8162.8—155.5155.5 TC76 64.586.7108.963.586.3109.161.985.1108.259 .682.9106.3 SHC 164.5164.5164.5161.2161.2161.2155.8155.8155.8148.5148.5148.5 TC72 90.1112.6135.089.6112.8136.088.3112.0135.885.9110.0134.1 SHC 155.8155.8155.8151.6151.6151.6145.9145.9145.9138.3138.31 38.3 TC67 116.1139.3162.4114.7138.1161.5112.1135.6159.2106.4128.8151.2 SHC 146.1146.1162.4141.7141.7161.5135.6135.6159.2128.8128.8151.2 TC62 124.9143.6162.3121.8140.1158.3117.5135.1152.7111.9128.7145 .5 SHC 143.6143.6162.3140.1140.1158.3135.1135.1152.7128.7128.7145.5 TC58EAT?(wb)6000?Cfm—67.693.7—66.491.7—64.589.2—61.986.1 SHC—169.3169.3—166.5166.5—161.5161.5—154.2154.2 TC76 63.684.6105.662.583.9 105.460.882.5104.258.480.2102.0 SHC 163.1163.1163.1159.7159.7159.7154.3154.3154.3147.1147.1147.1 TC72 87.6108.6129.686.8108.5130.185.2107.3129.482.8105.1127.4 SHC 154.2154.2154.2150.0150.0150.0144.21 44.2144.2136.7136.7136.7 TC67 112.2133.9155.7110.9132.9155.0108.1130.2152.4103.9125.8147.8 SHC 144.3144.3155.7139.6139.6155.0133.5133.5152.4125.8125.8147.8 TC62 122.2140.5158.8119136.9154.7114.7131.8 149.0108.9125.2141.6 SHC 140.5140.5158.8136.9136.9154.7131.8131.8149.0125.2125.2141.6 TC58EAT?(wb)5400?Cfm—66.491.4—65.089.2—63.186.4—60.583.1 SHC—167.7167.7—164.9164.9—159.9159.9—152.8152.8 TC76 62.682.2101.961.481.4101.359.779.799.857.277.397.5 SHC 161.3161.3161.3157.8157.8157.8152.5152.5152.5145.4145.4145.4 TC72 84.8104.3123.783.8103.8123.782.0102.3122.679.499.9120.4 SHC 152.1152.1152.1148.0148.0148.0142.2142.2142.2134.6134.6134.6 TC67 107.7127.8147.8106.2126.7147.1103.6124.2144.799.3119.8140.3 CHS 140.3142.2142.2147.8137.4137.4147.1131.0131.0144.7122.8122.8 TC62 118.9136.7154.5115.7133.0150.3111.0127.7144.3104.9120.6136.4 SHC 136.7136.7154.5133.0133.0150.3127.7127.7144.3120.6120.6136.4 TC58EAT?(wb)4800?Cfm—64.687.7—63.586.3—61.583.3—58.979.9 SHC—165.7165.7—162.8162.8—157.8157.8—150.8150.8 TC76 61.479.697.860.278.596.858.376.795.055.874.292.5 SHC 159.0159.0159.0155.5155.5155.5150.3150.3150.3143.1143.1143.1 TC72 81.899.6117.480.698.7116.8 78.596.9115.275.794.3112.8 SHC 149.5149.5149.5145.4145.4145.4139.6139.6139.6132.1132.1132.1 TC67 102.5120.8139.0100.8119.4138.098.1116.8135.693.9112.6131.2 SHC 139.6139.6139.6134.7134.7138.0128.0128. 0135.6119.1119.1131.2 TC62 115.0132.2149.5111.5128.2144.9106.0121.9137.899.9115.0130.1 SHC 132.2132.2149.5128.2128.2144.9121.9121.9137.8115.0115.0130.1 TC58EAT?(wb)4200?Cfm—62.081.8—61.180.9—59.579.3 —57.076.3 SHC—163.0163.0—160.0160.0—155.1155.1—148.2148.2 TC76 60.176.693.258.775.291.756.873.389.754.270.687.0 SHC 155.9155.9155.9152.4152.4152.4147.2147.2147.2140.1140.1140.1 TC72 78.594.4110.376.993.1109.274.791.0107.371.788.1104.6 SHC 146.2146.2146.2142.0142.0142.0136.2136.2136.2128.8128.8128.8 TC67 96.6112.8129.094.7111.2127.791.4108.0124.587.3103.8120.3 SHC 136.1136.1136.1131.1131.1131.1123.8123.8124.5114.9114.9120.3 TC62 110.3126.6142.9105.8121.7137.699.9115.0130.094.1108.3122.6 SHC 127.6127.6142.9121.7121.7137.6115.0115.0130.0108.3108.3122.6 TC58EAT?(wb)3600?Cfm758085758085758085758085EAT?(db)EAT?(db)EAT?(db)EAT?(db)1151059585AMBIENT?TEMPERATURE?(F)(RTPF)RGS150 page?5.?Do?not?operate?outside?these?limits.NOTE:?See?Minimum-Maximum?Airflo w?-?Natural?Gas?and?Propane?Ratings?on LEGEND COOLING?CAPACITIES?—?2-CIRCUIT/2-STAGE?COOLING,?12.5?TONS?15 Specifications?subject?to?change?without?notice. 16 Capacity?ratings?(cont)4.5?x?cfmtotal?capacity?(Btuh)?-ewb?=?h lwb h1.10?x?cfmsensible?capacity?(Btuh)?-edb?=?t ldb t—?Total?Capacity?(1000?Btuh)?Gross TC—?Sensible?Heat?Capacity?(1000?Btuh)?Gross SHC—?Leaving?Wet-Bulb Iwb—?Leaving?Dry-Bulb Idb—?Compressor?Motor?Power?Input kW—?Entering?Wet-Bulb Ewb—?Entering?Dry-Bulb Edb 509.059.4710.3110.009.48.9.169.889.069 kW 7.427.317.227.497.397.237.557 .457.37 SHC 60.3353.6946.8970.6765.9349.8379.4676.6271.24 TC40 8.989.259.439.338.978.739.559.339.70 kW 5.475.355.245.545.435.325.605.495.39 SHC 58.3351.7242.8168.7263.9355.8477.7474.7769.24 TC50 8.368.848.989.889.569.109.839.649.31 kW 3.503.383.273.593.473.363.653.523.42 SHC 55.4749.4840.4866.6262.0754.8875.6872.7667.28 TC60 8.818.538.629.158.948.659.469.319.08 kW 1.561.411.291.641.501 .381.701.561.45 SHC 54.3346.9137.5864.7760.0152.3073.8070.8065.24 TC70 9.098.838.499.399.208.949.679.539.32 kW 0.590.440.300.670.520.400.720.580.47 SHC 53.4546.6336.1063.7759.1151.8772.7669.8064.31 TC75 9.659.399.079.979.779.5010.2510.119.89 kW-0.39-0.54-0.67-0.31-0.46-0.58-0.26-0.40-0.52 SHC 52.4245.8836.9962.6458.0751.0771.5668.6463.23 TC80375050006250375050006250375050006250Air?Entering?Eva porator?-?CFM(60%?RELATIVE)(56%?RELATIVE)(50%?RELATIVE)65.3?WET?BULB64?WET?BULB62.5?WET?BULB75?DRY?BULB75?DRY?BULB75?DRY?BULBAIR?ENTERING?EVAPORATOR?-?Ewb?(F)CONDENSER??????????AIR?ENTERING?TEMP?(F)? ?????????????????12.5?TON?COOLING?CAPACITIES,?RTPF?UNIT?WITH?HOT?GAS?RE-HEAT?SYSTEM?IN?HOT?GAS?REHEAT?MODE 14.4114.2514.1014.2014.3514.5314.5914.4214.28 kW 36.3160.4784.5745.8776.77107.1955.3492.6612 3.98 SHC 137.22123.88111.55145.85132.33119.84151.27137.71126.67 TC115 13.1212.9412.7712.8913.0613.2413.3213.1312.97 kW 47.5770.9294.3257.8587.91117.6167.79104.26135.30 SHC 149.57135.32122.21158.89144 .45131.10164.74150.27138.35 TC105 11.9211.7311.5611.6811.8612.0512.1411.9311.77 kW 58.4481.04103.7769.4298.67127.7179.83115.45146.15 SHC 161.37146.24132.38171.36156.04141.86177.62162.22149.50 TC95 10.8210.6310.4510.5710.7610.9611.0410.8410.67 kW 69.0390.92112.9580.69109.17137.5191.49126.33156.65 SHC 172.71156.78142.09183.32167.13152.17189.98173.73160.25 TC85 9.829.639.469.589.769.9610.04 9.849.67 kW 79.39100.52121.9191.70119.42147.05102.94137.00166.71 SHC 183.66166.86151.43194.90177.83162.05201.97184.84170.53 TC75726762726762726762AIR?ENTERING?EVAPORATOR?-?Ewb?(F)6250/0.055000/0.0637 50/0.02AIR?ENTERING?EVAPORATOR?-?CFMCONDENSER?(Edb)AIR?ENTTEMP?(F)12.5?TON?COOLING?CAPACITIES,?RTPF?UNIT?WITH?HOT?GAS?RE-HEAT?SYSTEM?IN?SUBCOOLING?MODE?=?Enthalpy?of?air?entering?evaporator?coil ewb Where:?h)lwb leaving?evaporator?coil?(h?=?Wet-bulb?temperature?corresponding?to?enthalpy?of?air lwb t2.The?following?formulas?may?be?used:1.Direct?interpolation?is?permissible.?Do?not?extrapolat e.NOTES:LEGEND COOLING?CAPACITIES?—?2-CIRCUIT/2-STAGE?COOLING,?12.5?TONS 509?11?3523?02 Specifications?subject?to?change?without?notice. 509?11?3523?02 Capacity?ratings?(cont)—?Total?Capacity?(1000?Btuh)?Gross TC—?Sensible?Heat?Capacity?(1000?Btuh)?Gross SHC—?Entering?Air?Temperature?(wet?bulb)EAT?(wb)—?Entering?Air?Temperature?(dry?b ulb)EAT?(db)—?Cubic?feet?per?minute?(supply?air)Cfm—?Do?not?operate—81.2115.3—84.7119.2—88.2123.1—91.2126.5—CSH 191.8191.8—202.7202.7—213.0213.0—221.9221.9—TC76 85.8118.2150.582.7115.2147.779.4111.91 44.476.0108.8141.6 SHC 213.0213.0213.0204.1204.1204.1194.2194.2194.2183.5183.5183.5 TC72 121.3154.6187.9118.1151.6185.1114.4148.1181.7110.1144.0177.8 SHC 199.3199.3199.3190.3190.3190.3180.0180.0181.7 167.8167.8177.8 TC67 149.5181.0212.5144.5175.4206.2138.7168.3197.9130.8158.7186.7 SHC 185.1185.1212.5177.1177.1206.2168.3168.3197.9158.7158.7186.7 TC62 159.7183.9208.2153.3176.6199.8146.0168.2190.313 7.7158.6179.5 SHC 183.9183.9208.2176.6176.6199.8168.2168.2190.3158.6158.6179.5 TC58EAT?(wb)7500?Cfm 79.4111.5—83.0115.4—86.4119.4—89.5122.8—SHC 190.6190.6—201.3201.3—211.5211.5—220.2220.2—TC76 84.3114.5144.781.2111.5141.777.9108.1138.474.4104.9135.4 SHC 211.0211.0211.0202.2202.2202.2192.5192.5192.5181.8181.8181.8 TC72 117.0147.7178.4113.7144.5175.4110.1141.1172.2105.6136.8167.9 SHC 196.8196.8196.8187.9187.9187.9177.7177.7177.7165.5165.5167.9 TC67 144.1173.9203.6139.1168.3197.5133.3161.7190.1126.7153.9181.1 SHC 181.0181.0203.6173.0173.0197.5163.8163.8190.1153.9153.9181.1 TC62 155.3178.8202.4149.0171.6194.2141.6163.1184.6133.5153.8174.1 SHC 178.8178.8202.4171.6171.6194.2163.1163.1184.6153.8153.8174.1 TC58EAT?(wb)6750?Cfm 77.5107.3—81.1111.3—84.5115.2—87.5118.6—SHC 189.0189.0—199.5199.5—209.5209.5—218.2218.2—TC76 82.7110.5138.379.6107.3135.176.2104.0131.872.6100.6128.5 SHC 208.4208.4208.4199.6199.6199.6190.2190.2190.2179.5179.5179.5 TC72 112.3140.3168.3108.913 7.0165.2105.2133.5161.7100.7129.0157.3 SHC 193.6193.6193.6184.8184.8184.8174.7174.7174.7162.7162.7162.7 TC67 139.6167.7195.7133.2160.4187.6127.1153.7180.2120.7146.4172.1 SHC 176.6176.6195.7168.1168.1 187.6158.9158.9180.2148.9148.9172.1 TC62 8.6148.1167.72177.81150.0172.7195.4143.8165.5187.3136.4157.1 SHC 172.7172.7195.4165.5165.5187.3157.1157.1177.8148.1148.1167.7 TC58EAT?(wb)6000?Cfm 75.4102.8—78.8106.4—82.0109.8—85.0113.0—SHC 186.9186.9—197.1197.1—206.8206.8—215.4215.4—TC76 80.9106.1131.377.7102.9128.174.499.5124.770.695.8121.0 SHC 205.0205.0205.0196.5196.5196.5187.1187.1187.11 76.4176.4176.4 TC72 107.2132.4157.5103.8129.0154.199.9125.1150.495.3120.6145.8 SHC 189.5189.5189.5180.9180.9180.9170.7170.7170.7159.1159.1159.1 TC67 131.6156.6181.7127.1152.0176.9120.5144.9169.3114.1 137.8161.4 SHC 172.3172.3181.7163.4163.4176.9153.1153.1169.3143.4143.4161.4 TC62 143.5165.2186.9137.4158.2179.0130.2150.0169.7122.7141.3160.0 SHC 165.2165.2186.9158.2158.2179.0150.0150.0169.7141.3141 .3160.0 TC58EAT?(wb)5250?Cfm 72.696.5—76.0100.2—79.3103.8—82.2107.0—SHC 183.9183.9—193.8193.8—203.1203.1—211.4211.4—TC76 78.7101.1123.575.597.9120.272.194.4116.768.290.5112.7 SHC 200.3200.3200.3192.0 192.0192.0182.9182.9182.9172.2172.2172.2 TC72 101.6123.7145.798.1120.2142.394.0116.1138.289.4111.5133.6 SHC 184.1184.1184.1175.6175.6175.6165.6165.6165.6154.5154.5154.5 TC67 122.8144.9166.9118.6140.6 162.6113.5135.3157.2107.4128.8150.3 SHC 166.7166.7166.9158.0158.0162.6147.6147.6157.2136.8136.8150.3 TC62 134.7154.9175.2129.8149.4169.1123.0141.6160.2115.7133.3150.9 SHC 156.6156.6175.2149.4149.4169 .1141.6141.6160.2133.3133.3150.9 TC58EAT?(wb)4500?Cfm758085758085758085758085EAT?(db)EAT?(db)EAT?(db)EAT?(db)1151059585AMBIENT?TEMPERATURE?(F)(RTPF)RGS180 page?5.?Do?not?operate?outside?these?limits. NOTE:?See?Minimum-Maximum?Airflow?-?Natural?Gas?and?Propane?Ratings?onLEGEND COOLING?CAPACITIES?—?2-CIRCUIT/2-STAGE?COOLING,?15?TONS?17 Specifications?subject?to?change?without?notice. 18 Capacity?ratings?(cont)4.5?x?cfmtotal?capacity?(Btuh)?-ewb?=?h lwb h1.10?x?cfmsensible?capacity?(Btuh)?-edb?=?t ldb t—?Total?Capacity?(1000?Btuh)?Gross TC—?Sensible?Heat?Capacity?(1000?Btuh)?Gross SHC—?Leaving?Wet-Bulb lwb—?Leaving?Dry-Bulb ldb—?Compressor?Motor?Power?Input kW—?Entering?Wet-Bulb Ewb—?Entering?Dry-Bulb Edb 9.0510.0210.109.109.2110.1810.1110.2010.26 kW 56.3061.4073.7049.7059.20 63.3043.6048.1052.90 SHC 94.4595.6099.8097.45102.55103.7098.65102.35107.00 TC40 9.1210.0910.169.179.2810.2610.1710.2610.32 kW 51.5057.1069.4044.8054.8058.9038.7043.2049.00 SHC 91.7092.8097.0094.8099. 90101.0096.1099.70104.20 TC50 9.3710.3610.449.429.5210.5510.4510.5710.64 kW 46.8052.3064.6040.2050.1054.1034.1038.6043.40 SHC 88.9090.1094.2592.0097.1098.2093.2096.90101.75 TC60 9.8410.8310.9410.0210 .1311.0310.9511.0511.12 kW 42.1047.5059.8035.5045.3049.5029.5033.9038.70 SHC 86.1587.3591.5089.2094.3096.1090.4094.1098.95 TC70 10.1611.1511.2510.2110.3111.3311.2611.3511.42 kW 40.0045.0057.3033.2042 .3046.9026.9031.5036.30 SHC 85.0086.0090.5088.0593.6094.6589.2093.4597.85 TC75 10.5011.4911.6010.5610.6511.7011.6011.7211.77 kW 37.5042.8055.1030.9040.4044.5024.8029.3034.10 SHC 83.7584.8588.9586.659 1.9092.9087.9091.7596.30 TC80450060007500450060007500450060007500AIR?ENTERING?EVAPORATOR?-?CFM(60%?RELATIVE)(56%?RELATIVE)(50%?RELATIVE)65.3?WET?BULB64?WET?BULB62.5?WET?BULB75?DRY?BULB75?DRY?BULB75?D RY?BULBAIR?ENTERING?EVAPORATOR?-?Ewb?(F)CONDENSER?(Edb)AIR?ENTTEMP?(F)????????????????15?TON?COOLING?CAPACITIES,?UNIT?WITH?HOT?GAS?RE-HEAT?SYSTEM?IN?HOT?GAS?REHEAT?MODE 15.7715.3814.8815.8815.6515.10 16.1215.8415.54 kW 21.0059.4097.8041.6079.90118.1058.1096.30134.20 SHC 143.60127.60111.70156.80140.50124.10167.60150.90134.20 TC115 14.6714.4113.8814.9014.5514.1015.1514.7314.53 kW 40.5074.10107.7059 .9093.30126.7075.50108.80142.00 SHC 158.80142.30125.80172.20155.30138.30183.10165.70148.40 TC105 13.6813.3512.8613.9113.5713.0514.1513.7513.47 kW 60.0088.70117.5078.20106.80135.3092.90121.30149.70 SHC 174.00157.00140.00187.60170.10152.50198.60180.60162.70 TC95 12.5912.2411.8112.8112.5012.0313.0512.6612.47 kW 79.50103.40127.3096.50120.20144.00110.20133.70157.30 SHC 189.20171.70154.10203.00184. 80166.70214.10195.50176.90 TC85 11.5711.2210.7711.7811.4511.0012.0611.6411.35 kW 98.90118.10137.20114.80133.70152.60127.60146.20164.90 SHC 204.40186.30168.20218.40199.60180.90229.60210.40191.20 TC75726762726762726762AIR?ENTERING?EVAPORATOR?-?Ewb?(F)7500/0.056000/0.064500/0.02AIR?ENTERING?EVAPORATOR?-?CFMCONDENSER?(Edb)AIR?ENTERINGTEMP?(F)??????????????????15?TON?COOLING?CAPACITIES,?UNIT?WI TH?HOT?GAS?RE-HEAT?SYSTEM?IN?SUBCOOLING?MODE?=?Enthalpy?of?air?entering?evaporator?coil ewb Where:?h)lwb leaving?evaporator?coil?(h?=?Wet-bulb?temperature?corresponding?to?enthalpy?of?air lwb t2.The?following?formulas?may?be?used:1.Direct?interpolation?is?permissible.?Do?not?extrapolate.NOTES:LEGEND COOLING?CAPACITIES?—?2-CIRCUIT/2-STAGE?COOLING,?15?TONS 509?11?3523?02 Specifications?subject?to?change?without?notice. 509?11?3523?02 Physical?data†575V?motor?utilizes?3.7?BHP.*RGS089?is?not?available?in?575?volt?models.—Not?applicable20?x?24?x?1?1?/x?11?/?20?x?24?1?/?20?x?24?x?1OA?Inlet?Screen?#?/?Size?(in.)1?/?20?x ?24?x?14?/?20?x?20?x?24?/?20?x?20?x?24?/?16?x?20?x?2RA?Filter?#?/?Size?(in.)4?/?16?x?20?x?2 FILTERS 22222222Fan?Diameter?(in.)1/4?/?11001/4?/?11001/4?/?1100Motor?HP?/?RPM1/4?/?11002?/?Direct2?/?Direc t2?/?DirectQty?/?Motor?Drive?Type2?/?Direct21.425.120.520.5)2 Total?Face?Area?(ft2?/?172?/?172?/?18Rows?/?FPI2?/?173/8"?RTPF3/8"?RTPF5/16"?RTPFCoil?Type3/8"?RTPF?Cu?/?Al?Cu?/?Al?Cu?/?Al?Material?(Tub e/Fin)Cu?/?Al CONDENSER?COIL 15?x?1515?x?15Fan?Diameter?(in.)15?x?151?/?Centrifugal1?/?CentrifugalFan?Qty.?/?Type1?/?Centrifugal565614Motor?Frame?Size838-1084838-10843.73.74.7Max?BHP1?/?Belt1?/?BeltN /AMotor?Qty.?/?Driver?Type1?/?Belt StaticHigh 15?x?1515?x?1515?x?15Fan?Diameter?(in.)15?x?151?/?Centrifugal1?/?Centrifugal1?/?CentrifugalFan?Qty.?/?Type1?/?Centrifugal56565656Motor?Frame?Size690-9366 90-936733-949RPM?Range733-9492.42.92.9†2.9?Max?BHP1?/?Belt1?/?Belt1?/?BeltMotor?Qty.?/?Driver?Type1?/?Belt StaticMedium 15?x?1515?x?1515?x?15Fan?Diameter?(in.)15?x?151?/?Centrifugal1?/?Centrifugal1?/ ?CentrifugalFan?Qty.?/?Type1?/?Centrifugal56565656Motor?Frame?Size518-733518-733489-747RPM?Range489-7471.71.71.71.7Max?BHP1?/?Belt1?/?Belt1?/?BeltMotor?Qty.?/?Driver?Type1?/?Belt StaticStandard?EVAPO RATOR?FAN?AND?MOTOR—5.2—3.9)2 Total?Face?Area?(ft—2?/?17—Rows?/?FPI2?/?17—3/8"?RTPF—Coil?Type?(Tube?Dia.)3/8"?RTPF—Cu?/?Al—MaterialCu?/?Al HOT?GAS?RE-HEAT?COIL?3/4"3/4"3/4"3/4"Condensate?Drain?Conn.? Size11.111.18.98.9)2 Total?Face?Area?(ft3?/?153?/?153?/?15Rows?/?FPI3?/?153/8"?RTPF3/8"?RTPF3/8"?RTPFCoil?Type?(Tube?Dia.)3/8"?RTPFCu?/?AlCu?/?AlCu?/?AlMaterialCu?/?Al EVAP.?COIL 66%?/?100%50%?/?100% 66%?/?100%Compressor?Capacity?Staging?(%)50%?/?100%54?/?11754?/?11754?/?117Low-press.?Trip?/?Reset?(psig)54?/?117630?/?505630?/?505630?/?505High-press.?Trip?/?Reset?(psig)630?/?505—Accutrol?+?TXV—Alt ernate?Hot?Gas?Reheat?Metering?DeviceAccutrol?+?TXVAccutrol?+?TXVAccutrolAccutrol?+?TXVMetering?DeviceAccutrol—16-13?/?16-13—13-3?/?13-3R-410A?charge?A/B?(lbs-?oz)Alternate?(Hot?Gas?Reheat)15-510-5?/ ?10-1212-0RTPF?models?R-410A?charge?A/B?(lbs-oz)8-5?/?8-2#?Circuits?/?#?Comp.?/?Type2?/?2?/?Scroll1?/?1?/?2-Stage?Scroll2?/?2/?Scroll1?/?1?/?2-Stage?Scroll REFRIGERATION?SYSTEMRGS100RGS102RGS089*RGS0 90RGS LEGEND PHYSICAL?DATA?(COOLING)?—?7.5-8.5?TONS 19 Specifications?subject?to?change?without?notice. 20 Physical?data?(cont)5758.34607.02306.92086.5 VoltageBHP the?motor’s?voltage;?see?the?Voltage/BHP?table?below†?On?RGS180?units,?Max?BHP?for?the?High?Static?motor?varies?with?*575V?motor?utilizes?3. 7?BHP.—Not?applicable?/?20?x?24?x?11?/?30?x?39?x?1?(horiz.)1?124?x1?/?20?x?OA?Inlet?Screen?#?/?Size?(in.)1?/?20?x?24?x?12?/?24?x?27?x?1?(vert.)6?/?18?x?24?x?24?/?20?x?20?x?24?/?20?x?20?x?2RA?Filter?# ?/?Size?(in.)4?/?20?x?20?x?2 FILTERS 22302222Fan?Diameter?(in.)1/4?/?11001/4?/?11751/4?/?1100Motor?HP?/?RPM1/4?/?11003?/?Direct1?/?Direct2?/?DirectQty?/?Motor?Drive?Type2?/?Direct COND.?FAN?/?MOTOR 2@23.125.125.125.1)2 Total?Face?Area?(ft2?/?173?/?172?/?172?/?17Rows?/?FPI3/8"?RTPF3/8"?RTPF3/8"?RTPFCoil?Type3/8"?RTPF?Cu?/?Al?Cu?/?Al?Cu?/?Al?Material?(Tube/Fin)Cu?/?Al CONDENSER?COIL 18?x?1815?x?1515?x?15Fan?Diameter?(in.)15?x?151?/?Centrifugal1?/?Centrifugal1?/?CentrifugalFan?Qty.?/?Type1?/?Centrifugal141414Motor?Frame?Size776-9551022-12401022-1240RPM?Range1022-1240?†6.5?/?6.9? /?7.0?/?8.34.74.74.7Max?BHP1?/?Belt1?/?Belt1?/?BeltMotor?Qty.?/?Driver?Type1?/?Belt StaticHigh 18?x?1815?x?1515?x?15Fan?Diameter?(in.)15?x?151?/?Centrifugal1?/?Centrifugal1?/?CentrifugalFan?Qty.?/?Ty pe1?/?Centrifugal56565656Motor?frame?size627-851838-1084838-1084RPM?Range838-10843.73.73.73.7Max?BHP1?/?Belt1?/?Belt1?/?BeltMotor?Qty.?/?Driver?Type1?/?Belt StaticMedium 18?x?1815?x?1515?x?15Fan?Diam eter?(in.)15?x?151?/?Centrifugal1?/?Centrifugal1?/?CentrifugalFan?Qty.?/?Type1?/?Centrifugal56565656Motor?Frame?Size507-676652-843591-838RPM?Range591-8382.9*2.9*2.42.4Max?BHP1?/?Belt1?/?Belt1?/?BeltM otor?Qty.?/?Driver?Type1?/?Belt StaticStandard?EVAPORATOR?FAN?AND?MOTOR 13.88.4—8.4)2 Total?Face?Area?(ft2?/?172?/?17—2?/?17Rows?/?FPI3/8"?RTPF3/8"?RTPF—Coil?Type?(Tube?Dia.)3/8"?RTPFCu?/?AlCu?/?Al—M aterialCu?/?Al HOT?GAS?RE-HEAT?COIL 3/4"3/4"3/4"3/4"Condensate?Drain?Conn.?Size17.511.111.111.1)2 Total?Face?Area?(ft3?/?154?/?154?/?154?/?15Rows?/?FPI3/8"?RTPF3/8"?RTPF3/8"?RTPFCoil?Type?(Tube?Dia.) 3/8"?RTPFCu?/?AlCu?/?AlCu?/?AlMaterialCu?/?Al EVAP.?COIL 50%?/?100%50%?/?100%66%?/?100%Compressor?Capacity?Staging?(%)50%?/?100%54?/?11754?/?11754?/?117Low-press.?Trip?/?Reset?(psig)54?/?117630?/?505 630?/?505630?/?505High-press.?Trip?/?Reset?(psig)630?/?505—TXV?Accutrol?+—TXV?Alternate?Hot?Gas?Reheat?Metering?DeviceAccutrol?+AccutrolAccutrolAccutrol?+?TXVMetering?deviceAccutrol—17-10?/?18-3—Alte rnate?(Hot?Gas?Reheat)?R-410A?charge?A/B?(lbs-?oz)16-10?/?16-015-14?/?16-1211-0?/?11-621-0RTPF?models?R-410A?charge?A/B?(lbs-oz)10-5?/?10-32?/?2/?Scroll#?Circuits?/?#?Comp.?/?Type2?/?2?/?Scroll1?/?1? /?2-Stage?Scroll2?/?2?/?Scroll REFRIGERATION?SYSTEMRGS180RGS150RGS119RGS120RGS LEGEND PHYSICAL?DATA?(COOLING)?—?10-15?TONS 509?11?3523?02 Specifications?subject?to?change?without?notice. 509?11?3523?02 Physical?data?(cont)35?-?7045?-?7545?-?75Temperature?Rise195?/?115195?/?115Rollout?Switch?Opens?/?Closes195?/?1153/4"?NPT3/4"?NPTConnection?Size3/4"?NPT2?/?52?/?52?/?5#?of?Stages?/?#?o f?Burners?(Total)HIGH 30?-?6530?-?6535?-?65Temperature?Rise195?/?115195?/?115Rollout?Switch?Opens?/?Closes195?/?1151/2"?NPT1/2"?NPTConnection?Size1/2"?NPT2?/?52?/?42?/?4#?of?Stages?/?#?of?Burners?(To tal)MEDIUM 20?-?6520?-?5020?-?50Temperature?Rise195?/?115195?/?115Rollout?Switch?Opens?/?Closes195?/?1153/4"?NPT1/2"?NPTConnection?Size1/2"?NPT2?/?41?/?31?/?3#?of?Stages?/?#?of?Burners?(Total)LOWLIQU ID?PROPANE?HEAT 35?-?7040?-?7545?-?75Temperature?Rise195?/?115195?/?115Rollout?Switch?Opens?/?Closes195?/?1153/4"?NPT3/4"?NPTConnection?Size3/4"?NPT2?/?52?/?52?/?5#?of?Stages?/?#?of?Burners?(Total)HI GH 30?-?6530?-?6535?-?65Temperature?Rise195?/?115195?/?115Rollout?Switch?Opens?/?Closes195?/?1153/4"?NPT3/4"?NPTConnection?Size3/4"?NPT2?/?52?/?42?/?4#?of?Stages?/?#?of?Burners?(Total)MEDIUM 25?-?6520?-?5020?-?50Temperature?Rise195?/?115195?/?115Rollout?Switch?Opens?/?Closes195?/?1153/4"?NPT1/2"?NPTConnection?Size1/2"?NPT2?/?41?/?31?/?2#?of?Stages?/?#?of?Burners?(Total)LOWNATURAL?GAS?HE AT 0.140.140.142nd?stage0.140.140.141st?stage HEAT?ANTICIPATOR?SETTING?(AMPS)LP?Supply?Line?Press.?(in.?w.g.)?/(PSIG)11-13?/?0.040-0.04711-13?/?0.040-0.04711-13?/?0.040-0.0474-13?/?0.18-0.474-13?/?0. 18-0.47Natural?Gas?Supply?Line?Press.?(in.?w.g.)?/(PSIG)4-13?/?0.18-0.47111#?of?Gas?Valves GAS?CONNECTIONRGS119/120RGS100/102RGS089/090RGS PHYSICAL?DATA?(HEATING)?—?6-10?TONS 21 Specifications?subjec t?to?change?without?notice. 22 Physical?data?(cont)35?-?6535?-?70Temperature?Rise225?/?145195?/?115Rollout?Switch?Opens?/?Closes3/4"?NPT3/4"?NPTConnection?Size2?/?10#?of?Stages?/?#?of?Burners?(Total)HIGH 25?-?6035?-?65Temperatu re?Rise225?/?145195?/?115Rollout?Switch?Opens?/?Closes3/4"?NPT3/4"?NPTConnection?Size#?of?Stages?/?#?of?Burners?(Total)MEDIUM 20?-?5525?-?65Temperature?Rise225?/?145195?/?115Rollout?Switch?Opens?/?Cl oses3/4"?NPT3/4"?NPTConnection?Size#?of?Stages?/?#?of?Burners?(Total)LOWLIQUID?PROPANE?HEAT 35?-?6535?-?70Temperature?Rise225?/?145195?/?115Rollout?Switch?Opens?/?Closes3/4"?NPT3/4"?NPTConnection?Siz e2?/?10#?of?Stages?/?#?of?Burners?(Total)HIGH 25?-?6030?-?65Temperature?Rise225?/?145195?/?115Rollout?Switch?Opens?/?Closes3/4"?NPT3/4"?NPTConnection?Size#?of?Stages?/?#?of?Burners?(Total)MEDIUM 20?-?5525?-?65Temperature?Rise225?/?145195?/?115Rollout?Switch?Opens?/?Closes3/4"?NPT3/4"?NPTConnection?Size#?of?Stages?/?#?of?Burners?(Total)LOWNATURAL?GAS?HEAT 0.140.142nd?stage0.140.141st?stage HEAT?ANTICIPATOR?SETTING?(AMPS)11-13?/?0.040-0.04711-13?/?0.040-0.047LP?Supply?Line?Press.?(in.?w.g.)?/(PSIG)5-13?/?0.18-0.474-13?/?0.18-0.47Natural?Gas?Supply?Line?Press.?(in.?w.g.)?/(PSIG)11#?of?G as?Valves GAS?CONNECTIONRGS180RGS150RGS???PHYSICAL?DATA?(HEATING)?—?12.5-15?TONS?509?11?3523?02 Specifications?subject?to?change?without?notice. 509?11?3523?02 Options?and?accessories XRoof?curb?24-in.?(610mm)XRoof?curb?14-in.?(356mm)Roof?Curbs XDisconnect?Switch?Bracket?(180?units?only)X 4 Non-fused?disconnect?XX20?amp?field-installedConveni ence?outlet?(un-powered):?15?amps?factory-installed,?XConvenience?outlet?(powered)Options?Power X 3?head?pressure?controller?®MotormasterX 3 Control?Low?Ambient XDisplay?Kit?for?2-speed?indoor?fan?mo tor?system?with?VFDX?6 electro-mechanical)?cool?only?with2-Speed?Indoor?Fan?Motor?system?w/VFD?controller?(2-stage?XMultiple?motor?and?drive?packages and?DriveIndoor?Motor XFlue?Discharge?DeflectorXF lue?Shield?(089?thru?150?units?only)XHigh?altitude?conversion?kitXStainless?steel?heat?exchangerXPropane?conversion?kit Gas?Heat X 2 sensor??2 Unit?mounted?COX 2 sensor??2 Wall?or?duct?mounted?COX 2 Differential?enthalpy?sensors?XX 2 Single?enthalpy?sensors?X 2 Differential?dry?bulb?temperature?sensors?XX 2 Single?dry?bulb?temperature?sensors?IAQ?Devices?andSensors?Economizer XX 5(Standard?and?Ultra?Low?Leak?air?damper?models)??DD.Fntrols,?complies?with?EconoMi$er?X?for?electro-mechanical?coXPower?exhaustXX 1 Barometric?relief?XManual?outdoor?air?damper?(25%?and?50%)XXMo torized?2?position?outdoor?air?damperXX 5 air?leak?damper?models)??(Standard?IV?for?electro-mechanical?controls?--?Non?FDD?®EconoMi$er Dampers?and?Outdoor?AirEconomizers XXCondensate?overflow?switchX Phase?MonitorXTime?Guard?II?compressor?delay?control?circuitX?7 Horn/Strobe?AnnunciatorXSmoke?detector?(supply?and/or?return?air)XThermostats,?temperature?sensors,?and?subbases Controls XXCondenser?coil?hail?guard?(louvered?design)?Condenser?Protection XDehumidification?System??Hot?Gas?Re-Heat Humidity?Control XPremium,?E-coated?outdoor?coilsXPre-coated?outdoor?coilsXCu/Cu?indoor?a nd/or?outdoor?coils Coil?Options XHinged?Access?PanelsXSupply?Duct?Cover?(180?size?only)XXThru?-?the-?base?electrical?or?gas-line?connections CabinetACCESSORY?INSTALLED-FIELDOPTION?INSTALLED-FACTORYI TEMCATEGORY 7.Requires?a?field-supplied?24V?transformer?for?each?application.6.Required?on?all?models?to?meet?DOE-2018.requirements.ASHRAE?90.1-2016?and?IECC-2015?Fault?Detection?and?Diagnostic?(FDD) 5.FDD?(Fault?Detection?and?Diagnostic)?capability?per?California?Title?24?120.2i,4.Available?on?units?with?MOCPs?of?80?amps?or?less.3.See?application?data?for?assistance.2.Sensors?used?to?optimize?ec onomizer?performance.1.Included?with?economizer.NOTES:FACTORY-INSTALLED?AND?FIELD-INSTALLED?ACCESSORIES 23 Specifications?subject?to?change?without?notice. 24 Options?and?accessories?(cont)neutral?air?for?maximum?dehumidification?operation.sole?humidity?control.?Hot?Gas?Reheat?mode?will?providediminish?and?the?need?for?latent?capacity?is?required?forReh eat?mode?will?operate?when?outdoor?temperaturesand?a?higher?proportion?of?latent?load?control.?Hot?Gasconditions?when?the?space?requires?combined?sensibleSubcooling?mode?will?operate?to?satisfy?part? load?typepressors?to?maintain?comfort?conditions.?-under?its?normal?sequence?of?operation?by?cycling?commal?design?cooling?mode?is?when?the?unit?will?operate-mode,?subcooling?mode,?and?hot?gas?reheat ?mode.?Nortem?is?capable?of?operating?in?normal?design?cooling-The?RGS?rooftop?coupled?with?the?Hot?Gas?Re-Heat?sysReheat?system?includes?two?new?modes?of?operation.?unique?dual?operational?mode?sett ing.?The?Hot?GasThe?Hot?Gas?Re-Heat?dehumidification?system?has?ameet?year?round?comfort?conditions.rooftop?products?to?provide?unprecedented?flexibility?toThis?system?expands?the?envelope?of?operati on?of?RGScooling?models?(RGS089/100/119).stage-Fin?(RTPF)?coils.?Not?available?on?single?circuit,?2any?RGS?rooftop?unit?equipped?with?Round?Tube-Plateinclusive?factory-installed?option?that?can?be?or dered?withThe?Hot?Gas?Re-Heat?dehumidification?system?is?an?all-systemOptional?Hot?Gas?Re-Heat?dehumidification?25%?and?50%?versions.to?bring?in?ventilation?air.?The?dampers?are?available?inManual?ou tdoor?air?dampers?are?an?economical?way Manual?OA?damper?unwanted?infiltration.air?and?closes?when?the?rooftop?stops,?stoppingogy,?the?2-?position?damper?opens?to?allow?ventilation-to?100%?outside?ai r.?Using?reliable,?gear-?driven?technolThe?2-position,?motorized?outdoor?air?damper?admits?up Motorized?2-position?damper?stats.?-ping.?Not?required?with?authorized?commercial?thermo-the?compressor?f rom?restarting?for?30?seconds?after?stopshort-cycling?in?the?event?of?some?other?failure,?preventsThis?accessory?protects?your?compressor?by?preventing Time?guard?II?control?circuit?nate?the?need?for ?costly,?external?pressure?control?fans.?-installed?accessory?or?factory-installed?option?may?elimiSuperior?internal?building?pressure?control.?This?field-Power?exhaust?with?barometric?relief?with?sc rews?and?other?fasteners?(180?size?only).assures?that?no?damage?will?occur?to?coils?when?mountingfused?disconnect?of?greater?than?100?amps.?Bracketfor?applications?requiring?a?unit?mounted?fused?and? non-Provides?a?pre-engineered?and?sized?mounting?bracket Disconnect?switch?bracket rooftop.?allows?a?service?technician?to?locally?secure?power?to?theThis?OSHA-compliant,?factory-installed,?safety?sw itch Non-fused?disconnect?necessary.to?relocate?the?outlet?to?a?more?convenient?location,?iflet?from?thefinished?roof?surface?as?well?as?the?capability-code?compliance?for?height?requirements?of?the? GFCI?outkit?provides?a?flexible?installation?method?which?allowsThe?field?installed?20?amp?unpowered?convenience?outletinstalled?option?or?a?20?amp?field-installed?accessory.convenience?outlet?is?ava ilable?as?a?15?amp?factory-rate?(non-unit)?115/120v?power?source.?The?unpowered-The?“un-powered”?option?is?to?be?powered?from?a?sepathe?line?side?of?the?disconnect?side?as?required?by?code.ered”?opti on?allows?the?installer?to?power?the?outlet?from-115v?GFCI?receptacle?with?“Wet?in?Use”?cover.?The?“powinstalled?service?feature?provides?a?convenient,?15?amp,convenience?outlet?in?your?specification .?This?factory-Reduce?service?and/or?installation?costs?by?including?a Convenience?outlet?(powered?or?un-powered)?hail?damage,?foreign?objects,?and?incidental?contact.?Sleek,?louvered?panels?protect? the?condenser?coil?from Louvered?hail?guards?or?both.?available,?installed?by?the?factory,?for?supply?air,?return?air,down?the?rooftop?unit?when?smoke?is?detected.?They?areand?your?job?easier.?Smoke? detectors?immediately?shutSmoke?detectors?make?your?rooftop?unit?application?safer Smoke?detectors?all?load?on?the?rooftop,?saving?money.?-Demand?Controlled?Ventilation?(DCV)?reduces?the?overhis?inte lligent?control?of?the?ventilation?air,?calledTand?the?sensor?appropriately?closes?the?economizer.levels?decrease,?2 When?the?occupants?leave,?the?COlevels,?and?opens?the?economizer?appropriately.?2 ing?CO-sensor?detects?their?presence?through?increas?2 the?COoutside?air?for?ventilation.?As?occupants?fill?your?building,the?economizer?to?intake?only?the?correct?amount?ofImproves?productivity?and ?saves?money?by?working?with sensor?2?CO in?Ultra?Low?Leak?and?standard?low?leak?versions.?vent?building?pressurization.?Economizers?are?available-pressures.?This?can?be?a?cost?effective?solution?to? prethat?helps?equalize?building?pressure?and?ambient?airEconomizers?include?gravity?controlled?barometric?reliefavailable?as?accessories?to?optimize?the?economizer.?speed?indoor?fan?motors.?Additiona l?sensors?are-2direct?digital?controllers?and?single?speed?fan?orinputs.?There?are?also?models?for?electromechanical,-factory,?with?either?enthalpy?or?temperature?dryEconomizers?are?available,?instal led?and?tested?by?thebased?on?space?occupancy.?pling?the?ventilation?air?to?only?that?amount?required-economizers?can?provide?even?more?savings?by?cou?sensors,2 low?ambient?cooling.?When?integrated?w ith?COcool?your?building.?This?also?is?the?preferred?method?ofside?air?for?ventilation;?and?provide?cool?outside?air?to-fresh,?out in?levels?in?the?conditioned?space.?They?bring?Economizers?save?ener gy,?money?and?improve?comfort Economizer?509?11?3523?02 Specifications?subject?to?change?without?notice. 509?11?3523?02 Options?and?accessories?(cont)tor?simulation?software?program.?-application?utilizing?Rooftop?Energy?Savings?Calcula?Data?based?on?.10?($/kWh)?in?an?office:IMPORTANTonly).duct?supply?c onfiguration.?One?required?per?unit?(180?sizethe?factory?standard?vertical?duct?supply?to?the?horizontalThis?supply?duct?cover?is?required?when?field?converting Supply?duct?cover fan?motor?remains?ru nning.turn?off?if?the?drain?trap?becomes?plugged?but?the?indoorIncludes?electronic?controller?and?sensor.?Compressor(s)Condensate?Overflow?Switch as?control?power.?be?considered?for?gas?lines,?main?p ower?lines,?as?wellThese?couplings?eliminate?roof?penetration?and?shouldand?piping?through?the?rooftop’s?basepan?and?curb.ensure?proper?connection?and?seal?when?routing?wireaccessory?or?as?a?factory? option,?are?necessary?toThru-?the-?base?connections,?available?as?either?an Thru-the-base?connections?any?application.?(drives)?are?available,?factory-installed,?to?handle?nearlyyour?application.?A?w ide?selection?of?motors?and?pulleysthe?case,?we?have?a?factory-installed?combination?to?meetneed?more?airflow,?and?some?need?both.?Regardless?ofSome?applications?need?larger?horsepower?motors,?some Alternate?motors?and?drives?exterior?(089-150?sizes?only).more,?untrained?people?could?have?access?to?the?unit’sespecially?useful?for?ground?level?applications,?whereing?the?rooftop?unit’s?potential ly?hot?flue?discharge.?This?is-The?flue?discharge?heat?shield?keeps?people?from?touch Flue?discharge?heat?shield ing?operation.?-severe?condensation?in?the?heat?exchanger?during?coolarea?with?very?hi gh?outdoor?humidity?that?may?result?inrequire?its?use?(applications?such?as?paper?mills)?or?intions?where?the?presence?of?airborne?contaminants-45°F?(7°C).?Stainless?steel?may?be?specified?on?applica mixed?air?to?the?heat?exchanger?is?expected?to?drop?belowgauge?type?409?stainless?steel?for?applications?where?thetubular?heat?exchanger?be?made?out?of?a?minimum?20The?stainless?steel?heat?exchanger? option?provides?the Optional?stainless?steel?heat?exchanger?only).?neighboring?unit?to?intake?the?flue?exhaust?(089-150?sizescharge?upwards,?the?deflector?minimizes?the?chance?for?a-flue?gas?recircul ation?is?a?concern.?By?venting?the?flue?disThe?flue?discharge?deflector?is?a?useful?accessory?when Flue?discharge?deflector?control?box,?and?fan?motor.cally?designed?hinged?access?panels.?Panels?are: ?filter,-Allows?access?to?unit’s?major?components?with?specifi Hinged?access?panels areas.?above?2000?ft?(610?m).?Kits?may?not?be?required?in?allmixture?and?maintain?healthy?combustion?at?altitudesal titude?applications.?They?restore?the?optimal?fuel?to?airfield-installed?kit?make?the?necessary?adjustment?for?highexchangers?need?less?fuel.?The?new?gas?orifices?in?thisHigh?altitudes?have?less?oxyg en,?which?means?heat High?altitude?heating?operation?to?Propane?using?this?field-installed?kit.?Convert?your?gas?heat?rooftop?from?standard?natural?gasdent.?-switch.?Other?low?ambient?precautions?may ?still?be?pruswitch,?preventing?nuisance?tripping?of?the?low?pressurerooftop?to?25°F?(-4°C).?The?kit?bypasses?the?low?pressureThe?winter?start?kit?extends?the?low?ambient?limit?of?your Winter?start?kit?unit?operation,?depending?on?the?model.?motors?or?operate?them?at?reduced?speed?to?maintain?theMotormaster?controller?will?either?cycle?the?outdoor-fanmizer?usage?is?either?not?appr opriate?or?desired.?The-an?alternative?to?economizer?free?cooling?when?econoambient?cooling?operation.?This?device?should?be?used?asunit’s?condenser?head?pressure?during?periods?of?lowpressure?contro ller?kit?that?is?designed?to?maintain?theThe?Motormaster?motor?controller?is?a?low?ambient,?head head?pressure?controller?®?Motormaster drive?pulley?adjustments.can?be?easily?adjusted?using?the?tradi tional?means?of?beltset?up.?The?unit?fan?performance?static?pressure?and?cfmgrammed?and?tested?and?requires?no?field?adjustment?to-The?2-speed?indoor?fan?motor?system?is?factory?preprobe?used?to?prov ide?accurate?control?in?any?application.?space?sensor?and?conventional?thermostats?controls?toThis?2-speed?indoor?fan?motor?system?will?allow?bothdepth?diagnostics?if?required.?a?field-installed?disp lay?kit?that?allows?adjustment?and?inhas?internal?over?current?protection?for?the?fan?motor?andany?high?inrush?air?volume?during?initial?start-up.?It?alsobilities?to?slowly?ramp?up?the?fan?speeds,?th us?eliminating-The?2-speed?indoor?fan?motor?system?has?soft?start?capasystems.?energy,?25%+?versus?single?speed?indoor?fan?motorspeed?indoor?fan?motor?system?can?save?substantial-2Compared?to?single? speed?indoor?fan?motor?systems,total?cfm.?tion?mode?the?fan?speed?will?allow?operation?to?66%?of-total?design?cfm?(100%)?operation?and?during?the?ventila(100%).?During?the?heating?mode?the?fan?speed? will?allowthe?system?will?allow?the?total?cfm?for?the?unit?establishedWhen?a?call?for?the?second?stage?of?cooling?is?required,provide?66%?of?the?total?cfm?established?for?the?unit.cooling?operation?t he?system?will?adjust?the?fan?motor?toPer?ASHRAE?90.1-2016?standard?during?the?first?stage?ofmotor?speed?in?sequence?with?the?units?cooling?operation.installation?time?by?automatically?adjusting?the? indoor?fanThe?2-speed?indoor?fan?motor?system?saves?energy?and 2-speed?indoor?fan?motor?system?25 Specifications?subject?to?change?without?notice. 26 Options?and?accessories?(cont)209209209209209 2-Speed?Indoor?Fan?Motor?System 90125167167 High?Static?Motor/Drive 636363105105 Medium?Static?Motor/Drive 35163516351640184018?Controller®Motormaster 1881881881882511 Manual?Outdoor?Air?Damper 58265826582658266529 Two?Position?Motorized?Damper 3131313131 Differential?Enthalpy?Sensor 2121212121 Enthalpy?Sensor 5252525252 Non-Powered?Convenience?Ou tlet 35163516351635163516 Powered?Convenience?Outlet 157157157157157 Non-Fused?Disconnect 2121212121 Fan/Filter?Status?Switch 5252525252 Supply?Smoke?Detector 5252525252 Return?Smoke?Detector 5252525252 Sensor?2 CO 34153415341534154520 Louvered?Hail?Guard 245111245111245111245111255116 Roof?Curb?24-in.?(610?mm)1436514365143651436518082 Roof?Curb?14-in.?(356?mm)7373737373 Flue?Discharge?Deflector 29132913351635165023 High?Gas?Heat 1571571881882813 Medium?Gas?Heat 58266429642964296429 3 Cu/Cu?Condenser?and?Evaporator?Coils 28133014341534153415 3 Cu/Cu?Condenser?Coil 743474347434743410347?(IV,?X)®EconoMi$er 301430143014 Power?Exhaust,?Horizontal 753475347534 Power?Exhaust,?Vertical 80368036803680369041 1,?2 Hot?Gas?Re-Heat?Systemlbkglbkglbkglbkglbkg180150119/120 100/102089/090??????????????????????????????????????????????????????MAX?WEIGHT?ADDERACCESSORIES?(WEIGHT?ADDERS)BASE?UNIT?WITH?OPTIONS?AND?Where?available.3?The?Hot?Gas?Re-Heat?system?is?not?available ?for?RGS089/100/119?units.2?For?Hot?Gas?Re-Heat?system?add?Motormaster?controller.1 OPTIONS?AND?ACCESSORIES?—?WEIGHT?ADDERS 509?11?3523?02 Specifications?subject?to?change?without?notice. 509?11?3523?02 Dimensions UNIT?DIMENSIONAL?DRAWING?-?UNIT?SIZE?089-120 RGS119/120RGS100/102RGS089/090 27 Specifications?subject?to?change?without?notice. 28 Dimensions?(cont)RGS120RGS102RGS090RGS119RGS100RGS089 UNIT?DIMENSIONAL?DRAWING?-?UNIT?SIZES?RGS089-120?(cont)509?11?3523?02 Specifications?subject?to?change?without?notice. 509?11?3523?02 Dimensions?(cont)RGS150 UNIT?DIMENSIONAL?DRAWING?-?UNIT?SIZE?RGS150 29 Specifications?subject?to?change?without?notice. 30 Dimensions?(cont)RGS150 UNIT?DIMENSIONAL?DRAWING?-?UNIT?SIZE?RGS150?(cont)509?11?3523?02 Specifications?subject?to?change?without?notice. 509?11?3523?02 Dimensions?(cont)?building?fresh?air?intakes?within?10-ft?of?this?unit’s?flue?outlet•?Check?for?adjacent?units?or•?Surface?behind?servicer?is?electrically?non-conductive?(e.g.,?wood,?f iberglass)?•?Surface?behind?servicer?is?grounded?(e.g.,?metal,?masonry?wall,?another?unit)???•?No?flue?discharge?accessory?installed,?surface?is?combustible?materialSpecial36-in.?(914?mm)42-in.?(1067 ?mm)48-in.?(1219?mm)D•?Minimum?clearance?•?Side?condensate?drain?is?used18-in.?(457?mm)36-in.?(914?mm)C•?Check?for?sources?of?flue?products?within?10-ft?of?unit?fresh?air?intake?hood?•?Surface?behind ?servicer?is?electrically?non-conductive?(e.g.,?wood,?fiberglass)•?Surface?behind?servicer?is?grounded?(e.g.,?metal,?masonry?wall)Special36-in.?(914?mm)42-in.?(1067?mm)B•?Minimum?clearance?•?Recommen ded?service?clearance?•?No?disconnect,?convenience?outlet?option?????•?Unit?disconnect?is?mounted?on?panel12-in.?(305?mm)18-in.?(457?mm)18-in.?(457?mm)48-in.?(1219?mm)A CONDITIONDIMENSIONLOC Contact?Application?Engineering?for?guidance?on?any?application?planning?overhead?obstruction?or?vertical?clearances.:?Unit?not?designed?to?have?overhead?obstruction.?NOTE DABC UNIT?DIMENSIONAL?DRAW ING?-?UNIT?SIZE?RGS150?—?SERVICE?CLEARANCE 31 Specifications?subject?to?change?without?notice. 32 Dimensions?(cont)OPENINGRETURN AIROPENINGSUPPLY AIRRETURN AIRSUPPLY AIRINSULATED DECK PANEL9-15/16" \[252.4\] WIDEINSULATED DECK PANELS12-1/2" \[317.5\] WIDESEE NOTE #2(SEE NOTE #8)REQUIRED) ASSEMBLY (IF 2" \[50.8\] @ DRILL HOLE THRU THE CURB GAS SERVICE PLATE SEE VIEW "B"SECTION THRU SIDECORNER DETAIL VIEW "B"CERTIFIED DRAWING NAIL (FIELD SUPPLIED)(FIELD SUPPLIED)DUCT(FIELD SUPPLIED)RIGID INSULATION(SUPPLIED WITH CURB)GASKETUNIT(FIELD SUPPLIED)COUNTER FLASHING(FIELD SUPPLIED)ROOFING FELT(FIELD SUPPLIED)CANT STRIP(FIELD SUPPLIED)ROOFING MATERIAL RETURN AIRSUPPLY AIR TYPICAL (4) SIDES PACKAGE CRBTMPWR004A01 IS FOR THRU-THE-BOTTOM TYPE GAS CONNECTIONS.8. CONNECTOR PACKAGE CRBTMPWR002A01 IS FOR THRU-THE-CURB GAS TYPE7. DIRECTION OF AIR FLOW.6. SERVICE CLEARANCE 4 FEET ON EACH SIDE.5. ATTACH DUCTWORK TO CURB. (FLANGES OF DUCT REST ON CURB).4. ROOFCURB: 18 GAGE STEEL.3. DIMENSIONS IN \[ \] ARE IN MILLIMETERS.2. INSULATED PANELS: 25.4 \[1"\] THK. POLYURETHANE FOAM, 44.5 \[1-3/4\] # DENSITY.1. ROOFCURB ACCESSORY IS SHIPPED DISASSEMBLED.NOTES:-N/A--SURFACE FINISHMFG/PURCHMODEL (INTERNAL USE ONLY)NEXT DRAWINGSCALEDISTRIBUTIONSHEET 5 OF 5 MMC12/16/09---WEIGHT:C50HJ405012 D CHECKERDRAFTER T-005, Y-002 REVSIZEDRAWING NUMBER----ENGINEERING REQUIREMENTSENGINEERINGMANUFACTURING CURB ASY, ROOF 1029120 AUTHORIZATION NUMBERTITLE---MATERIAL1 DEC2 DEC3 DECANG WITHOUT THE WRITTEN AUTHORIZATION OF CARRIER CORPORATION.BE USED OR DISCLOSED TO OTHERS, IN WHOLE OR IN PART,IS PROPRIETARY TO CARRIER CORPORATION AND SHALL NOTTHIS DOCUMENT AND THE INFORMATION CONTAINED THEREIN TOLERANCES ON:DIMENSIONS ARE IN INCHESUNLESS OTHERWISE SPECIFIEDPROJECTIONTHIRD ANGLE PRODUCTION DRAWING RELEASE LEVEL:CFIELD SUPPLIED WAS WITH CURB18 GA WAS 16 GA.; 15 13/16" WAS 15 15/16"; NAIL 6' 61/4" WAS 6' 7 1/6", 4'2' WAS 4' 2 13/16"; 4/22/131067898 REVREVISION RECORDDATEBYECN NO.\[610\]24"\[356\]14"CRRFCURB003A01AACCESSORY #ROOF CURBCRBTMPWR004A01THRU THE BOTTOM1/2" \[12.7\] NPT1/2" \[12.7\] NPTTHRU THE CURBOUTLET WIRING CONNECTORACCESSORY CONVENIENCE FITTINGCONTROL WIRING FITTINGPOWER WIRING CONNECTOR PKG. ACC.GAS CONNECTION TYPEGAS FITTINGCRRFCURB004A013/4" \[19\] NPT1 1/4" \[31.7\] NPTCRBTMPWR002A01\[25.4\]\[392.9\]15 15/32\[1270.0\] 4' 2" \[44.5\] TYP 1-3/4" \[1987.5\] 6' 6-1/4"\[374.7\]14 3/4"\[61\]2-3/8"\[76.2\]3"\[44.4\]1 3/4"\[290.0\]11.42"\[401.6\]15 13/16"\[44.5\]1 3/4"\[800.9\]31 17/32"\[585.8\]23 1/16"\[827.1\]32 9/16"\[153.5\]6 3/64"\[106.0\]4 3/16"\[660.4\]26"\[57.2\]2 1/4"\[1020.8\]40 3/16"\[44.5\]1 3/4"\[1358.9\]53 1/2"\[2076.3\]81 3/4""A"INSIDE\[513\]20-3/4"\[44.4\]1 3/4"\[44.5\]1 3/4""A"\[7.0\]1/4"\[115.5\]4 9/16"\[11\]UNIT?DIMENSIONAL?DRAWING?-?UNIT?SIZE?RGS089-150?—?ROOF?CURB?DETAILS 509?11?3523?02 Specifications?subject?to?change?without?notice. 509?11?3523?02 Dimensions?(cont)UNIT?DIMENSIONAL?DRAWINGS?–?UNIT?SIZE?RGS180 33 Specifications?subject?to?change?without?notice. 34 Dimensions?(cont)RGS180 UNIT?DIMENSIONAL?DRAWING?-?UNIT?SIZE?RGS180?(cont)509?11?3523?02 Specifications?subject?to?change?without?notice. 509?11?3523?02 Dimensions?(cont)nits?or?building?fresh?air?intakes?within?10-ft?of?this?unit’s?flue?outlet•?Check?for?adjacent?u•?Surface?behind?servicer?is?electrically?non-conductive?(e.g.,?wood,?f iberglass)?•?Surface?behind?servicer?is?grounded?(e.g.,?metal,?masonry?wall,?another?unit)???•?No?flue?discharge?accessory?installed,?surface?is?combustible?materialSpecial36-in.?(914?mm)42-in.?(1067 ?mm)48-in.?(1219?mm)D•?Minimum?clearance?•?Side?condensate?drain?is?used18-in.?(457?mm)36-in.?(914?mm)C•?Check?for?sources?of?flue?products?within?10-ft?of?unit?fresh?air?intake?hood?•?Surface?behind ?servicer?is?electrically?non-conductive?(e.g.,?wood,?fiberglass)•?Surface?behind?servicer?is?grounded?(e.g.,?metal,?masonry?wall)Special36-in.?(914?mm)42-in.?(1067?mm)B•?Minimum?clearance?•?Recommen ded?service?clearance?•?No?disconnect,?convenience?outlet?option?????•?Unit?disconnect?is?mounted?on?panel12-in.?(305?mm)18-in.?(457?mm)18-in.?(457?mm)48-in.?(1219?mm)A CONDITIONDIMENSIONLOC Contact?Application?Engineering?for?guidance?on?any?application?planning?overhead?obstruction?or?vertical?clearances.:?Unit?not?designed?to?have?overhead?obstruction.?NOTE DABC UNIT?DIMENSIONAL?DRAW ING?-?UNIT?SIZE?RGS180?—?SERVICE?CLEARANCE 35 Specifications?subject?to?change?without?notice. 36 Dimensions?(cont)UNIT?DIMENSIONAL?DRAWING?-?UNIT?SIZE?RGS180?—?ROOF?CURB?DETAILS 509?11?3523?02 Specifications?subject?to?change?without?notice. 509?11?3523?02 Application?data 45°F?(7°C)?intermittent35°F?(2°C)?intermittent50°F?(10°C)?continuous40°F?(4°C)?continuous Stainless?Steel?uminizedlA for?assistance.temperatures.?Please?contact?your?l ocal?representativeextends?equipment?life,?and?maintains?even,?comfortableity?better;?promotes?efficiency;?reduces?utility?bills;-tioners.?Correctly?sizing?an?air?conditioner?controls?humid-should?“r ight-size”?or?even?slightly?undersize?air?condiRather?than?oversizing?an?air?conditioner,?engineerswear?and?tear?on?the?air?conditioner.?temperature?swings,?excessive?noise,?and?increasedtrol,?reduce d?efficiency,?higher?utility?bills,?larger?indoor-Oversizing?the?air?conditioner?leads?to?poor?humidity?conculated?load,?are?all?signs?of?oversizing?air?conditioners.-mends?for?your?location,?adding? “safety?factors”?to?the?cal-Using?higher?design?temperatures?than?ASHRAE?recomhumidity?control.typically?results?in?very?poor?part?load?performance?andit?doesn’t?need?excess?capacity.?In?fact,?excess ?capacityneeds?to?have?enough?capacity?to?meet?the?design?loads,Bigger?isn’t?necessarily?better.?While?an?air?conditionerwithout?any?operational?issues.used?up?to?2000?ft?(610?m)?to?4500?ft?(1372?m)? elevationfeet?elevation.?Standard?factory?orifices?can?typically?bevalue?goes?down?approximately?1.7%?per?every?thousand?at?sea?level?nationally.?The?heating 3 975?to?1050?Btu/ftTypical?natural?gas?h eating?value?ranges?from NOTE:above?2000?ft?(610?m).mixture?and?maintain?healthy?combustion?on?altitudesaltitude?applications.?They?significantly?improve?fuel?to?airfield-installed?kit?make?the?neces sary?adjustment?for?highexchangers?need?less?fuel.?The?new?gas?orifices?in?thisHigh?altitudes?have?less?oxygen,?which?means?heatsoftware,?or?the?unit’s?service?manual.for?a?high?altitude?application, ?use?either?the?selectionthe?correct?burner?orifices?or?determine?the?heat?capacityabove?2000?ft?(610?m)?require?different?orifices.?To?selectfuel/air?mixture,?heat?exchangers?operating?in?altitudesm ixture?in?heat?exchangers.?In?order?to?maintain?a?properHigh?altitudes?have?less?oxygen,?which?affects?the?fuel/air High?altitude?heating selection?software,?or?the?unit’s?service?manual.the?heat?cap acity?for?a?Propane?application,?use?either?thesory?kit.?To?select?the?correct?burner?orifices?or?determine-burner?orifices?are?available?in?an?easy?to?install?accesTo?optimize?the?fuel/air?mixture?f or?Propane,?DifferentAs?a?result,?Propane?requires?different?fuel?to?air?mixture.Propane?has?different?physical?qualities?than?natural?gas.Propane?heating motor?failure.BHP?range?without?either?nuisa nce?tripping?or?prematuredesigned?and?rigorously?tested?to?use?the?entire,?listedis?no?need?for?extra?safety?factors,?as?the?motors?areCooling,?can?be?used?with?the?utmost?confidence.?Therecontinuous ?BHP)?band,?as?listed?in?Physical?Data?Tablespecially?designed?motors,?the?full?horsepower?(maximumDue?to?internal?design?of?the?RGS?units,?the?air?path,?and Motor?limits,?break?horsepower?(BHP)local ?representative?for?assistance.accomplish?your?application?goals.?Please?contact?yourmethods?and?their?benefits,?as?well?as?sensors?required?tocations.?Also,?consider?the?various?economizer?control-n eeds.?In?fact,?they?should?be?considered?for?most?applimeans?of?ventilation?to?match?application?changingsor?run?time?by?providing?a?free?source?of?cooling?and?a-Economizers?reduce?operating?expenses ?and?compres Outdoor?air?application?strategies?blow-through?in?heating?mode.?All?units?are?draw-through?in?cooling?mode?and Airflow auto-change-over?feature.ing?mode?when?using?a?thermostat?with?an- Your?unit?will?automatically?change?from?heating?to?cool Heating-to-cooling?changeover and?heating?maximum?values?published?on?page5.5,?and?the?maximum?value?is?the?LOWER?of?the?coolinging?and?heatin g?minimum?cfm?values?published?on?page-cfm.?The?minimum?value?is?the?HIGHER?of?the?cooland?cooling?limitations?differ?when?evaluating?operatingcoil?freeze-up?and?unsafe?heating?operation.?Heatingunit .?Operating?below?the?min?may?cause?problems?withairflow?noise,?or?airflow?related?problems?with?the?rooftopOperating?above?the?max?may?cause?blow-off,?undesiredmode?and?cooling?airflow?limits?during ?cooling?mode.operate?within?the?heating?airflow?limits?during?heatingTo?maintain?safe?and?reliable?operation?of?your?rooftop,Min?and?max?airflow?(heating?and?cooling)local?representative?for?assista nce.minimum?temperatures?listed?above.?Please?contact?yourboth?heat?stages?when?the?temperature?is?less?than?theble,?if?a?field-supplied,?outdoor?air?thermostat?initiates-Operating?at?lower?mixed-air ?temperatures?may?be?possigas?heat?exchangers?are:return?air?and?the?cold?outdoor?air)?entering?the?dimpled,the?mixed?air?(the?combined?temperature?of?the?warmUsing?the?factory?settings,?the?minimum? temperatures?for Min?mixed?air?temp?(heating)tive?action?by?the?unit’s?internal?safety?devices.-either?a?reduction?in?performance,?reliability,?or?a?protecabove?115°F?(46°C)?may?be?possible,?it?could ?causeing?mode?is?115°F?(46°C).?While?cooling?operation-The?maximum?operating?ambient?temperature?for?cool Max?operating?ambient?temp?(cooling)economizers,?and/or?accessory?low?ambient?kits.door?ambi ent?temperatures?by?using?less?outside?air,-ter?start?kit.?It?is?possible?to?provide?cooling?at?lower?out-of?40°F?(4°C)?and?25°F?(–4°C),?with?an?accessory?winsafely?operate?down?to?an?outdoor?ambient ?temperatureIn?mechanical?cooling?mode,?your?RGS?rooftop?unit?can Min?operating?ambient?temp?(cooling)37 Specifications?subject?to?change?without?notice. 38 Application?data?(cont)7.55757.5460208/2307.5HIGH5.05755.0460208/2305.0MED5.05753.0460208/2303.0STD 180 7.55757.5460208/2307.5HIGH5.05755.0460208/2305.0MED5.05753.0460208/2303.0STD 150 7.55757.5460208/2307.5HIGH5.05755.0460208/2305.0MED3.05753.0460208/2303.0STD 120 5.05755.0460208/2305.0HIGH3.05753.0460208/2303.0MED3.05753.0460208/2303.0STD 102 7.55757.5460208/2307.5HIGH5.0575 3.0460208/2303.0MED3.05753.0460208/2303.0STD 090MODEL?SIZESTATIC?OPTIONVOLTAGEVFD?HP VARIABLE?FREQUENCY?DRIVE?(VFD)?HP?RATINGRGS?2-SPEED?INDOOR?FAN?MOTOR?SYSTEM?-?tance.?-steps?above.?Contact?your?sa les?representative?for?assisSelection?software?saves?time?by?performing?many?of?the Application/selection?option?X?or?3-Position?Damper.®EconoMi$erios?there?are?greater?advantages?of?using?an-treatin g?a?higher?volume?of?outdoor?air.?In?these?scenartemperatures?(heating?and?cooling),?since?the?unit?is?nowperatures.?This?becomes?more?noticeable?in?extreme-the?effects?that?the?ventilation?rate?has? on?leaving?air?temventilate?during?certain?modes?of?operation.?Be?aware?ofsystem,?the?damper?will?either?over-ventilate?or?under-When?used?with?the?2-speed?indoor?fan?motor NOTE:able?on?sizes?089,?10 0?or?119.-The?2-speed?indoor?fan?motor?system?is?not?avail NOTE:be?used?to?provide?accurate?control?in?any?application.space?sensor?and?conventional?thermostat?controls?cansizes)?operation?with?elect ro-mechanical?controls.?Bothcircuit/2-stage?cooling?(090,?102,?120,?105,?180-with?2This?2-speed?fan?motor?system?is?available?on?modelsadjustments.ily?adjusted?using?the?traditional?means?of?belt?dri ve?pulley-unit?fan?performance?static?pressure?and?cfm?can?be?easand?tested?and?requires?no?field?adjustment?to?set?up.?TheThe?2-speed?fan?motor?system?is?factory?preprogrammeddepth?diagnostics?if?re quired.field-installed?display?kit?that?allows?adjustment?and?ininternal?over?current?protection?for?the?fan?motor?and?ahigh?inrush?air?volume?during?initial?start-up.?It?also?hasto?slowly?ramp?up?th e?fan?speeds,?thus?eliminating?anyThe?2-speed?fan?motor?system?has?soft?start?capabilities 2-speed?indoor?fan?motor?system prudent.switch.?Other?low?ambient?precautions?may?still?beswitch,?preventing ?nuisance?tripping?of?the?low?pressurerooftop?to?25°F?(-4°C).?The?kit?bypasses?the?low?pressureThe?winter?start?kit?extends?the?low?ambient?limit?of?your Winter?Start(–4°C)?with?the?field-installed?W inter?Start?Package.?low?ambient?controller?or?down?to?25°F?®Motormaster–20°F?(–29°C)?using?the?recommended?accessoryrooftop?can?operate?to?ambient?temperatures?down?to?excessively?humid?outdoor?envi ronments),?your?RGSside?air?might?not?be?desired?(such?as?contaminated?or-scious?method.?In?low?ambient?applications?where?out-“free?cooling”?is?the?preferred?less?costly?and?energy?conexcessively?hu mid?or?contaminated,?economizer-basedsary.?In?low?ambient?conditions,?unless?the?outdoor?air?is-equipped,?accessory?low-ambient?kit?may?not?be?necesby?bringing?in?fresh,?cool?outside?air.?In?fact,?wh en?soThe?optional?economizer?can?adequately?cool?your?space Low?ambient?applications 509?11?3523?02 Specifications?subject?to?change?without?notice. 509?11?3523?02 Performance?data 0.060.070.070.080.080.090.100.100.110.120.120.130.140.15 Cooling2-Stage?2-Circuit/15?Tons 40004250450047505000525055005750600062506500675070007250 CFM15?TONS—————0.170 .180.200.220.240.260.280.310.330.360.39 Cooling2-Stage?2-Circuit/12.5?Tons———0.130.150.170.180.200.220.240.260.28————Cooling2-Stage?2-Circuit/10?Tons—0.110.120.130.150.170.180.200.22———————Cooling2-S tage?2-Circuit/8.5?Tons 0.120.140.160.190.210.230.26—————————Cooling2-Stage?2-Circuit/7.5?Tons 2250250027503000325035003750400042504500475050005250550057506000 CFM7.5?-?12.5?TONS Hot?Gas?Re-Heat?Coil STATIC?PRESSURE?ADDERS?(in.?wg.)?—?FACTORY?OPTIONS?AND/OR?ACCESSORIES 39 Specifications?subject?to?change?without?notice. 40 Performance?data?(cont)?NOTE: 6 ton is unavailable.Vertical?power?exhaust?performance 7.5 - 15 Ton6 TonVertical Power Exhaust (cfm)EXHAUST AIRFLOW RETURN DUCT STATIC PRESSURE (in. wg)00.10.20.30.40.5500040003000200010000 Barometric?relief?flow?capacity?-?vertical?15?tons Vertical Economizers Ton - 15 RETURN DUCT STATIC PRESSURE (in. wg)RELIEF FLOW (CFM)0.30.250.20.150.10.050 25002000150010005000 NOTE: 6 ton is unavailable.Vertical Economizers 7½ - 12½ Ton RELIEF FLOW (CFM)RETURN DUCT STATIC PRESSURE (in. wg)00.050.10.150.20.250.325002000150010005000 2/1 12?Barometric?relief?flow?capacity?—?6?toReturn?air?pressure?drop?-?vertical?15?tons VERTICAL ECONOMIZER STATIC PRESSURE ADDERRETURN DUCT STATIC PRESSURE DROP (in. wg)RETURN AIRLOW (CEM)0.080.070.060.050.040.030.020.01 2/1 12??to 2/1 Return?air?pressure?drop?—?7 7.5 - 12.5 TONRETURN DUCT STATIC PRESSURE DROP (in. wg)VERTICAL ECONOMIZER RETURN AIRFLOW (CFM)0.00.10.20.30.40.5600 0500040003000200010000 All?data?for?both?standard?and?ultra?low?leak?models,?where?available.ECONOMIZER,?BAROMETRIC?RELIEF?AND?PE?PERFORMANCE?—?VERTICAL?APPLICATION 509?11?3523?02 Specifications?subj ect?to?change?without?notice. 509?11?3523?02 Performance?data?(cont)NOTE: 6 ton is unavailable.6 - 15 TON Horizontal Power Exhaust RETURN DUCT STATIC PRESSURE (in. wg)(cfm)EXHAUST AIRFLOW 0 0.1 0.2 0.3 0.40.52500200015001000 5000 Horizontal?power?exhaust?performance Horizontal Economizers Ton- 15 RETURN DUCT STATIC PRESSURE (in. wg)RELIEF FLOW (CFM)0.30.250.20.1 50.10.05025002000150010005000 Barometric?relief?flow?capacity?-?horizontal?15?tons NOTE: 6 ton is unavailable.Horizontal Economizers 7½ - 12½ TonTon6 RELIEF FLOW (CFM)RETURN DUCT STATIC PRESSURE (in. wg)00.050.10.150.20.250.325002000150010005000?tons 2/1 12?Barometric?relief?flow?capacity?—?6?to HORIZONTAL ECONOMIZER STATIC PRESSURE ADDERRETURN DUCT STATIC PRESSURE DROP (in. wg)RETURN AIRLOW (CFM)0.450.350.250.150.057,3006,8006,3005,8005,3004,8004,3003,8003,3002,800 Return?air?pressure?drop?-?horizontal?15?tons 7.5 - 12.5 TONRETURN DUCT STATIC PRESSURE DROP (in. wg)HORIZONTAL ECONOMIZER RETURN AIRFLOW (CFM)0.60.50.40.30.20.10.06000500040003000200010000?tons 2/1 12??to 2/1 Return?air?pressure?drop?—?7 All?data?for?both?standard?and?ultra?l ow?leak?models,?where?available.ECONOMIZER,?BAROMETRIC?RELIEF?AND?PE?PERFORMANCE?—?HORIZONTAL?APPLICATION 41 Specifications?subject?to?change?without?notice. 42 Fan?data ments.-compliance?requirements.?Therefore,?the?indoor?fan?motors?for?RGS089-180?units?are?exempt?from?these?requirehave?to?be?replaced?by?an?EPACT?compliant?energy?efficient?motor.?Variab le?speed?motors?are?exempt?from?EPACToperate?on?230?and?460?volt,?60?Hz?power.?If?a?motor?does?not?fit?into?these?specifications,?the?motor?does?notdesign?A?and?B,?manufactured?for?use?in?the?United? States.?Ranging?from?1?to?200?Hp,?these?continuous-duty?motorsfoot?mounted,?polyphase,?squirrel?cage?induction?motors?of?NEMA?(National?Electrical?Manufacturers?Association)Motors?regulated?by?EPACT? include?any?general?purpose,?T-frame?(three-digit,?143?and?larger),?single-speed,7.The?EPACT?(Energy?Policy?Act?of?1992)?regulates?energy?requirements?for?specific?types?of?indoor?fan?motors.6.For?mo re?information?on?the?performance?limits?of?RGS?motors,?see?the?application?data?section?of?this?book.book.?5.For?information?on?the?electrical?properties?of?RGS?motors,?please?see?the?Electrical?inf ormation?section?of?thiswould?work,?the?lower?horsepower?option?is?recommended.4.The?Fan?Performance?tables?offer?motor/drive?recommendations.?In?cases?when?two?motor/drive?combinationsto?help?you?se lect?the?best?motor/drive?combination?for?your?application.options?and?accessories?may?add?static?pressure?losses.?Selection?software?is?available,?through?your?salesperson,3.Tabular?data?accounts?fo r?pressure?loss?due?to?clean?filters,?high?gas?heat,?unit?casing,?and?wet?coils.?Factorypressure?caused?by?any?factory-installed?options?(FIOPs)?or?accessories.2.External?static?pressure?is?the?stati c?pressure?difference?between?the?return?duct?and?the?supply?duct?plus?the?static1.Interpolation?is?permissible.?Do?not?extrapolate.GENERAL?FAN?PERFORMANCE?NOTES 509?11?3523?02 Specifications?subject ?to?change?without?notice. 509?11?3523?02?—?Factory?settings776955937919901883866848830812794 High?Static 627851829806784761739717694672649 Medium?Static 507676659642625608592575558541524 Standard?Static180 1022124012181196117 5115311311109108710661044 High?Static 8381084105910351010986961936912887863 Medium?Static 652843824805786767748728709690671 Standard?Static150 10221240121811961175115311311109108710661044 High?Static 8381084105910351010986961936912887863 Medium?Static 591838813789764739715690665640616 Standard?Static119/120 8381084105910351010986961936912887863 High?Static 690936911887862838813788764 739715 Medium?Static 518733712690669647626604583561540 Standard?Static100/102 909110210831063104410251006986967948928NOTE:?Do?not?adjust?pulley?further?than?5?turns?open.1.High static option not available on RGS089 units.NOTE(S):1 High?Static 733949927906884863841819798776755 Medium?Static 489747721695670644618592566541515 Standard?Static089/0900.00.51.01.52.02.53.03.54.04.55.0MO TOR?PULLEY?TURNS?OPEN?(RPM)COMBOMOTOR/DRIVE?UNITRGS PULLEY?ADJUSTMENT?—?VERTICAL 43 Specifications?subject?to?change?without?notice. 44 Fan?data?(cont)Indicates?field?supplied?drive.BOLD—High?static?-?838-1084?RPM,?3.7?Max?BHP—Med?static?-?690-936?RPM,?2.4?Max?BHP—Std?static?-?518-733?RPM,?1.7?Max?BHP———11123.63 3.3910713.1510292. 929842.709382.478902.268392.047861.83728 425010933.3111333.55 3.0810512.8610082.639632.429152.208662.008131.797581.59698 403811163.25 3.0210752.8010322.589882.379412.168931.968421.767881.567301.37668 382510992.98 2.7610572.5410142.339692.139211.938711.738191.547631.357031.17638 3613 2.7310832.5110412.309962.109501.909021.718511.537971.357391.176771.00609 3400 2.5010682.2910252.099801.899331.7088 31.528311.347751.177161.006510.84580 3188 2.2910542.0910101.899641.709161.528651.358121.187541.016930.866260.70551 2975 2.1010411.909961.729501.539001.368491.197941.037350.876710.726020.58524 2763 1.9310291.749841.569361.388861.218331.057770.907170.756510.615794970.48 2550RPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHP0.20.40.60.81.01.21.41.61.82.0Available?External?Static?P ressure?(in.?wg)CFM Indicates?field?supplied?drive.BOLD—High?static?-?909-1102?RPM,?4.7?Max?BHP—Med?static?-?733-949?RPM,?2.9?Max?BHP—Std?static?-?489-747?RPM,?1.7?Max?BHP—4.5310964.1110543.7110113.3 29662.959182.598672.248121.91752 3750——11144.61 4.2010743.8010323.419883.039412.678922.328401.987831.67721 3563——4.3010933.8910523.5010093.129642.769172.418672.078131.757541.45690 337511124.42 4.0110723.6110313.239872.869422.518942.178421.857871.547261.25660 3188 4.1410933.7410523.3510102.989662.629202.288711.958181.647611.356991.07629 3000 3.8810743.4910333.119912.759462.408992.078481.76 7941.467361.186720.91600 2813 3.6410563.2610152.899722.549262.208781.888271.587721.297121.026450.77570 2625 3.4310393.069972.709532.359072.028581.718061.427501.146880.896200.65541 2438 3.2310222.879802.529352.188891.868391.567861.277281.016650.765950.54513 2250RPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHP0.20.40.60.81.01.21.41.61.82.0Available?External?Static?Pressu re?(in.?wg)CFM Indicates?field?supplied?drive.—?BOLD High?static?909-1102?RPM,?4.7?Max?BHP—Medium?static?733-949?RPM,?2.9?Max?BHP—Standard?static?489-747?RPM,?1.7?Max?BHP—4.3410823.9310403.559963.189 512.829032.488532.158011.85745 3750——4.4311034.0210613.6310183.269732.899272.558782.228261.917721.61713 356311244.54 4.1310833.7410413.359972.999512.639032.308531.988001.687431.40682 337511074.26 3.8610653.4710223.109772.749302.408812.078291.777741.487151.21652 3188 4.0110903.6110483.2310042.869582.519102.188591.878061.577491.296881.03621 3000 3.7710743.3810313.019862.659402.318 901.988391.687831.397251.136610.88591 2813 3.5610603.1710162.819702.469222.128721.818191.517621.237010.986350.74562 2625 3.3710462.9910012.639552.289061.968541.658001.367421.096790.856100.62533 2438 3.1910332.829882.469412.128911.818381.507821.227220.976570.735860.52505 2250RPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHP0.20.40.60.81.01.21.41.61.82.0Available?External?Static?P ressure?(in.?wg)CFM(For?more?information,?see?General?Fan?Performance?Notes?on?page?42.)RGS100/102?—?8.5?TON?HORIZONTAL?UNIT?(For?more?information,?see?General?Fan?Performance?Notes?on?page?42.)RGS08 9/090?—?7.5?TON?VERTICAL?UNIT?LEGEND(For?more?information,?see?General?Fan?Performance?Notes?on?page?42.)RGS089/090?—?7.5?TON?HORIZONTAL?UNIT?509?11?3523?02 Specifications?subject?to?change?without?n otice. 509?11?3523?02 High?static?-?1022-1240?RPM,?4.7?Max?BHP—Med?static?-?838-1084?RPM,?3.7?Max?BHP—Std?static?-?591-838?RPM,?2.4?Max?BHP—————————4.6311674.3111254.0010823.7010373.409913.11944 5000——————4.4511774.1411353.8410913.5510463.269992.979512.69902 4750——4.6012324.2911904.0011473.7011033.4110573.1310102.859622.589122.32860 4500 12474.464.1612053.8711623.5811183.3010723.0210252.759 762.499252.238731.98818 4250 4.0412243.7611803.4811363.2010902.9310422.679932.419422.168891.918341.68777 4000 3.6612023.3911573.1211112.8610632.6010142.359632.109101.868551.637971.41736 3750 3.3211813.0511352.8010882.5410382.309872.069341.838791.608211.387601.17695 3500 3.0011632.7511152.5010662.2610152.039621.809071.588491.377881.167240.96655 3250 2.7111472.4710982.2410472.019941. 799391.578821.368211.167570.976890.79616 3000RPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHP0.20.40.60.81.01.21.41.61.82.0Available?External?Static?Pressure?(in.?wg)CFM High?static?-?1022-1240?RPM,?4.7?Max?BHP—Med?static?-?838-1084?RPM,?3.7?Max?BHP—Std?static?-?591-838?RPM,?2.4?Max?BHP———————4.6111644.2811203.9510743.6310263.309762.989232.66867 5000————4.4811804.16 11373.8510913.5410443.239952.929432.628882.31830 4750 4.6612394.3611984.0611553.7611103.4610643.1610152.879642.579102.288531.99792 4500 4.2412163.9511743.6611303.3810843.0910372.819872.539342.268791. 988191.71756 4250 3.8511943.5811513.3011063.0310592.7610112.509592.239051.978481.717861.45719 4000 3.4911733.2311292.9710832.7110352.469852.219331.968771.718171.477531.23683 3750 3.1511532.9111082.66 10622.4210132.189611.959071.718501.487881.257211.03648 3500 2.8511342.6110892.3810412.169911.939381.718831.498231.277601.066900.85613 3250 2.5611172.3410702.1310211.919701.709171.508601.297991.097320 .896605790.70 3000RPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHP0.20.40.60.81.01.21.41.61.82.0Available?External?Static?Pressure?(in.?wg)CFM Indicates?field?supplied?drive.BOLD—High?sta tic?-?838-1084?RPM,?3.7?Max?BHP—Med?static?-?690-936?RPM,?2.4?Max?BHP—Std?static?-?518-733?RPM,?1.7?Max?BHP—————10973.57 3.3410583.1110182.889762.649322.418862.178391.94788 425011123.4611503.68 3.2410743.0210342.809922.579492.359042.138561.918071.69754 403810903.1311293.34 2.9210512.7110102.519672.309222.098761.888271.677751.45720 382511083.02 2.8310692.6310292.449862.249432.048971.848491. 657981.457441.25687 361310892.73 2.5510492.3610072.189641.999191.818721.628221.447701.257141.06653 3400 2.4610712.2910302.119871.949431.778971.608481.427971.257431.076840.90621 3188 2.2010532.0410121.889681.729231.568751.408251.247721.087160.916550.75588 2975 1.9710371.829951.679501.529041.378551.238041.087490.926900.776270.62557 2763 1.7410221.619791.489341.348861.208361.07783 0.937270.796660.656000.51526 2550RPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHP0.20.40.60.81.01.21.41.61.82.0Available?External?Static?Pressure?(in.?wg)CFM(For?more?information,?see?Gen eral?Fan?Performance?Notes?on?page?42.)RGS119/120?—?10?TON?VERTICAL?UNIT?(For?more?information,?see?General?Fan?Performance?Notes?on?page?42.)RGS119/120?—?10?TON?HORIZONTAL?UNIT?(For?more?information ,?see?General?Fan?Performance?Notes?on?page?42.)RGS100/102?—?8.5?TON?VERTICAL?UNIT?45 Specifications?subject?to?change?without?notice. 46 Fan?data?(cont)Indicates?field?supplied?drive.BOLD—High?static?-?1022-1240?RPM,?4.7?Max?BHP—Med?static?-?838-1084?RPM,?3.7?Max?BHP—Std?static?-?652-843?RPM,?2.9?Max?BHP—————————————————————6250——— —————————————————5938————————————————4.671093 4.3410515625————————————4.6411284.3210854.0010423.69997 5313————————4.6311674.3111254.0010823.7010373.409913.11944 5000 4.6412114.3311694.0311263.7310823 .4410373.159902.879412.60891 468812604.68 4.3712184.0811763.7811323.4910873.2110412.949932.679432.408922.14839 4375 4.1412303.8511863.5711423.2910973.0210492.7510012.499512.248981.998441.75787 4063 3.6612023.3911573.1211112.8610632.6010142.359632.109101.868551.637971.41736 3750 3.2311772.9711302.7210822.4710322.239811.999271.768711.548131.327511.12685 3438RPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPM BHPRPMBHPRPMBHPRPMBHPRPMBHP0.20.40.60.81.01.21.41.61.82.0Available?External?Static?Pressure?(in.?wg)CFM Indicates?field?supplied?drive.BOLD—High?static?-?1022-1240?RPM,?4.7?Max?BHP—Med?static?-?838-1 084?RPM,?3.7?Max?BHP—Std?static?-?652-843?RPM,?2.9?Max?BHP—————————————————————6250————————————————4.681058 4.3010095938——————————————4.421061 4.051012 3.69962 5625——————————4.5211124.171066 3.831018 3.499673.15914 5313——————4.6111644.2811203.9510743.6310263.309762.989232.66867 5000——4.6812164.3711744.0611303.7510843.4410373.149872.839352.538792.23820 4688 4.4512284.1511863.8611423.5610 973.2710502.9810012.709492.418942.138361.85774 4375 3.9512003.6711573.3911123.1210662.8410172.579662.319122.048551.787941.52728 4063 3.4911733.2311292.9710832.7110352.469852.219331.968771.718171.4775 31.23683 3750 3.0811482.8311032.5910562.3510072.129551.889011.658431.437811.207136390.98 3438RPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHP0.20.40.60.81.01.21.41.61.82.0Available?Extern al?Static?Pressure?(in.?wg)CFM(For?more?information,?see?General?Fan?Performance?Notes?on?page?42.)RGS150?—?12.5?TON?VERTICAL?UNIT?(For?more?information,?see?General?Fan?Performance?Notes?on?page?42. )RGS150?—?12.5?TON?HORIZONTAL?UNIT?509?11?3523?02 Specifications?subject?to?change?without?notice. 509?11?3523?02 Indicates?field?supplied?drive.BOLD—High?static?-?776-955?RPM,?6.1?Max?BHP—Med?static?-?627-851?RPM,?3.7?Max?BHP—Std?static?-?507-676?RPM,?2.9?Max?BHP—————————5.939285.468914.988524.51 811 4.02766 3.53718 7500——————5.829415.369044.918674.468274.017853.557393.09689 7125————5.749575.289204.848824.408433.988023.557593.127112.68659 6750——9755.70 5.239374.798994.368603.948193.537773.137 332.736842.31630 63759595.239975.70 4.779204.348803.928393.527973.137532.757072.376571.98601 60009855.28 4.819444.369033.938623.528193.137752.767302.406822.056311.68572 56259744.89 4.439323.988893.56 8453.168002.787542.437072.096571.756041.42544 52509644.54 4.099213.658773.238312.847842.477352.136851.806331.495781.18515 4875 4.249573.799123.368662.958192.567692.207181.866651.556101.265524870.98 4500RPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHP0.20.40.60.81.01.21.41.61.82.0Available?External?Static?Pressure?(in.?wg)CFM Indicates?field?supplied?drive.BOLD—High?static?-?776-955 ?RPM,?6.1?Max?BHP—Med?static?-?627-851?RPM,?3.7?Max?BHP—Std?static?-?507-676?RPM,?2.9?Max?BHP—————————5.799075.368724.938364.50798 4.07758 3.64715 7500——————5.669195.238844.818484.408103.997713.58729 3.17685 7125——9716.01 5.569355.128984.708614.308243.917853.527443.147012.75655 67509915.98 5.519545.069164.638784.238403.838003.467603.097182.736742.36625 63759785.53 5.069394.619004.198603.798193.41 7783.057362.706922.366462.02596 60009675.12 4.669264.218853.808433.408003.037572.687132.356672.036191.71566 56259584.77 4.309163.868723.458283.067832.697372.356912.036431.735921.43537 5250 4.459513.999073.558623.148152.757682.397192.066701.756191.475661.19508 4875 4.179453.729003.288532.878052.487552.137031.806511.505961.235404790.97 4500RPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHPRPMBHP RPMBHPRPMBHPRPMBHP0.20.40.60.81.01.21.41.61.82.0Available?External?Static?Pressure?(in.?wg)CFM(For?more?information,?see?General?Fan?Performance?Notes?on?page?42.)RGS180?—?15?TON?VERTICAL?UNIT?.(For? more?information,?see?General?Fan?Performance?Notes?on?page?42.)RGS180?—?15?TON?HORIZONTAL?UNIT?47 Specifications?subject?to?change?without?notice. 48 Electrical?data?2274????????????????????????????=?227?3681=?3??(224?+?231?+?226)?Average?Voltage?=average?voltage?max?voltage?deviation?from?average?voltage?%?Voltage?Imbalance?=?100?x?—?Unpowered ?Convenience?Outlet UNPWR?C.O.?—?Rated?Load?Amps RLA?—?Powered?Convenience?Outlet PWRD?C.O.?—?Powered?From?Unit Pwrd?fr/unit?—?Power?Exhaust P.E.?—?Outdoor?Fan?Motor OFM?—?Minimum?Circuit?Amps MCA?—?Locked?Rotor?Amps LRA?—?Indoor?Fan?Motor IFM?—?Full?Load?Amps FLA??—?Efficiency EFF?—?Disconnect DISC?—?Convenience?Outlet C.O.?—?Circuit?Breaker BRKR contact?your?local?electric?utility?compa ny?immediately.IMPORTANT:?If?the?supply?voltage?phase?imbalance?is?more?than?2%,maximum?allowable?2%.This?amount?of?phase?imbalance?is?satisfactory?as?it?is?below?the?????=?1.76%%?Voltage?Imbalance?= ?100?xDetermine?percent?of?voltage?imbalance.Maximum?deviation?is?4?v.(AC)?227?–?226?=?1?v(BC)?231?–?227?=?4?v(AB)?227?–?224?=?3?vDetermine?maximum?deviation?from?average?voltage.AC?=?226?v?BC?=?231? v?AB?=?224?vExample:?Supply?voltage?is?230-3-60imbalance.than?2%.?Use?the?following?formula?to?determine?the?percentage?of?voltageNever?operate?a?motor?where?a?phase?imbalance?in?supply?voltage?is?gr eater2.Unbalanced?3-Phase?Supply?Voltagefuse?or?circuit?breaker.device?for?the?unit?shall?be?fuse?or?HACR?breaker.?Canadian?units?may?beequipment?(refer?to?NEC?Articles?430?and?440),?the?overcurrent? protective1.In?compliance?with?NEC?requirements?for?multi-motor?and?combination?loadNOTES:LEGEND Applicable?for?Electrical?Data?Tables?on?pages?49-55 LEGEND?AND?NOTES?509?11?3523?02 Specifications?subject?to?change?without?notice. 509?11?3523?02 Electrical?data?(cont)%2.877HIGH3250.678%2.0MED3250.672%1.6STD3250.65186339.770——575-3-60 87%5.3HIGH3250.887%3.4MED3250.875%2.6STD3250.841450612.5100——460-3-60 87%10.6HIGH3251.587%6.7M ED3251.575%5.2STD3251.518725328.8223——230-3-60 87%10.6HIGH3251.587%6.9MED3251.575%5.2STD3251.518725328.8223——208-3-60Cooling)2-Stage?(1-Circuit/RGS100 77%2.8HIGH3250.678%2.0MED3250.672%1.6STD3250.651 86336.0414.833 575-3-60 87%5.3HIGH3250.887%3.4MED3250.875%2.6STD3250.84145066.3556.241 460-3-60 87%10.6HIGH3251.587%6.7MED3251.575%5.2STD3251.518725314.59813.783 230-3-60 87%10.6HIGH3251.587%6.9MED32 51.575%5.2STD3251.518725314.59813.783 208-3-60Cooling)2-Stage?(2-Circuit/RGS102 83%6.4HIGH3250.889%4.2MED3250.887%2.5STD3250.841450612.094——460-3-60 83%12.7HIGH3251.589%8.3MED3251.587%4.9STD3251.5187 25326.8164——230-3-60 83%13.6HIGH3251.589%8.4MED3251.587%5.2STD3251.518725328.8164——208-3-60Cooling)2-Stage?(1-Circuit/RGS089 81%5.6HIGH3250.677%2.8MED3250.687%2.8STD3250.65186334.2334.233 575-3-60 83%6.4HIGH3250.889%4.2MED3250.887%2.5STD3250.84145066.1416.141 460-3-60 83%12.7HIGH3251.589%8.3MED3251.587%4.9STD3251.518725313.68313.683 230-3-60 83%13.6HIGH3251.589%8.4MED3251.587%5.2STD3 251.518725313.68313.683 208-3-60Cooling)2-Stage?(2-Circuit/RGS090MinMaxFull?LoadFLAEFF?at?RLALRARLALRAWattsFLATYPEIFMOFM?(ea)COMP?2VOLTAGE?RANGECOMP?1SIZEV-Ph-HzUNIT See:?Legend?and?Notes?on?page?48. SINGLE?SPEED?INDOOR?FAN?MOTOR,?6-15?TONS?49 Specifications?subject?to?change?without?notice. 50 Electrical?data?(cont)2800.6HIGH?EFF94%9.090%6.1HIGH2800.677%2.8MED2800.677%2.8STD2800.65186339.8789.678 575-3-60 2800.8HIGH?EFF90%10.287%7.6HIGH2800.887%5.3MED2800.898STD2800.841450612.210012.810 0 460-3-60 2801.5HIGH?EFF90%20.487%15.0HIGH2801.587%10.6MED2801.589%8.3STD2801.518725325.016425.0164 230-3-60 2801.5HIGH?EFF90%20.487%17.0HIGH2801.587%10.6MED2801.589%8.4STD2801.518725325.016425.0164 208-3-60Cooling)2-Stage?(2-Circuit/RGS180 81%5.6HIGH10702.577%2.8MED10702.577%2.8STD10702.55186336.6557.754 575-3-60 83%6.4HIGH10703.187%5.3MED10703.189%4.2STD10703.14145068.26610.675 460-3-60 83%12.7HIGH10706.287%10.6MED10706.289%8.3STD10706.218725319.613622.4149 230-3-60 83%13.6HIGH10706.287%10.6MED10706.289%8.4STD10706.218725319.613622.4149 208-3-60Cooling)2-Stage?(2-Circuit/R GS150 81%5.6HIGH3250.677%2.8MED3250.678%2.0STD3250.651863311.194——575-3-60 83%6.4HIGH3250.887%5.3MED3250.869%2.6STD3250.841450614.8130——460-3-60 83%12.7HIGH3251.587%10.6MED3251.569%5.2STD3251.5187253 32.5240——230-3-60 83%13.6HIGH3251.587%10.6MED3251.569%5.2STD3251.518725332.5240——208-3-60Cooling)2-Stage?(1-Circuit/RGS119 81%5.6HIGH3250.677%2.8MED3250.678%2.0STD3250.65186335.8395.739 575-3-60 83%6.4HIGH3250.887%5.3MED3250.869%2.6STD3250.84145067.7527.752 460-3-60 83%12.7HIGH3251.587%10.6MED3251.569%5.2STD3251.518725315.611015.9110 230-3-60 83%13.6HIGH3251.587%10.6MED3251.569%5.2 STD3251.518725315.611015.9110 208-3-60Cooling)2-Stage?(2-Circuit/RGS120MinMaxFull?LoadFLAEFF?at?RLALRARLALRAWattsFLATYPEIFMOFM?(ea)COMP?2VOLTAGE?RANGECOMP?1SIZEV-Ph-HzUNIT See?Legend?and?Notes?on?pag e?48.SINGLE?SPEED?INDOOR?FAN?MOTOR,?6-15?TONS?(cont)509?11?3523?02 Specifications?subject?to?change?without?notice. 509?11?3523?02 Electrical?data?(cont)0.836.2HIGH3250.60.844.5MED3250.60.803.5STD3250.65186335.8395.739 575-3-60 0.846.4HIGH3250.80.824.9MED3250.80.773.4STD3250.84145067.7527.752 460-3-60 0.8412.7HIGH3251.50.829.8MED3251.50.776.8STD3251.518725315.611015.9110 230-3-60 0.8413.6HIGH3251.50.8210.8MED3251.50.777.1STD3251.518725315.611015.9110 208-3-60Cooling)?2-Stage?(2-Circuit/RGS120 0.844.5HIGH3250.60.803.5MED3250.60.812.8STD3250.65186336.0414.833 575-3-60 0.824.9HIGH3250.80.773.4MED3250.80.792.9STD3250.84145066.3556.241 460-3-60 0.829.8HIGH3251.50.776.8MED3251.50.845.6STD3251. 518725314.59813.783 230-3-60 0.8210.8HIGH3251.50.777.1MED3251.50.845.8STD3251.518725314.59813.783 208-3-60Cooling)?2-Stage?(2-Circuit/RGS102 0.836.2HIGH3250.60.844.5MED3250.60.812.8STD3250.65186334.2 334.233 575-3-60 0.846.4HIGH3250.80.853.8MED3250.80.792.9STD3250.84145066.1416.141 460-3-60 0.8412.7HIGH3251.50.857.8MED3251.50.845.6STD3251.518725313.68313.683 230-3-60 0.8413.6HIGH3251.50.858.6MED3 251.50.845.8STD3251.518725313.68313.683 208-3-60Cooling)?2-Stage?(2-Circuit/RGS090MinMaxFull?LoadFLAEFF?at?RLALRARLALRAWattsFLATYPEIFMOFM?(ea)COMP?2VOLTAGE?RANGECOMP?1SIZEV-Ph-HzUNIT See?Legend?and?Notes?on?page?48.TWO-SPEED?INDOOR?FAN?MOTOR,?7.5-15?TONS 51 Specifications?subject?to?change?without?notice. 52 Electrical?data?(cont)0.949.0HIGH2800.60.844.5MED2800.60.844.5STD2800.65186339.8789.678 575-3-60 0.9010.2HIGH2800.80.824.9MED2800.80.853.8STD2800.841450612.210012.8100 460-3-60 0.9020.4HIGH2801.50 .829.8MED2801.50.857.8STD2801.518725325.016425.0164 230-3-60 0.9020.4HIGH2801.50.8210.8MED2801.50.858.6STD2801.518725325.016425.0164 208-3-60Cooling)?2-Stage?(2-Circuit/RGS180 0.836.2HIGH10702.50.844 .5MED10702.50.844.5STD10702.55186336.6557.754 575-3-60 0.846.4HIGH10703.10.824.9MED10703.10.853.8STD10703.14145068.26610.675 460-3-60 0.8412.7HIGH10706.20.829.8MED10706.20.857.8STD10706.218725319.613 622.4149 230-3-60 0.8413.6HIGH10706.20.8210.8MED10706.20.858.6STD10706.218725319.613622.4149 208-3-60Cooling)?2-Stage?(2-Circuit/RGS150MinMaxFull?LoadFLAEFF?at?RLALRARLALRAWattsFLATYPEIFMOFM?(ea)COMP ?2VOLTAGE?RANGECOMP?1SIZE?V-Ph-HzUNIT See?Legend?and?Notes?on?page?48.?TWO-SPEED?INDOOR?FAN?MOTOR,?7.5-15?TONS?(cont)509?11?3523?02 Specifications?subject?to?change?without?notice. 509?11?3523?02 Electrical?data?(cont)1725169620252010018251898223022102 HIGH 16251585202519891725178721302191 MED 15201481192519851725168321302187 STD575-3-60 233022147253024149253025149273027151 HIGH 213020132233022134233023134253025136 MED 203019113223021115223022115243024117 STD460-3-60 506049317548053321558054322598059326 HIGH 46/4660/6045/4428850/5060/6049/4929251/5160/6050/5029355/5580 /8054/54297 MED 456043250486047254496048255538052259 STD208/230-3-60(1-circuit?/?2-stage?cool)RGS100 172017100212521104182019102222523106 HIGH 16201689202520931820189121252295 MED 1620168519252089172 0188721252291 STD575-3-60 212522143232524145242525145253027147 HIGH 202520128212522130222523130242525132 MED 192019109212521111212522111232524113 STD460-3-60 465048275506052279516054280546058284 HIGH 42/4250/5044/4424646/4660/5048/4825047/4760/6049/4925151/5160/6054/53255 MED 405042208445046212455047213496052217 STD208/230-3-60(2-circuit?/?2-stage?cool)RGS102 7932125219725116201591202519951 7 MED 16201584202519881725178621252190 STD575-3-60 213020134233023136233023136253025138 MED 203019116213021118223021118243023120 STD460-3-60 45/4560/6044/4424449/4960/6048/4824850/5060/6049/4924954/5 480/8054/54253 MED 42/4260/6040/4020846/4660/6045/4421247/4760/6046/4521351/5060/6050/50217 STD208/230-3-60(1-circuit?/?2-stage?cool)RGS089 172017106212522110192019108232524112 HIGH 14151492182019961620169419252198 MED 13151377172017811415157918201983 STD575-3-60 222523130243025132243026132263028134 HIGH 202521122222523124222523124243025126 MED 18201995202521972125219722252399 STD460-3-60 48/4760/5050/4926251/5160/6055/5426652/5260/6056/5526756/5560/6060/59271 HIGH 42/4250/5044/4424646/4650/5049/4925047/4760/6050/5025151/5160/6054/54255 MED 3950411934350451974450461984860 51202 STD208/230-3-60(2-circuit?/?2-stage?cool)RGS090FLALRAFLALRAFLALRAFLALRADISC.?SIZEBrkrHacr?or?Fuse?MCADISC.?SIZEBrkrHacr?or?Fuse?MCADISC.?SIZEBrkrHacr?or?Fuse?MCADISC.?SIZEBrkrHacr?or?Fuse?MCAw/ ?P.E.?(pwrd?fr/?unit)NO?P.E.?NO?Power?Exhaust?(P.E.)w/?P.E.?(pwrd?fr/?unit)w/?PWRD?C.O.NO?CONVENIENCE?OUTLET?(C.O).?or?UNPWR?C.O.TYPEIFMV-Ph-HzNOM.SIZE/See?Legend?and?Notes?on?page?48.1-SPEED?INDOOR? FAN?MOTOR,?6-15?TONSUNIT?WIRE/FUSE?OR?HACR?BREAKER?SIZING?DATA?-53 Specifications?subject?to?change?without?notice. 54 Electrical?data?(cont)334035196374539200354037198394541202 ciency-Effi 273028184314032188293530186324034190 EDM 93530186324034190273028184314032 STD575-3-60 415043252435045254435046254455048256 ciency-Effi 364538249385040251395040251405042253 MED 354536242374538244374539244395041246 STD460-3-60 8210086432851009143686100924379010096441 ciency-Effi 728075426761007943077100804318010085435 MED 70/7080/8072/7241273/7380/8077/7741674/7490/9078/7841778/78100/10082/82421 STD208/230-3-60(2-circuit?/?2-stage?cool)RGS180 253026161293530165263028163303532167 HIGH 22252314726302715124302414927 3029153 MED 222523147263027151243024149273029153 STD575-3-60 314033201334035203344035203354537205 HIGH 304031200324033202334034202344036204 MED 293530193314032195314033195334035197 STD460-3-60 68/6780/8071/7040572/7180/8075/74409————————HIGH 658068403698072407708073408738078412 MED 63/6380/8065/6538966/6680/8069/6939367/6780/8071/7039471/7180/8075/75398 STD208/230-3-60(2-circuit?/?2-stage ?cool)RGS150?213021134253025138233023136273027140 HIGH 182517120223022124203019122243024126 MED 182516109213021113192518111233023115 STD75-3-605 803145311822912740261782940281802940 HIGH 263025177284027179284027179304030181 MED 233022149253024151253024151274026153 STD460-3-60 58/5780/8056/5533661/6180/8061/6034062/6280/8062/6134166/6580/8066/65345 HIGH 5580533345880573385980593 39638063343 MED 496047278538051282548052283588057287 STD208/230-3-60(1-circuit?/?2-stage?cool)RGS119 202521118243025122222523120263027124 HIGH 172018104212522108192520106232524110 MED 17201793202521971820199522252399 STD575-3-60 263027152283029154283029154303532156 HIGH 253026151263028153273028153293530155 MED 222523123243025125243025125263027127 STD460-3-60 53/5260/6055/5431656/ 5560/6060/5932057/5670/6061/6032161/6070/7065/64325 HIGH 506052314536056318546057319587062323 MED 445046258486050262496051263536056267 STD208/230-3-60(2-circuit?/?2-stage?cool)RGS120FLALRAFLALRAFLALR AFLALRADISC.?SIZEBrkrFuse?or?MCADISC.?SIZEBrkror?MCADISC.?SIZEBrkror?MCADISC.?SIZEBrkror?MCAw/?P.E.?(pwrd?fr/?unit)NO?P.E.?NO?Power?Exhaust?(P.E.)w/?P.E.?(pwrd?fr/?unit)w/?PWRD?C.O.NO?CONVENIENCE?OUT LET?(C.O).?or?UNPWR?C.O.TYPEIFMV-Ph-HzNOM.CIRCUIT?/?STAGESIZE?/?See?Legend?and?Notes?on?page?48.1-SPEED?INDOOR?FAN?MOTOR,?6-15?TONS?(cont)UNIT?WIRE/FUSE?OR?HACR?BREAKER?SIZING?DATA?-509?11?3523?02 Specifications?subject?to?change?without?notice. 509?11?3523?02 Electrical?data?(cont)334035196374539200354037198394541202 HIGH 293530184324034188303532186344036190 MED 293530184324034188303532186344036190 STD575-3-60 415043252435045254435046254455 048256 HIGH 364537245385039247385040247405042249 MED 354536233374538235374538235395040237 STD460-3-60 8210086432851009143686100924379010096441 HIGH 72/7180/8075/7441776/75100/9079/7842177/76100/10081 /7942281/80100/10085/84426 MED 70/6980/8073/7239374/7380/8077/7639775/7490/8078/7739878/78100/10082/82402 STD208/230-3-60(2-circuit?/?2-stage?cool)RGS180 253026161293531165273028163313533167 IGHH 243024147273029151253026149293531153 MED 243024147273029151253026149293531153 STD575-3-60 314033201334035203344035203354537205 HIGH 304031196324033198324033198344035200 MED 29353018431403218631 4032186334034188 STD460-3-60 68/6780/8071/7040572/7180/8075/74409————————HIGH 65/6480/8068/6739469/6880/8072/7139870/6980/8073/7239974/7380/8078/77403 MED 63/6280/8065/6437067/6680/8070/6937468/6780/ 8071/7037571/7180/8075/74379 STD208/230-3-60(2-circuit?/?2-stage?cool)RGS150 212522118253026122232524120263028124 HIGH 192520104232524108212522106253026110 MED 182019952225239920252197242525101 STD575-3-60 263027152283029154283029154303532156 HIGH 243025147263027149263028149283030151 MED 233023122253026124253026124273028126 STD460-3-60 53/5260/6055/5431656/5560/6060/5932057/5670/6061/60321 61/6070/7065/64325 HIGH 50/4960/6052/5130554/5360/6056/5530955/5460/6058/5631058/5770/7062/61314 MED 46/4660/6048/4725550/5060/6052/5225951/5160/6053/5326055/5460/6058/57264 STD208/230-3-60(2-circuit ?/?2-stage?cool)RGS120 182019100222523104202521102243025106 HIGH 17201891212522951925209323252497 MED 17201787212521911820198922252393 STD75-3-605 212522139232524141232524141253026143 HIGH 202520114212522116222523116242525118 MED 192520111212522113212522113232524115 STD460-3-60 46/4560/5048/4726650/4960/6053/5227051/5060/6054/5327155/5460/6058/57275 HIGH 42/4250/5044/4421646/4660 /5048/4822047/4760/6050/4922151/5160/6054/54225 MED 41/4150/5043/4221245/4550/5047/4721646/4650/5048/4821750/4960/6052/52221 STD208/230-3-60 2-circuit?/?2-stage?cool)(RGS102 1820181062225231102025201 08232524112 HIGH 16201692192521961720189421252398 MED 14151479182019831620168119252185 STD575-3-60 222523130243025132243026132263028134 HIGH 202520113212522115222523115242525117 MED 192019972025219921252299232524101 STD460-3-60 48/4760/5050/4926251/5160/6055/5426652/5260/6056/5526756/5560/6060/59271 HIGH 43/4250/5045/4422746/4650/5049/4823147/4760/5050/4923251/5060/6055/54236 MED 40/4050/5041/4119744/4350/5046/4620145/4450/5047/4720248/4860/6051/51206 STD208/230-3-60(2-circuit?/?2-stage?cool)RGS090FLALRAFLALRAFLALRAFLALRADISC.?SIZEBrkrHacr?Fuse?or?MCADISC.?SIZEBrkrHacr?F use?or?MCADISC.?SIZEBrkrHacr?or?Fuse?MCADISC.?SIZEBrkrHacr?or?Fuse?MCAw/?P.E.?(pwrd?fr/?unit)NO?P.E.?NO?Power?Exhaust?(P.E.)w/?P.E.?(pwrd?fr/?unit)w/?PWRD?C.O.NO?CONVENIENCE?OUTLET?(C.O).?or?UNPWR?C. O.TYPEIFMV-Ph-HzNOM.CIRCUI?/?STAGESIZE?/?See?Legend?and?Notes?on?page?48.2-SPEED?BLOWER?INDOOR?FAN?MOTOR,?6-15?TONSUNIT?WIRE/FUSE?OR?HACR?BREAKER?SIZING?DATA?-55 Specifications?subject?to?change?with out?notice. 56 Sequence?of?operation perature?rises?above?48°F?(9°C).?The?power?exhaust?fans-close.?Control?returns?to?normal?once?the?mixed-air?temperature?continues?to?fall,?the?outdoor-air?damper?will-decreas ed?to?the?minimum?position.?If?the?mixed-air?tem45°F?(7°C),?then?the?outdoor-air?damper?position?will?becapacity?causes?the?mixed-air?temperature?to?drop?belowtime?the?compressor?is?started.?If?the?i ncrease?in?coolingoutdoor-air?damper?will?maintain?its?current?position?at?thetrol.?If?mechanical?cooling?is?utilized?with?free?cooling,?the-close)?to?bring?the?mixed-air?temperature?back?within?conb elow?50°F?(10°C)?dampers?will?be?modulated?(open?ormixed?air?temperature?fluctuates?above?55°F?(13°C)?or55°F?(13°C)?mixed-air?temperature?into?the?zone.?As?theEconoMi$er?IV?and?X?control?to?provide?a ?50°F?(10°C)?tois?available,?the?outdoor-air?damper?is?modulated?by?thebe?controlled?by?the?zone?thermostat.?When?free?coolingWhen?free?cooling?is?not?available,?the?compressors?will Cooling Electro-mechanical?units?with?an?economizer provided?on?the?IGC?to?monitor?operation.unless?power?is?reset?to?the?control.?A?LED?indicator?isthe?fan?off?delay?will?not?change?back?to?45?seco ndsonds.?The?maximum?delay?is?3?minutes.?Once?modified,-on?the?next?cycle?the?time?will?be?extended?by?15?secstopped,?but?within?10minutes?of?W1?becoming?inactive,over-temperature?limit?opens?after?t he?indoor?motor?isoperate?for?an?additional?45?seconds?then?stop.?If?theset?for?fan?auto,?the?indoor?fan?motor?will?continue?toactive.?If?the?unit?is?controlled?through?a?room?thermostatcycle?will?no t?terminate?until?1?minute?after?W1?becameIf?the?call?for?W1?lasted?less?than?1?minute,?the?heatinginterrupting?the?flow?of?gas?to?the?main?burners.satisfied,?W1?and?W2?open?and?the?gas?valve?closes, stage?of?the?main?gas?valve.?When?the?thermostat?isrequired,?W2?closes?and?initiates?power?to?the?secondOn?units?with?2?stages?of?heat,?when?additional?heat?iso?the?control.t5?seconds?until?power?is? resetwill?not?change?back?to?4continue.?Once?the?fan-on?delay?has?been?modified,?itwill?not?be?interrupted?to?the?burners?and?heating?willtime?from?initiation?of?heat?to?when?the?limit?tripped.?Gassh orten?the?45-second?delay?to?5?seconds?less?than?theto?the?start?of?the?indoor?fan?blower,?the?unit?willfor?some?reason,?the?over-temperature?limit?opens?priordoor?air?dampers?will?open?to?their?mini mum?position).?If,-auto,?the?indoor?fan?motor?will?energize?(and?the?outunit?is?controlled?through?a?room?thermostat?set?for?fansensor.?45?seconds?after?ignition?occurs,?assuming?theswitches,?the?“ha ll?effect”?sensor,?as?well?as?the?flamemonitor?the?condition?of?the?rollout?switch,?the?limitWhen?ignition?occurs,?the?IGC?board?will?continue?tobreak?24-v?power?to?the?thermostat.have?not?lit,?heati ng?is?locked?out.?To?reset?the?control,burners?light.?If,?after?the?15?minutes,?the?burners?stillThis?sequence?is?repeated?for?15?minutes?or?until?thesecond?delay?before?another?5-second?attempt.-22w ithin?5?seconds.?If?the?burners?do?not?light,?there?is?aignition?activation?period?begins.?The?burners?will?ignitesatisfactory,?as?proven?by?the?“hall?effect”?sensor,?thedraft?motor?is?energized,?and ?when?its?speed?is-nducedif?the?check?was?successful,?theare?closed.?Imade?to?ensure?that?the?rollout?switch?and?limit?switchand?remains?on?during?normal?operation.?A?check?isLED?(light-emitting?diod e)?on?the?IGC?board?turns?onW?on?the?Integrated?Gas?Controller?(IGC)?board.?AnWhen?the?thermostat?calls?for?heating,?power?is?sent?tothe?heating?operation.indoor?fan?motor?runs?at?design?cfm?(full?sp eed)?duringheat.?When?2-Speed?Indoor?Fan?Motor?system?is?utilized,NOTE:?RGS?units?have?either?1?or?2?stages?of?gas Heating?(Single?or?2-speed?indoor?fan?motor)?ation?to?66%?of?total?cfm.-operation?an d?during?the?ventilation?mode,?will?allow?operspeed?fan?controller?will?allow?total?design?cfm?(100%)-2established?(100%).?During?the?heating?mode,?thefan?motor?controller?will?allow?the?total?cfm?fo r?the?unitfor?the?second?stage?of?cooling?is?required,?the?2-speed66%?of?the?total?cfm?established?for?the?unit.?When?a?callspeed?controller?will?adjust?the?fan?motor?to?provide-2dard,?during?the?fir st?stage?of?cooling?operation,?the-units?cooling?operation.?Per?ASHRAE?90.1-2016?stanadjusts?the?indoor?fan?motor?speed?in?sequence?with?theThe?2-speed?indoor?fan?motor?system?automaticallyefficiency ?rating.cooling,?to?meet?U.S.?Department?of?Energy?-?2018?IEERstandard?on?all?U.S.?installed?models?with?2?circuit/2?stageallow?the?total?cfm?for?the?unit?established?(100%).?This?isspeed?fan?motor?s ystem?will-of?cooling?is?required,?the?2established?for?the?unit.?When?a?call?for?the?second?stagewill?adjust?the?fan?motor?to?provide?66%?of?the?total?cfmof?cooling?operation?the?2-speed?indoor?fan? motor?systemPer?ASHRAE?90.1-2016?standard,?during?the?first?stage Cooling?(2-speed?indoor?fan?motor)?operation?sequencing?with?one?indoor?fan?motor?speed.are?achieved?by?using?a?precision?2-stage?com pressorU.S.?Department?of?Energy?-?2018?IEER?efficiency?ratingmotor?system?is?not?available.?Efficiencies?to?meet?thestage?cooling?model?from?7.5?to?10?ton,?the?2-speed?fanspeed)?during?the?heating?o peration.?On?1-circuit/2-tem?is?utilized,?indoor?fan?motor?runs?at?design?CFM?(full-while?unit?is?cooling.?When?2-Speed?Indoor?Fan?Motor?sysber?of?stages,?the?outdoor?fan?motor?runs?continuously-caus ing?compressor?#2?to?start.?Regardless?of?the?numY2?signal?will?energize?compressor?contactor?#2?(C2),ing,?the?thermostat?will?additionally?energize?Y2.?The-and?outdoor?fan?to?start.?If?the?unit?has? 2?stages?of?coolcausing?the?indoor?fan?motor?(IFM),?compressor?#1,(IFC)?and?the?compressor?contactor?(C1)?are?energized,Y1?are?energized.?As?a?result,?the?indoor?fan?contactorWhen?the?thermostat?call s?for?cooling,?terminals?G?and Cooling?(single?speed?indoor?fan?motor)?Electro-mechanical?units?with?no?economizer?troubleshooting?manual?for?the?applicable?controller.direct?digital?controller,?see? the?start-up,?operations,?andmizer”?in?this?sequence).?For?information?regarding?a-?IV?and?X?(called?“econo®factory-installed?EconoMi$ertion?for?an?electro-mechanical?unit?with?and?without?a-The?sequ ence?below?describes?the?sequence?of?opera General 509?11?3523?02 Specifications?subject?to?change?without?notice. 509?11?3523?02 Sequence?of?operation?(cont)?cooling?units.The?following?diagrams?depict?piping?for?Single?Stageent?Lockout?switch?is?closed.?-the?unit?is?not?in?a?Heating?mode?and?when?the?Low?AmbiTh e?Reheat1?and?Reheat2?modes?are?a?variable?whenspace.or?minimum?Sensible?Cooling?effect?delivered?to?the•Reheat2?-?provides?normal?Latent?Cooling?but?with?nullslightly?reducing?the?Sensible?Cooling?e ffect.?•Reheat1?-?provides?increased?Latent?Cooling?whileLatent?Cooling?effect?from?the?evaporator?coil.?•Cool?mode?-?provides?a?normal?ratio?of?Sensible?andof?operation:?Cool,?Reheat1,?and?Reheat2.? The?Hot?Gas?Re-Heat?system?provides?three?sub-modesdescribed?below.?ation?of?the?revised?refrigerant?circuit?for?each?mode?is-variable-speed?control?of?some?or?all?outdoor?fans.?Oper®coil?downstream? of?the?evaporator,?and?Motormasterline?of?each?refrigerant?circuit,?a?small?reheat?condenserincludes?additional?valves?in?the?liquid?line?and?dischargecooling?cycle.?The?Hot?Gas?Re-Heat?system?option improved?dehumidification?as?a?variation?of?the?normaloption?are?capable?of?providing?multiple?modes?ofUnits?with?the?factory?equipped?Hot?Gas?Re-Heat?system system?Optional?Hot?Gas?Re-Heat?dehumidif ication?vice?and?Maintenance?Manual?for?further?details.?-closed?when?the?indoor?fan?is?not?operating.?Refer?to?Serevaporator?fan?is?operating.?The?outdoor-air?damper?iswill?stay?at?the?Economizer?Mi nimum?Position?while?thedifference?is?how?the?economizer?acts.?The?economizeran?electro-mechanical?unit?with?no?economizer.?The?onlyThe?sequence?of?operation?for?the?heating?is?the?same?as Heating two-thirds?of?the?total?cfm?established.only,?the?indoor?fan?motor?will?automatically?adjust?to2-Speed?NOTE:?When?operating?in?ventilation?modemum?position.-The?EconoMi$er?IV?and?X?damper?wi ll?be?open?at?maxitage?1?to?maintain?the?mixed?air?temperature?setpoint.sontrol?will?bring?on?compressorenergized),?then?the?cther?demand?for?cooling?(cooling?second?stage?-?Y2?is-setpoint?at?50°F?(1 0°C)?to?55°F?(13°C).?If?there?is?a?furdampers?open?to?maintain?the?mixed?air?temperaturedifferential?enthalpy),?then?the?control?will?modulate?the(switch,?dry?bulb,?enthalpy?curve,?differential?dry?b ulb,?ormined?from?the?appropriate?changeover?command-2-1/2?minutes.?If?free?cooling?can?be?used?as?deterfull?open?(or?vice?versa)?will?take?between?1-1/2?andonds?to?initiate.?Damper?movement?from?ful l?closed?to-ther?changes?in?damper?position?can?take?up?to?30?sec-begins?to?position?itself.?After?the?initial?power-up,?furit?will?take?the?damper?up?to?2-1/2?minutes?before?itOn?the?initial?power?t o?the?EconoMi$er?IV?and?X?control,IV?and?X?damper?to?the?minimum?position.the?fan?is?on,?then?the?control?will?open?the?EconoMi$erIf?the?fan?is?not?on,?then?cooling?will?not?be?activated.?Ifstat),?th e?control?will?first?check?for?indoor?fan?operation.-mode?and?a?call?for?cooling?exists?(Y1?on?the?thermoWhen?the?EconoMi$er?IV?and?X?control?is?in?the?occupieddamper?to?the?minimum?position.is?on,?t hen?the?control?will?open?the?EconoMi$er?IV?and?Xfan?is?not?on,?then?cooling?will?not?be?activated.?If?the?fanthe?control?will?first?check?for?indoor?fan?operation.?If?themode?and?a?call?for?cooling? exists?(Y1?on?the?thermostat),When?the?EconoMi$er?IV?and?X?control?is?in?the?occupiedposition.?Otherwise,?the?damper?will?be?closed.and?the?fan?is?on,?the?damper?will?operate?at?minimumbe?a?thermosta t?call?for?the?fan?(G).?If?the?unit?is?occupiedclosed.?For?EconoMi$er?IV?and?X?operation,?there?mustin?fresh?air,?the?outdoor-air?damper?will?be?proportionally?level?decreases?because?of?the?increase 2 ally.?As?the?CO-mum?position?of?the?damper?will?be?increased?proportion-?setpoint,?the?mini 2 in?the?zone?increases?above?the?CO?level 2 ventilation?strategy?will?begin?to?operate.?As?the?CO?IV?an d?X?control,?a?demand?controlled®the?EconoMi$er?sensors?are?connected?to 2 If?field-installed?accessory?COoutdoor-air?damper?opens?and?closes.?energized,?if?installed,?as?the-will?be?energized?and?de 57 Specifications?subject?to?change?without?notice. 58 Sequence?of?operation?(cont)CONDENSER COILEVAPORATOR COIL= OPEN VALVE= CLOSED VALVEDEVICE (TXV)METERINGREHEAT MODEMETERINGACCUTROLVALVECSVxVALVEDSVxAIRINDOOR ENTERING AIRINDOOR LEAVING OUTDOOR AIRCOMPRESSORH= OPEN VALVE= CLOSED VALVEDEVICE (TXV)METERINGREHEAT MODEMETERINGACCUTROLVALVECSVxVALVEDSVxAIRINDOOR ENTERING AIRINDOOR LEAVING OUTDOOR AIRCOMPRESSOREVAPORATOR COILHCONDENSER COIL= OPEN VALVE= CLOSED VALVEDEVICE (TXV)METERINGREHEAT MODEDEVICEMETERINGACCUTROLCSVxDSVxAIRINDOOR ENTERING AIRINDOOR LEAVING OUTDOOR AIRCOMPRESSOREVAPORATOR COILHCONDENSER COIL SUBCOOLING?MODE?(REHEAT?2)?—?HOT?GAS?RE-HEAT?SYSTEMSUBCOOLING?MODE?(REHEAT?1)?—?HOT?GAS?RE-HEAT?SYSTEMNORMAL?COOLING?MODE?—?HOT?GAS?RE-HEAT?SYSTEM 509?11?3523?02 Specifications?subject?to?chang e?without?notice. 509?11?3523?02 Guide?specifications d.Flame?proving?controls.c.Flame?roll-out?switch.b.Induced?draft?motor?speed?sensor.a.High-temperature?limit?switches.following?minimum?protections:5.Heating?secti on?shall?be?provided?with?the?protector.4.Automatic?reset,?motor?thermal?overload?troubleshoot?the?rooftop?unit.service?technician?to?correctly?wire?and?orThe?purpose?is?to?assist?the?installer?andco lor?wire?than?the?low-pressure?switch.b.High-pressure?switch?shall?use?differentswitches?between?circuits?1?and?2.prevent?the?cross-wiring?of?the?safetypressure?switches.?They?shall?physicallyfor?the ?circuit?1?and?circuit?2?low?and?high-a.Units?shall?have?different?sized?connectorsitch.3.High-pressure?swtroubleshoot?the?rooftop?unit.service?technician?to?correctly?wire?and?orThe?purpose?is?to?as sist?the?installer?andcolor?wire?than?the?high-pressure?switch.b.Low-pressure?switch?shall?use?differentswitches?between?circuits?1?and?2.prevent?the?cross-wiring?of?the?safetypressure?switches.?They ?shall?physicallyfor?the?circuit?1?and?circuit?2?low?and?higha.Units?shall?have?different?sized?connectors2.Low-pressure?switch.High?internal?pressure?differential.1.Compressor?over-temperature,?over -current.B.(23?09?33.23.B)?Safeties:tion?of?control?wiring.?-screw?terminal?connection?board?for?connec5.Unit?shall?include?a?minimum?of?one?8-pinification.-sor.?See?heat?exchanger?section?of?this?sp ec-integrated?gas?controller?(IGC)?microproces4.The?heat?exchanger?shall?be?controlled?by?answitches.control?options,?and?low?and?high?pressuregas?controller,?economizer,?thermostat,?DDCsuch?as:?smok e?detectors,?phase?monitor,connection?points?for?vital?control?functionsboard?to?conveniently?and?safely?provide3.Shall?include?a?central?control?terminal2.Shall?utilize?color-coded?wiring.Transforme r?shall?have?75VA?capability.circuit?breaker?on?the?24-v?transformer?side.age?control?circuit?protected?by?a?resettable-volt-1.Shall?be?complete?with?self-contained?lowA.?(23?09?33.13.A)?General:4.01 (23?09?33.13)?Decentralized,?rooftop?units tem?for?HVAC-Part?4—(23?09?33)?Electric?and?electronic?control?sys ing.-c.include?capability?for?occupancy?schedulheating.stages?of?cooling,?and?2?different ?stages?ofb.have?capability?to?energize?2?differenteat.hW”?and?“G”?when?calling?fora.energize?both?“1.Thermostat?mustA.(23?09?13.23.A.)?Thermostats3.01(23?09?13.23)?Sensors?and?Transmitters Part?3—(23?09?13)?Instrumentation?and?control?generation.requirements?for?flame?spread?and?smoke2.Insulation?and?adhesive?shall?meet?NFPA?90Abe?used.1.Aluminum?foil-faced?fiberglass?insulation?shall B.(23?07?16.13.B.)?Gas?heat?compartment:UL?181,?as?part?of?ASTM?C1071.ated?in?accordance?with?the?“Erosion?Test”?in-method.?Air?stream?surfaces?shall?be?evaluG21,?and?UL?181?or?comparable?testgrowth? and?humidity”?test?in?ASTM?C1338,tant?to?mold?growth?in?accordance?with?“mold-3.Unit?internal?insulation?linings?shall?be?resisgeneration.requirements?for?flame?spread?and?smoke2.Insulation?and?adhes ive?shall?meet?NFPA?90Acoated?on?the?air?side.bonded?with?a?phenolic?binder,?neoprene1-1/2lb.?density,?flexible?fiberglass?insulationwith?a?minimum?1/2-in.?thick,?minimum1.Interior?cabinet?surfaces?s hall?be?insulatedA.(23?07?16.13.A.)?Evaporator?fan?compartment:2.01(23?07?16.13)?Decentralized,?Rooftop?Units:Part?2—(23?07?16)?HVAC?equipment?insulation requirements.1.Schedule?is?per?the?project?sp ecificationA.(23?06?80.13.A.)?Rooftop?unit?(RTU)?schedulement?Schedule-1.01(23?06?80.13)?Decentralized?Unitary?HVAC?Equip HVAC?equipmentPart?1—(23?06?80)?Schedules?for?decentralized?6?to?15?Nominal?T ons Size?range:?HVAC?guide?specifications Gas?heat/electric?cooling?packaged?rooftop specification?directly?into?your?building?spec.tion?Specification?Institute.?Please?feel?free?to?copy?this-written ?in?“Masterformat”?as?published?by?the?ConstrucNote?about?this?specification:?These?specifications?are59 Specifications?subject?to?change?without?notice. 60 Guide?specifications?(cont)ness,?(dry)?0.003?inches?minimum,?gloss?(per-2.Unit?cabinet?exterior?paint?shall?be:?film?thickish?on?all?externally?exposed?surfaces.-coated?with?a?pre-painted?baked?en amel?finnized?steel,?and?shall?be?bonderized?and-1.Unit?cabinet?shall?be?constructed?of?galvaG.(23?81?19.13.G.)?Unit?cabinetmanufacturer.?quency?must?match?those?required?by?the-1.Main?power?supply?v oltage,?phase,?and?freF.(23?81?19.13.F.)?Electrical?Requirementszontal?supply?with?vertical?return.?-vertical?supply?with?horizontal?return?or?hori4.Unit?shall?be?capable?of?field?mixed?operation:mod el?only.models.?Supply?duct?kit?required?for?180?sizeels.?No?special?kit?required?on?089-150-nished?vertical?to?horizontal?airflow?on?all?mod-3.Unit?shall?be?field?convertible?from?factory?fur(–4°C). cooling?at?ambient?temperatures?below?25°Fwinter?start?kit?is?necessary?if?mechanicallyambient?outdoor?temperatures.?Accessorycapable?of?operation?down?to?40°F?(4°C),.Compressor?with?standard?control s?shall?be2t?±?10%?voltage.Standard?340/360?ature,?meeting?maximum?load?criteria?of?AHRI-at?115°F?(46°C)?ambient?outdoor?tempera1.Unit?shall?be?capable?of?starting?and?runningE.(23?81?19.13.E.)?Opera ting?characteristics1.As?specified?in?the?contract.D.(23?81?19.13.D.)?Project?conditionsupright?position.?3.Unit?shall?only?be?stored?or?positioned?in?thepanel?or?spreader?bars.2.Lifted?by?crane?requ ires?either?shipping?topfacturer’s?recommendations.-1.Unit?shall?be?stored?and?handled?per?manuC.(23?81?19.13.C.)?Delivery,?storage,?and?handlingSecurity?Act?of?2007?(EISA?2007).tion?313?of?the?Energ y?Independence?and-12.High?Efficiency?Motors?listed?shall?meet?secD4169?to?ensure?shipping?reliability.11.Unit?shake?tested?to?assurance?level?1,?ASTMinto?the?control?box?up?to?40?mph.of?snow?and?tes ted?to?prevent?snow?intrusion10.Unit?shall?be?constructed?to?prevent?intrusionwithstand?rain.Standard?1995,?ETL?listed?including?tested?to9.Unit?shall?be?designed?in?accordance?with?ULand?must?be?ava ilable?upon?request.data?for?each?unit?will?be?stored?at?the?factory,mated?run?test?on?the?assembly?line.?The-8.Unit?shall?be?subjected?to?a?completely?autoNRCA?Standards.7.Roof?curb?shall?be?designe d?to?conform?to(scribed?specimen).500-hour?salt?spray?exposure?per?ASTM?B1176.Unit?casing?shall?be?capable?of?withstandinggeneration.equirements?for?flame?spread?and?smokerhall?meet?NFPA?90A?s5.Insul ation?and?adhesiveas?a?total?package?for?safety?requirements.listed?and?certified?under?Canadian?standardsdance?with?ANSI?Z21.47?Standards?and?UL--4.Unit?shall?be?UL-tested?and?certified?in?accorASHR AE?15.3.Unit?shall?be?designed?to?conform?toStandards?340/360.2.Unit?shall?be?rated?in?accordance?with?AHRIefficiency?requirements.ASHRAE?90.1-2016?and?IECC?2015?minimum1.Unit?meets?Department?of?Ene rgy?2018B.(23?81?19.13.B.)?Quality?Assuranceance?with?local,?state,?and?federal?codes.-5.Unit?must?be?selected?and?installed?in?complimanufacturer’s?instructions.4.Unit?shall?be?installed?in?accordan ce?with?therefrigerant.R-410A?3.Unit?shall?use?to?field?startup.controls,?and?special?features?required?priorenclosure?shall?be?all?factory?wiring,?piping,cooling?rooftop?unit.?Contained?within?the?u nit2.Factory?assembled,?single-piece?heating?andand?gas?combustion?for?heating?duty.hermetic?scroll?compressor(s)?for?cooling?dutytrolled,?heating?and?cooling?unit?utilizing?a?fully-1.Outdoor,?roofto p?mounted,?electrically?conA.(23?81?19.13.A.)?GeneralConditioners?(RGS089-180)7.01(23?81?19.13)?Small-Capacity?Self-Contained?Air Part?7—(23?81?19)?Self-contained?air?conditioners 13.G.).net?section? of?this?specification?(23?81?19-"no-tool"?removal?as?described?in?the?unit?cabicated,?weather?tight?access?panel?with-3.Filters?shall?be?accessible?through?a?dedisizes?are?not?acceptable.2.Unit?shall ?use?only?one?filter?size.?Multiplemercially?available?sizes.-disposable?2-in.?thick?fiberglass?filters?of?com1.Shall?consist?of?factory-installed,?low?velocity,A.(23?40?13?13.A.)?Standard?filter?sec tion6.01(23?40?13?13)?Decentralized?rooftop?units:Part?6—(23?40?13)?Panel?air?filters ATION-A.(23?09?93.13.A.)?INSERT?SEQUENCE?OF?OPER5.01(23?09?93.13)?Decentralized,?Rooftop?Units:controlsPart?5—(23 ?09?93)?Sequence?of?operations?for?HVAC?509?11?3523?02 Specifications?subject?to?change?without?notice. 509?11?3523?02 Guide?specifications?(cont)gauge?steel?coated?with?a?nominal-20section?type?constructed?of?a?minimum?ofa.Heat?exchanger?shall?be?of?the?tubular-3.Standard?heat?exchanger?constructionin dication?shall?be?made?using?an?LED.on?the?high?temperature?limit?switch.?Faultroll-out?switch?or?4?continuous?short?cyclestection?with?one?short?cycle?on?unit?flame-c.Unit?shall?be?equipped?with?ant i-cycle?proswitch.future?cycling?on?high?temperature?limitmodify?evaporator-fan?operation?to?preventb.IGC?board?shall?contain?algorithms?thatan?LED?(light-emitting?diode).a.IGC?board?shall?notify?use rs?of?fault?usingsor.-integrated?gas?controller?(IGC)?microproces2.The?heat?exchanger?shall?be?controlled?by?anrequired?by?the?manufacturer.rooftop?unit?gas?valve?must?match?thatc.Gas?supply?pressure ?at?the?inlet?to?theystem?and?redundant?main?gas?valve.sb.Shall?incorporate?a?direct-spark?ignitiondesigns?shall?not?be?allowed.design.?Positive?pressure?heat?exchangera.Heat?exchanger?shall?be?an?in duced?draft1.GeneralH.(23?81?19.13.H.)?Gas?heatmended?parts.-replaceable?using?manufacturer?recomf.Collars?shall?be?removable?and?easilyresistant,?molded?composite?collars.able?access?panel?shall?eng age?into?heat-e.Screws?on?the?vertical?portion?of?all?removrecessed?into?the?panel.They?shall?be?permanently?attached,?andd.Handles?shall?be?UV?modified,?composite.grated?flange?for?easy?removal.-blo wer?access?door?shall?have?an?intehave?molded?composite?handles?while?thec.Panels?covering?control?box?and?filter?shallremovable,?tool-less?filter?access?panel.b.Unit?shall?have?one?factory-installed ,for?servicing.a.Cabinet?panels?shall?be?easily?removable10.Component?access?panels?(standard)is?permitted.those?authorized?by?the?manufacturer,3)No?basepan?penetration,?other?thanthru-the-base?elect rical?connections.connection?method?must?be?used?for2)Optional,?factory?approved,?water-tightrequired.required,?field?furnished?couplings?areunit.?When?bottom?connections?areare?available?as?standard ?with?every1)Thru-the-base?provisions?/?connectionsb.Thru-the-base?capability.location.net?at?a?single,?factory-prepared,?knockout-a.All?unit?power?wiring?shall?enter?unit?cabi9.Electrical?connection sis?permitted.those?authorized?by?the?manufacturer,3)No?basepan?penetration,?other?thanrequired.required,?field?furnished?couplings?areunit.?When?bottom?connections?areare?available?as?standard?with? every2)Thru-the-base?provisions?/?connectionsembossed?portion?of?the?unit?basepan.base?gas-line?location?using?a?raised,1)Standard?unit?shall?have?a?thru-the-b.Thru-the-base?capabilitytion?on?side?of ?unit?(horizontal?plane).-hall?enter?the?unit?cabinet?at?a?single?locasas?valvea.All?gas?piping?connecting?to?unit?g8.Gas?connections:120?sizes,?two?piece?on?150?and?180?sizes.Shall?be?a?single?piece ?top?panel?on?089?thru7.Top?panel:turer’s?recommendations.-Connection?shall?be?made?per?manufacnection,?through?the?side?of?the?drain?pan.-c.Shall?use?a?3/4-in.?to?14?NPT?drain?conb.Shall?comply?with ?ASHRAE?Standard?62.made?of?a?non-corrosive?material.a.Shall?be?a?sloped?condensate?drain?pan6.Condensate?pan?and?connections:thickness.d.Base?rail?shall?be?a?minimum?of?16-gaugemoving?the?rooftop?by ?fork?truck.c.Holes?shall?be?provided?in?the?base?rail?foring?and?overhead?rigging.-for?rigging?shackles?to?facilitate?maneuverb.Holes?shall?be?provided?in?the?base?rails2?sides.a.Unit?shall?have?bas e?rails?on?a?minimum?of5.Base?railconnections?standard.?locations?for?thru-the-base?gas?and?electrical4.Base?of?unit?shall?have?a?minimum?of?fourment.-tion?shall?be?used?in?the?gas?heat?compart-air?s ide.?Aluminum?foil-faced?fiberglass?insulafiberglass?insulation,?neoprene?coated?on?theminimum?1/2-in.?thick,?1-lb?density,?flexibleInterior?surfaces?shall?be?insulated?with?a340/360?minimum?exterior ?sweat?criteria.insulation?shall?conform?to?AHRI?Standards3.Evaporator?fan?compartment?interior?cabinetto?2H?Pencil?hardness.ASTM?D523,?60°F?/?16°C):?60,?Hardness:?H61 Specifications?subject?to?chang e?without?notice. 62 Guide?specifications?(cont)distribution?of?two-phase?refrigerant?byorifice?metering?system?shall?prevent?mal-(090,?102,?120,?150,?180)?shall?use?fixeda.Dual?circuit?—?two?stage?cooling?modelscontr ol,?safety,?and?maintenance?features:1.Refrigerant?circuit?shall?include?the?followingJ.(23?81?19.13.J.)?Refrigerant?componentshours?salt?spray?per?ASTM?B117-90.through?testing?to?be?no?less?than?600 0h.Corrosion?durability?shall?be?confirmedtively?(ASTM?D2247-92?and?ASTM?D870--to?minimum?1000?and?250?hours?respecg.Humidity?and?water?immersion?shall?be?up(ASTM?D2794-93).f.Impact?resistance?shall? be?up?to?160?in.-lbsion?of?4B-5B?per?ASTM?D3359-93.-ASTM?D3363-92A?and?cross-hatch?adhee.Superior?harness?characteristics?of?2H?permil?on?all?surface?areas?including?fin?edges.?d.Uniform?dry?film?thi ckness?from?0.8?to?1.2per?ASTM?D523-89.c.Color?shall?be?high?gloss?black?with?glossencapsulation?of?tubes,?fins,?and?headers.b.Coating?process?shall?ensure?complete?coilwithout?material?bridging?betw een?fins.uniformly?applied?to?all?coil?surface?areasa.Shall?have?a?flexible?epoxy?polymer?coatingand?condenser?coils:4.Optional?E-coated?aluminum-fin,?evaporatorbetween?coil?and?pan.minimize?potentia l?for?galvanic?corrosionfrom?contacting?the?sheet?metal?coil?pan?toc.A?polymer?strip?shall?prevent?coil?assemblyacceptable.b.Galvanized?steel?tube?sheets?shall?not?becopper?tube?sheets.mechanically?b onded?to?copper?tubes?anda.Shall?be?constructed?of?copper?finsdenser?coils:-3.Optional?copper-fin?evaporator?and?convanic?action?between?dissimilar?metals.-c.Epoxy-phenolic?barrier?shall?minimize?gal num?fin?and?copper?tube.-create?an?inert?barrier?between?the?alumistock?prior?to?the?fin?stamping?process?tob.Coating?shall?be?applied?to?the?aluminum?fincoastal?environments.to?provide?protection?in ?mildly?corrosivea.Shall?have?a?durable?epoxy-phenolic?coatingcoils:2.Optional?pre-coated?aluminum-fin?condenserpsig.qualified?to?UL?1995?burst?test?at?1980150?psig,?pressure?tested?to?650?psig,?andc .Condenser?coils?shall?be?leak?tested?topsig.qualified?to?UL?1995?burst?test?at?1775150?psig,?pressure?tested?to?450?psig,?andb.Evaporator?coils?shall?be?leak?tested?tobrazed.nally?grooved?copper?tub es?with?all?joints-mechanically?bonded?to?seamless?intershall?have?aluminum?lanced?plate?fins.Standard?evaporator?and?condenser?coilsatandard?aluminum?fin/copper?tube?coils:1.SI.(23?81?19.13.I.)?Coil se.Shall?have?an?automatic?reset?feature.protection.d.Shall?have?inherent?thermal?overloadbearings.c.Shall?have?permanently?lubricated?sealedresistant?finish.b.Shall?be?made?from?steel?with?a?corrosi on-ward-curved?centrifugal?type.-a.Shall?be?a?direct-drive,?single?inlet,?for5.Induced?draft?combustion?motor?and?blowerallows?for?greater?application?flexibility.g.Complete?stainless?steel?heat?exch angerheat?exchanger?tubes?and?vestibule?plate.f.Type?409?stainless?steel?shall?be?used?ingauge?type?409?stainless?steel.-20type,?constructed?of?a?minimum?ofexchanger?shall?be?of?the?tubular-sectione. The?optional?stainless?steel?heatzontal?plane).-at?a?single?location?on?side?of?unit?(horid.All?gas?piping?shall?enter?the?unit?cabinetstructed?of?aluminum-coated?steel.-c.Burners?shall?be?of?the?ins hot?type?conb.Use?a?redundant?main?gas?valve.system.a.Use?energy?saving,?direct-spark?ignitionstruction-4.Optional?stainless?steel?heat?exchanger?coneffectiveness.multiple?dimples?for?increased?heati ngd.Each?heat?exchanger?tube?shall?containconditions.elevation,?depending?on?local?gas?supplyfor?applications?above?2000?ft?(610?m)Additional?accessory?kits?may?be?requiredheat?output?up?to?2000?ft?( 610?m)?elevation.c.Burners?shall?incorporate?orifices?for?ratedstructed?of?aluminum-coated?steel.-b.Burners?shall?be?of?the?inshot?type?concorrosion?resistance.mil?aluminum-silicone?alloy?to?aid?with -1.2 509?11?3523?02 Specifications?subject?to?change?without?notice. 509?11?3523?02 Guide?specifications?(cont)datory?IEER?efficiency?requirement.-to?meet?the?Department?of?Energy?2018?manstandard?on?all?models?with?dual?stage?cooling1.The?2-speed?indoor?fan?motor?sys tem?shall?beaccessoriesN.(23?81?19.13.N.)?Special?features?options?andrties?and?shall?be?dynamically?balanced.e-orrosion-resistant?propspiders?that?have?cb.Shall?have?galvalum?blades?riveted?to?steel a.Shall?be?a?direct-driven?propeller?type?fan.2.Condenser?fans:size?with?rain?shield.120?and?180?models?and?shaft-up?on?150d.Shall?use?a?shaft-down?design?on?089?totection?with?an?automatic?reset?fea ture.-c.Shall?have?inherent?thermal?overload?prob.Shall?use?permanently?lubricated?bearings.a.Shall?be?a?totally?enclosed?motor.1.Condenser?fan?motors:M.(23?81?19.13.M.)?Condenser?and?fan?motorsis?dy namically?balanced.that?aids?with?corrosion?resistance?and?thatd.Shall?be?constructed?from?steel?with?a?finishforward-curved?blades.c.Blower?fan?shall?be?double-inlet?type?withball-bearing?type.b.Sha ll?use?sealed,?permanently?lubricatedmotor?pulley.a.Belt?drive?shall?include?an?adjustable-pitch2.Belt-driven?evaporator?fan:factors?above?that?rating?shall?be?required.ing?for?continuous?duty?operat ion;?no?safety-c.Shall?have?a?maximum?continuous?bhp?ratmal?overload?protection?or?circuit?breaker.-b.Shall?have?inherent?automatic-reset?therings.-a.Shall?have?permanently?lubricated?bear1.Evaporato r?fan?motor:L.(23?81?19.13.L.)?Evaporator?fan?and?motor5.Only?one?size?filter?per?unit?is?allowed.able?sizes.-4.Filters?shall?be?standard,?commercially?availthrow-away?2-in.?thick?fiberglass?filters. 3.Shall?consist?of?factory-installed,?low?velocity,and?installation.slide-out?filter?tray,?facilitating?easy?removal2.Filters?shall?be?held?in?place?by?a?preformed,section?of?this?specification.1.Fil ters?access?is?specified?in?the?unit?cabinetK.(23?81?19.13.K.)?Filter?sectionerant?charge?limits.-equired?by?the?manufacturer?due?to?refrigrange,?unlessfor?normal?operating?rh.Crankcase?heaters?shall ?not?be?requiredpressure?differential?protection.break?thermal,?current?overload?and?highg.Compressor?motors?shall?have?internal?linef.Compressor?shall?be?factory-mounted?ondevice.ditions?by?an?inter nal,?motor?overload-over-temperature?and?over-amperage?cone.Compressors?shall?be?protected?from?antions.-from?high?discharge?temperature?condid.Compressors?shall?be?internally?protectedwindings.refri gerant?gas?passing?through?motorc.Compressor?motors?shall?be?cooled?bycompressor.?stage?cooling?shall?contain?one?dual?stage100,?and?119?with?single?circuit?and?twocompressors?(one?per?circuit),?mode ls?089,refrigerant?circuit?shall?contain?two?scrollb.Models?090,?102,?120,?150,?180?with?dualcircuit.pressor?for?each?independent?refrigeration-a.Unit?shall?use?fully?hermetic,?scroll?com4.Compressor sresistant,?composite?material.-UVd.The?plug?shall?be?made?of?a?leak?proof,compressor?access?panel?on.readings?by?enabling?the?reading?with?therect?and?accurate?condenser?pressure-c.This?gauge?access ?port?shall?facilitate?corsonnel?to?route?their?pressure?gauge?lines.-access?port?shall?enable?maintenance?perb.When?the?plug?is?removed,?the?gaugereplace.a.The?plug?shall?be?easy?to?remove?andremova ble?plug.skin?of?the?rooftop,?covered?by?a?black,3.There?shall?be?gauge?line?access?port?in?theunit.designed?access?port?in?the?top?panel?of?the2.Pressure?gauge?access?through?a?speciallyd.Service?ga uge?connections?on?suction?andc.Refrigerant?filter?drier?-?Solid?core?design.gle?circuit?design.-in?optimum?latent?heat?removal?from?a?sinfice?and?one?TXV?metering?device?to?assist-089,?100,?and?119? shall?use?one?fixed?orib.Single?circuit?—?two?stage?cooling?modelsbe?optimized?to?the?coil?circuit?it?serves.each?refrigeration?circuit.?Each?orifice?is?toincluding?multiple?fixed?orifice?devices?in6 3 Specifications?subject?to?change?without?notice. 64 Guide?specifications?(cont)for?full?occupancy.period?and?provide?design?ventilation?rateairflow?into?the?building?during?occupiedn.The?economizer?shall?maintain?minimumwith?a?range?of?0%?to?100%.e xhaust?unit?function.?Factory?set?at?100%,ide?control?of?an?accessory?powerv-conomizer?controller?shall?also?prom.The?eaccessories.tional?sensor?options?shall?be?available?as-from?40°F?to?100°F?(4°C? to?38°C.)?Addipoint?shall?be?adjustable?and?shall?range-economizers?only.?Outdoor?air?sensor?setsensor?is?also?available?for?factory-installedshall?be?provided?as?standard.?Enthalpyl.Dry?bulb?outdoor ?air?temperature?sensorreturn?built?into?motor.during?loss-of-power?situations?with?springk.Shall?be?designed?to?close?damper(s)requirements.ASHRAE?90.1-2016?and?IECC-2015return?air?and?contain?seals ?that?meetdamper?capable?of?relieving?up?to?100%j.Shall?be?equipped?with?a?barometric?relief100%?outdoor?air.i.Shall?be?capable?of?introducing?up?toEnthalpy.6)Utilize?digital?sensors:?Dry?bulb?andspe ed?indoor?fan?systems.5)Capabilities?for?use?with?multiple-4)Automatic?sensor?detection.identification.3)Sensor?failure?loss?of?communicationproperly,?per?California?Title?24.when?the?economizer?is?n ot?operatingnostics?(FDD)?that?senses?and?alerts-2)On-board?Fault?Detection?and?Diagconfiguration?and?troubleshooting.1)2-line?LCD?interface?screen?for?setup,provides:?models?shall?be?the?Honeywell?W 7220?that?X®h.Economizer?controller?on?EconoMi$eris?closed.DCV?mode,?when?exhaust?fan?contactcooling?is?available,?when?module?is?in3)Contain?LED?indicates?for:?when?freetrol?sensing.-enthalpy?or?dry ?bulb?changeover?con2)Functions?with?solid?state?analogwith?compressor?staging?relay.?mum?damper?position?potentiometers-1)Combined?minimum?and?DCV?maxivides:-models?shall?be?Honeywell?W7212?that?pro g.Economizer?controller?on?EconoMi$er?IV1?in.?wg?pressure?differential.with?dampers?not?to?exceed?2%?leakage?atf.Low?leak?rate?models?shall?be?equippedeturn?air?for?positive?air?stream?control.rnd?th efor?both?the?outdoor?ventilation?air?ae.Shall?be?equipped?with?gear?driven?damperssetpoints.temperature?and/or?humidity?are?belowprovide?free?cooling?with?outdoor?air?whend.Shall?include?all?hardwar e?and?controls?toacceptable.blades?on?intake?or?return?shall?not?bewith?composite?gears.?Plastic?or?compositec.Damper?blades?shall?be?galvanized?steelconfiguration?shall?be?available.b.Independent?mo dules?for?horizontal?returnoperation.neous?economizer?and?compressor-ing?blade?design?type?capable?of?simulta-a.Integrated,?gear?driven?opposing?modulatlow?and?ultra?low?leak?rate?models:?IV?and?Econ oMi$er?X®3.Integrated?EconoMi$ermal?coated.-i.All?printed?circuit?boards?shall?be?confortion?and?improved?power?factor.-h.5%?swinging?chokes?for?harmonic?reducg.Electronic?thermal?overload?protection .f.RS485?capability?standard.cial?setup?applications.-available?for?further?diagnostics?and?speLED?indicator.?Field?accessory?Display?Kite.Self-diagnostics?with?fault?and?power?codequiet?motor?operat ion.modulated?(PWM)?waveform,?allowing?forused?to?produce?the?output?pulse?widthd.Insulated?gate?bi-polar?transistors?(IGBT)(EMI)?frequency?protection.c.Shall?contain?Electromagnetic?Interferencemoun ted,?wired?and?tested.b.Shall?be?installed?inside?the?unit?cabinet,sale,?whichever?occurs?first.commissioning?or?18?months?from?date?ofABB,?for?a?12-month?warranty?from?date?ofa.Factory-supplied?VFDs ?qualify,?through2.Variable?frequency?drive?(VFD):ground.shaft?voltages?and?bearing?currents?todamage?by?safely?diverting?harmfulring?to?prevent?electrical?bearing?fluting4)Shall?contain?motor?shaft? grounding2-speed?control.3)Shall?be?Variable?Frequency?duty?andno?safety?factors?above?that?rating.rating?for?continuous?duty?operation;2)Shall?have?a?maximum?continuous?bhpbearings.1)Shall?have?perm anently?lubricateda.Evaporator?fan?motor:single?circuit?-?two?stage?cooling:Not?available?on?models?-?089,?100,?119?with 509?11?3523?02 Specifications?subject?to?change?without?notice. 509?11?3523?02 Guide?specifications?(cont)travel?from?25%?to?100%?(full?open).b.Damper?shall?include?adjustable?damperpoint.-position?to?the?field?adjustable?%-open?setDamper?travel?shall?be?from?the ?full?closeda.Damper?shall?be?a?2-position?damper.5.Two-Position?Motorized?Damper:mode,?or?the?exhaust?fan?contact?is?closed.tions?when?in?free?cooling?mode,?in?the?DCV-Economizer?controller?shall?pr ovide?indica.rrods?shall?be?acceptable.mizer?gear.?No?linkage?arms?or?control-q.Actuator?shall?be?direct?coupled?to?econoand?closes?at?50°F?(10°C).32°F?(0°C).?Others?shall?open?at?35°F?(2°C)43°C?to?2 7°C),?set?at?a?factory?default?of-(W7220?is?adjustable?from?-45°F?to?80°Fp.Compressor?lockout?temperature?ontion?based?on?the?sensor?input.-the?outdoor?air?damper?to?provide?ventilatrol.?In?this?mode ,?dampers?shall?modulate-sensor?input?for?IAQ/DCV?con?2 Vdc?COo.Economizer?controller?shall?accept?a?2-10the?unit?is?in?the?unoccupied?mode.n.Dampers?shall?be?completely?closed?whenfor?full?occupancy .period?and?provide?design?ventilation?rateairflow?into?the?building?during?occupiedm.The?economizer?shall?maintain?minimumwith?a?range?of?0%?to?100%.exhaust?unit?function.?Factory?set?at?100%,vide?c ontrol?of?an?accessory?power-l.The?economizer?controller?shall?also?proaccessories.tional?sensor?options?shall?be?available?as-from?40°F?to?100°F?(4°C?to?38°C).?Addipoint?shall?be?adjustable?and?shal l?range-economizers?only.?Outdoor?air?sensor?setsensor?is?also?available?for?factory-installedshall?be?provided?as?standard.?Enthalpyk.Dry?bulb?outdoor?air?temperature?sensorreturn?built?into?motor.d uring?loss-of-power?situations?with?springj.Shall?be?designed?to?close?damper(s)ASHRAE?90.1-2016?requirements.return?air?and?contain?seals?that?meetdamper?capable?of?relieving?up?to?100%i.Shall?be?eq uipped?with?a?barometric?relief100%?outdoor?air.h.Shall?be?capable?of?introducing?up?toEnthalpy.6)Utilize?digital?sensors:?Dry?bulb?andspeed?indoor?fan?systems.?5)Capabilities?for?use?with?multiple-4 )Automatic?sensor?detection.3)Sensor?failure?loss?of?communicationdamper?test?standards?and?labeling.ets?AMCA?Class?1A?economizeremproperly,?per?California?Title?24.?Alsowhen?the?economizer?is?not?op eratingnostics?(FDD)?that?senses?and?alerts-2)On-board?Fault?Detection?and?Diagconfiguration?and?troubleshooting.1)2-line?LCD?interface?screen?for?setup,provides:?models?shall?be?the?Honeywell?W7220? thatg.Economizer?controller?on?EconoMi$er?Xstandards?and?labeling.AMCA?Class?1A?economizer?damper?testft.?on?the?return?dampers.?Also?meetsthe?outside?air?dampers?and?10?cfm?per?sq.2016?requirements? of?4?cfm?per?sq.?ft.?onTitle?24?section?140.4?and?ASHRAE?90.1-f.Ultra?Low?Leak?design?meets?Californiareturn?air?for?positive?air?stream?control.for?both?the?outdoor?ventilation?air?and?thee.Shall?be ?equipped?with?gear?driven?damperssetpoints.temperature?and/or?humidity?are?belowprovide?free?cooling?with?outdoor?air?whend.Shall?include?all?hardware?and?controls?toacceptable.blades?on?intake?or?r eturn?shall?not?bewith?composite?gears.?Plastic?or?compositec.Damper?blades?shall?be?galvanized?steelfactory-installed?option.return?modules?shall?be?available?as?aconfiguration?shall?be?available.?V erticalb.Independent?modules?for?horizontal?returnous?economizer?and?compressor?operation.-ing?blade?design?type?capable?of?simultane-a.Integrated,?gear?driven?opposing?modulatmodels.4.Integrated?Eco noMi$er?X?Ultra?Low?Leak?rateclosed.DCV?mode,?or?the?exhaust?fan?contact?istions?when?in?free?cooling?mode,?in?the-s.Economizer?controller?shall?provide?indicarods?shall?be?acceptable.mizer?gear.?No? linkage?arms?or?control-r.Actuator?shall?be?direct?coupled?to?econoand?closes?at?50°F?(10°C).32°F?(0°C).?Others?shall?open?at?35°F?(2°C)43°C?to?27°C),?set?at?a?factory?default?of-(W7220?is?adjustable ?from?-45°F?to?80°Fq.Compressor?lockout?temperature?ontion?based?on?the?sensor?input.-the?outdoor?air?damper?to?provide?ventilatrol.?In?this?mode,?dampers?shall?modulate-sensor?input?for?IAQ/DCV?con? 2 Vdc?COp.Economizer?controller?shall?accept?a?2-10the?unit?is?in?the?unoccupied?mode.o.Dampers?shall?be?completely?closed?when65 Specifications?subject?to?change?without?notice. 66 Guide?specifications?(cont)disconnect?by?installing?contractor,?as2)Outlet?shall?be?powered?from?line?side?ofpower?to?the?rooftop?unit.1)Outlet?shall?be?powered?from?main?linea.Powered?convenience ?outlet.14.Convenience?outlet:field-installed?devices.factory.?Does?not?accommodatee.Sized?only?for?the?unit?as?ordered?from?thecapability.d.Shall?provide?local?shutdown?and?lockoutc.Shall?be?accessi ble?from?outside?the?unit.unit?power?shutoff.approved?non-fused?switch?shall?provideb.National?Electric?Code?(NEC)?and?ULmounted.a.Switch?shall?be?factory-installed,?internallyless):(available?on?uni ts?with?MOCPs?of?80?amps?or13.Unit-mounted,?non-fused?disconnect?switchb.Shall?be?louvered?style?design.a.Shall?protect?against?damage?from?hail.Field-installed?on?all?3-Phase?models)(factory-install ed?on?3-Phase?models?only.12.Condenser?coil?hail?guard?assemblyhot?sides?of?the?gas?flue?hood.a.Flue?shield?shall?provide?protection?from?the11.Flue?shield?(089-150?sized?only)application?above?2000? ft?(610m)?elevation.b.Additional?accessory?kits?may?be?required?forup?to?2000?ft?(610m)?elevationnatural?gas?unit?for?use?with?liquefied?propaneware?and?instructions?to?convert?a?standard-a.Package?s hall?contain?all?the?necessary?hard10.Propane?conversion?kitent?temperatures?down?to?–20°F?(–29°C).-(32°C)?and?110°F?(43°C)?at?outdoor?ambicondensing?temperature?between?90°Fdenser-coil?temperature?s ensor?to?maintain-b.Shall?consist?of?solid-state?control?and?concondenser-fan?cycling?and?wind?baffles.by?condenser-fan?speed?modulation?ora.Controller?shall?control?coil?head?pressure)®(Motormaster9 .Head?pressure?control?package?3)Includes?head?pressure?controller.in?the?space?is?not?satisfied.ing?air?temperature?when?only?humidity-the?system,?resulting?in?a?neutral?leavo?create?a?two-phase?hea t?transfer?intondenser?coilrefrigerant?leaving?the?cof?the?compressor?with?the?hot?liquidtion?of?the?hot?gas?from?the?discharge-2)Hot?gas?reheat?mode?shall?mix?a?porsatisfied.and?humidity?in?the?spac e?are?notcondenser?coil?when?both?temperaturehot?liquid?refrigerant?leaving?the1)Subcooling?mode?further?sub?cools?thecooling?mode:operations?in?addition?to?its?normal?designspace?by?two?modes?of?deh umidificationvide?greater?dehumidification?of?the?occupied-tube?plate?fin)?condenser?coils,?and?shall?pro102/120/150/180?models?with?RTPF?(roundtem?shall?be?factory-installed?in?RGS090/-?dehumidifica tion?sysHot?Gas?Re-Heata.The?8.Hot?Gas?Re-Heat?dehumidification?system50%?outdoor?air?for?year?round?ventilation.which?can?be?preset?to?admit?up?to?25%?ordamper,?air?inlet?screen,?and?rain?hooda.Manu al?damper?package?shall?consist?of7.Manual?damperwater?entrainment?filter.h.Outside?air?hood?shall?include?aluminumwiring?shall?be?required.rooftop?unit's?wiring?harness?plug.?No?hardg.The?damper?act uator?shall?plug?into?thetor)?fan?shutoff?and/or?loss?of?power.-f.Damper?shall?close?upon?indoor?(evaporafor?applicable?rooftop?units.e.Damper?will?admit?up?to?100%?outdoor?airbe?acceptable.gear.?No? linkage?arms?or?control?rods?shalld.Actuator?shall?be?direct?coupled?to?dampergear?driven?dampers?and?actuator?motor.c.Damper?shall?include?single?or?dual?blade,travel?from?25%?to?100%?(full?open).b. Damper?shall?include?adjustable?damperclosed?for?the?off?mode.indoor?fan?motor?operation.?The?last?fullyalign?with?the?full?stage?operation?of?theindoor?fan?motor?operation,?the?second?topoint.?One?s etting?to?align?the?first?stage?of-position?to?the?field?adjustable?%-open?setDamper?travel?shall?be?from?the?full?closeda.Damper?shall?be?a?3-position?damper.6.Three-Position?Motorized?Damper:water? entrainment?filter.h.Outside?air?hood?shall?include?aluminumwiring?shall?be?required.rooftop?unit’s?wiring?harness?plug.?No?hardg.The?damper?actuator?shall?plug?into?thetor)?fan?shutoff?and/or?loss?o f?power.-f.Damper?shall?close?upon?indoor?(evaporafor?applicable?rooftop?units.e.Damper?will?admit?up?to?100%?outdoor?airbe?acceptable.gear.?No?linkage?arms?or?control?rods?shalld.Actuator?shall?be?d irect?coupled?to?dampergear?driven?dampers?and?actuator?motor.c.Damper?shall?include?single?or?dual?blade,509?11?3523?02 Specifications?subject?to?change?without?notice. 509?11?3523?02 Guide?specifications?(cont)enthalpy?control.enthalpy?sensor?to?provide?differentialused?in?conjunction?with?an?outdoor?aira.The?return?air?enthalpy?sensor?shall?be22.Return?air?enthalp y?sensor:suitable?for?free?cooling.allows?the?unit?to?determine?if?outside?air?isdifferential?enthalpy?control.?The?sensorenthalpy?sensor,?the?unit?will?provideWhen?used?in?conjunction?with?a?return? airused?to?provide?single?enthalpy?control.a.The?outdoor?air?enthalpy?sensor?shall?be21.Outdoor?air?enthalpy?sensor:2134?m)?elevation?with?liquefied?propane.with?natural?gas?from?0?to?7,000?ft?(90?to 2,000?to?7,000?ft?(610?to?2134?m)?elevationstandard?natural?gas?unit?to?operate?fromhardware?and?instructions?to?convert?aa.Package?shall?contain?all?the?necessary20.High?altitude?gas?conversion?kit: the?curb.ductwork?to?curb?prior?to?mounting?unit?onc.Permits?installation?and?securing?ofentire?unit?weight.strip?and?shall?be?capable?of?supportingb.Formed?galvanized?steel?with?wood?nailerout?suppl y?air?contamination.?-energy?recovery?from?the?exhaust?air?withbility?providing?separate?air?streams?for-a.Full?perimeter?roof?curb?with?exhaust?capa19.Roof?curbs?(vertical):on?the?economizer?control .100%?adjustable?setpoint-open?past?the?0fans?shall?be?energized?when?damperseconomizer?controller?operation.?Exhaustd.Power?exhaust?shall?be?controlled?byunted?in?return?ductwork.omc.Horizontal?powe r?exhaust?shall?beconfigurations?shall?be?available.b.Independent?modules?for?horizontal?returntion?with?an?integrated?economizer.-a.Power?exhaust?shall?be?used?in?conjunc18.Propeller?power?exhaust:u nit.duct?supply?configuration.?One?required?perstandard?vertical?duct?supply?to?horizontala.Required?when?field?converting?the?factory17.Supply?duct?cover:?(180?size?only.)unit.b.Minimum?of?four?conn ection?locations?perthe?unit?through?the?unit?basepan.and?electrical?connections?to?be?brought?toa.Kits?shall?provide?connectors?to?permit?gas16.Thru-?the-base?connectors:(NFG)?code.draft”?device?by? the?National?Fuel?and?Gasb.Deflector?shall?be?defined?as?a?“naturalexhaust?vertically?instead?of?horizontally.a.Flue?discharge?deflector?shall?direct?unit15.Flue?discharge?deflector:“Wet?in?Use”?cove r.6)Outlet?shall?include?a?field-installedthe?unit.5)Outlet?shall?be?accessible?from?outsidelocation.relocate?the?outlet?to?a?more?convenientsurface?as?well?as?the?capability?tothe?GFCI?outlet?from?t he?finished?roofcompliance?for?height?requirements?oflation?method?which?allows?code-tacles.?This?kit?provides?a?flexible?instal-4)Outlet?shall?include?20?amp?GFI?recepble?115-v?female?receptacle.-in ternally?mounted?with?easily?accessi3)Outlet?shall?be?factory-installed?and2)A?transformer?shall?not?be?included.rate?115-120v?power?source.-1)Outlet?shall?be?powered?from?a?sepaoutlet.c.Field-Instal led?Non-powered?convenience“Wet?in?Use"?cover.6)Outlet?shall?include?a?field-installedthe?unit.5)Outlet?shall?be?accessible?from?outsidetion.-tacles?with?independent?fuse?protec-4)Outlet?shall?includ e?15?amp?GFI?recepble?115-v?female?receptacle.-internally?mounted?with?easily?accessi3)Outlet?shall?be?factory-installed?and2)A?transformer?shall?not?be?included.rate?115/120v?power?source.-1)Outlet? shall?be?powered?from?a?sepanience?outlet.-b.Factory-installed?non-powered?conve“Wet?in?Use"?cover.7)Outlet?shall?include?a?field-installedthe?unit.6)Outlet?shall?be?accessible?from?outsidetory-insta lled?step-down?transformer.-nience?outlet?shall?be?provided?by?a?fac-5)Voltage?required?to?operate?convecles?with?independent?fuse?protection.-4)Outlet?shall?include?15?amp?GFI?recepta115-v?female?re ceptacle.?nally?mounted?with?easily?accessible-3)Outlet?shall?be?factory-installed?and?interand?rated?for?additional?outlet?amperage.electrical?ratings?shall?be?ETL?certifiedfrom?load?side?of?disconn ect,?unitrequired?by?code.?If?outlet?is?powered67 Specifications?subject?to?change?without?notice. Manufacturer?reserves?the?right?to?discontinue,?or?change?at?any?time,?specifications?or?designs?without?notice?and?without?incurring?obligations.Guide?specifications?(cont)still?allows?fans?to?run?f or?Economizer.when?condensate?plug?is?detected,?but3)Disables?the?compressor(s)?operationconstant?water?contact?before?tripping).in?pan?(sensor?needs?10?seconds?ofnuisance?trips?from?splashing?or?wav es2)10?second?delay?to?break?—?eliminatessor?disconnected).-pressors?disabled),?blinking?red?(sen-10?seconds?on?water?contact?-?com1)Indicator?light?—?solid?red?(more?thanoverflow?conditions?occur.?I t?includes:shuts?down?compression?operation?whenthe?condensate?level?in?the?drain?pan?anda.This?sensor?and?related?controller?monitors31.Condensate?overflow?switch:fan?motor?system?controller?as?need ed.in?the?unit?or?used?on?any?2-speed?indoorc.Display?Kit?can?be?permanently?installednication?cable.-b.Kit?contains?display?module?and?commusetup?capabilities?and?diagnostics.controller?programs?to? provide?speciala.Kit?allows?the?ability?to?access?the?VFD30.Display?kit?for?variable?frequency?drivebox,?and?fan?motor.b.Shall?be?on?major?panels?of:?filter,?controlers.-access?doors?with?vinyl?coate d?door?retaina.Shall?provide?easy?access?through?hinged29.Hinged?access?panelsand?other?fasteners.occur?to?coils?when?mounting?with?screwsBracket?assures?that?no?damage?willdisconnect?of?greater?than ?100?amps.ing?a?unit?mounted?fused?and?non-fused-mounting?bracket?for?applications?requira.Provides?a?pre-engineered?and?sized28.Disconnect?switch?bracket?(180?size?only)pressor.-b.One?device?shall?b e?required?per?comdown?for?any?reason.-before?restarting?a?compressor?after?shutproviding?a?5-minute?delay?(±2?minutes)a.Shall?prevent?compressor?short-cycling?by27.Time?guardambient?of?40°F?(4°C).ec onomizer?when?below?an?outdoor.Shall?not?be?required?to?operate?on?ancing?is?required?down?to?25°F?(–4°C).-b.Shall?be?required?when?mechanical?coollow?pressure?switch.a.Shall?contain?a?bypass?device? around?the26.Winter?start?kit3)Shall?have?a?clear?colored?lens.(51mm)?x?4-in.?(102?mm).North?American?1-gang?box,?2-in.2)Requires?field-supplied?electrical?box,strobe?accessory.VA?(AC)?or?3.0?VA?(DC) ?per?horn/plied?24-v?transformer?suitable?for?4.2-1)Requires?installation?of?a?field-supinstalled?accessory?smoke?detectors.for?use?with?factory-installed?option?or?field-a.Provides?an?audible/visual ?signaling?device25.Horn/Strobe?Annunciatorshutdown?applications.smoke?detectors?for?multiple?fan5)Can?be?wired?to?up?to?14?other?ductindividual?detector?modules.4)Capable?of?direct?connection?to?two station.Trouble?LED?on?a?remote?test/resetrelay?to?control?the?operation?of?the3)One?Form-C?supervision?(trouble)equipment.interface?with?rooftop?unit?or?other2)Two?Form-C?auxiliary?alarm?relays?forc ontrol?panel.initiating?device?circuit?on?a?fire?alarmation?contacts?for?connection?to?an-1)One?set?of?normally?open?alarm?initif.Controller?shall?include:for?testing?and?resetting?the?detector.e.Sha ll?have?a?recessed?momentary?switchaccess.d.Shall?have?tool-less?connection?terminalsensor?switches.c.Shall?use?magnet-activated?test/resetble,?and?drift-free?sensitivity.-with?differential?sensing?f or?reliable,?stab.Shall?be?environmentally?compensatedtor.-a.Shall?be?a?four-wire?controller?and?detec24.Smoke?detectors?(factory-installed?only):adjustment?capability.LED?display.?The?setpoint?shall ?havemount,?wall?mount,?or?wall?mount?withb.The?IAQ?sensor?shall?be?available?in?ducttion?indoor?air?quality?(IAQ)?control.-a.Shall?be?able?to?provide?demand?ventila)?sensor:2 23.Indoor?air?quality?( CO www.GoHeil.comLewisburg,?Tennessee?37091?USA©?2021?Carrier Replaces:?509?11?3523?01Form509?11?3523?02Pg?68 - ^„G 1. 1. �•i� =•s-Y ='ks.~'�.. _.�:€":: =t _.tom• ;- T 'T J •1• �^ `'•�,y�, •:T�•a. 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RIDGE STREET V I LLAG 1H OF 'Y E BROOK 572 WHITE NORTHLAINS BROADWAY 10603 BUILDING DEPARTMENT TEL 914 289 0011 RYE BROOK, NEW YORK FAX 914 289 0022 GENERAL CONDITIONS GENERAL NOTES ABBREVIATIONS /SYMBOLS PROJECT TEAM D_ RAWING LIST �-�'�y w A. FIELD CONDITIONS 1 NOTHING CONTAINED IN THESE CONSTRUCTION DOCUMENTS OR 114 ANY ACCOMPANYING DOCUMENTS SHALL CREATE OWNER �{G� �"! � ANY CONTRACTUAL RELATIONSHIP BETWEEN THE CON R,TRACTO AND THE ARCHITECT h4ATL MATERIAL i CONTRACTOR SHALL VERIFY ALL CONDITIONS AS WELL AS ALL DIMENSIONS AND CONDITIONS INDICATED IN THE _ B J = BUTT JOINT WIN PROPERTIES SOLELY TA A CONVENIENCE A THE LANDLORD THE ARCHITECT INCLUDED DOCUMENTS PREPARED BY THE LANDLORD MID. MIRROR OR MIRRORED DRAWINGS PRIOR TO ACTUAL CONSTRUCTION ANY VARIATION FROM CONDITIONS INDICATED IN THE DRAWINGS SHALL CONSULTAIJTS OR INCORPORATED THE RECOMIv1ElJDATIONJS OF THESE CONSULTAIJTS IIJ DOCUMENTS PREPARED B C H CEILING HE GHT tJ T S NOT TO SCALE 10 RYE RIDGE PLAZA SUITE 200 c Y CLG CEILING l� T BE BROUGHT TO THE ATTENTION OF THE ARCHITECT AND OWNERS REPRESENTATIVE PRIOR TO COMMENCING WORK - n�# ['/ti �� THE ARCHITECT WITHIN THE SET OF CONSTRUCTION DOCUMENTS ISSUED BY THE ARCHITECT BEING EXPRESSLY CONST = CONSTRUCTION O C ON CENTER RYE BROOK,NY 10573 S. COORDINATION OF WORK UNDERSTOOD THAT THE ARCHITECT ASSUMES NO LIABILITY FOR THE SERVICES OF THE CONSULTANTS NOT UNDER, PROVIDE ' FURNISH E INSTALL PHONE (914)468-7300 .. ``, O i CONTRACT TO THE ARCHITECT CONTR = CONTRACTOR • C T CERAMIC TILE REF = REFRIGERATOR CONTACT DAVE ENGLISH 1 , ALL No AND ABBREVIATIONS USED ON THESE DRAWINGS ARE CONSIDERED CONSTRUCTION)STANDARDS IF THE THE CHARACTER AND SCOPE OF THE WORK ARE ILLUSTRATED BY THE WORKIIJG DRAWINGS CONTRACTOR SHALL � RUG ROLL UP GRILLE CONTRACTOR HAS OUESTIONS REGARDING THE SAME.NOTIFY THE ARCH TECT FOR CLARIFICATION D C.L DESIGN CONTROI.LINE SAT SUSPENDED ACOUSTIC T E CAREFULLY ExAIv111JE ALL THE DRAWINGS AND BE RESPONSIBLE FOR THE PROPER INSTALLATION OF HIS WORM,AND EA = EACH �... PROPER CONSIDERATION FOR THE WORK.OF OTHERS AND EXISTING SHOPPING CENTER CONSTRUCTION DO NOT P-ACE 4 SHOULD IT APPEAR THAT THE PROPOSED WORK IS NOT CLEARLY CALLED OUT OR SUFFICIENTLY DETAILED OR FIN = FINISH OR FINISHED SC WD = SOLID CORE WOOD DOOR DUCTS PIPING CONDUIT OR ANY OBSTRUCTION SO AS TO IMPAIR REOUIRED CEILING HEIGHTS AND CLEARANCE FOR EXPLAINED THE CONTRACTOR SHALL SUBMIT A WRITTEN-REOUEST FOR INFORMATION"DIRECTLY TO THE LANDLORD F R = FIRE RA-ED OR ZF.TARDANT SS = SEE SPECIFICATIONS ARCHITECT LIGHTING FIXTURES ETC CONTRACTOR SHALL BE RESPONSIBLE FOR THE PROTECTION OF EXISTING ADJACENT AND ARCHITECT IF THE CONTRACTOR HAS(IN HIS OPINION)A BETTER CONSTRUCTION TECHNIOUE THE CONTRACTOR FRP = FIBERGLASS REINFORCED PANELS STD = STANDARD TENANTISI AND SHOPPING CENTER.FACILITIES SHALL APPLY TO THE LANDLORD FOR CLARIFICATION OF THE ABOVE 11•1 NO MANNER SHALL ANY WORK PROCEED INJ GC = GENERAL CONTRACTOR TEN = TENANT JEFFREY TAYLOR ARCHITECT C. BUILDING CODES AND REGULATIONS UNCERTAINLY ALL CLARIFICATIONS APPROVALS AND INSTRUCTIONS SHALL BE ISSUED TO THE CONTRACTOR GYP BD = GYPSUM WALLBOPRD T G C = TENANT GENERAL CONTRACTOR 572 NORTH BROADWAY DWG# LIST OF DRAWINGS THROUGH THE LANDLORD CONTRACTOR'S SUB-CONTRACTOR SHALL NOT CONTACT THE ARCHITECT OR ENGINEER OF GWB = GYPSUM WALLBOAPD T;O = TOP OF WHITE PLAINS,NY 10603 RECORD DIRECTLY HM = HOLLOW METAL U N O = UNLESS NOTED OTHERWISE PHONE 914 e ALL WORM SHALL CONFORM TO ALL CODES AND REGULATIONS CONTRACTOR SHALL FILE.PAY FOR AND OBTAIN ALL V C T VItJYL COtv1POSITIOIJ TILE ( )289-0011 c. ^^c�5;,;.; REQUIRED PERMITS TO PERFORM THE WORK CONTRACTOR SHALL OBTAIN ALL REOUIRED APPROVALS FROM 5 THE CONTRACTOR SHALL COORDINATE WITH THE LANDLORD REPRESENTATIVE FOR STAGING REQUIREMENTS THIS L L LANDLORD OR LEASE LINE VIF VERIFY IN FIELD GOVERNMENTAL AGENCIES INVOLVED PRIOR TO FINAL PAYMENT APPROVALS TO OCCUPY THE SPACE BY LOCAL 114CLUDES BUT IS NOT LIMITED TO PARKING DELIVERIES STORAGE AND REMOVAL OF MATERIALS W WITH CONTACT JEFFREY TAYLOR ,5:: I Fr„;;:, V�BUILDING OFFIC ALS SHALL BE OBTAINED 6 THE CONTRACTOR SHALL FURNISH ALL LABOR MATERIALS EOUIPMENTS ETC REOUIRED TO COMPLETE THE I^ D. INSURANCE CONSTRUCTION OR INSTALLATION]OF ALL ITEMS REOUIRED FOR A COMPLETE INSTALLATION UNLESS DESIGNATED 141 C SYMBOLS THE ARCHITECT CONTRACTOR SHALL PAY FOR ALL REOUIRED PERMITS FEES AND LICENSES REOUIRED FOR STARTING STRUCTURAL ENGINEERS O I CONTRACTOR SHALL SECURE PAY FOR AND MAINTAIN DURING CONSTRUCTION FIXTURING WORK WITHIN LEASED AND COMPLETING ALL REQUIRED WORK OWrJEP.SHALL REIMBURSE ALL COSTS TO REQUIRED PARTIES FOR ALL PERMIT 1 MICUCCI ENGINEERING,P.0 PREMISES ALL OF THE IPJSURA14CE POLICIES REOUIRED A140 IN THE AMOUNTS AS SET FORTH HEREIN CONTRACTOR FEE'S O O 265 SOUTH LITTLE TOR ROAD(SUITE 2071 ='=�'=I=-_'^' �'=°I-�'• SHALL NOT COMMENCE ANY WORK UNTIL ALL REQUIRED INSURANCER.HAS BEEN OBTAINED AND CERTIFICATES OF SUCH 8 THE CONTRACTOR SHALL ARRANGE AND PROVIDE FOP.ALL INSPECTIONS REQUIRED BY THE GOVERNING AGENCIES INSURANCE HAVE BEEN DELIVERED TO THE LANDLORD AND TENANT LANDLORD MUST BE NAMED AS-ADDITIONAL 9 ALL WORK SHALL CONFORM WITH ALL APPLICABLE FEDERAL STATE AND LOCAL CODES AND ORDINANCES NEW YORK,NY 10956 INSURED PHONE (845)623-9100 -INSURED CERTIFICATES OF INSURANCE SHALL COVER ALL WORK PERFORMED 6Y HIM AND EACH OF HIS WTHE CONTRACTOR SHALL CONFORM IN ALL ASPECTS TO THE HEALTH AND SAFETY PROVISIONS OF OSHA I SUBCONTRACTORS AND ALL MAJOR SUPPLIERS I d_ 11 THE CONTRACTOR SHALL PROVIDE INSTALL AND MAINTAIN FOR THE DURATION)OF THE WORK AS RECURRED ALL 2 GENERAL CONTRACTOR'S AND SUBCONTRACTORS'REQUIRED MIfJ CONTACT EDWARD WILKOWSKIIrAUM COVERAGE AND LIMITS OF LIABILITY LAWFUL OR NECESSARY BARRICADES FENCES A1JD RAILINGS FURNISH TEMPORARY LIGHTS WARNINGS SIGNS AND - SIGNALS AND TAKE ALL OTHER.PRECAUTIONS AS MAY BE RECURRED TO SAFEGUARD PERS014S THE SITE AND ^ a1 WORKMEN'S COMPENSATION INSURANCE-IN ACCORDANCE WITH THE GOVERNING LAWS WITH A LIMIT OF NOT LESS ADJOINING PROPERTY INCLUDING IMPROVEME14TS THEREIN AGAINST INJURY AND DAMAGES OF EVERY NATURE a>•� �t THAN$500000 AND ANY IIJSURANCE REQUIRED BY ANY EMPLOYEE BENEFITS ACTS ETC AS WILL PROTECT THE WHATSOEVER.PUBLIC RIGHT OF WAYS SIDEWALKS CORRIDORS ETC EFFECTED BY THE CONSTRUCTION MUST BE MEP ENGINEERS PERMIT# ��NO o CONTRACTOR.AND SUBCONTRACTORS FROM ANY AIJD ALL LIABILITY KEEP FREE OF ACCUMULATED WASTE MATERIALS INCLUDING SOIL DEBRIS TRASH ETC ON DAILY BASIS Z)oc;� CLEAR COOLSYS ENERGY DESIGN 2021 EGRESS SHALL BE MAINTAINED AT ALL TIMES FOP,ALL BUILDING TENANTS THEIR EMPLOYEES AND GUESTS ANY INJURY 5 INDEPENDENCE WAY iSUITE 360' bp CONTRACTOR SHALL PAY FOR AND FURNISH TO TEFIANT AND LANDLORD CERTIFICATES OF INSURANCE WHICH OR DAMAGE SHALL BE THE RESPONSIBILITY OF THE CONTRACTOR A140 SHALL BE TAKEIJ CAPE OF AT THE " r ` WILL PROTECT SAID CONTRACTOR FROM CLAIMS(.UNDER WORKMAN'S COMPENSATION ACTS AND OTHER EMPLOYEE CONTRACTORS EXPENSE PRINCETON NJ 08540 m� `\ BENEFIT AC1S WITH LIMITS OF 140T LESS THAN$2 000 000(11)FOR DAMAGES BECAUSE OF BODIL INJURY 12 THE CONTRACTOR SHALL PROTECT AND TAKE FULL RESPONSIBILITY FOP ANY DAMAGE DONE TO THE BUILDING OP SITE ^ PHONE (609-751-9655 (INCLUDING DEATH!TO HIS EMPLOYEES AND ALL OTHERS WITH THE LIMITS OF 52 000 000 PER PERS014 AND THAT IS NOT PART OF THE CONTRACT CONTACT DAN COLLISION O RE 000 PER OCCURRENCE NTR AND'S FOP.DAMAGES TO PROPERTY WITH LIMITS OF H O K 1 WHICH ARISE OUT OF LOCATION MAP T JUL 8 Z UZ I �APPR E OR RESULT FROM THE CONTRACTOR'S WORK UNDER THIS CONTRACT WHETHER,SUCH WORK IIIJCLUDING OPEP.ATION 13 THE CONTRACTOR SHALL TAKE ALL NECESSARY PRECAUTIONS TO LOCATE AND PROTECT ANY UNDERGROUND OF• OF MOTOR VEHICLES)BE BY HIMSELF OR OTHERS DIRECTLY OR INDIRECTL Y EMPLOYED BY EITHER AND BUILDERS CONCEALED C014DUIT PLUMBING OR OTHER UTILITY LIIJES WHERE WORK IS BEING PERFORMED RISK INSURANCE IN THE FULL AMOUNT OF THE CONTRACT SUM 14 THE CONTRACTOR SHALL FURNISH ADEQUATE SHOR114G BRACING ETC AS REOUIRED TO SAFELY EXECUTE ALL WORK 45 AND HALL BE FULLY RESPONSIBLE FOR THE SAME w 3 INDEMNIFICATION-TO THE FULLEST EXTENT PERMITTED BY LAW THE CONTRACTOR SHALL INDEMNIFY AND HOLD 15 ALL WORK,SHALL BE DONE TO MEET TOP QUALITY WORKMANSHIP w HARMLESS THE LANDLORD TENANT.A14D THE ARCHITECT AND THEIR AGENTS AND EMPLOYEES FROM AND AGAINST ALL 16 ALL PRODUCTS SHALL BE USED INSTALLED AND INCORPORATED INTO THE PROJECT AS PER MAIJUFACTUR-ERE CLAIMS DAMAGES LOSSES.AND EXPENSES.INCLUDING BUT NOT LIMITED TO ATTORNEY'S FEES ARISING OUT OF OR WRITTEN INSTRUCTIONS O L IN M THE PERFORMAhlCE OF THE WORK PROVIDED THAT ANY SUCH CLAIM DAMAGE LOSS OR EXPENSE 11) 17 IF rv1AIJUFACTURERS'SPECIFIED MODEL NUMBERS ARE DISCONTINUED OR NEW APPROVED MODELS EXIST THE ' LL IS ATTRIBUTABLE TO BODILY INJURY SICKNESS DISEASE OR DEATH OR TO INJURY OR TO DESTRUCTION OF TANGIBLE IULD NG INS CT iilc�gs of Rye 6�joo1, NY CONTRACTOR SHALL FURNISH THE SREOUIRED MANUFACTURER UPDATED MODEL AT NO ADDITIONAL COST TO THE LAt•1DLOPD OR PROPERTY(OTHER THAN THE WORK ITSELF)INCLUDING THE LOSS OF USE RESULTING THEREFROM AND(2 IS CAUSED IN ARCHITECT AND SHALL NOTIFY ALL AS REQUIRED WHOLE OR IN PART BY A.NEGLIGENT ACT OR OMISSION OF THE CONTRACTOR.ANY SUBCONTRACTORS A14YO14E DIRECTLY OR)))DIRECTLY EMPLOYED BY OF THEM MAY BE LIABLE REGARDLESS OF WHETHER OP.NOT IT IS CAUSED / \ ' 18 WHERE WORK OR EQUIPMENT IS INDICATED N I C(NOT I14 CONTRACT OI!THE DRAWINGS SUCH WORK AND OR CODE DATA (11 EOUIPMENT SHALL BE PROVIDED BY OTHERS THE CONTRACTOR.SHALL COORDINATE AND COOPERATE TO EFFECT IN PART BY A PARTY INDEMNIFIED HEREUNDERtJDE SUCH INSTALLATION ' 1 G n 19 NO EQUIPMENT SUBMITTALS ARE REQUIRED TO THE ARCHITECT OR LANDLORD IF EQUIPMENT AIJG WORK IS INSTALLED \ / Q E LIEN WAIVERS AND SWORN AFFIDAVITS ACCORDING TO DRAWING AND MANUFACTURER.SPECIFICATION ANY ALTERNATE SPECIFICA NJTIO OP METHOD OF n z INSTALLATION MUST BE SUBMITTED INWRITTENFORM DIRECTLY TO THE LANDLORD 1MTH A COPY TO THE ARCHITECT APPLICABLE CODES� � � C CONTRACTOR SHALL FURNISH WITHIN 30 DAYS AFTER,COWIPLE710fJ FINAL WAIVERS OF LIEN FOR ALL WORK. SUBMITTALS MUST BE RECEIVED AIJD APPROVED PRIOR TO ANY WORK DONE UNDER L AL WORK R. LI WITH THE PROVISIONS OF THE O PERFORMED AS WELL AS ALL SUBCONTRACTORS AND MAJOR SUPPLIERS 20 SHOP DRAWING SUBMITTALS ARE REOUIRED FOR ANY AND ALL STRUCTURAL DESIGN AIJD MECHANICAL DESIGN SHOP THIS CONTRACT SHALL COMP U DRAWINGS SHALL BE SUBMITTED BY THE CONTRACTOR TO THE LANDLORD ARCHITECT AND EI-JGI14EER FOR REVIEW OF THE LANDLORD AIJD SHALL C 8 CONSTRUCTION) PCRITERIAF. CERTIFICATE OF OCCUPANCY AIJD APPROVAL PRIOR.TO FABRICATIOrJ SPECIFICATIONS DRAWINGSSATISFY THE PROPOSED WORK HAS BEE14 DESIGNED AND MUST BE PERFORMED IN w 21 THE CONTRACTOR SHALL RELOCATE ANY AND ALL EXISTING UTILITY LINES As MAY BE REOUIRED TO ACCOMPLISH THE COMPLIANCE V✓ITH THE 2010 NYS U141FORM CODE AND THE CITY OF IJEW ROCHELLE CONTRACTOR WILL PROVIDE TENANT AND LANDLORD WITH A COPY OF THE CERTIFICATE OF OCCUPANCY V INTENDED DESIGN NEW LOCATIONS SHALL BE VERIFIED WITH THE OWIJER. MUNICIPAL CODE AND ALL APPLICABLE RULES AND REGULATIONS ANY MODIFICATIONS TO G. QUALITY STANDARDS cc '=AT THE COrv1PLETION OF WORK THE PROJECT SITE HARD SURFACES,SHALL BE LE=T BROOMCLEAN ALL FIN THE CONTRACT WORK REQUIRED BY SUCH AUTHORITIES SHALL BE PERFORMED BY THE OISHES - GENERAL CONTRACTOR ALL PERMITS AND LICENSES NECESSARY FOP.THE EXECUTION OF o ALL SUCH WORK SHALL BE PERFORMED IN A FIRST CLASS WORKMANLIKE MANNER ArJO SHALL BE IN GOOD AND (INCLUDING GLAZING-SHALL BE LEFT DUST AND SPOT FREE AND READY FOP.FULL USE �r USEABLE CONDITION!AT THE DATE OF COMPLETION THEREOF CONTRACTOR,SHALL GUARANTEE ALL WORK -'3 PRIOR TO DP.ILUNJG BORING;CUTTING•ANY HOLES IN THE CONCRETE SLAB OP.EXISTING BUILDING STRUCTURE THE of e,,•, a>o�gv _c:h�._ N THE WORK SHALL BE SECURED AND PAID FOP,BY THE GENERAL CONTRACTOR. F CONTRACTOR SHALL OBTAIN WRITTEN PERMISSION FROM THE BUILDING OWNER OP HIS REPRESENTATIVE FOR EACH Q PERFORMED TO BE FREE FROM ANY AND ALL DEFECTS IN WORKMANSHIP AND MATERIALS FOR ONE(1)YEAR FROM THE � � DATE ALL CONSTRUCTION PUNCH LIST ITEMS HAVE BEEN COMPLETED AND ACCEPTANCE HAS BEEN CONFIRMED IN, SPECIFIC LOCATION OF THE SAME TENANT SPACE#21 � � WRITING BY THE TENANT REPRESENTATIVE CONTRACTOR.SHALL BE RESPONSIBLE FOR THE REPLACEMENT OP 24 SEPARATE UNLIKE METALS OR ALLOYS WITH A HEAVY COATING OF BITUMINOUS PAINT OR OTHER SUITABLE PERMANEN 1 RYE RIDGE PLAZA � � BUILDING 2020 NEW YORK STATE BUILDING CODE(ADOPTED IBC+AMENDMENTS; O REPAIR.WITHOUT ANY ADDITIONAL CHARGE FOR ANY AND ALL WORK SUCH. OR FURNISHED WHICH SHALL BECOME SEPARATION AS REQUIRED To PREVENT GALVANIC ACTION 108 S RIDGE STREET PLUMBING 2020 NEW YORK STATE PLUMBING CODE(ADOPTED IBC+AMENDMENTS) v_J DEFECTIVE WITHIN THIS ONE 11 YEAR PERIOD THE CORRECTION OF SUCH WORK SHALL IL REP E WITHOUT , MECHANICAL 2020 NEW YORK STATE M H + > _5 THE VARIOUS INTERIOR SUB-CONTRACTORS SHALL COORDINATE THEIR.WORK WITH EACH OTHER IN;UCH A MANIJER E EC CODE(ADOPTED IBC AMENDMENTSI w ADDITIONAL CHARGE ALL EXPElJSES AIJD DAMAGES IN CONNECTION WITH SUCH REMOVAL REPLACEMENT OR REPAID THAT WILL CAUSE THE LEAST POSSIBLE INTERRUPTION IN OR OBSTRUCTIONS TO SUCH WORK OF THE OTHER. RYE BROOK,NEW YORK � o OF AtlY PART OF THE WORK WHICH MAY BE DA1v1AGED OR DISTURBED THEREBY ALL WARRANTIES OR GUARANTEES AS ENERGY CODE 2020 ENERGY CONSERVATION CODE 2015 NEW YORK Lr TO MATERIALS OR WORKMAW,HIP ON OR WITH RESPECT TO TENAIJT S WORK SHALL BE CONTAINED IN THE CONTRACT 26 THE CONTRACTOR,SHALL PROPERLY PREPARE ALL SURFACES FOP.THE FINISHES THEY ARE TO RECE'�E PRIOR TO THE 020 ENERGY C D IECC 2015) OF.SUBCONTRACT WHICH SHALL BE 50 WRITTEN THAT SUCH GUAP,AtJTEES'JF WARP.AIJTEEC SHALL INSURE TO THE INSTALLATION BENEFIT OF BOTH LA KEY PLAN ELECTRICAL NATIONAL ELECTRICAL CODE 2014 PROJECT NO 10093 LANDLORD AND TE14ANT AS THEIR RESPECTIVE INTEREST APPEAR AND CAN BE DIRECTLY ENFORCED 2i ALL PAINT SHALL BE APPLIED I LE1J ACCORDANCE WITH THE MANUFACTURER'S SPECIFICATIONS FOP.THE PARTICULAR., BYEITHEF SURFACE PROVIDE A MINIMUM OF TWO COATS TO ACHIEVE FULL A14D EVEN COVERAGE FIRE 2020 NEW YORK STATE FIRE CODE 2015(ADOPTED IFC+AMENDMENT) DATE 04 20 21 H RUBBER WHEEL CARTS 28 ALL PAINT FINISH OF METAL DOORS BUCKS DOORS PERIMETER ENCLOSURES ETC SHALL BE SEMI-GLOSS UNLESS OTHERWISE NOTED ACCESSIBILITY ICC ANSI A117 1-2009 AND 2010 ADA DRAWN BY FTA CONTRACTOR'S CARTS EOUIPMEN'80):ES ETC MUST BE EQUIPPED WITH RUBBER WHEELS -'O FLASH PATCH ALL AREAS WHERE THE FLOOR.IS NOT LEVEL OR TRUE PRIOR.TO INSTALLATION OF THE FLOORING SCALE AS IJOTED 30 EMERGENCY LIGHTING SHALL BE PROVIDED GIVING A VALUE OF ONE FOOT CANDLE AT FLOOR LEVEL AS PEP.THE CONSTRUCTION TYPE IIB J. FIRE EXTINGUISHERS BU LDING DEPARTMENT CURRENT REQUIREMENTS USE GROUP B(BUSINESS USE CONTRACTOR TO PROVIDE-1)109 ABC AT ELECTRICAL PANEL AND 1�WA ABC NEAP.MAIN ENTRY DOORS E VEP.IFY 31 SIG14 CONTRACTOR SHALL SECURE ALL NECESSARY PERMITS BOM/MAN AVENUE REOUIREC NUMBER ANJD LOCATIO14 OF ANY ADDITIONAL EXTINGUISHERC P.EOUIRED BY FIRE DEPARTMENT AND E THIS APPLICATION IS FOR THE CONSTRUCTION OF THE SHELL OF THE EXISTING 3_'CONTRACTOR SHALL VERIFY ALL CONJDITIONS AS WELL AS.ALL DIMENSIONJS F•C014DITIONJS INDICATED IN THE FURNISH ANJD It•1STALL SAME INSTALL AFTER FIXTJRING TENANT SPACE ONLY,ALL TENANT FIT-OUT WORK SHALL BE FILED UNDER DRAWINGS PRIOR TO START OF CONSTRUCTION'GENERAL CONTRACTOR TO VERIFY WITH.ARCHITECT OR TEN•lANJT'S REP(AND SUB-CONTRACTORS)RECEIPT OF MOST CURRENT SET OF CONSTRUCTION DOCUMENTS PRIOR.TO START OF SEPARATE APPLICATION K RESPONSIBILITY FOR MATERIALS ON SITE WORK ANY VARIATION FROM C014DIT101JE INDICATED I1J THE DRAWINGS SHALL BE BROUGHT TO THE ATTENTION OF THE ALL SIGNS TO BE FILED UNDER A SEPARATE PERMIT APPLICATION CONTRACTOR SHALL BE RESPONSIBLE FOR ALL MATERIALS SHIPPED T�THE JOB S-TE INCLUDINGMATERIALSARCHITECT;OWNERS REPRESENTATIVE PRIOR.TO STARTING ANY WORK. FURIJISHED BY OTHERS COST OF ALL MISSING MATERIALS WILL BE DEDUCTED FPO(v THE CONTRACT PRICE AND FINAL 33 TEIJANJT GENERAL CONTRACTOR SHALL BE RESPONSIBLE FOR THE COORDINATION SCHEDULING AND WORKMANSHIP PAYMENT CONTRACTOR TO CHECK ALL INVOICES AT TIME SHIPNIE14T IS RECEVED AND NOTIFY TENANT OF ALL SUBCONTRACTORS HIRED DIRECTLY BY LANDLORD REPRESENTATIVE OF ANY DISCREPANCIES 34 IN THE CASE OF DISCREPANCY BETWEEN THE ARCHITECT'S AND ENGINEER'S DRAWINGS.THE MORE STRINGENT 1 t SCOPE O F WO R K HI HER QUANJTITY OR HIGHER DUALITY SHALL PREVAIL CONTRACTOR IS TO IIJFORM.4kCHITECT OF AIJ1' � � L RUBBISH REMOVAL DISCREPANCIES PRIOR TO SUBMITTING BID 1 SHEET TITLE CONTRACTOR SHALL BE RESPONSIBLE FOR DAILY REMOVAL FRO61 THE PROJECT ALL TRASH.RUBBISH AND SURPLUS 35 G C TO PATCH AND PAINT ALL G W 6 COLUMN WRAPS AND EXPOSED AREAS AT EXISTING WINDOW WALLS&ALL Rye Ridge Shopping BASE BUILDING FIT-OUT OF EXISTING UPPER COVER SHEET MATERIALS RESULTING FROM CONSTRUCTION FIXTURING AND MERCHANDISING OF'HE DEMISED PREMISES EXISTING GYP BD CODE DATA COORDINATE REMOVAL OF DEBRIC WITH SHOPPING CENTER IAGMT LANDLORD 36 IT SHALL BE THE SOLE RESPONSIBILITY OF THE GENERAL CONTRACTOR TO TEST MOISTURE CONTENT OF SUB FLOOR Center plot LEVEL TENANT SPACE FOR FUTURE TENANT, PRIOR.TO INSTALLATION OF ALL FINISH FLOORING MATERIALS AND TO MAINTAIN PROPER TEMPERATURE AND HUMIDITY M TEMPORARY UTILITIES LEVELS PEP.MANUFACTURERS SPECIFICATIONS 3-FIRESTOPPI14G MATERIALS SHALL BE INSTALLED AS PER ASTI✓1 E814 UL 1479 FIRE SAFING INSULATION SHALL BE Uj W INFILL OF CONCRETE FLOOR OPENING AT FORMER ELEVATOR LOCATION CONTRACTOR SHAH ARRANGE FOF.TEIJPORAR+UTILITIES a5 REQUIRED AND SHALL PAL'FOP.THE UTILITY CHARGE MINERAL WOOL SAFING CONFORMING TO FEDERAL SPECIFICATION HH-J-521F TYPE 1 CLASS A Rye 36 ALL INTERIOR SPACES TO BE MECHANICALLY VEI-ITILATED AS PER REQUIREMENTS OF CODE Plaza _' INSTALLATION OF NEW ELECTRIC SERVICE AIJD DISTRIBUTION EOUIPME14T � � Building Rye Ridge Shopping Center W 3 INSTALLATION OF NEW DIRECT REPLACEMENT HVAC ROOFTOP UNIT ON EXISTING RATS WUj 39 DOORS WHICH REQUIRE FIRE RATINGS SHALL BE A TYPE COMPLYING WITH APPLICABLE BUILDING CODE Uj STEEL DUNNAGE U Z 40 ALL WOOD TO BE USED SHALL BE FIRE RETARDAIJT TREATED IN ACCORDANCE WITH APPLICABLE BUILDING CODE 0 4 INSTALLATION OF NEW PLUMBING STB-IIJS FOR SA141TARY AIJD WATER SERVICE BELO%A W 4'. LIGHTING AND DESIGNATION OF MEANS OF EGRESS SHALL COMPLY WITH APPLICABLE BUILDING CODE �IJ} FLOOR SLAB 42 GC SHALL PROVIDE"3M''FIRE BARRIER,MOLDABLE PUTTY PADS MPP•"AT ALL RECESSED ELECTRICAL DEVICE^ = 5 EXISTING SPRINKLER AND FIRE ALARM SERVICE TO REMAIN W Q Z J (RECEPTACLES.LIGHT SWITCHES J-BOXES ETC1 LOCATED IN FIRE-RATED WALL ASSEMBLIES 70 MATCH DESIGNATED FIRE RATING OF SAID WALL ASSEMBLY OCL L1J O TENANT SPACE#21 RYE RIDGE PLAZA (/ N C m 108 S.RIDGE STREET Rye Southa LU}} RYE BROOK,NEW YORK South o D_ Z a� LU cr SHEET NO T-100.00 KtAK Uh t3UILUINU 12 LEGEND SYMBOL DESCRIPTION IRV DENOTES DRAWING NOTE(SEE THIS DRAWING) ' ; ��■•�� DENOTES LEASE LINE ■ 11 • JEFFREY i• LIMITING CONDITIONS(EXISTING) TAYLOR LIMITING CONDITIONS ARCHITECTS • O UNDERSIDE OF METAL DECK(AT REAR HALLWAY OF BUILDING) 1 HS I ®+16'-0'AFF 572 NORTH BROADWAY 13 HEIGHT TO UNDERSIDE OF OPEN WEB JOIST(RUNNING SIDE TO SIDE)+14'-6'AJ°F WHITE PLAINS,NEW YORK 10603 ® • LIMITING CONDITIONS @ CELLAR TEL 914 289 0011 HEIGHT TO UNDERSIDE OF METAL FLOOR DECK @+12'-3'A.FF FAX 914 289 0022 ' HEIGHT TO UNDERSIDE OF OPEN WEB JOISTS®+10'-6-A.FF ELECTRIC ROOM N LOWER LEVEL • WATER/GAS INCOMING SERVICES N LOWER LEVEL • I • • I PLAN KEY NOTES(EXISTING) 4 1/2'X 1 1/2'ALUMINUM AND GLASS STOREFRONT SYSTEM WITH ANODIZED �y � � BUCK FINISH,+I 0'-0'FROM SIDEWALK TO T.O.ALUM.FRAME R `Q` T-W W.X 7'-0'H.CLEAR ANODIZED ALUMINUM AND GLASS MAIN ENTRY DOOR � � 2 WITH GLASS TRANSOM ABOVE `` !,/ •�_ 3Q LANE OF SOFFIT ABOVE @+I W-1' 6'DIA.PIPE COLUMN AT STOREFRONT OF `0 0 19 EXISTING 3%8'x 1-0-HAL.EGRESS DOOR WITH DETEX TO REMAIN(NO CHANGE) 17 18 • I ©CONCRETE FILLED METAL PAN STAIRS DOWN 17L TO LANDING,THEN DOWN 3-TO TYP. T19 P. T P. LOWER LEVEL(10'TREADS,7 1/2-RISERS CEILING MOUNTED FLUORESCENT LTG. D7 ELEVATOR FLOOR OPENING(TO BE CLOSED UP) \ E FULL HT.CMU WALL FURRED-OUT ON SALES AREA SIDE WITH 3/4'TK.WOOD ON O FLAT WITH 5/8'TK.GYP.BD.(TO BE REMOVED AND INSTALL 3 5/8-FULL HT/MTL STUDS WITH 5/8'TK.FULL HT.GYP.BD.) • ❑9 6'DEMISING PARTITION.MTL STUDS AND GYP.BD. j 10 UNDERSIDE OF STEEL'WF'GIRDER @+14'-I'(ABOVE DEMISING PARTITION) .R 20 I 11 12-TK,MASONRY REAR WALL]PLYWOOD ON REAR WALL(AT SALES AREA SIDE)UP Mo T P. TO+7-0'ON WOOD FURRING(GYP.BD.ABOVE TO DECK) < • 12 EXISTING EGRESS HALLWAY(NO CHANGE) r 10 13 Y-0-.7'-0-H,AI EGRESS DOOR r• 14 SURFACE MOUNTED EXIT SIGN WITH EMERGENCY LIGHTING ! 1 S EXISTING WALL MOUNTED FIRE ALARM HORN/STROBE(NO CHANGE) • I16 EXISTING FA PULL STATION®+4'-0'AF.F ��•� UO ; 17 LOCATION OF EXISTING PENDANT SPRINKLER HEAD®+13'-0'AFF(TYP.) N SALES AREA 1 B LOCATION OF CEILING MOUNTED HEAT DETECTOR 2021 Z - ^ : m 1 q LOCATION OF CEILING MOUNTED HORN;STROBE LJLJ r ' ■ 20 LOCATION OF CEILING MOUNTED SMOKE DETECTOR O` Q Z _ 21 EXISTING FA PULL STATION®+4' AAF WITH HORN STROBE ABOVE r Q Q 22 HANDICAP ACCESS RAMP UP FROM PAVERED CROSSWALK(FROM PARKING AREA) ?� } • Q■ -0' W ZY i ZZ N w V § w Z— 23 CONCRETE SIDE WALK SLOPES DOWN AT THIS AREA OF LEASED STOREFRONT > Q a J _= EX.VACANT SPACE I—W U w 0 U Z z SQ.FT.=3,078 S.F w i? LL Q Q Q vi Z • O _ ' Q 8-1 0 0 O O • U Z w_ • J U ■ O • LL 0 C' W< ■ zj • O _ N > rJ • W n • IY O c ` I • PROJECT NO 10693 a DATE 042021 DRAWN BY FTA SCALE AS NOTED �Oal i O 26'-4"± � LEASED DIMENSION SHFFT TITI_F EXISTING CONDITIONS 4 21 o. FLOOR PLAN 8 STOREFRONT ELEVATION I ' t H ` .. + U WI W Z W/ � J 2 2 W fQ fA � LLl J Q c� z -o W Z-i E OF ENTRY ' DOOR t ILCL w O 26'-4" r ' 0 O :t ce co ui W TI� r� LEA ED DIMENSION . ' Q of Li • , er..`. " I SITE SURVEY 03.23.21 (EXISTING STOREFRONT TO REMAIN-NO CHANGE) SHEET NO EXISTING CONDITIONS FLOOR PLAN EX-1 00.00 EXISTING CONDITIONS STOREFRONT ELEVATION 2 SCALE 3/16'=1'-0` 3,078 SG.FT.t ONlailne 3o av3a LEGEND SYMBOL DESCRIPTION 0 DENOTES DRAWING NOTE(SEE THIS DRAWING) OX DENOTES ROOF TOP H.V.C.A UNIT(SEE ROOF PLAN/ROOF TO SCHEDULE) I j DENOTES ROOF SLOPE J E F F R E Y ' s I . � I LINE OF LEASEDAREA BUILDING WAL15 BELOW TAYLOR 2O �•••� LEASE LINE ARCHITECTS • I 572 NORTH BROADWAY EXISTING ROOF UNITS SCHEDULE WHITE PLAINS NEWYORK10603 j ■ R.T.0# 1 MANUFACTURER CARRIED TEL 914 289 0011 914 289 0022 • I SERIAL# 341 11GG5024AOAOAO GAS FIRED,208/230V,60H2,3 PH 60 AMP DISCONNECT®208V. 2 1 ,6 I ROOFTOP HVAC UNIT MOUNTED ON TOP OF RAISE)STEEL 4 • DUNNAGE WITH EXPOSED SIDE DISCHARGE DUCTWORK. ■ a I � 9 PLAN KEY NOTES(EXISTING) • �i EPDM ROOF WITH INTERNAL ROOF DRAINS SLOPES DOWN TO REAR OF BUILDING 5 I i V-6'W.RAISED PARAPET @+4'-S"ABOVE MAIN ROOF F D �. • , D3 HEIGHT OF BUILDING®+19'-6'(T.O.PARAPET) � w • I D4 FROM OF BUILDING STOREFRONT FASCIA(CORNICE) � �O ■ NO PARAPET AT REAR OF BUILDING /p • © EXHAUST FAN FOR STAIRWAY BELOW • I \ • 7❑ 4'IHA.VENT THRU ROOF • I � • 3 18 j Q8 ELEVATOR SHAFT VENT • I �9 CAPPED ROOF OPENNG(TOP®+9-ABOVE ROOF) WA • I 10 EXPOSED RAISED STEEL DUNNAGE BOTTOM OF 8'H.X A'FLANGE(x 1/41 BEAMS o� ®+V-S'ABOVE ROOF;TOP®+2'-1'ABOVE ROOF. • NOTE.EXISTING DUNNAGE IS RUSTED AND NEEDS TO BE SCRAPE)AND PAINTED • I WTTH'RUSTOLEUM'PAINT ' 1 1 (2)4'VENTS UP THRU ROOF OF N • I • 12 ADJACENT GAS SERVICE,(2)GAS METERS : I ' 13 ADJACENT TENANT RTU I I 14 1'DIA.GAS PIPING TO RTU J UN 0 8• 2021 ROOF DRAIN LOCATION ; ■ I 16 4-DUl GALVAN D3)STACK(TOP®+3'-0-ABOVE ROOF) ■ I � w Z : I H 17 60 AMP DISCONNECT®208 V. Q • Z w W W_ ! MAIN I Z Z 18 TOP OF DUCT @+5'-4-ABOVE ROOF � K-Q U I ROOF lu z., 0 J_ 7 U 19 EXPOSED RAISED STEEL DUNNAGE.BOTTOM OF B'H.X 4'FLANGE(x 1/4'BEAMS Ll WZ Z ' I Z O NOTE.EXISTING DUNNAGE IS RUSTED AND NEEDSVE RTO BE SCRAPED AND PAINTED 0 Q v I LL1 W Z WITH'RUSTOLEUM'PAINT ■ 20 2'DI/,VENT THRU ROOF O Q I Q z_ • o • U • I z • J • IY } C ° 0 • W 0 • j EX COLUMN SHOWN FOR z j REFERENCE ONLY(TYP) o LINE OF DEMISING PARTITION T �' BELOW(SHOWN FOR I i w REFERENCED j I 9 PROJECT NO 10693 DATE 04 20 21 DRAWN BY FTA SCALE AS NOTED ■ I . • ,o I • • V I�I 7 ■ 8 SHEET TITLE • EXISTING CONDITIONS PARTIAL ROOF PLAN 2 3 • W w • z a W FRONT OF BUILDING (Q Z aa Y 5 W+3'-0"RAISED a O�O PARAPET @ THIS SECTION 0 :zp m w- ig �Frw IL 0>-� Z _ W cc cc EXISTING CONDITIONS PARTIAL ROOF PLAN � SHEET NO N , SCALE:3/16"=1'-0" EX-200.00 REAR OF BUILDING LEGEND , DEMOLITION AND REMOVALS NOTES O DENOTES DRAWING NOTE(SEE THIS DRAWING T_R E L IMI-1 Ef"C,1 F 11 TENANT LEASE OUTLINE A `%:'A;..'�c DENOTES EXISTING CONSTRUCTION AND/OR EQUIPMENT TO BE REMOVED IN ITS ENTIRETY .��? :� CC;%' AS REFOL!REI--SEE W!1, NOTE 7,is-1,3 Fl--CT-- A CE D.L: T F S E P C E E?,, J E F F R E Y • FIELD VERIFY ALL EXISTING DIMENSIONS&EXIST CONDITIONS AND COORDINATE ALL PHASES OF CONSTRUCTION FOR PROJECT AND CC;I!C--, TAYLOR NOTIFY ARCHITECTS OF ANY DISCREPANCIES OR CONFLICTING CONDITIONS WHICH WOULD INTERFERE WITH THE SATISFACTORY ALL ARCHITECTS COMPLETION OF THE WORK AND TENANT DESIGN CONCEPT PRIOR TO THE START OF DEMOLITION CONSTRUCTION 572 NORTH BROADWAY SHADED AREA IND CAT ES 3'.,'_E P,-:: IC:,Cl:�'A DjAC '�C`:C7 D E X IS-- 0 K T 5 SC=E!" R 'c' EGRESS HALLWAY AND STA RS WHITE PLAINS NEW YORK 10603 TO EXTERIOR(N C' _7 EXISTING LIMITED CONDITIONS TEL 914 289 0011 b A--1-:71PING A UNDERSIDE OF EXISTING MTL ROOF DECK @+16'-0"A F F • FAX 914 289 0022 S.S---E;-!:E IT -1 PE 5= tAT GROUND FLOOR LEVEL) 7 OR RE A,_S -L, -!G C- E_ UNDERSIDE OF EXISTING WEB JOIST @+14-6 A F F S SPACE (AT GRO'_ND FLOOR LEVEL) E A'IS TING%VC�RK NOT,S-'E C I F ICA,LVS 1�0 v%1:1 C=49 E'A ISHE .A1,IM DEE S INIS�4LLA I iUN 0---HE'%W;R-:-S 70:_;E %, _4F n Lq Ali A P C"A L 3;:T HE- _IS V.�.:n scA C�;s 41S v DEMOLITION _Q L'P-'A C F r Co'�; L C C C-TV:' c @ KEY PLAN NOTES N REMOVE ELEVATOR SHAFT AND ANY ASSOCIATED ELEVATOR S�)R 1;!3 E�I Ev.*t�C:., R C TIA J* 11• EQUIPMENT AT GROUND LEVEL ONLY;CAB AND ELEVATOR S r -ND�.Icl I- SHAFT WALLS TO REMAIN AT CELLAR LEVEL) ARC it':ECTS IN'EP:7EP---WIT T -:C:�7 T";:VvO�, T �E ALL ELECTR CAL WIRING CONDUIT JUNCTION BOXES ETC TO FRIO. 0 BE REMOVED BACK TO SOURCE OR CAPPED AS REQUIRED PER M CODE ,RC:EC A; 01-"::OSE�-�� :E REMOVE ALL ELEVATOR WALLS FRAMING AND DOOR AS T RE:.;41:.: REQUIRED ON UPPER FLOOR ONLY F3� REMOVE PARTIAL HEIGHT BUILD-OUT AND INSPECT FOR ANY PIPING ELECTRICAL DEVICES ETC THAT MUST REMAIN OR BE RE G'Jt._1 lf:Y:S v%-'ITL�REI�A:z[:- D-E;.I,-. RELOCATED 14 O REMOVE WOOD I GYP BID FURRED OUT WALL AT EXISTING CMU @ WALL IN ITS ENTIRETY 0 A*!!"--- REMOVE PLYWOOD AND GYP BID AT REAR CMU WALL IF WOOD 60, FURRING IS DISCOVERED DURING DEMO IT IS TO BE REMOVED N .. __ -, S',�,�._Bi. CR A$ ITS ENTIRETY -.- I- n r. I IF_ ;!Ino'�!;4;!,__---Vc11RKI:R_.. I.ic-Is EXIST METAL STUD I GYP BD DEMISING WALL TO REMAIN NO -L'%*Vl I L E'::-.1,'jE7�1 IALS A cz1__ S-;,*L_RE C) DEMO THIS AREA L REMOVE CEILING GRID AND LIGHTING WIRING AND CONDUIT TO • BE REMOVED BACK TO SOURCE EXISTING CEILING MOUNTED FE=s Ac HORN STROBES HEAT DETECTORS AND SMOKE DETECTORS r. L AND WRING TO REMAIN AND BE TEMPORARILY SUSPENDED FOR • FUTURE USE REMOVE CEILING GRILLES DUCTWORK AND HVAC ASSOCIATED EQUIPMENT AS READ • - UN 0 8 2021 REMOVE EX STING FLOOR FINISHES THROUGHOUT LEASED 4L Z�'I S . SPACE AND FLOOR TO BE LEFT LEVEL AND SMOOTH LANDLORD WILL BE RESPONSIBLE FOR ANY REMEDIATION IF APPLICABLE EXISTING WALL MOUNTED FIRE PROTECTION EQUIPMENT TO REMAIN FOR POSSIBLE FUTURE USE 10 EXISTING EGRESS DOOR&H M BUCK TO BE REMOVED IN ITS • ENTIRETY zw EXISTING SURFACE MOUNTED EXIT LIGHT TO BE REMOVED < i z Lu Z he <• > wW co z z FI-21 EXISTING STOREFRONT GYP BID SOFFIT TO BE REMOVED wz_ LIFE SAFETY NOTES —,() EXISTING STOREFRONT SOFFIT LIGHTING AND ASSOCIATED 0 @ _J Lu EQUIPMENT TO BE REMOVED AS REOD LL z J 'i'S ��!;L 0 = zo Lu w z EXISTING 6 DIA STEEL PIPE COLUMN TO REMAIN 0 z • W x -'f--.:.- R:: 0 4c< U U) t 5 EXISTING ANODIZED ALUMINUM STOREFRONT FRAME SYSTEM > 0 (1-3/4"X 4-117')WITH I"INSULATING TEMP GLASS(TYP WTI- z 0 T-0"X r-O"ALUMINUM&GLASS STOREFRONT DOOR TO REMAIN 0 NO CHANGE < 16 EXISTING EGRESS DOOR TO REMAIN M 0 L) z Lli _j L) 0 LL LLI < 0 z 0 T) > LIJ Le) 0 PROJECT NO 10693 @ IDATE 04 20 21 DRAWN BY FTA SCALE AS NOTED TYP @ 0 II SHADED AREA INDICATES SHEET TIT!F EGRESS HALLWAY AND STAIRS TYP. TO EXTERIOR IN I C DEMOLITION FLOOR PLAN o U) z L1j UQ)<< N>_ z Z_j Lu QL O_ IL C)CL Lu 0 0 0 w LLI LLJ>_ 1L (D>- Q cr Z z LIJ cr cr DEMOLITION FLOOR PLAN I -- SHEET NO D-1 00.00 REAR OF BUILDING GENERAL NOTES LEGEND :J DENOTES DRAW-NG NOTE(SEE THIS DRAWING) SHALL BE •P., TENANT LEASE OUTLINE NEW WALL CONSTRUCTION S S- :-'E U -Cs 6 E c"E'D NOTE JEFFREY �QAI,�;:S A;!L '2E- -E FIELD VERIFY ALL EXISTING DIMENSIONS&EXIST CONDITIONS AND A COORDINATE ALL PHASES OF CONSTRUCTION FOR PROJECT AND S TAYLOR NOTIFY ARCHITECTS OF ANY DISCREPANCIES OR CONFLICTING CONDITIONS WHICH WOULD INTERFERE WITH THE SATISFACTORY �':R---7-1"r:-:A,t 5 J:: %L I COMPLETION OF THE WORK AND TENANT DESIGN CONCEPT PRIOR TO ARCHITECTS • A V... 11-151 e E p ER'-C,R: I T P,'E:L;S E S T 1%L A 7 1 C THE START OF DEMOLITION/CONSTRUCTION C7 7;-- -=ACTLRE=C,-- 572 NORTH BROADWAY WHITE PLAINS NEW YORK 10603 LIGHT FIXTURE SCHEDULE EXISTING LIMITED CONDITIONS NOTE NOT ALL LIGHT FIXTURES ARE USED SEE CEILING PLAN FOR SPEC,FIC REQUIREMENTS UNDERSIDE OF EXISTING MTL ROOF DECK @+16-Or'A F F TEL 914 289 0011 • (AT GROUND FLOOR LEVEL) FAX 914 289 0022 • DESCRIPTION CAMPING VOLTAGE MANUF MODE# REMARKS UNDERSIDE OF EXISTING WEB JOIST @+14'.6 A F F • (AT GROUND FLOOR LEVEL) LED WI SIGN RED I EMERG BATTERY LETTERS SEE LED ELECT L Ti IONIA�OM S IN 3 R UN VERBAL SURFACE • DWGS 12QrZ77 E N MOUNTING KEY PLAN NOTES UFO LED HIGH BAY LIGHT SEE Pi-NOANI MOUNII-W QO 30.000 LUMENS.4.00OK. LED ELECT ED LIGHTING S,PPLY- NCLUDED EYE HOOK, NEW 518*TIC GYP,BD.ON 3-&W FULLHEIGHT METAL STUDS(TO , �� FROSTED LENS JJS44B28-2001-5080 MOUNT AT IT.3*AFF DWGS Ell NEW B.O.DECK),WITH CONTINUOUS R-13BATT INSULATION(TYPICAL AT SPACED AS NOTED EXTERIOR WALLS ONLY.SEE CONSTRUCTION NOTE THIS DRAWING jk5) -40 ff—yp NEW 5V TIC GYP,BD.ON 3-SM"FULL HEIGHT METAL STUDS(TO T y OF 2 B.O.DECK)FURR-OUT WALL BEYOND EXIST.WP STEEL FLANGES MA NOTES SEE CONSTRUCTION NOTE THIS DRAWING EX c EXISTING LIGHT TO REMAIN �A • N=NEW LIGHT PER SCHEDULE Fl] DUST.Vm.STUD AND GYP.BD DEMISING WALL ■ HB=TEMPORARY LED H GH BAY LIGHT SEE CONSTRUCTION NOTE THIS DRAWING APPROXIMATE AREA OF NEW CONC.SLAB INFILL TO MATCH& ALIGN NTH EXIST.FLOOR SLAB. TEMPORARY PARTITION LOCATION FOR MOUNTING OF NEW ELECTRIC PANELS.PROVIDE(1)LAYER OF 3/4-F.R.T.PLYWOOD ON ONE SIDE AS REQD.)FOR INSTALLATION OF(2)ELEC.PANELS. SEE'E'DRAWINGS FOR ADDITIONAL INFORMATION. NOT USED O GYP.BD.ENCLOSURE AROUND EXISTING ir o STEEL COLUMN (MIN.DIMN.)BY OTHERS. NEW EXIT LIGHTS AT EGRESS PER SCHEDULE NOT USED ■ i601% • NOT USED 11 NOT USED J UN 0 8 2021 EXIST.FIRE PROTECTION EQUIPMENT:ALL WALL FIRE-PULLS • AND STROBES,CEILING MOUNTED HORN STROBES,HEAT& SMOKE DETECTORS TO REMAIN FOR REUSE. EXIST.PENDANT REMAIN OR REU MOUNTED SPRINKLER HEAD®+13'-W AFF,TO • FSE. 14 EXIST.EXIT LIGHTING WITHIN SPACE TO REMAIN AND BE • SUPPLEMENTED AS NEEDED. • TEMPORARY LOCATION OF LED HIGH FLAY LIGHT MOUNTED ■ • +1 74r TO BOTT OF LIGHT FIXTURE Z LLJ z PATCH AND REPAIR EXISTING CONCRETE SLAB SURFACE W > Z WHERE REMOVALS WERE MADE,FILL CRACKS AS REOD,FOR LU W co z z SMOOTH CLEAN SURFACE.(LANDLORD WILL BE RESPONSIBLE L) wz_ FOR ANY REMEDIATION IF APPLICABLE). 7 0 0, LLI INSTALL NEW 1-HOUR RATED,3 5M-METAL STUD AND 5W TYPE W Z-j z 0 Z 0 GYP.BD.PARTITION INFILL SECTION AT REMOVED DOOR AREA Lu z I I < 1 0 U) > < CONSTRUCTION NOTE Typ < ALL GYP BO TO BE'LEVEL 6 FINISHED AND PREPARED AS REQUIRED TO RECEIVE FUTURE TENANT FINISHES FROM FLOOR < z UPTO6'ABOVE FUTURE TENANT CE LING HTS;VERIFY WITH 0 TENANT CONSTRUCTION DRAWINGS ALL AREAS 6-ABOVE CEILING cr ryp HTS UP TO ROOF DECK TO BE TAPED AND SPACKLED 0 • 0 u ALL GYP BO CONSTRUCTION TO BE FIRE TAPED PER CODE I- L) • Ef • 0 LL o O EL 0 > LIJ • PROJECT 140 10693 DATE 04 20 21 DRAWN BY FTA SCALE AS NOTED @ 7-0"X 71-4' SHEET TITLE DIMENS ON OF PIT OPENING FLOOR PLAN ELEVATIONS AND DETAILS 0 7 M N 100N L VE LOAD Typ. ui ui NEW AIR CURTAIN Q)z Lu< >- N (D<z LU CLCL 0 LL, C)(D 0 C) OC co of ULI o>-cr Z � ui FLOOR PLAN DETAIL 'e--N NEW CONIC. SLAB FILL A an- SHEET HO SCALE 316'=l'-O*' SCALE 1 1 2"=1 0' A-1 00.00 A IT IS THE RESPONSIBILITY OF THE ELECTRICAL CONTRACTOR TO REVIEW ALL PANEL Intl TAGS:21-";'12i V:{ d"1. PANEL NAME.TP•A NEVYPAN� MAIN CIRCUIT BREAKER 2DD ELECTRICAL LEGEND PLANS AND SPECIFICATIONS.AS WELL AS ANY/ALL OTHER TRADE DRAWINGS DRAWING INDEX " ram:: PANEL A I C.RATING 65K i? TO BECOME FAMILIAR WITH THE FULL PROJECT SCOPE AND RESPONSIBILITIES(PRIOR TO SUBMITTING BID)REPORT ANY ■ DISCREPANCIES TO ARCHITECT AND ENGINEER PRIOR TO BID 1D 8 DESCRIPTION k.MARE WM :�T C OM YA A. 6 VA BRANCH CXT DExRIPna+ Y ID SYMBOL DESCRIPTION AND/OR SPECIFICATION I C CE T2� N WRE.R] u DRAWING II DRAWING TITLE t T-MM91M77790 12A B. DURING THE COURSE Of CONSTRUCTION IT IS THE RESPONSIBILITY OF THE I P-V i*itTGiP.E.�PTACLE 17 l P.EC '7C 1M SFAC.F A O INFARlIW1TIVGFOfit1REAAT)OIRtET ELECTRICAL CONTRACTOR TO WORK CLOSELY WITH ALL ACCOMPANYING CONTRACTORS AND TRADESMEN IN ORDER TO ENSURE A SMOOTH RUNNING E-001 ELECTRICAL OVERVIEW SHEET 5 DACE I SPACE t OD ON EXIT LIGHT WIN SATAN EMERGENCY LIGtmNG-CEIL%WALLMOUNTEDRESPECTTVE_YWITH AND CAREFULLY COORDINATED INSTALLATION E-002 ELECTRICAL JEFFREY 7 SPACE I SPACE t ARROWS AS NDICATEO SHADED AREA INDICATES FACE t y t` j } I `_ *� E-100 ELECTRICAL RISER AND FLOOR PLAN C. COORDINATE WITH OTHER TRADES FOR ITEMS IN THEIR SCOPE OF WORK TAYLOR tt SPACE SFAu IJ 8 EYERGENCt'BATTTiRYUNT 13 SPACE -- I -- SPACE- - 1a WHICH WOULD REQUIRE ELECTRICAL WORK.(DISCONNECTION, E•200 ELECTRICAL SPECIFICATIONS RECONNECTION,ETC)AND MAY NOT BE INDICATED ON ELECTRICAL ARCHITECTS I ( , I 1 -•�( REMOTE FLOODLIGHT DRAWINGS FA-001 FIRE ALARM PLAN AND NOTES 77 SPACE I SPIC t! tt _ �ACE � SINGLE POLE 20 AMP TOGGLE TYPE SWITCH-'PASS A SEYYOUR OR ECUIL.YOIAFTFD rd AF F TO -._- St TOP SUB.-TER YDENOTES FIXTURE CONTROLLED D IT IS THE RESPONSIBILITY OF THE CONTRACTOR TO NOTIFY THE ARCHITECT 572 NORTH BROADWAY zi p SPACE �E N AND LANDLORD OF ANY DISCREPANCIES ENCOUNTERED ON THE PLANS WHITE PLAINS,NEW PORK 10803 2s SPACf t I t SFA,F S; TOP THREE TRYDE TSFEs�CO sEtwanroREal�YouNrmraAFFTo PRIOR TO SUBMISSION OF BID CODE AND CRITERIA CHART TEL 914 289 0011 n SPACE t I I j I SYA.E 23 E THESE NOTES APPLY TO ALL SHEETS FAX 914 289 0022 20 SPM.E ,i , SPACE 33 ]� DDUPLEi COMMERCIAL 4 GRADE R DEC 7=GRCUCERCEPTAC.LE�125Y PASSASEYYOUTOREOtAI'• GOVERNING CODES 31.PACE + SPSPA-LE U PROJECT DESIGN CRITERIA AND REFERENCES 2020 BUILDING CODE OFNYSTATE 13 SPACE +( i +--- 5<Aif 36 ]pp.� SAYE AS ABOVE EXCEPT(f l TYPE 7=CItQ T NUMBER NOT TO SCALE � • u SPACE + , C 2020 EXISTING BUILDING CODE Of N.Y STATE O e i `AL y��y� JUNCTION BOX CEILING I WALL MOUNTED.ELECTRICAL CONTRACTOR TO MAKE ALL REWIRED u Ke 4,I:•' a t SI SC A^, as d><! wA:.. W �V�V� CONNECTIONSTOOESIGW►TEOEOUPMENT COORDINATE SIZE MIDTYPE USED ONAPPLICATION 2020 FIRE CODE OFNV STATE -/\0s r s At 6GJ� ( aa:t: 5FAGE 42 �/�/V�r�QdQ OONDUITRUNCONCEALED910ELINGSAN�'ORWAtLS TOTAL.CONNECTED LOAD.aaaC aiAc Au:G r:ARblsE? 1. ELECTRICAL CONTRACTOR SHALL VERIFY FIELD CONDITIONS BEFORE 2017N.E.0(NFPA70) %%see* _�pp ttE.0 LOAD SUMMARY EIECiRIt:AL DATA t>r1NEt tNFt7RWtt1>A GRDE.CONCEALED IN FLOOR SLAB.IN HUNG CEILING.0;FLOOR BE.OW.OR BELOW SUBMITTING BID. 2020 MECHANICAL CODE OF N q F MESHED Y STATE �N,y Lh TYPES:ttCCNES I TOTAL LOAD CE"D I DELAAV,.-04' TOTAL CONK LOAD 23 KVA C4A CN 17ROPOSE TEhAVT*DACE 2. ALL ELECTRICAL WORK SHALL COMPLY WITH THE RULES OF THE NATIONAL DESIGN I I tN. ;ACTOR ;.A, TOTAL coin LOAD q AMPS LCL'N'L4 S;i�►AGi. ENGCKLPF NEW Cl1NDurta<ALEXPOSED ELECTRICAL CODE WITH LOCAL AMENDMENTS,CODE OF THE AUTHORITY 2020 FUEL GAS CODE OF N Y STATE AIR r�IIIpNI F,AC c. � HAVING JURISDICTION.STATE CODES AND ANY LOCAL BUILDING CODES COirLlw 60+0 IOC b6a!J TOTAL DEMAND LOAD t KVA cr F.7.REAR EIITBt10R SERV,CE BtYTCN .� HOME RUN i0 DESKdUITED PANEL.CROSS LINES INDICATE NUMBER OF CONDUCTORS WHEN MORE WHICH MAY APPLY 2020 ENERGY CONSERVATION CODE OF N Y.STATE hEriNi1'!• t'1,' TOTAL DEMAND LOAD 25 AMPS ECtP Z;R UNDSUS"E! BUSMTE't1. COPPER A,113 THAN TWO(GROUND NOT INCLUDED)NUMBER INDICATES CRW NUMBER ,�'�3z� �� 5 Independence Way,Suite 380 ••CH�u EOL'L1:r_tTT --�-� -`"---"-- S7i1?EC'r.A'N'Sv5`�C 3 ELECTRICAL CONTRACTOR SHALL OBTAIN AND PAY FOR ALL PERMITS, _..._ naNeusslrE ?.00 awes UGHTLNGNIDVRRECETACLEPANEI Princeton,NJ 08540 ,"'��" �...., `" v�_.__._. CERTIFICATES.ETC.REQUIRED +1(809)751-9655 office w^.E�iACL"cS,RE ._.'...Lim.-•- +O(I .._!_.}7i-----: PANEL ET1 D 0) j PANEL N FUSED OR UNFUSED DISCONNECT SWITCH 7C=30AMP FUSES CONTRACTOR SHALL SUE -.�. - - EX4�TfiG("u. 14• .._... S!. DANELAI(RATI2iG5V.KeCCY*ZAArE� � .._..........._ ,..S*U.r•T••.�,;b G.;r+^fl w[Ti;UTt'C PRi� ACCORDING TO EONDMENT LOADSERVED d ELECTRICAL CONTRACTOR SHALL OBTAIN AND PAY FOR BOTH ROUGH AND +1(609)751-9858 faX •,_, -_,,___-- tn•tC�Cx1AN' E TO ORDVt&*PR04'CE-,>C POLE;,ME C.CCA FOR FINAL UNDER•WRITERS OR OTHER APPROVED INSPECTION AGENCY >D NLwc4vTet SN tm w.Ca7AC-A-%LEs+JNAIiON �330 COMBINATION STARTER AND CIRCUIT SPEAKER DSCAwECTW=ZAMP TRIP CERTIFICATES OF THESE CERTIFICATES SHALL �( AS HIGH AS wwW.cOolSysene deS nCOm �f=TiG RATitivt:r A E.�•.3irAEi>>LB`iP44T'cC h� .YE �•t'�'RY�.T:GCMiTFfy .tGEFjC'SANDEAfR:r'_hCY POSSIBLE RAS LIGHTING No VXBRLEO26NDGIPCS CS Engineering PC DEW CBP BE PRESENTED WITH REQUEST FOR FINAL PAYMENT S ENCLOSED AND GASKETED VAPOR TIGM Engineering,CENt/10016862 N.NE iVC.3 EX E�STe7v C 2 _CnTw�".^,BE A_,�AK i:' T i HERNIAL OVERLOAD SWITCH MOUNTED A'd A F F TO TOP UNLESS 0111ERMI6E NOTED ELEC LOAD TOTALS sm &M VA CONTRACTOR SHALL 512E ACCORDING TO EQUIPMENTLOAD SEWED FIXTURE 5 IT IS THE INTENT OF THESE PLANS TO PROVIDE A COMPLETE OPERATING ELECTRICAL SYSTEM.THIS CONTRACTOR SHALL FURNISH AND INSTALL ALL Lloroa.NUMBER DENOTES HORSEPOWER ELECTRICAL TOP WIRING,EQUIPMENT.MATERIAL,ETC REQUIRED.EXCEPT WHERE E u� WEATHERPROOF SWITCH•WIRE LW ON ADORESSABLE SWKE DETECTOR CEILING MOUNTED SPECIFICALLY NOTED AS BEING FURNISHED BY OTHERS SHOULD THERE BE I LIE SIDE OF GROUND FAULT KTERRLPTER ANY QUESTIONS CONCERNING RESPONSIBILITY.THEY SHALL BE SETTLED RECEPTACLE t)FwJy O0 ADDRESSABLE SMOKE DETECTOR IN AIR DUCT BEFORE BID SUBMISSION AND CONTRACT SIGNING NO EXTRA CHARGES YYEATHERPROOF GF RECEPTACLE t��'♦JCNN O'P� WILL BE ALLOWED 0 COMBINATION SMOKE AND CARBON MONOXIDE DETECTOR F FREA.AW DUCT SMOKE DETECTOR REMOTE INDCATOR LIGHT-MOUNT ONCEIUAGBELOW 6. CONSULT WITH CONTRACTORS FURNISHINGH.VAC EQUIPMENT TO VERIFY r 16' 120 VOLT'P1UC5E ROOF PANEL NAME TP 8 MAIN CIRCUIT BREAKER 200 C � ELECTRICAL LOADS AND SECURE EXACT LOCATIONS(REFER TO H VAC y r NEW PANEL RECESSED FIRE ALARM HORN(SPEAKER)AND FLASHING LIGHT WXW. PAFF TOBOTTOV DRAWINGS)WIRE AND CONNECT ALL H.VAC EQUIPMENT ANELML�AGE i �0'i.'s^?,A ..`.:h PANEL A I C.RATING K ttO�F VISUAL SIGNAL SWELL 9E,S CANDELA UNLESS OTHERIFSE NOTED.IF'1110'=t 10 CANDBA Lt'_ 103207 L N L LCHT ONLY T=SUgACEMOUNTED r=CEUNGVOU41ED r=PENDANT MOUNTEDFROM 7 CONTRACTOR SHALL MAKE ALL FINAL CONNECTIONS TO ALL CONTROLS. 1` m Y DEbCA,P 10N oeSCRIP7,pt Y in STRUCTURE ABOYEATCEAOVG HE GHr OWNER-SUPPLIED EQUIPMENT,MECHANICAL AND PLUMBING EQUIPMENT AS"R E C CY N TYPICAL ARRANGEMENT AT u J v. GRr?i i:9 OD •:+� B c vA .E C' A'O N'RE uR? u REQUIRED t SPACE t SACE i 0 ADDRESSABLE FOEkNWPULSTATIONMOUNTEDr-WAFFTOTOP PETER 8 CIRCUIT NUMBERS ON THE DRAWINGS ARE FOR IDENTIFICATION ONLY AND ROOF TOP EQUIPMENT !SPACE S+;I + E t MAY NOT INDICATE THE POSITION ON THE PANEL BOARD.CONNECT THE T SPACE I I --S'_E t CIRCUITS WITH THE LIGHTEST LOADS AND THE RECEPTACLE CIRCUITS t SPA c t; t SPACE 10 NEAR THE TOP OF THE PANEL.AND MORE HEAVILY LOADED CIRCUITS NEAR NOT TO SCALE tt SPACE 1 I ' SPACE tt THE BOTTOM.BALANCE ALL CIRCUITS EVENLY BETWEEN PHASES SO THAT 13 SPAc;E 1 i + SPA'ZE u FEEDER WIRES CARRY APPROXIMATELY EQUAL CURRENT.REBALANCE IF Iss SPACE i - ,- sFk E if NECESSARY u SPACE +I SPACE Io 9 WIRING SHALL BE TYPE THWW OR'THW UNLESS OTHERWISE NOTED BELOW A AMP AMPERE I SALE +? SPACE L OR ON THE DRAWINGS. 27 5r ACF is-- -- -- - �h E =y AFF ABOVE FINISHED FLOOR 21 SPACE I I 1 10 ALL BRANCH CIRCUIT POWER WIRE AND CABLE CONDUCTORS SHALL BE AFG ABOVE FINISHED GRADE 27 SPACE + I SPACE m COPPER WITH INSULATION RATED FOR SOON. a`PACE- PACE 30 AIC AMPERE INTERRUPTING CURRENT 11 THE MINIMUM SIZE CONDUCTOR FOR POWER AND LIGHTING SHALL BE St SPACE +` t SPARE >? #12AWG COPPER AND SHALL BE ENCLOSED IN A MINIMUM OF Y4-E M T(MC AWG AMERICAN WIRE GAUGE CABLE IS ACCEPTABLE IN MINIMAL LENGTH AS PERMITTED BY LOCAL C CONDUIT u F +) t ¢A m ELECTRICAL CODE AND APPROVED BY ENGINEER). CU COPPER 37 SPAC.F i WACS 3! ISPACE do 12 CONTROL WIRING SHALL NOT BE LESS THAN#14 AWG UNLESS OTHERWISE EC ELECTRICAL CONTRACTOR I I 15�ACENOTED EG EQUIPMENT GROUND TOTAL CONNECTED LOAD, I711VA:PPAZE 13 ALL WIRING INSTALLED UNDER THIS CONTRACT SHALL BE TESTED FOR (E)•EX EXISTING TO REMAIN KEC.LOAD SUMMARY IELECTRICAL DATA PANEL INFORMATION PROPER CONNECTIONS AND SHORT CIRCUITS PRIOR TO TURNING OVER GFI GROUND FAULT CIRCUIT INTERRUPTER � TOLLGID u C�tkNiL)L'V.`.. TOTAL CONN LOAD; KVA LC�.A':.T':::tOP�^$Ey�"ENANi SPACE WORK AS COMPLETE ` G,GND GROUND L:Yv'YPFS A�CDCC`��S �,A IrACI.RI itiA TOTAL CONN.LOAD:- -.AMPS K't4NTING. S A IRFACE -ckC.'.lS.IPE NEU1 14 PROVIDE ALL ELECTRICAL SYSTEM GROUNDING AS SHOWN ON DRAWINGS HP HORSEPOWER AS�OK AM DIOG G,AC} I OC TOTAL DEMAND LOAD KVA ;ED FR,>A RE EXTERIOR SERVICE 6WITCN AND IN ACCORDANCE WITH THE N E C AND ALL APPLICABLE LOCAL CODES FflTtKG tM ,OC TOTAL DEMAND LOAD. AMPS 2CL9P GRtaJk?LA'S YES 'g„g R•,A:t�4 COFFEE JB JUNCTION BOX KFC%EN EC Q+MENT(KI o; 1�17ED O±0.nt,BUS y0 I`.EL•RAL S:E 100 15 ALL OUTLET BOXES SHALL BE STEEL.EXTRA DEEP WITH GROUNDING wuN OUS SIRE 200 AMPS PIGTAILS GROUNDING PUSH-CLIPS ARE NOT ACCEPTABLE PROVIDE kwi l 1000 CIRCULAR MILS RE�rJTACt£5 tREC? OC FA'ii EL LI!D�POj- - PANEL MOM"� PROPER TYPE CONNECTORS AT ALL BOXES FOR CONDUIT AND MC CABLE kVA KILOVOLT-AMPS EmmC.%EX. 25 CtVtT►itlC+i15..! r7-SNtAT.TRf_.-•P G•(F:t: 2B t B•70J.aiN'`E PAN"AI::. .Lt GE CGCr..7tJ"ED'NT•!LRL-t�40R 16 DO NOT SCALE FROM THESE DRAWINGS kW KILOWATT htnlaN7rtuas.N; +CC -r..^ A.7c+atFSas y. j+£FRkcZtrn7N tic, a EPC•Str,3 MMAVT PP.O cCWE OEtiCE T C�`''g'=• 17 DO NOT MAKE ANY CHANGES OR SUBSTITUTIONS WITHOUT SPECIFIC MCA MINIMUM CIRCUIT AMPACiTY N•tiEt+C 6 Et EAS*aiGC d WRITTEN APPROVAL FROM THE ARCHITECT OR ENGINEER MCB MAIN CIRCUIT BREAKER ELEC.LOAD TOTAL& VA 18 THIS DESIGN IS BASED ON INITIAL DESIGN DATA ELECTRICAL CONTRACTOR MLO MAIN LUGS ONLY 1_ SHALL SUPPLY AND INSTAL FEEDERS.FUSES AND CIRCUIT BREAKERS TO MATCH THE DESIGN NAMEPLATE RATING OF EQUIPMENT.THIS SHALL BE NEC NATIONAL ELECTRICAL CODE INCLUDED IN THE INITIAL BID PROPOSAL AND NO EXTRAS SHALL BE LU a ENTERTAINED NEMA NATIONAL ELECTRICAL MANUFACTURER'S ASSOCIATION NIC NOT IN CONTRACT it 19 THE ELECTRICAL CONTRACTOR SHALL COORDINATE ALL PENETRATIONS 0 WITH THE LANDLORD AND RESPONSIBLE TRADES,CUT/PATCH,REPAIR ALL (R) REMOVE LL. W WALLS AS REQUIRED TO MATCH EXISTING FINISHES TYP TYPICAL V N 20 ALL EQUIPMENT IS NEW UNLESS OTHERWISE NOTED LION UNLESS OTHERWISE NOTED Z , Or 21 ALL EQUIPMENT INDOORS SHALL BE RATED AT NEMA 1 UNLESS OTHERWISE V VOLT a NOTED ALL EQUIPMENT OUTDOORS SHALL BE NEMA 3R RATED UNLESS W I WITH C OTHERWISE NOTED WP WEATHERPROOF(NAME 3R WHILE USE) LU p 22 ALL OUTLETS 1B'ABOVE FINISHED FLOOR UNLESS OTHERWISE NOTED GENERAL POWER NOTES ELECTRICAL ABBREVIATIONS PROJECT NO 21-NJ086 NOT TO SCALE NOT TO SCALE DATE: 04.20.21 NOTE NOT ALL ABBREVIATIONS SHOWN ARE USED ON PROJECT DRAWINGS DRAWN BY- CED SCALE: AS NOTED LIGHTING FIXTURE SCHEDULE TYPE FIXTURE DESMPTION MANUFACTURER CATALOG NUMBER REMARKS/MOUNTING WATTS VOLTS H8 :;F'-'LE.D.HIGH ELAV.30K LUMEi:S,4MC X,Wi FRCS-EO.ENS LED LTC SUPPLY :15•E1826 20T/T•508C• PENDANT h1pJN':3 0 A F F 200 UNV R EMERGENCY LIGHTING FIXTURE. ITHON' ELAA:I PENDANT 0.1p NT?E}MATCH E O!STIniG :i illb_............_...._...._.............._.......__..._..._........._.........._..............._.._.._.............._. ....................._........................ _....._..........._....__......._ EX CEILINGINVALL L E.D EXIT:VITH REMOTECAPAC!Fti& T C HOrJIA LHW-LF•D-W-F•HO PRCVIDF FACES&ARROVVS PER PLANS 4.3 L NV EMERGENCY HEADS R DUA-L L E D.REIL DTF LIGHTING HEADS UTHOWA ELAIF.VV-UiNV SP640L-DV lHX-T PER ARCHITECTS DIRECTION 6.6 DC SHEET TITLE- ELECTRICAL OVERVIEW SHEET 7771 W W SEMEN W ~ U } 0 z W d Y a aw00 O �om GC W W d o�� Z LIJ SHEET NO: E-001 COMcheck Software Version 4.1.5.1 Rough-in Electrical Inspection Complies? Comments/Assumptions 6 Reeq•lD f-.--_.._.._ Interior Lighting Compliance Certificate iC405.2.3,Daylight zones provided with Compile, Exception:Requiremontdoe notappy 1C405.2.3.individual controls that contro the Does Not 1. lights independent o•genera area No'Observable iC405.2.3.lighting within daylight zones n the J E F F REY !2 1011owinq Spaces 1 Spaces wit'a Not Applicable Project Information jJEL2312 ratal of more than,100 watts of general lighting within s 405:ones TAYLO R Enorg!i Cosa 2020 NYSlretch Energy Code•2018 IECC I complying with Section C405 2 3: hroteci T,tk• Rve Range Strapping Center i General lighting does not nclude lighting a is required to nave ARCHITECTS t^,.IpCt Typr AlteraUari Specs}ic;ippppliCdtidri Control to accordance with Secuon C405.2.4 2 Spaces with a total of more than 100 572 NORTH BROADWAY COnswawn S:c U+nix:+Mont Dosicnor Contractor watts of general lighting n.thin topht WHITE PLAINS NEW YORK 10603 Rye Ridge Pla_a Jeffery Taylot.AIA Ken Schwarz Tones complying with Section Rye Brook.fir Taylot Associates Coel5vs Enetgv Des gr C405 2 3 3 See code section TEL 914 289 0011 572 North Broaawav 5 independence way C405.2.3 1 Daylight responsive FAX 914 289 0022 White Plains NY 30603 Suite?60 control tun,tion and section (914)3S9 001, Pr,n,.elon N;08540 C405.2 4 Separate lighting control devices for ?_'Complies Requirement will be met. - 16091751 9655 EL2.61 specilrc uses installed vc.,approved Does Not I,scnwar:�,tooisys coin Irgnt,no plans co ❑Not Obseryahle � a• LINO-Applicable Allowed Interior Lighting Power C405 2 4 Additional intf ticit fighting powe, 0Compl1a- Requ rprnert will tiff stet COOL S IEL271 allowed tot special functions per the (-*Does Not A B C D approved lighting Glans and is Area Category Floor Area Allowed Allowed Watts ?- automatically Not ODs�rvAbie e y!antraded and @s• separatt'C from general lighting Not Apphcablc EN ER��VP'� (�) Waft 1 ft2 (B X C) T __ C405 3 E of signs do not eed m 5 watts per —Copl,es Requirement will be met �[JJ ;:Reis; C9 2801 IEL61' race D Does Not DESIGN Tack!Allowec WIMP ?801'-- `1Nat Observable ❑Not Apphcahie CO�L1liwdtl� Proposed Interior Lighting Power C405.6 A B C 0 E fEU6P Low-voltage drv-tyforme a distribution tf!#-- �CampNot Exception:Requnerrent noes not apply S Independence Way,Suite 360 [ELj6N r•IeCtri(,tran5larfnefS nice[the :_,Does Not Fixture ID:Description 1 Lamp)Wattage Per tamp/Ballast Lamps/ 0 of Fixture (C X D) minimum eflit tencv tequltements of Princeton,NJ 08540 Table C405 6 'n +1(609)751-9655 o o:Observable Fixture Fixtures Watt CNot Applicable [3:lolLt31ZZ6 su II.: C405.7y Electric motors meet the minimum ;)i omplie< Exception:Requirement oozy r:o'Apple +1(609)751-9658 fax LED 1 Tyw.HB LED Wgh Boy:Other 2 nip 60L (EL2712 elfic,ency -----=-------.._ '_.----.--•--------_--._—. _.____.._—__. _ requirements of Tablet Jlk:as Not www.coolsysenergydesign corn Tom Proposed Watts — 6(h''. C405.7(3)through C405.7141. Efficiency verified through certdlcation i-INot Observable CS Engineering PC DBA•CBP nterfor Lighting PASSES, under are apprcnvecl certiflcA;,on LINot Appl,cabir Eng neenng,CerUt 0016862 program or the equipment efficiency ratings shall tin provide-id by motor Interior Lighting Compliance Statement manufacturer twhere certification Con;priance 5wternent The proposed interior Iruhtinu alteratron project repres=nted,r.this document,s consistent with thL programs Co mot ey,st) u� building plans,specdncations aria other calculations submitted with this permit application The proposed inter or hghtinq C405.8.2 Escalalots rid moving walks comply 0Campl-es Exception:Requite went aces not apph �0F crew systems have been designed to meet the 2020 NYStroch Energy Code-2018 IECC n equitemen;s in COMcriet-P Version 4 1;1 JEL2812 w th ASME A17 I!CSA B44 and have L'Ooes Not �� 10H y0 and to comply with ant,applicable mandatory requirements fisted m the inspection Checklist a,,tamati•controls configured to �j Ken Schwarz reduce speed it,the rninmnurn ',Not Observable ___ _ _ __ X� SC_� 04.20.2021 perm,tted speed rn at cordance r.ith �)Nrrl ApphcnUlt Nan1e Title u _ Signature Date ASME A17 1XSA B4e dr applicable r loss-..ode when,no,conve.ing passc•ngcrs C405.9 TOW vo-cage drop acfof;%the !11Compli.;t Reouirernent will bP meet 10i207 (EL2912 COmb'nar-c�a'feeders and branch ❑Does Not COMcheck Software Version 4.1.5.1 [].Not Observable ❑Not Appf,cabie PETER J Inspection Checklist Ala„ -----=_- - ===_- At Final Inspection 1 Complies? CommenWAssumptions Energy Code:2020 NYStretch Energy Code-2018 IECC &Req.lo . e C303 3. Furnislfed O&M instructions lot IJCOmplies Rerltmement w,,�Ct•r•e' Requirements 100.0 i>were addressed directly In the COMchecA software C408 2 S.:•ystems and equipment to the ?'Does Not Text in the'Comme tit s!Assunipttons-Column is provided by the user,in the COMcheck Requirements screen For each 2 budding Owner or designated requirement,the user certifies that a code requirement will be met and now that is documented.or that an exception IF117JI rchres:ntative EIINbt Observable is being claimed Where compliance is itemized in a separate table.a reference to that table is provided. ONot Applicable ---------- s _•--------•-- -------------•----- C405 4.1 Interior installed lamp and fixture -'Comphe< Sft'I.P 01'WIr',.•7n:-fly r,Artn�ur'eMlir ra Vick*. I1`1181 lighting power is consistent with wha• Does Not # Plan Review I Complies? Comments/Assumptlons 1 i is shown on the approved LghLng ' l..-._ _..._...._._I_..__..._..._..— plans demonstrating proposed wars Not Oh,er+•Alice 1032 Plans.specifications ana;or (_Complies Requi ement will be met are less trial,or,equal to allowed -Not Applicable PR41 calculations provide at mformat,on L:Does Not watts with winch compliance cat determined for the nteriOr figh i DiNdt Observable C408 1 1 Building operations aria maintenante .'Complies P.equaennent will bt•met;irlg and electrical systems anti equipment t_iflor Applicable IFI57) documents will be provided to the Does Not and document where ex options to owner Documents will cover ";Not Observable the standard are claimed Information manufacturers information providers should include interior specilicat ons progianinung Not Apph+_able lighting power calculations.wa;cage Of pfoceaures and means of illustrating bums and ballasts.transformers anc to owner how budding,equicment and control devices systems are intended to be installed. • marntainrW.and operated. C405 10 New parking garages and new parking(JCoinplie:. Exception:Requiremem does net apply -"'-` -"".a. '- (PR381) lots powered by the energy services O'Does Not C408 3 ensure systems nave been tested to Lr-Oes Notlie� Requirement w'i be met lot a bu ddmu and with 10 or greater (F133) ensure proper calibration.adjustment. Does Not parking;paces.provide either:1. ONot Observable programming Ana aaelation. Panel caper ity and conduit far the ONot ONot A Applic Applicable ❑Not ppl,c Aab l e le uture,nstallatron of minimum 208;240V 40•arnp Outlets for 5 percent of the total parking spaces aria:not less than two parking spaces* or 2.Minimum 208 240V 40 amp outlets for 5 percent Or the total parting spaces and not less than two parkinO spar, section' • f Rough-In Electrical Inspection Complies? Comments/Assumptions &Req.IDl_,__.__.___ C405.2 2 Spaces required to have light �'-Cumphes Requirement will'of?met 2 reduction controls have a manna Does Not (EL2))i control that allofvs th-j oLtupant to No:O65ervdble ~ reduce the connected lighting load in a reasonably uniform illumination bNot Applicable d' patteni>_50 percent. W ..........-...-..._.-._......_..._.. .................. CL C405.2.1.Occupancy sensors mstalled in ocomplies Exception:Requirement does not apply X C405.2.1.classreomsilectureirraining rooms. L)Does Not O 1 conleienceJmeetingtmtiltipufpose Il (EL16)t rooms.copy?print rooms. (]Not Observable corndoriti-amition areas, ONot Applwable j bungesr'breakroom'.,encfosffd offices. � open plan office areas,res;roams, 0 storage roams.locker looms. warehouse storage areas.and other _ spaces<=300 sqft that are enclosed N C4 by floot•to-cetfing Neigh'partitions O Reference section language W to C405.2.1 2 for control function in D= O warehouses and section C405 2 1 for Open plan office spaces C405.1.1.Occupancy sensors control function in.Complies Exception:Fequ rement noes not apply PROJECT NO 21-NJO86 2 warehouses:In warehouses the Lmes Not 1E1.10 lighting in aisleways and Open areas is Not Observable DATE: 04.20.21 controlled with occupant sensors that automatically reduce lighting power ('Not Applicable DRAWN BY: CED by 50!b or more when the areas are unoccupied The occupant sencars SCALE: AS NOTED control ligntir g in each aisleway independent y and do not conWA lighting beyond the aisleway being controlled by tree sensor. _.........._........................._...... C405.2.1.Occupant sensor.ontral function in 0complies Exception:Redo rcment does not apply 3 open plan office areas:Occupant CiDoes Not (UMP sensor controls in open office spaces_ .•=300 so ft nave controls 1) 'LINO"Observable cdnt,gured so that general lighting skit ONot Applicable be Controlled separately in control zones with floor areas—600 sq.11. wltnm the space.2)automatically turn of!general I,91iting to all control zones w.•lthin 20 minutes alley all occupants have left the space 3)are configured so titat general lighting power in each control zone is tedticed by>=WA of + the full cone general lighting power SHEET TITLE: within 20 minutes or all occupants leaving that control zone and 41 are ELECTRICAL configured such that any daylight responsive control wig activate space general lighting or control:one COMCHECK general hyhtrny only when cc--upancy for tine same area is aetectad C405.2,2.Each area not served by Occupancy Licomplies Requirement will be-,4 C405.2.2.sensors(per C405 2 3)have unie [.-Does Not 1, switch control-,and funct tin•deta,lLW t)Nat OMcfvame ,', W 2405.2.2.in sections C405 2 2 1 and C405 2.2 2 Not Apsenura l W Z IEL21p ` LIJ U 2 Z W a D_Y a ado O Xom OC WSW a ��o z Qc } SHEET NO: E7002 VERIFY DISTANCE IN FIELD Low J E F F REY PROPOSED TENANT TAYLOR SPACE ARCHITECTS 572 NORTH BROADWAY TAP FEEDERS%TR011G11 AND RUN NIaDMD0196Ga0urow2 ` NEWWtRINGTROt1GH WHITE PLAINS,NEW 10603 TEL 914 289 0011 G 011 COWUIT TO EACH NEW PANEL � � SIZED AS REQUIRED y p FAX 914 289 0022 LOCA-ION EXISTING ELECTRIC G Coco ROOMS COO i! FIRST FLOOR � SEANCE FEEDERS PI TROUGH —+• see* AN 0 ENERGY AND RUN VN SEW SWRCN AND 4❑ METER TO 4 W PANS.DunoNs (�}ASDD KoN AND(�)gGROUND IN 1 TPA13739.41 DESIGN NI'CANOUIT 1-03GROUN3M El ❑�5 a TP4Vi !' com"MNBMIN�N / M 5 Independence Way,Suite 360 r —� Princeton,NJ 08540 I EXISTING MAIN I n� +,(609)751-9655 office SWITCHBOARD U C +1(609)751-9658 faX WITH SPARE 12W AMP. nSEANCE wWw.coolsySeneTgydesign corn I SWITCH I GROUND ON ROOF CS Englneenng PC DBA-CBP ABOVE } Eng neenng Cert#0016862 EXISTING 1200AMP EXISTING WIRING FEEDERS TROUGH FUTURE TENANT {rp" �f,oF NElyy PARTIAL POWER RISER DIAGRAM SPACE 30NN M >t4� mot* NOT TO SCAI.F. � r 103207 tI REFER TODEMOLITIOA NOTES 1 FOR SCOPE OF ELECTRICAL 3ErOLmO4WMW fiN M PETER J Y THIS SPACE IL a r' FACP ROOM r ❑3 NEW PANEL a.TP-Ali (CELLAR) U I I EXISTING FIRE ALARM I CONTROL PANEL I NEW PAWL a N ELECTRICAL ROOM n (CELLAR) II q I }I II I P 12 q A U �-EXISTING 3000 AMP MAIN r1 SWITCHGEAR AND 1200 AMP SPARE SWITCH I 1 1 M II � I �q II nC q II Ili u Q EXISTING ELECTRICAL I p c WIRING�TROUGH a.TP`V1 HQ' � a. O r^ w - _ - THIS AREA OF PLAN IS FOR REFERENCE J EX ONLY TO APPROXIMATE CELLAR AREA T C BELOW W co 0 1 CONTRACTOR SHALL VISIT THE SITE TO VERIFY EXISTING CONDITIONS PRIOR TO SUBWSS'ON OF BD NO ADDITIONAL COMPENSATION SM41.BE CONSIDERED FOR FAL.URE TO OBSERVE THIS REOUIRENFM \.�` v X 2 ALL EKISTING FIRE ALARM EOUPMENT SK41L REMAIN AND BE TEIFORARIY MOUNTED 1Art0.TENANT WORK _ --.Ip—•---~ PROJECT NO 21-NJO86 COMMENCES DATE: 04.20.21 THE CONTRACTOR SMALL OISWNVECT ADD MEN�ROM ALL ELECTRIM WIRING AMD EOUIP AS REQUIRED W17HIM ;�4 ALL AREAS TOLE RENOYAT-eD THIS SW1L1 INCLUDE BUT NOT BEUMrt Ir DRAWN BY: CEDEDTOFDTTURES.DfVICES.0U1lET5, .—•-----_—_.:. -------•_------.------._.... SWITCHES RECEPTACLES fL00RBOXES POIE THROUGH DEVICES.CONONTS.BOOtFS,STARTERS.as.:oHtifCIS - '------ -----•----•---------------._— SCALE: AS NOTED PANELS.FEEDERS ETC A THE CONTRACTOR SWILL DISCONNECT AND REMOVE ALL DSTING CIRCUITS TO MECMLWA EQU PMENT BENG REMOVED REFER TO ALL MECHANICAL DEMOLITION YRAWMGS MOOR NOTES FOR LOCATIONS CONTRACTOR SHAL ALSO BE RESP04SW FOR MAIONG ALL DISCONNECT ONS AND RECONNECTIONS TO ALL MECHANMA EDUPAENT BEING RE OCATED OR REMAINING AS RREWRED S WHERE ELECTWA TEAS ARE REM040.ALL BRANCH DEVICES WPM SHAI L BE REMOVED BACK TO PAK SERVING THE EOU PMENT WHERE CIRCUITS SERVE ADDITIONAL DEVICES OR EQUIPMENT REMAINING WIRING SWILL BEREMD„EDe�`TDE�NEAREST"`T1��cnON�X ELECTRICAL LIGHTING AND POWER PLAN 6 THE CON-4XTOR SHALL MWAIN CONTINUITY OF EXISTING CIRCUITS THAT ARE TO REMAIN IN OPERATION SCALE VB-=1'-0- 7 THE CONTRACTOR SMALL REFER TO ARCHITECTURAL DEMOLITION DRAWINGS FOR ADOMONAL INFORMATI]\AND SCOPE DF DEMOL TOh 6 A L MATERNS AND ECUIPMENT REMOVALS SMALL BE DISPOSED OF AS D RECEED BY THE OWNER OR THE ARCHITECT �1 ELECTRICAL CONTRACTOR TO PROVIDE ANEW 400 AMP 208 VOLT TRANS-9AND SWITCH COMBINATION,LOCKABLE DISCONNECT AND METER REFER TO PARTIAL RISER DIAGRAM FOR ADDITIONAL DETAILS CONTRACTOR SHALL SHEET TITLE 9 CONTRACTOR SHALL BE RESPONSIitE FOR PROTECTING ANYIALL EOOSTWG EQUIPMENT.FIRE ALARM 1EVIGfS COORDINATE WITH OWNER AND UTILITY COMPANY FOR METER INSTALLATION AND ACCOUNT SET UP. ELECTRICAL RISER SMOKE DE':CTORS.ETC.THAT S TO REIM NOW BE RELOCATED DURING ALL PHASES OF OEMOjTlON AND CONSTRUCTION. El EXISTING SPARE 200 AMP DISCONNECT AND METER PAN AND FLOOR PLAN 10 CONTRACTOR SHALL BE RESPONSIBLE FOR 4F.00ATI NG MNYlki DEVICES SWITCHES.SMOKE DETECTORS,SPEAKER STROBES.PULL STATIONS ETC N ❑3 COORDINATE LOCATION OF NEW PANELS WITH TENANT REPRESENTATIVE PRIOR TO INSTALLATION OR H ORN D:CATED AS TO REMAIN TO ALL SURFACES AS REQUIRED NEW 11 CONTRACTOR TOMART?MN PROTECT AND COORONATE REROUTING 0;ANY EOISMG&COMINGCOMVVNICATIONS El NEW R.TU IS SINGLE POINT CONNECTION TO MANUFACTURER PROVIDED DISCONNECT SWITCH. ,w DATA LT SECUfUAW&GSTY GFBER CABLES ETC.TO NEW TERY7IATIONPOaTSA50B+ECTEDBY THE ARC1ifEEGT El REFER TO DETAIL ON OVERVIEW SHEET RECEPTACLE IS PROVIDED WITH NEW UNIT COORDINATE LOCATION WITH ,�,AN"THESE ORAWpGS W UNIT IN FIELD. ELECTRICAL DEMOLITION NOTES ELECTRICAL KEY NOTES ��/ LIJ >_ Z NOT TO SCALE li NOT TO SCALE W �d Y a oho° O CoIx m OC Wow a o�W z � Lu 3 � SHEET NO: E-1 00 ELECTRICAL SPECIFICATIONS I GENERAL B CONDUIT SUPPORTS SHALL BE PLACED A MAXIMUM DISTANCE OF TEN FEET ■ 1. LIQUID TIGHT FLEXIBLE METAL CONDUIT IN LENGTHS OF Y OR LESS WITH APART A ALL WORK SHALL CONFORM TO THE ADOPTED MODEL OF ELECTRICAL AND APPROVED TYPE FITTINGS SHALL BE USED FOR CONNECTIONS TO BUILDING CODES,ADMINISTRATIVE REGULATIONS AND LOCAL CODES THE VIBRATING EQUIPMENT,MOTORS,AND OTHER OUTLETS WHERE WIRING C SUPPORT CEILING MOUNTED LIGHT FIXTURES FROM STRUCTURE ABOVE WORK TO BE DONE UNDER THIS PROJECT INCLUDES PROVIDING ALL WILL BE EXPOSED TO VIBRATIONS.MINIMUM SIZE SHALL BE X'. WITH METAL TIE WIRES OR PROVIDE EARTHQUAKE CLIPS AS REQUIRED BY EQUIPMENT,MATERIALS.LABOR AND SERVICES,AND PERFORMING ALL 'N E.C'AND/OR I.B.C'CODES J E F F REY OPERATIONS FOR COMPLETE AND OPERATING SYSTEMS ANY WORK NOT J INSTALL RACEWAYS FROM BOX TO BOX OR TERMINATION'S AS SHOWN ON SPECIFICALLY COVERED BUT NECESSARY TO COMPLETE THIS THE DRAWINGS OR AS REQUIRED TO EFFECT CIRCUITING DESCRIBED WITH 11 SPECIAL REQUIREMENTS INSTALLATION.SHALL BE PROVIDED ALL EQUIPMENT AND WIRING TO BE CIRCUIT NUMBERS ADJACENT TO EQUIPMENT GROUPING HOME RUNS OR TAYLO R NEW AND PROVIDED UNDER THIS CONTRACT UNLESS OTHERWISE NOTED COMBINING WIRES IN COMMON RACEWAYS WILL BE ALLOWED WITH A A. REMOVAL ALTERATIONS,RELOCATIONS AND CONNECTIONS TO EXISTING MAXIMUM OF THREE SINGLE POLE BRANCH CIRCUITS IN A RACEWAY. SYSTEMS: ARCHITECTS 8 OBTAIN ALL PERMITS AND APPROVALS FROM AUTHORITIES HAV NG INCREASE WIRE SIZES AND RACEWAYS WHERE REQUIRED TO AVOID LOSS JURISDICTION AND PAYING ALL FEES REQUIRED OF AMPACITY AS REQUIRED BY NATIONAL ELECTRIC CODE (1)CERTAIN REMOVALS AND RELOCATIONS OF EXISTING WORK WILL BE NECESSARY FOR THE SATISFACTORY PERFORMANCE OF THE GENERAL 572 NORTH BROADWAY C. SUBMIT ELECTRONIC OR SIX(6)SETS OF SHOP DRAWINGS FOR APPROVAL K FLEXIBLE METAL CONDUIT IN MINIMUMS'SIZE WITH APPROVED TYPE WORK ALL CHANGES ARE NOT DETAILED ON THE DRAWINGS,BUT OF THE FOLLOWINGWHITE PLAINS,NEW YORK 10603 FITTINGS MAY BE USED IN LIMITED LENGTHS FOR CONNECTIONS TO SHALL BE TAKEN NTO CONSIDERATION IN MAKING UP THE WORK TEL S. E YO RECESSED FIXTURES WHERE IT IS NECESSARY TO PROVIDE FLEXIBLE PROPOSAL THE SCOPE OF REMOVALS SHALL BE BASED ON ACTUAL 0011 (1)WIRE(2)DEVICES(3)CONDUIT(4)PANELS(5)LIGHT FIXTURES CONNECTIONS WHERE STRUCTURAL MEMBERS PRECLUDE THE USE OF FIELD INSPECTIONS FAX 914 289 OD22 ELECTRICAL METALLIC TUBING OR CONDUITS FLEXIBLE METAL CONDUITS D. PROVIDE TEMPORARY POWER AS REQUIRED FOR THE PROJECT THE TERM WITH EQUAL OR GREATER CAPACITY MAY BE USED (2)MAINTAIN CONTINUITY OF EXISTING CIRCUITS AFFECTED BY THIS 'FURNISH'SHALL MEAN TO OBTAIN AND SUPPLY TO THE JOB SITE THE WORK TERM INSTALL'SWILL MEAN TO FIX IN POSITION AND CONNECT FOR USE L INSTALL CONDUIT CONTINUOUS BETWEEN BOXES AND CABINETS WITH NO pp p e THE TERM"PROVIDE'SHALL MEAN TO FURNISH AND INSTALL THE TERM MORE THAN EQUIVALENT OF FOUR(4)90 DEGREE BENDS.SECURELY (3)IN THE EVENT ANY WIR NG OR EQUIPMENT TO BE REMOVED IS IN 'CONTRACTOR'SHALL MEAN ELECTRICAL CONTRACTOR. FASTEN IN PLACE WITH STRAPS,HANGERS AND STEEL SUPPORTS AS ACTIVE USE AS DETERMINED BY THE OWNER PROVIDE TEMPORARY COONS REQUIRED DO NOT SUPPORT CONDUIT FROM SUSPENDED CEILING GRID WIRING AS REQUIRED TO MAINTAIN SUCH USE LINT L THE PERMANENT E ALL WORK SHALL BE DONE UNDER NORMAL WORKING HOURS,UNLESS OR SUSPENSION WIRES REAM CONDUIT ENDS AND THOROUGHLY CLEAN WIRING IS INSTALLED AND PLACED IN SERVICE OTHERW SE NOTED ONLY WRITTEN CHANGES AND/OR MODIFICATIONS BEFORE INSTALLATION OPENINGS SHALL BE PLUGGED OR COVERED TO APPROVED BY THE ARCHITECT,CONSULTING ENGINEER OR OWNER'S KEEP CONDUIT CLEAN TERMINALS ON SWITCHES AND RECEPTACLES (4)ALL WORK REQUIRING AN OUTAGE OR AN INTERRUPTION OF SERVICE e s•e e REPRESENTATIVE WILL BE RECOGNIZED SHALL NOT BE USED TO TEED-THRU'TO THE NEXT SWITCH OR (POWER,TELEPHONE ETC)SHALL BE DONE ONLY AT SUCH TIME AS �� ®�� RECEPTACLE.THE DISCONNECTING OR REMOVAL OF A DEVICE FROM A PERMITTED BY THE OWNER PROVIDE A MINIMUM OF TWO WORKING H� F. ROOF PENETRATIONS SHALL COMPLY WITH'S.MAC NA'AND'N.R CA' BOX SHALL NOT INTERFERE WITH OR INTERRUPT THE CONDUCTOR DAYS NOTICE TO THE OWNER AND ENGINEER FOR SUCH SHUTDOWNS DESIGN STANDARDS WITH REQUIREMENTS OF THE ROOFING WARRANTY OR CONTINUITY GUARANTEE.DO NOT PERFORM ROOFING PENETRATIONS IN A MANNER B ELECTRICAL WORK SHALL INCLUDE ALL REQUIRED CUTTING.PATCHING AND WHICH WOULD VOID OR OTHERWISE LIMIT THE ROOFING WARRANTY OR M CONDUCTORS SHALL BE CONTINUOUS FROM ORIGIN TO PANEL OR THE FULL RESTORATION OF WALL AND FLOOR STRUCTURE AND SURFACES GUARANTEE. EQUIPMENT WITHOUT SPLICES.WHERE TAP SPLICES ARE NECESSARY AND 5 Independence Way,Suite 360 APPROVED,THEY SHALL BE MADE WITH LISTED CONNECTORS IN JUNCTION /2 FIRE ALARM SYSTEMS Princeton,NJ 08540 G. TELEPHONE/DATA WIRING TO BE FURNISHED AND INSTALLED BY OTHERS BOXES. A FURNISH AND INSTALL ALL LABOR,MATERIALS AND EQUIPMENT REQUIRED +1(609)751-9655 office H. PROVIDE PROPERLY SIZED THERMAL ELEMENTS IN STARTERS AS N. ALL WIRE AND CABLE AMPACITIES INDICATED ON DRAWINGS ARE BASED ON FOR CONNECTION OF DEVICES TO THE EXISTING FIRE ALARM SYSTEM.AS +1(609)751-9658 fax REQUIRED 75'C.TEMPERATURE RATING.ALL LUGS,BREAKERS,SWITCHES AND OTHER COVERED BY THESE SPECIFICATIONS INSTALL,CONNECT AND LEAVE IN TERMINATION'S SHALL HAVE 75'C.RATINGS AS A MINIMUM FIRST CLASS OPERATING CONDITION ALL EQUIPMENT AND CABLES SHALL WWW.coolsysenergydesign com 1. FURNISH AND INSTALL ALL CODE REQUIRED SEISMIC BRACING AND BE U L LISTED,CONFORM TO'INTERNATIONAL BUILDING CODE".'NFPA' CS Engineering PC DBA'CBP SUPPORTS FOR ELECTRICAL EQUIPMENT AND RACEWAYS O. FOR CONDUITS CROSSING EXPANSION JOINTS,PROVIDE EXPANSION CODES 70.72.WA.AND 101.MODIFY THE EXISTING FIRE ALARM PANEL TO Engineenng,Cert#0016862 FITTINGS FOR SIZE I&AND LARGER PROVIDE SECTIONS OF FLEXIBLE ACCOMMODATE ALL NEW DEVICES J. KEEP PREMISES FREE FROM RUBBISH.REMOVE ALL ELECTRICAL RUBBISH CONDUIT WITH GROUNDING JUMPERS FOR SIZES 1'AND SMALLER FROM SITE DAILY B. FURNISH AND INSTALL DUCT SMOKE DETECTORS IN DUCTS OF ALL SUPPLY 5 PANEL BOARDS/DISCONNECTS: AND RETURN FANS WITH A CAPACITY GREATER THAN 2000 C F M.WIRE K EFFECTIVELY PROTECT ALL MATERIALS AND EQUIPMENT FROM INTO FIRE ALARM SYSTEM AND TO SHUT DOWN UNIT UPON ACTIVATION ��,of NEWY ENVIRONMENTAL AND PHYSICAL DAMAGE UNTIL FINAL ACCEPTANCE A PANEL BOARDS SHALL BE FACTORY ASSEMBLED AS MANUFACTURED BY '`f SONN CLOSE AND PROTECT ALL OPENINGS DURING CONSTRUCTION PROVIDE 'SQUARE-D.'EATON'OR'SIEMENS'MEETING U L STANDARDS 30 AND 67. C PRIOR TO PURCHASE OR INSTALLATION OF ANY NEW FIRE ALARM DEVICES NEW MATERIALS AND EQUIPMENT TO REPLACE ITEMS DAMAGED WITH U L LABEL ALL CONDUCTOR TERMINALS TO BE U L FOR MINIMUM 75 TO THE EXISTING FIRE ALARM SYSTEM,CONTRACTOR SHALL VERIFY ALL DEGREE C NEW DEVICES ARE COMPATIBLE WITH THE EXISTING SYSTEM L CONTRACTOR SHALL MAINTAIN ALL EXISTING EMERGENCY EGRESS r LIGHTING,SECURITY SYSTEM DEVICES AND FIRE ALARM DEVICES UNTIL ALL B BRACING SHALL BE EQUIVALENT TO.OR COMPARABLE WITH THE RATED 13 ARC FLASH: PHASES OF NEW WORK ARE COMPLETE AND IN FULL OPERATION INTERRUPTING CAPACITY OF SMALLEST OVER CURRENT DEVICE IN THAT PANEL A CONDUCT AN ARC FLASH STUDY AND CREATE ARC FLASH LABELS FOR NEW I U207 M. ELECTRICAL CONTRACTOR TO PROVIDE CIRCUIT IDENTIFICATION TAGS PANELS,DISCONNECTS AND ASSOCIATED EQUIPMENT ARC FLASH LABELS f` WITH MINIMUM X'HIGH LETTERS FOR ALL BRANCH CIRCUIT WIRING C. BREAKERS SHALL BE THERMAL MAGNETIC TYPE,BOLT-IN,QUICK-MAKE, SHALL MEET THE TYPICAL STANDARDS OF THE FACILITY DEVICES PANEL DESCRIPTION AND CIRCUIT NUMBER SHALL BE TYPE QUICK-BREAK TYPE SINGLE UNIT CONSTRUCTION WITH TRIP SETTINGS AND WRITTEN BLACK LETTERS ON A CLEAR.SELF ADHESIVE TAPE STRIP NUMBER OF POLES AS INDICATED ON DRAWINGS TWO AND THREE POLE 14 COORDINATION: PETER J Y SUITABLE FOR ALL WEATHER CONDITIONS BREAKERS SHALL BE SINGLE UNIT COMMON TRIP TYPE.ALL BREAKERS CONNECTED TO LIGHTING BRANCH CIRCUITS SHALL BE APPROVED FOR A REVIEW THE ARCHITECTURAL DRAWINGS IN ORDER TO UNDERSTAND THE 2. GROUNDING AND BONDING THAT USE AND MARKED'SWD'MINIMUM 10 KAIC FULL SCOPE OF WORK AND TO REVIEW THE CONSTRUCTION DETAILS A. GROUND NG SYSTEM PERMANENTLY AND EFFECTIVELY GROUND ALL D. PANEL BOARD CABINETS SHALL BE ONE PIECE CODE GAGE GALVANIZED B REFER TO THE H.VA.C..FIRE PROTECTION AND PLUMBING DRAWINGS FOR METALLIC CONDUITS,SUPPORTS,CABINETS,PANEL BOARDS AND SYSTEM STEEL WITH MOUNTING STUDS.WIRING GUTTER OF AMPLE SIZE AND LOCATIONS OF EQUIPMENT AND CONTROL WIRING REQUIREMENTS ONLY j GROUND NG NEUTRAL IN ACCORDANCE WITH THE REQUIREMENTS OF THE KNOCKOUTS FOR CONDUIT CONNECTIONS AS REQUIRED.BUS BARS SHALL POWER FEED TO MECHANICAL EQUIPMENT ARE SCHEDULED ON THE ! N.E.0 MAINTAIN CONTINUITY OF EQUIPMENT GROUND THROUGHOUT THE BE 98%CONDUCTIVE COPPER,ARRANGED FOR SEQUENCE PHASING AND ELECTRICAL DRAWINGS.FURNISH AND INSTALL ALL CODE REQUIRED SYSTEM GROUNDING CLAMPS SHALL BE LISTED FOR THE APPLICATION ALL CONNECTIONS SHALL BE SILVER PLATED.FRONTS SHALL BE CODE DISCONNECT SWITCHES FOR MECHANICAL EQUIPMENT UNLESS SPECIFIED I ! ! WHERE GROUNDING CONDUCTOR IS ENCLOSED IN CONDUIT,GROUND GAUGE STEEL WITH ADJUSTABLE FASTENERS.DOOR IN DOOR TYPE. ON MECHANICAL DRAWINGS TO BE SUPPLIED BY MANUFACTURER.PROVIDE I I CLAMP SHALL BE OF A TYPE WHICH GROUNDS BOTH CONDUCTOR AND PROVIDE FLUSH MOUNT UNITS UNLESS OTHERWISE INDICATED.PROVIDE A FUSED SWITCHES WHEREVER MANUFACTURER REQUIRES THEM. 1 ! I CONDUIT PLASTIC COVERED TYPE WRITTEN SCHEDULE IDENTIFYING ALL BRANCH , CIRCUITS INSIDE EACH CABINET.PROVIDE LOCK IN EACH PANEL DOOR WITH C FURNISH AND INSTALL CONTROL WIRING e. GREEN EQUIPMENT BONDING CONDUCTORS SIZED IN ACCORDANCE WITH ALL LOCKS IN PROJECT KEYED ALIKE PROVIDE 2 KEYS FOR EACH LOCK {I N.E.C.250-122 SHALL BE PROVIDED FOR ALL FEEDERS AND BRANCH D. VERIFY LOCATIONS OF ALL DEVICES WITH ARCHITECT AND OWNER BEFORE CIRCUITS E. ALL PANELS SHALL HAVE TYPEWRITTEN DIRECTORIES. INSTALLATION j C. BOND SYSTEM GROUND TO WATER PIPES PER N.E.C.REQUIREMENTS F. ALL PANEL COMPONENTS,BREAKERS,ETC.SHALL BE FULLY RATED. E. FURNISH A SCHEDULE INDICATING HIS PORTION OF TIME WITHIN THE ! 1 OVERALL SCHEDULE,REQUIRED TO COMPLETE THE WORK IN 3. IDENTIFICATION G. DISCONNECT SWITCHES SHALL BE HEAVY-DUTY,QUICK-MAKE. CONJUNCTION WITH ALL TRADES QUICK-BREAK TYPE NEMA-1 ENCLOSURE(NEMA-3R FOR OUTDOOR). A MODIFY DIRECTORIES OF EXISTING PANELS WHERE CHANGES AND/OR SWITCHES SHALL BE AS MANUFACTURED BY'SQUARE-O'.'EATON',OR 15 CLOSE OUT ADDITIONS HAVE BEEN MADE 'SIEMENS'FURNISH AND INSTALL ALL FUSES AS MANUFACTURED BY 'BUSSMAW.'MERSEN OR'LITTLE FUSE'ALL CONDUCTOR TERMINALS SHALL A ALL ELECTRICAL EQUIPMENT SHALL BE ADJUSTED AND TESTED FOR I B WIRE AND CABLE COLOR CODING BE U L LISTED FOR MINIMUM 75'CELSIUS NON FUSED RATINGS SHALL PROPER OPERATION AFTER WIRES ARE IN PLACE AND CONNECTED TO I f MATCH CONDUCTOR RATINGS,UNLESS OTHERWISE NOTED. DEVICES AND EQUIPMENT TEST THE SYSTEM FOR SHORTS AND GROUNDS 1 I (6)POWER WIRING CONSISTENT PHASE IDENTIFICATION OF ALL WIRES ALL HOT AND NEUTRAL CONDUCTORS,IF SHORTED OR GROUNDED,SHALL SHALL BE MAINTAINED AS FOLLOWS: H A STRUT FRAME SHALL BE PROVIDED AT ALL LOCATIONS WHERE BE REMOVED AND REPLACED FURNISH ALL METERS INSTRUMENTS,CABLE I STRUCTURE WILL NOT ADEQUATELY SUPPORT EQUIPMENT,OR FOR CONNECTIONS,EQUIPMENT OR APPARATUS NECESSARY FOR MAKING ALL 2081120 VOLT,3-PHASE FREESTANDING EQUIPMENT TESTS { 1 PHASE W BLACK ' PHASE'B' RED 7 CONDUCTORS B. TOUCH-UP OR REFINISH DAMAGED SURFACES OF FIXTURES AND ` ! PHASE`C* BLUE EQUIPMENT. NEUTRAL WIRE WHITE A CONDUCTORS SHALL BE INSULATED SOFT ANNEALED 98%PURE COPPER I I ! 1 I GROUND WIRE GREEN 010 AND SMALLER TO BE SOLID,08 AND LARGER TO BE STRANDED,MINIMUM C. FURNISH WRITTEN ONE YEAR GUARANTEE FOR ALL ELECTRICAL WORK AND 012 UNLESS OTHERWISE INDICATED ALUMINUM CONDUCTORS WILL NOT BE EQUIPMENT. I I I (7)CONTROL WIRES:WIRES OF CONTROL CIRCUITS SHALL BE ALLOWED ALL INSULATION TO BE RATED FOR 600 VOLTS AND TYPES AS CONSISTENTLY COLOR CODED TO PERMIT EASY IDENTIFICATION OF FOLLOWS D. SUBMIT'AS-BUILT'DRAWINGS AT COMPLETION OF PROJECT CONDUCTORS. j I 010 AND SMALLER THWN,THHN,OR THWN C PROVIDE IDENTIFICATION OF ALL BRANCH CIRCUIT WIRES IN PULL BOXES 98 AND LARGER THWN OR THHN AND AT TERMINATIONS WITH PANEL AND CIRCUIT NUMBER IDENTIFY PANEL f DESIGNATION AND CIRCUIT NUMBER B. LAYOUT BRANCH CIRCUIT WIRING AND ARRANGEMENT OF HOME RUNS FOR I 1 MAXIMUM ECONOMY AND EFFICIENCY.INCREASE WIRE SIZE IF VOLTAGE i D. PROVIDE PLASTIC ENGRAVED LABELS ON PANELS,DISCONNECT SWITCHES DROP EXCEEDS 21%. d I ± I ! AND TRANSFORMERS TO IND CATE POWER SOURCE AND VOLTAGE Ir I 4 8 WIRING DEVICES-PLATES: 00 4. WIRING METHODS U. A. DEVICES SHALL BE MANUFACTURED BYPASS 8 SEYMOUR'OR EQUAL ALL WI � I A. BRANCH CIRCUIT AND FEEDER R NG RUN WITHIN THE BUILDING SHALL BE DEVICES SHALL BE INDUSTRIAL SPECIFICATION GRADE.COVER PLATES 1 INSTALLED IN MINIMUM X'E M T INTH COMPRESSION FITTINGS RUN SHALL BE COMMERCIAL GRADE METAL,UNLESS OTHERWISE NOTED ca 9) j t CONCEALED WHERE POSS BLE BUT EXPOSED ON EXISTING SURFACES COVER PLATES SHALL BE BY SAME MANUFACTURER AS DEVICES Z WHERE CONDUITS CANNOT BE CONCEALED ARMORED CABLE(TYPE MC) WHEREVER POSSIBLE STANDARD DUPLEX RECEPTACLES SHALL BE O SHALL BE PERMITTED IN LIMITED LENGTHS AND IN CONCEALED AREAS COMMERCIAL GRADE,GROUNDING TYPE,20 AMP,NEMA 5-20R,BACK AND (q C4 ONLY AND TO THE EXTENT PERMITTED BY CODE. SIDE WIRED,UNLESS OTHERWISE NOTED SWITCHES SKk L BE 100 COMMERCIAL GRADE TOGGLE TYPE.OTHER DEVICES SHALL BE AS W C6 I I B. BRANCH CIRCUIT AND FEEDER WIRING RUN OUTSIDE SHALL BE RUN IN INDICATED ON THE DRAWINGS OR AS REQUIRED BY THE EQUIPMENT ITEM LY C RIGID GALVANIZED STEEL CONDUIT INTENDED TO BE SERVED.WHERE SWITCHES ARE GROUPED.PROVIDE GANGED PLATES COORDINATE ALL DEVICE TYPES AND COLORS WITH C. ALL APPLICABLE CIRCUITS SHALL HAVE 100%NEUTRALS. ARCHITECT PRIOR TO INSTALLATION PROJECT NO. 21-NJO86 D. WIRING FOR CONTROLS.COMMUNICATIONS AND OTHER SYSTEMS SHALL BE B GROUND FAULT CIRCUIT INTERRUPTER RECEPTACLES,EXCEPT IN FINISHED DATE: 04.20.21 IN RACEWAY SPECIFIED FOR BRANCH CIRCUITS UNLESS SPECIFICALLY SPACES,SHALL BE PROVIDED WITH'WHILE414-USE'METALLIC COVERS NOTED OTHERWISE DRAWN BY: CED E. WIRING IN FINISHED AREAS WHICH CANNOT BE CONCEALED SHALL BE RUN 9 LUMINAIRES AND LAMPS SCALE: AS NOTED IN SURFACE MOUNTED RACEWAY EXACT ROUTING OF CONDUITS SHALL BE A. LUMINAIRES SHALL BE FURNISHED AND COMPLETE WITH NECESSARY DETERMINED IN THE FIELD MOUNTING OR HANGING HARDWARE AND WITH PLASTER FRAMES WHERE REQUIRED.REFER TO LIGHTING FIXTURE SCHEDULE FOR FIXTURE TYPE F. PROVIDE CONDUIT SEALS FOR RACEWAYS PASSING THROUGH FLOORS OR WALLS PROVIDE FIRE RATED SEALS WHERE REQUIRED B. THE ELECTRICAL CONTRACTOR SHALL VERIFY CEILING TYPE AND SPACE LIMITATIONS PRIOR TO ORDERING LUMINAIRES G. CONCEAL WIRING SYSTEM ABOVE SUSPENDED CEILINGS OR IN WALL OR FLOOR CONSTRUCTION WHERE POSSIBLE INSTALL CONDUIT PARALLEL TO 10 EQUIPMENT SUPPORTS BUILDING LINES AND TO CLEAR ALL OPENINGS,DEPRESSIONS.PIPES DUCTS,STRUCTURE,ETC A. PROVIDE ALL STRUCTURAL SUPPORTS AND MOUNTING DEVICES FOR THE PROPER ATTACHMENTS OF EQUIPMENT SUPPLIED BY THIS TRADE.THIS H FURNISH AND INSTALL ALL POWER WIRING AS REQUIRED FOR EQUIPMENT SHALL ALSO INCLUDE STARTERS,DISCONNECTS.CONTROLLERS.ETC. FURNISHED UNDER H.V.A.C..PLUMBING AND GENERAL TRADE SECTIONS. FURNISHED BY THE MECHANICAL TRADE. UNLESS OTHERWISE NOTED SHEET TITLE- ELECTRICAL SPECIFICATIONS M Cr 2UJI � U Z W a d Y a awo O �om OC Fr Ww a o�� z SHEET NO: E-200 1 ALL FIRE ALARM WIRING WORK SHALL BE DONE IN ACCORDANCE WITH N.E.C.ARTICLE 760 REQUIREMENTS WIRE/CABLE LEGEND FIRE ALARM KEY NOTES 2 FIRE HARM SYSTEM EQUIPMENT 8 INSTALLATION SHALL BE IN ACCORDANCE WITH THE LATEST EDITION OF LIFE SAFETY CODE,NFPA 101,NFPA 72,NFPA 70.STATE AND LOCAL RULES AND REGULATIONS,BUILDING CLASSIFICATION TYPE•M•MERCANTILE AND'B'BUSINESS (1)1 TWISTED PAIR MINIMUM 016 AWG, FIRE ALARM CONTRACTOR TO PROVIDE RELAYS FOR HVAC UNIT SHUTDOWN BY DUCTLEE _A_UL LISTED FIRE CABLE. AND/OR CO DETECTOR PROVIDE ALL NECESSARY WIRING AND INTERFACE OF RTU f 3. FIRE ALARM SYSTEM SHALL BE INSTALLED BY AN N.F.PA,APPROVED FIRE ALARM INSTALLER AND LOCALLY UNIT FOR UNIT SHUTDOWN"• / -ff APPROVED FIRE CONTRACTOR PER N F.PA SECTION 7-6 F:RE ALARM SYSTEM SHALL BE U L,N.F.P.A F M r AND LOCALLY APPROVED THE SYSTEM SHALL COMPLY WITH THE ABOVE MENTIONED CODES,AMERICAN _B_(1)2 CONDUCTOR MINIMUM#14 AWG, a EXISTING FIRE ALARM CONTROL PANEL MOUNTED IN LANDLORDS FIRE ALARM ROOM. a J E F F REY DISABILITY ACT(ADA)AND ALL OTHER APPLICABLE STATE AND LOCAL CODES 8 REGULATIONS. UL LISTED FIRE CABLE. REFER TO FLOOR PLAN FOR LOCATION f F 6 y 6 4. THE FIRE ALARM CONTRACTOR SHALL COORDINATE WITH THE FIRE ALARM EQUIPMENT MANUFACTURER F11 FIRE ALARM CONTRACTOR TO PROVIDE C 0 DETECTOR WITH N AREA OF R.T.U.FIRST TAYLO R FOR THE EXACT NUMBER AND SIZE OF ALL SYSTEM WIRING ALL FIRE ALARM SYSTEM WIRING SHALL BE SUPPLY REGISTER PER CODE MOUNT PER MANUFACTURER INSTRUCTIONS. S3 ARCHITECTS INSTALLED IN CONDUIT,SIZED IN ACCORDANCE WITH THE NATIONAL ELECTRICAL CODE 1 FIRE ALARM CONTRACTOR TO PROVIDE CONNECTION OF DUCT MOUNTED SMOKE 0 5. THE FIRE ALARM RISER DIAGRAM AS SHOWN SERVES TO INDICATE THE ALARM DEVICE INTERCONNECTIONS / BLUE STROBE•TIE TO FACP FOR DETECTORS TO BUILDING EXISTING FIRE ALARM PANEL COORDINATE ALL WORK q 572 NORTH BROADWAY AS CLEARLY AS POSSIBLE.IT DOES NOT SHOW ROUTING OR OFFSETS OF INTERCONNECTIONS OR jO� CARBON MONOXIDE ALARM VISUAL NOTIFICATION WITH H VAC DRAWINGS AND CONTRACTOR. _ _D WHITE PLAINS,NEW YORK 10603 QUANTITIES.THE CONTRACTOR SHALL DETERMINE DEVICE LOCATIONS FROM THE DRAWING AND SELECT OPTIMUM ROUTING OF INTERCONNECTIONS.COORDINATE WITH LIGHTING,SPRINKLER H VAC AND R EXISTING FIRE ALARM HEAT DETECTOR.CONTRACTOR TO PROVIDE TEMPORARY TEL 914 289 0011 PROVIDE OFFSETS AS REQUIRED MOUNTING NEAR UNDERSIDE OF ROOF DECK(TYPICAL) FAX 914 289 0022 4 ' 6. ALL JUNCTION BOXES ASSOCIATED WITH THE FIRE ALARM SYSTEM SHALL BE PAINTED RED ©ALL EXISTING FIRE ALARM EQUIPMENT SMALL REMAIN AND BE TEMPORARILY THE FIRE ALARM PLAN LAYOUT AND SINGLE LINE ARE FOR PRICING PURPOSES ONLY MOUNTED UNTIL TENANT WORK COMMENCES. I 3 7 ALL WIRING FOR FIRE ALARM SYSTEM SHALL BE INSTALLED IN ACCORDANCE WITH LOCAL CODES THE FLOOR PLAN AND SINGLE LINE IS PROVIDED TO ILLUSTRATE THE SCOPE OF o 0 0 WORK AND GENERAL LOGIC OF THE SYSTEM THE CONTRACTOR SHALL PROVIDE 10. DEVICE MOUNTING HEIGHT TO BE COORDINATED d APPROVED BY AUTHORITIES HAVING JUR.SOICTION FIRE ALARM SYSTEM DEVICES SHOP DRAWINGS LAYOUT PLAN INCLUDING ALL d r FIXTURES.CORRECT SPACING OF DEVICES,ALL MODULES AND INTERCONNECTING d COMPONENTS,INCLUDING BATTERY AND VOLTAGE DROP CALCULATIONS THE 11. NOT USED DEVICES INDICATED SHALL BE TOR SHALL BE A ULED INTO EXISTIPROVED FIRE NG ALARM MENANN FFIIRETOR ALL NEW ALARM SYSTEM 13. RISER DRAWING IS DIAGRAMMATIC ALL CONDUITS SHALL NOT ENTER THE TOP OF THE FIRE ALARM PANEL ON ROOF ENERGY COORDINATE IN FIELD EXACT ROUTING AND INSTALLATION METHODS DESIGN 14. FIRE ALARM INSTALLER SHALL GUARANTEE ALL WORK MATERIAL.AND EQUIPMENT FOR A PERIOD OF ONE ABOVE f (1)YEAR FROM DATE OF PROJECT COMPLETION BACK BOX LEGEND 4 � 60�&7w OMi� BACKBOXN DESCRIPTION O.G.L:J -iD 5 Independence Way,Suite 360 15. CONTRACTOR SHALL PROVIDE AS BUILT DRAWINGS TO OWNER UPON COMPLETION OF ALL WORK. Nt STD..3 J'OR 4'OCTAGON BOX 16. FIRE ALARM INSTALLER SHALL FURN SH ALL MATERIALS AND LABOR FOR TYING ALL NEW EQUIPMENT INTO #2 STD.4"SQUARE BOX Wl SINGLE GANG MUD RING 6 5 � Princeton,NJ 08540 THE EXISTING FIRE ALARM SYSTEM NCLUDING ALL WIRING.ASSOCIATED BOXES,CONDUITS,FITTINGS, 03 2 112'DEEP 1 GANG BOX OR +1(609)751-9655 office CONNECTORS,PROGRAMMING AND ALL NECESSARY APPLIANCES FOR AN APPROVED FIRE ALARM STD.4'BOX N GANG W/G1T OR G1 RT TRIM ACC } +1(609)751-9658 fax INSTALLATION. 94 SINGLE GANG BACKBOX www.coo(sysenengydesign com r 17. ALL CONDUCTORS SHALL BE MINIMUM 014 THWN-2 STRANDED COPPER 90 DEGREES C f!5 STD.2 GANG OR 4'SQUARE ELECTRICAL BOX CS Engineenng PC DBA CBPp Engineering,Certli 0016862 06 757-WB(W P BACKBOX FOR HORNISTRO IE(757.7A-T)) FUTURE 18. FIRE ALARM INSTALLER SHALL COORDINATE ALL EFFORTS WITH FIRE OFFICIALS PRIOR TO PURCHASE AND N7 NA 4'SQUARE BOX 2 J'DEEP TENANT q INSTALLATION OF ANY DEVICES NB WBB-R(W P BACKBOX FOR BELL(MB-G10.24-R)) SPACE 19. THE FIRE ALARM INSTALLER SHALL INCLUDE IN BID,ALL WIRING AND INTERCONNECTIONS OF THE FIRE #9 2 1/2'DEEP 1 GANG BOX ALARM SYSTEM,FIRE ALARM INSTALLER SHALL INCLUDE COST FOR ALL TESTING OF SYSTEMS,AND ALL 010 STD 4'SQUARE BOX � ��,of NEw y OTHER PROVISIONS TO PROVIDE A COMPLETE AND WORKING SYSTEM AS DESIGNATED BY THE LOCAL _ ��' jOHN O, AUTHORITY- 20.ELECTRICAL CONTRACTOR SHALL PROVIDE A COST PER UNIT LINE ITEM PRICE PLUS COST OF INSTALLATION i Y �- FOR ADDITIONAL FIRE ALARM DEVICES AS MAY BE DIRECTED BY THE INSPECTOR UPON FINAL INSPECTION THESE ADDITIONAL REQUIREMENTS SHALL INCLUDE ALL CIRCUITING,MOUNTING HARDWARE,LABOR, FACP ROOM — OypAy� ��j 103207 TESTING,ETC.TO INSTALL THE DEVICES,AND COMPLETE THE SYSTEM. (CELLAR) I 1 21.IT IS THE INTENT OF THIS FIRE ALARM SYSTEM TO FULLY COMPLY WITH ALL STATE AND LOCAL I 1 S, f AUTHORITIES.IT IS THE RESPONSIBILITY OF THE INSTALLATION CONTRACTOR TO COORDINATE ALL I EXISTING FIRE ALARM PETER J Y COMMUNICATION BETWEEN OWNER FIRE ALARM SYSTEM AND LOCAL UL LISTED MONITORING SERVICE CONTROL PANEL { _ PANEL (LOCATED IN CELLAR 22.FIRE ALARM INSTALLER SHALL SUBMIT ALL BATTERY CALCULATIONS,EQUIPMENT SPECIFICATIONS, BELOW) NUMBER OF DEVICES,AND ROUTING OF CABLES DURING APPLICATION FOR PERMIT SUBMISSION FIRE ( I I 0 ALARM INSTALLER SHALL BE STATE APPROVED AND SHALL ATTEND ALL INSPECTIONS. ELECTRICAL ROOM I !y 9 23.FIRE ALARM INSTALLER SHALL SUBMIT(3)SETS OF PLANS WITH EQUIPMENT CUTS TO LOCAL FIRE (CELLAR) DEPARTMENT(CALL THE BUILDING DEPARTMENT BEFORE SUBMISSION). I I 9 24.WIRE SIZES SHALL BE AS FOLLOWS A.C.POWER 010 ANNUNCIATION AND CONTROL N14 AWG MINIMUM,F A.CABLE I / INITIATION N16 TWISTED SHIELDED MINIMUM.FA CABLE OUTPUTS 25.ALL POWER WIRING SHALL BE NSTALLED IN R.G.S(314-MINIMUM),ALL FIRE ALARM CABLE SHALL BE ac ' INSTALLED IN E M T WITH COMPRESSION FITTINGS. z z c I I G o z c cSt o I I d 26.CONDUCTORS FOR DETECTORS MANUAL RELEASE STATION AND SUPERVISORY DEVICE MAY BE INSTALLED 0 � 5 i /"© IN THE SAME RACEWAY BUT MUST BE INSTALLED IN A SEPARATE RACEWAY FROM ALL INDICATING DEVICES n' H w ,•, S ec = / (BELL AND HORM STROBE)AND FROM 120 VAC CIRCUITS. ��++ `�' c z CLGcc �F c� z oc U 0 I! M 27.DETECTOR LOCATIONS MAY VARY A FEW FEET TO AVOID MY LIGHT FIXTURES OR OBSTRUCTIONS DO NOTW F � 5 � � � 5 I � E INSTALL A DETECTOR WITHIN Y OF A SUPPLY REGISTER. W w ~ u - -' H �, N o z I L=--� J I 28.ALL CONDUCTORS ARE TO BE PROPERLY TAGGED OR NUMBERED IN THE CONTROL PANEL AND m '" _ z H i :5 8 Zd 3 j CORRESPOND WITH CONTROL PANEL TERMINAL OR FIELD WIRE NUMBERS FOR IDENTIFICATION PURPOSES s o gg 29.WIRING CIRCUITS MUST GO TO AND FROM EACH DEVICE.BRANCH CIRCUITS ARE NOT PERMITTED c7 oyc 0 c p POLARITY MUST BE OBSERVED THROUGHOUT. LL IL' z > i 8 0 ! 30.ALL DEVICES ARE TO BE FLUSH MOUNTED WHEREVER POSSIBLE,UNLESS OTHERWISE NOTED _ o ` c� = I 6 U, z W o g 31.INSTALLER MUST PLACE DUST COVERS ON ALL DETECTORS.DUST COVERS SHALL BE REMOVED ONLY AT � W � 0 � � � � w � � r S2 o THE TIME OF THE FINAL CHECK-OUT `Z > > > y W = a "' H I I 32.ALL DETECTOR CIRCUITS TO BE CHECKED FOR OPENS,GROUND FAULTS AND SHORTS BEFORE ¢ w '^ S2 h `" L W CONNECTING TO CONTROL PANEL o '�' v a < s � J e c " 8 o O LL O d O m = O 7d 3 O F /... IN 33.MANUAL RELEASE STATIONS TO BE MOUNTED 4'-0'ABOVE RAISED FLOOR. w c i z i `� i -------- �- ----- _ ^-- LL w m W O O J O W O O FIRE ALARM GENERAL NOTES W W W V) 9 1 8 s $ - < w FIRE DEVICE LEGEND 0 AREA SMOKE 1 HEAT DETECTOR X x x X X X X X X X w SYMBOL DESCRIPTION BACKBOX N 1 n N SD SMOKE DETECTOR Ln ADDRESSABLE PHOTO N1 OR 14 MANUAL PULL STATION x x X x X x X Z 0 CO CARBON MONOXIDE DETECTOR Nt OR N4 DUCT SMOKE DETECTOR X X x X X X X X X ; o HD HEAT DETECTOR Nt OR*4 FIELD WIRING OR SYSTEM COMPONENT LU o ® FAULT x x x x " 0E�LECTRICAL FIRE ALARM PLAN MONITOR MODULE Ni OR N4 K� 7771 PULL STATION,DUAL ACTION N2 OR N9 y CARBON MONOXIDE DETECTOR X X X X X OSCALE:1/8'=1'-0• PROJECT NO. 21-NJ086 SD DUCT SMOKE DETECTOR.ADDRESSABLE,PHOTO WA 5 D � FIRE ALARM AC FAILURE X x x x x DATE: 04.20.21 8REMOTE TEST STATION-MAGNET 04 DRAWN BY: CED ElCONTROL RELAY MODULE 42 OR 09 FIRE ALARM SYSTEM LOW BATTERY X X X x x SCALE: AS NOTED Cit SINGLE INPUT MODULE N2 OR 09 OPEN CIRCUIT X X X X X CT2 DUAL INPUT MODULE N2 OR/9 NEW RTU-1 1f0 WALL MOUNTED HORNISTROBE,SYNC.MULTI-CD NJ GROUND FAULT X X x x X LJ HIGH OUTPUT,N-CANDELA RATING. SD END OF LINE RESISTOR WA NOTIFICATION APPLIANCE CIRCUIT SHORT X X X X X ROOFD 8?� ©F B O WATER FLOW SWITCH,FURNISHED BY OTHERS NOTES ©F B O TAMPER SWITCH,FURNISHED BY OTHERS 1 NOTIFICATION OON N MONOXIDE DETECTOR.OACTIVATION NTROLL PANE OF LA D REMOTE ANNUCO DETECTOR NCIL SHUT ATOR.OCCUPANTS SHALL ALL OP H V A C UNITS AND PROVIDE AUDITORY AND VISUAL BE NOTIFIED VIA AN INTERNAL NOTIFICATION(TEMPORAL-4) RT$ WP WEATHERPROOF SOUNDER AT THE CO DETECTOR �2 FUTURE 2 CARBON MONOXIDE DETECTION INSTALLATION SHALL FOLLOW 2020INTERNATIONAL FIRE CODE WITH NEW YORK STATE AMENDMENTS 110 11 O TENANT F F DEVICE SHEET TITLE- FUTURE FUTURE 15K FIRE ALARM PLAN TENANT TENANT EOL EXISTING EXISTING 0 AND NOTES B DEVICE DEVICE NEW RTU-1 A HD SD F F rt�,�n FUTURE FUTURE IL�]� FUTURE FUTURE W EXISTING FIRE ALARM TENANT TENANT TENANT TENANTCONTROL PANEL C EXISTING EXISTING EXISTING EXISTINGTURE Lu DEVICE DEVICE DEVICE DEVICE TENANT SHUTDOWN ~ V�} (TYPICAL) (TYPICAL) DEVICES 'J`Z FIRST FLOOR PARTIAL FIRE ALARM RISER w -a Y ono a O Qom Wow a a Z � } SHEET NO: FA-100 ROOFTOP UNIT SCHEDULE ■ 1 ENTIRE INSTALLATION SHALL COMPLY W TH ALL LOCAL AND STATE CODES AND OTHER AUTHORITIES HAVING UNIT TONNAGE UNIT MODEL. SUPPLY FAN COOLING HEATING ELECTRICAL TOTAL NOTES JURISDICTION SYLBOL DESCRIPTION A9BREVNTtO\ DESCRtPTtON NUMBER AIRFLOW O.A. ESP TSP K TOTAL NET SENS EAT-F) LAT�'F) EER STAGES SOURCE INP T OUTPUT STAGES T V/PHlHZ MCA &IOCP WEIGHT 2 HVAC CONTRACTOR SHALL BE RESPONS BLE TO HIRE ALL OTHER LICENSED SUB CONTRACTORS TO COMPLETE IMBH M8H ( AMP' (AMP` (LB) ALL REQUIRED WORKS FOR A COMPLETE HVAC SYSTEM INSTALLATION,SUCH AS EQUIPMENT RIGGING, 0-4�iGORED RETURN OR EXHAUST (CFM► (CFM) (IN WC) (IN.WC (MBH IMBH) DBNAB DaNV6 IEER STRUCTURE CUTTING 8 REINFORCEMENT.ROOF AND WALL CUTTING 8 PATCHING,ETC SR SUPPLY REGISTER BD BACK DRAFT DAMPER I I i 67 SO 1 924 1'HRU 14 J E F F REY 1: I 3 CONTRACTOR SHALL SECURE AND PAY FOR ALL REQUIRED PERMITS AND SHALL ARRANGE ALL REQUIRED RIGID Ducr Btu awns"THERMAL u GH15OH48 4 100 600 4 114 4 68 10 8.13 5N ! . MIA NV 240 192 2(;P/mz.� ' TAYLO R INSPECTIONS - F„EXIBLE DUCT CFM CU81C FEET PER MINUTE 4 PROPER FIRE PROTECTION MEASURES SATISFACTORY TO THE LOCAL FIRE DEPARTMENT SHALL BE TAKEN WHEN NOS: ARCHITECTS WELDING OR CUTT NG WITH TORCHES OR ELECTRIC ARC. ® SUPPLY DUCT UP OR DOWN DO CARBOY MONOwoF DETECTOR 1 UNIT SHALL BE BOTTOM DISCHARGE o RETURN OR EXHAUST DUCT UP 12-0 VA:G=Ci CC`•NVE\ONCE OUTLET REFER TO ELECTRICAL POWER ROUE rTLAN FOR CETAkS 5 PIPING AND DUCTWORK LAYOUTS ARE SCHEMATIC DIAGRAMS AND ARE INTENDED TO SHOW GENERAL m OR DOWN 1) ORAN 2 AIR FLOW SWITCH 8 MINIAi.,M 40%EFFICIENT FILTERS M MULTISTA_E AIR t,OLUME-FAr 572 NORTH BROADWAY ARRANGEMENT,SIZE AND CAPACITY AND DO NOT INDICATE WHICH PIPE OR DUCT IS ABOVE OR BELOW THE _--- EXISTING TO REMAIN Do DRY BULB 3 CONTRACTOR TO EENSURE THAT OUTDOOR AIR 6NTAKES AREA MINIMUM 0-10-0 AWAY 11 PROVIDE PHASE MONITOR WHITE PLAINS NEW YORK 10603 OTHER.ALL OFFSETS ARE NOT NECESSARILY SHOWN,CONTRACTOR SHALL ARRANGE AND COORDINATE THE ---- FROM ANY EXHAUST FAIN SOURCE DISCHARGE PLJMBING VENT OR O'14ER CCNTAMNIANT TEL 914 289 0011 12 UNITS SHALL BE COMPLETE WIT-1 SIDE OUTLET ORA N AND ACCESS L?OORS WORK,FURNISH NECESSARY OFFSETS.VALVES,AND FITTINGS TO AVOID CONFLICT WITH OTHER MECHANICAL yjiW EXISTING TO BE REMOVED DN DOWN UNIT SHALT BF RATED AT 9r DFGRFc FAHRFNHFR AMR F%T 13 UNITS X B-MOtRtfTFD,)N FXI:TINC DUNNA,,F WITH 6017OM SUPPL Y AND RFTURN FAX 914 289 0022 AND ELECTRICAL SERVICES AND STRUCTURAL AND ARCHITECTURAL ELEMENTS WITHOUT ADDITIONAL COST TO THE OWNER'F AREAS OF CONFLIC'ARE ENCOUNTERED,THE ENGINEER SHALL BE NOTIFIED AND CONTRACTORS CONNECT TO EXIST NG DWG(S) DRAWINGS) 4 PROVIDE ECONOMIZER AND%JOTOR7.ED OUTSIDE CAMPER 14 PROV 0E EXIb RiOR DU:-INSULA 110N ON SVOP-N AND RETURN DROPS ABOVE ROr2F RECOMMENDAT ONS SHALL BE SUBMITTED TO THE ENGINEER FOR APPROVAL BEFORE WORK HAS BEGUN _(S ROUND DUCT EA EXHAUST AIR 5 PROVIDE HUMIDIT--COL. 6 LOW AMBIENT DOWN TO ZERO DEGREES IS STANDARD ON-N 6. PROVIDE FLEXIBLE CONNECTIONS ON ALL ROTATING EQUIPMENT.UNLESS INDICATED OTHERWISE �Fe FLEXIBLE CONNECTOR ' �oos. EAT ENTERING AIR TEMPERATURE 7 ELECTRICALCONN'eCTkONTOBU SINGLE POINT AND TO.BETHROUGH THE BOTTJMO THE_Nr 7 ALL AIR MOV NG DEVICES INCLUDING BU'NOT L M17ED TO AIR HANDLING UN TS AND AIR COND71ONING UNITS ___JVo MANUAL VOLUME DAMPER EDe ENTERING DRY BULB PROS DE NON F_SED 74SCONNECT SWITC-ANEATHER PROOF) C00 5 MUST COMPLY W TH AMCA STANDARD 210 AND ASHRAE d PROV DE STANDALO%E CONTROLS AND TE PPERATLRE SENSOR H V A.0 NOTE: --BD BACK DRAFTER DAMPER EER ENERGY EFFICIENCY RATIO •.M a 8 CONTRACTOR SHALL PROVIDE ALL NECESSARY MISCELLANEOUS S'EEL AS REQUIRED FOR THE SUPPORT OF ALL t PRIOR TO INSTALLATION TI•iE HVAC CONTRACTOR SHAL,COORDINATE THE OVERC_RRE NT PROTE C T ION ��G� EQUIPMENT,PIPING,CONDUIT AND DUCTWORK _-0 MOTORQEODAMPER EWB ENTERING INETBULB REOUIREMEN-S FOR THE HVAC EQUIPMENT VilTT THE ELECTRICAL CONTRACTOR TO ENSURE PROPER DISCONNECT THERMOSTAT Fc FLEXIBLE CONNECTION FUSING AND rEEDER REQUIREMENTS MEC}iANICA_CONTRACTOR TO CONTACT LENNOX DIRECTLY r"OR ORDERING DESIGN 9 BALANCE AND CERTIFY THE AIR AND WATER SYSTEMS AS PER SPECIFICATIONS REFER TO DRAWINGS FOR FLOW OT HVAC EQUIPMENT comm a BM REQUIREMENTS DUW(� HUMIOtSTAT GE, GENERAL EJST FAN 10 CONTRACTOR SHALL COORDWATE HIS WORK WITH THE WORK OF ALL OTHER TRADES AND THE EXISTING FIELD ® WUMITY SENSOR LAT LEAVING AIR TEMPERATURE CONDITIONS 5 Independence Way,Suite 360 Princeton,NJ 08540 ® DUCT SMOKE DETECTOR MBH THOUSAND BTU PER HOUR Tenant Space RTU-1(Single Zone System) +1 Princeton, on,NJ 08office 11 ALL MECHAN CAL CONTROLS(THERMOS-ATS,ETC)SHALL BE FURNISHED AND INSTALLED AS PER BARRIER-FREE TEMPERATURE Standard Cane;2015 International Mechanical Code Ventilation Rate Procedure SUB-CODE OF THE LOCAL GOVERN NG CODE ® MCA MINIMUM AMPS +1(609)751-9658 fax Z.yte Gccttpart y Area People Tattle 403 3 1 1 r pccupancY N mbar Number of People Area 2reathmp Tablas 403 3 I t 1 2 Zo'Te Zone t-in FLEXIBLE CONNECTION RA RETURN AIR egory Oxdoor Area Density � I www COOTS ene eSl n corn 12 UNLESS OTHERWISE NOTED ON THE DRAWINGS,ALL MECHANICAL EQUIPMENT SHALL BE MOUNTED ON VIBRATION Y'- Cat sf� � y � Cf CX,cupdms Outdoor Outdoor 3me .one Alt I Outdoor OLRdnor yS �Yd 9 ISOLATORS TO PREVENT THE TRANSMISS ON OF SOUND TO THE BUILDING STRUCTURE VIBRATION ISOLATORS ELBOW WITH DOUBLE RPM REVOLUTIONS PER MINUTE As Rate a"luldan iunless k=.im)I%)rt:upams C:uculattxt hart Air F1,76v At Fkv6 rltddna Distribution j Alf Flcw: Air Fk,w CS Engineering PC DBA CBP SHALL BE IN ACCORDANCE WITH THE SPECIFICATIONS AND ON ACTUAL WEIGHT DISTRIBUTION OF THE THICKNESS TURNING VANES �YM.'perm) Ail Rate � (84'1(}30 Sri �(If Kncnvrt) Ck;cuoancv Rate Rate AK F ow Ff(ectncness 1-:1 S IV a Eng neenng.Cert#00168612 aDAMPER ASF) I iM, ystem —� EQUIPMENT FURNISHED DEFLECTIONS SHALL BE AS NOTED ON THE EQUIPMENT SHOP DRAWING SUBMITTALS TAatE-0FF"/VOLUME UNITCFr DewyiC M) ZnlwS RTU ROOF TOP UN 13 ALL REMOVED EQUIPMENT,MATERIAL AND DEBRIS SHALL BE EGALLV DISPOSED OF BY TH S CONTRACTOR oBEL MOUTH VOLUME DAMPER TA ORE-OFF WI TEF TOILET EXWLUST FAh Rp Rill Pz Pz Rp'Pz Ra'Az Vbz El I Voz Vot Rp'P_-Ra'Az RE TU SENSOR I =`:hz•F-* dot of of NEIV? 14 CONTRACTOR SHALL ENSURE THAT ALL MECHANICAL DEVICES WI,L BE INSTALLED IN A LOCATION WHICH TS TEMPERA I r AFFORDS ACCESSIBILITY FOR MAINTENANCE AND REPAIR COORDINATE INSTALLATION AMONG ALL TRADES TO VOLUME )OHN'��'Vo VUME DAMPER TENANT SPACE B.•S1�ESS B 3'S2 's 0 Ob & ?0 2� 225 0 IJ'9 I J14 1 0 8 1 Ste 518 t�� AVOID INTERFERENCE,AND LOCATE EQUIPMENT TO PROV DE CLEARANCE OR EXCEED THOSE RECOMMENDED BY THE MANUFACTURER PRIOR TO PROJECT COMPLETON,REPRESEN'ATIVES OF OWNER AND ENGINEER,WILL II WIRE MESH SCREEN REVIEW EACH INSTALLATION AND WILL DIRECT CHANGES WHENEVER ACCESS OR SERVICE ABILITY IS IN THEIR 518 r OPINION,UNACCEPTABLE. 15 INSTALL ALL DIELECTRIC UNIONS IN A MANNER WH CH MAKE THEM READILY ACCESSIBLE FOR FUTURE REPA R OR NOTE' ______e_ ___ _ _ REPLACEMENT NOT ALL.SrssaSLISTED ABOVE OE61AN0 CONTROL VENTILATION TABLE ~� 103207 ARE NECESSARILY USED ON THIS PROJECT � 18 FURNISH LOCAL DISCONNECT SWITCHES FOR ALL ELECTRICALLY DRIVEN level Required Outside Air Flow EN HVAC EQU PMENT DISCONNECT SW TCH Occupancy Outdoor Air Damper Position Rate at Damper Position SHALL 8E IN ACCORDANCE WITH MANUFACTURER'S REQUIREMENTS (PPTn) (CFM) PETER J Y 17 CONTROL W RING IN OCCUPIED SPACE SHALL BE INSTALLED IN CONCEALED SPACE,WALL OR CHA Unoccupied mode Fulh7 Closed 0SE Oc"pled Mode Mirumum Occuped Position 0 to 400 200(M nimurn CFM 18 ALL INSULAT ON PROVIDED FOR THE PROJECT MUST MEET A MAXIMUM FLAME SPREAD RATING OF 25 AND SMOKE Occupiee Mode Modu'ete Between 1,mtnum Position:and Full•Open With Proportional iLXnew)Cuntroi 1401 to C99'2%TO(-W iMxuleting CFII I DEVELOPED OF 50 OR LESS,AS TESTED IN ACCORDANCE WITH ASTM NFPA r3 U L GUIDELINES CN,r,L,ptad M000 Fully Open I 1000 FAX(Aiax imum CFhil 19 VERIFY ALA EQUIPMENT VOLTAGES WTH THE ELECTRICAL CONTRACTOR PR OR TO ORDERING EQUIPMENT PROVIDE A 0 TO 10 VOL-MOTORIZED ACTUATOR ON THE OUTDOOR AIR DAMPER THE DAMPER SHALL REMAIN CLOSED IN UNOCCUPIED MODE IN OCCUPIED MODE THE DAMPER SHALL MODULATE 6EM'EEN IT'S MINIMUM POSInON ANC MAVAUI<f POSITIOIN AS PER THE CO2 20 PROVIDE FIRE DAMPERS(AND/OR COMBINATION FIREISMOKE DAMPERS)W TH RATED ACCESS DOORS AT ALL LEVELS DEFINED IN THE DEMAND CONTROL VENTILATION TABLE ON THIS SHEET PROVIDE A GENERAL ELECTRIC TELAIRE VENTOSTAT DUCT PENETRATIONS THROUGH FIRE RATED WALLS SMOKE AND FIRE STOPPING.SHAFTS F.00RS,AND PARTITIONS AS REQUIRED TO MAINTA N ARCHITECTURAL F RE RATINGS PMO SERIFS CO2 SENSOR WITH DIrITAL RFADOUT THE VENTOSTAT 8000 V✓IL(PROVIFIF A 0 TO iC I,,01 T StGNAt FOR A t;rdFIN CO2 LFVFL t OCATE THE CC?CENSOR A,-' ON THE Fl(OR PLAN 21 HVAC UNIT MANUFACTURER TO PROVIDE 24V SMOKE DETECTORS WITH AUXILIARY CONTACTS AS SHOWN UPON ACTNAT ON,THE SMOKE DETECTORS SHALL SHUT DOWN THE AIR DISTR BU'ION SYSTEM TO WHICH IT IS CONNECTED AND ACTIVATE A VISIBLE AND AUDIBLE SUPERVISORY SIGNAL AT A CONSTANTLY ATTENDED LOCAT ON VIA THE SPRINKLERWIRE ALARM PANEL SMOKE DE'ECTORS SHALL ALSO BE FURN;SHED WITH WALL MOUNTED REMOTE TEST REMOTE SD TEST SUPERV SORY SIGNAL SHALL BE LED TYPE W TH AUDIBLE BEEPING ALERT 22 REFER TO SPECIFICATION DRAW NGS FOR DETAILED REQUIREMENTS 23 ALL EQUIPMENT FOR THIS PROJEC'SHAL,BE LISTED BY A NAT ONALLY RECOGNIZED TESTING LABORATORY 24 PROVIDE 1'ACOUSTICALLY LINED DUCTS;SUPPLY AND RETURN)20 AWAY FROM THE UNIT 1 GENERAL NOTES L,21 SYMBOL LEGEND AND ABBREVIATIONS I— W 0. OfO U. W C Mc eck Software Version 4.1.4.1 M z Mechanical Compliance Certificate 0- eNf/) �N �O UJ m Project Information 0 EnorpyC000 90•i2016 Smndaro Pegecl Tale LOU1X7f1 NafriXet New Yprk PROJECT NO 21-NJO86 carw.e zone 58 DATE: 04.20 21 Project TYPe Akara-a0' ENERGY CODE PROGRESS INSPECTIONS RESPONSIBILITY DRAWN BY CED eonsusraim site CArnerrAlpra Ueu�+eirCarXratmr SCALE: AS NOTED BUILDING DEPARTMENT NOTES REQUIRED INSPECTIONS AND TESTS OF MATERIALS DESIGNATED FOR'ENERGY CODE Mechanical SyTsterna LJBt PROGRESS INSPECTIONS'SHALL BE MADE UNDER THE DIRECT SUPERV SION OF A LICENSED ARCHITECT OR ENGINEER RETAINED BY THE OWNER WHO SHALL BE ACCEPTABLE TO THE Quantity System Typo 3 Doscription 1 THESE DRAWINGS ARE PREPARED IN COMPLIANCE WITH THE STATE ARCHITECT OR ENGINEER WHO SUPERVISED THE PREPARATION OF THE PLANS HVAC Suer"- BUILDING CODE AND STATE ENERGY CONSERVAT ON CODE CONTRACTOR SHALL VERIFY WITH OWNER THE EXTENT OF THE INSPECTIONS TO BE HoM"0 1 sods-C'tnif°'Furnam Gas Cav=r-t"2a0 t Boo PROVIDED BY THE LICENSED ARCHITECT OR ENGINEER PTapo"a£nomq•80 W%Et Rpwsrod Ettkxncy Bo 00%Ec 2 TO THE BEST OF MY BELIEF AND PROFESSIONAL JUDGEMENT THESE Z C4301iro'`°tx'ycy 10,4W EPDOMP R tell eapo°y•te010 60 An Coaed C°n°ons°'a"Ew"°">m` PLANS ARE PREPARED IN ACCORDANCE WITH THE NEW YORK STATE THE CONTRACTOR MUST NOTIFY THE ARCHITECT OR ENG NEER FOR SPECIAL INSPECTIONS O Prlposad Efbt:arcy+tC.80 EER ReRrevd EKarrxy tp 80 EER�!2 2 EER Fare System FAN SYSTEM I RETAIL SPADE-C4ftVWwe tMota nerT rove HP metigD)Passes ENERGY CONSERVATION CONSTRUCTION CODE NO WORK IS TO AT LEAST 72 HOURS BEFORE THE SPECIFIC WORK COMMENCES FOR THOSE REQUIRED TO BE V COMMENCE UNTIL APPROVAL HAS BEEN OBTAINED FROM THE BUILD NG PERFORMED BY ARCHITECT OR ENGINEER OF RECORD o H Fwa DEPARTMENT AND THE THE PERMIT HAS BEEN OBTA NED. w = FAIN Suoph M�2 X t vAv,top UM 2 o nweor amepim tip 0 o a-afflog y Vaea SPEC AL INSPECTIONS SHALL BE PERFORMED BY AGENCIES REG'STERED CERTIF ED AND/OR � o SYSTEM vERIFICATtCN REQUIRED 3 GENERAL CONTRACTOR SHALL BE RESPONSIBLE FOR OBTAINING THE ACCRED TED BY NYC W PERMIT AND THE CERTIFICATE OF OCCUPANCY OR LETTER/CERTIFICATE oc j OF COMPLETION AS APPLICABLE SPECIAL INSPECTIONS REQUIRED IN ACCORDANCE WITH THE APP.CABLE SECTIONS OF THE UU Mechanical Compliance Statement NYC BUILDING CODE ARE LISTED IN THE FOLLOWING TABLES z ¢ SHEET TITLE Compkance Statement The propose6 mecnan cat aheraiion proiw.represe.tteo In mis dot-men-s consistent with the WAId ng 4 ALL EXISTING EXITS SHALL BE MAINTAINED AS CURRENTLY EXIST MECHANICAL plans.specd. rer ations one ott ca culanons suDmitted w,tn..to s perm t apocdt on Tne proposed nxctunkal systems rove been TEMPLATE REFERNCE IN iRCNY designed to meal the 90 1 12016)Su,tdard mu,roments n Cowhecs version 4 1 A t ant to comp y*,in am app icabLe 5 ALL EXISTING EXITS SHALL BE MAINTAINED SAFE AND CLEAR AND SHALL PROGRESS INSPECTIONS SE000-01 h 1 AND 2 OVERVIEW SHEET mandatory repu rements rtted n the Inspocatin Checklist NOT BE DIMINISHED IN NUMBER AND/OR SIZE THE CONTRACTOR SHALL t432111SOr1_ILrGS�un/C� ryf C�� 1�i PROVIDE MEANS OF SAFE EGRESS DURING THE PROGRESS OF THE PROTECT ON OF EXPOSED FOUNDATION INSULATION IIA1 Name.T5t e n S�,a;urr p — CONSTRUCTION. INSULATION PLACEMENT AND R VALUES I A2 • FENESTRATION U-FACTOR AND PRODUCT RATING I A3 • CODES AND REGULATIONS INFO ��// 6 THERE IS NO INCREASE IN THE EXiST'NG OCCUPANT.OAD FENESTRATION AIR LEAKAGE 1144 U) • UJ 7 THERE IS NO REQUIREMENT FOR ADDIT ONAL EX TS OR INCREASING FENESTRATION AREAS I" Business Group B-Clinic,Outpatient W EXISTING EXIT WIDTH. AIR SEALING AND INSULATION—VISUAL IIA6 • Z AIR SEALING AND INSULATION—TESTING IIA7 • 2020 NEW YORK STATE BUILDING CODE ��// U I� 8 BUILDING CONSTRUCTION TYPE TO REMAIN AS S LOADING DECK WEATHER SEALS IIAB • Bi C9 Q Z 9 ALL BOTTOM OF FOOTINGS SHALL BE PLACED A'LEAST AS DEEP AS THE VESTIBULES IIA9 • _i FIREPLACES 1161 • 2020 NEW YORK STATE MECHANICAL CODE W 2 FROST LINE OR IN ACCORDANCE WITH MORE STR NGENT REQUIREMENTS SHUTOFF DAMPERS 1182 4 a-Y OF THE LOCAL BUILDING DEPARTMENT • a (l WO HVAC AND SERVICE WATER HEATING EQUIPMENT u83 • 2020 NEW YORK STATE ENERGY CONSERVATION CODE 000 10 REQUIRED SPRINKLER MODIFICATIONS SHALL CONFORM TO NFPA-13 AND HVAC AND SERV CIE WATER HEATING SYSTEM CONTROLS 1184 • O =O LOCAUSTATE FIRE CODES HVAC INSULATION AND SEALING 1185 • w/ CO i w DUCT LEAKAGE TESTING 1186 • IL 11 EX T SIGNS,WHICH SHALL BE INTERNALLY LIGHTED,SHALL HAVE AN W W} INITIAL BRIGHTNESS OF THE LETTERS OF AT LEAST 25 FOOT LAMBERT ELECTRICAL ENERGY CONSUMPTION (IICI) DWG# DRAWING TITLE a O}w THE BACKGROUND SHALL BE WHITE THE LETTERS SHAL L BE RED AND LIGHTING IN DWELLING UNITS IIC2 • O SHALL BE BLOCK STYLE 4 112'HIGH AND WITH STROKES OF 9/16'WIDE INTERIOR LIGHTING POWER IIC3 • M-001 MECHANICAL OVERVIEW SHEET Z cr Ptorecc Tire- EXTERIOR LIGHTING POWER ItCd— - LU Report date 04720r21 12 ELECTRIC WORK SHALL BE INSTALLED IN ACCORDANCE WITH THE NEC LIGHTING CONTROLS IICS • >" Data ritename WATaylor Arc tectstRye Ridge P aratFvture CttyM!?ttN CaKu a-ionseComeixer tck Page I.ce to AND ALL APPLICABLE LOCAUSTATE CODES ELECTRICAL MOTORS [IC6 • M-100 MECHANICAL HVAC PLAN _ 12A A CERTIFICATE OF SATISFACTORY INSTALLATION SHALL BE CC PROVIDED BY A CERTIFIED ELECTRICAL TEST NG AGENCY ACCEPTED MAINTENANCE INFORMATION .D1 II131 • M-200 MECHANICAL SPECIFICATIONS BY THE TOWN PERMANENT CERTIFICATE D2 • SOLAR READY REQUIREMENTS D3 • SHEET NO: M-001 // ■j NOTE OUTSIDE AIR HOOD ALLOW CLEARANCE FOR OPENING ALL ACCESS PANELS /I INLET SCREEN J E F F REY PROVIDE GROMMET AT ------- — — ----------------—------ -----—--- -----._..._1�/_....------ CONNECTION TO UNIT FOR WEATHERT GHT SEAL(TYP) TAYLOR ' GROUND JOINT UNION ARCHITECTS PLUGGED 0 125' -----—�: NPT TEST GAUGE CONDENSATE DRAIN PIPE 572 NORTH BROADWAY CONNECTION FUL,CONNECTION SIZE OF RTU(MIN��) WHITE PLAINS NEW YORK 1D603 GAS PRESSURE TEL 914 289 0011 REGULATOR WITH FAX 914 289 0022 ' 1, INTERNAL VENT UNION 0, (WHERE REOU RED) ANCHOR BOLT • VIBRATION PAD pcoal UN T BASE SEE CONDENSATE RTU M, CHANNEL DETAI C60" 1 2 3 V. ONROOF 1 EXISTING STEELDUNNAGE 3pp 00••• pp BB CAP ��INSULATED DUCTWORK U V ®G�GAS COCK 4'0 STUB FLASHINGREFER TO WRITTEN SPEC U\J 12%j COLUMN 4'0 STUB COLUMN DESIGN W GAS PIPE — Lj WOOD NAILER SMOKE COIi1LT�d8� DETECTOR STEEL CURB PIPE SUPPORT PITCH S FLASHING BY ROOFER P TCH POCKET 5 Independence Way,Suite 360 (SEE DETAIL) POCt�2,X SMOKE SPLASH BLOCK �^ e540 S DETECTOR +1(609)Pnnceton,NJ 751 9655 office OJ — — +1(609)751-9658 fax 5 " D DIRT/DR P 6'MI 2 X 114 WE www.coolsysenergydesign com LEG NGLE FRAME SUPPLY DUCT RETURN DUC' CS Englneenng PC DBA CBP EX STING STE Eng neenng,Cert#0016862 F BEAM(V F) 1/rO RODS 4'O C BOTH WAYS N EXISTING STEEL BEAM(V F) G ��,Of NEIry p ROOF-TOP UNIT ON RAISED STEEL DUNNAGE DETAIL r A NTS O � 103207 4 1 mm M DUCT L N NG ANGLE R VETED OR SPOT STANDARD DUCT MADE WATER T GH" WELDED AS REQUIRED STIFFNERS MAY BE INS DE A LINING DUCT 112'SCREEN FIG C O 135'MIN 10 DUCT F G A NOTES �J ACOUSTICAL UN NG FOR TRANSFER DUCT ONLY DUCT SIZE*2591i CLIPS(TYPICAL)- MAX V♦ ♦ SIDES AS CTS SHLOWN BE AN FIG'A'AND SMALL BE USTICALLY LINED ON ALL 4 1e ♦ V DESIGNATED BY THE SYMBOL IN FIG'C'L'N NG (' R=W/2 FLASHING PINS(TYPICAL) G THICKNESS SHALL BE AS SPECIFIED 12'MIN (BY OTHERS) SPOT WE.OED 18'M N ROOF NG TO DUCTWO DUCTS LINED WITH ACOUSTICAL MATERIAL ly ♦ SHALL BE FASTENED WITH CLIPS.ADHESIVE OR BY OTHERS � ( ) � 1S-T1/P PINS.AS DESCRIBED N THE LATEST SMACNA 6'MIN • • DUCT CONSTRUCTION STANDARDS •�; 0000000 • �,1 d ALL ENDS OF LINER TO BE n y SPECIFIED STUD WE.DED • TREATED WITH ADHESIVE U 12 BURGLAR BARS A' PINS a.PS ROOF.EVE. -NOT MORE THAN 3' FROM EDGE OF NER FIG B ►-.--- a GOOSENECK DETAIL d ACOUSTICAL DUCT LINING DETAIL ;I NTS T NTS W !. IL -- - RTU N W sr r" O N N O UJI(Y m O SCgt(��ROOF FL PLAN HVAC OOR PLANSPROJECT NO 21-NJoas DATE: 04.2021 FASTEN TO WALL DRAWN BY CED SCALE. AS NOTED to—wAL. COLUMN 12'EMT 1/2'EMT 1 ROOF-TOP UNIT'RTU-1'MOUNTED ON EXISTING RAISED DUNNAGE ON ROOF COORDINATE EXACT FASTEN TO WALLSENSORN� COMPRESS ON LOCAT ON OF STEEL SUPPORT WITH SUPPLY AND RETURN DUCT DROPS CONNECTOR 2. BOTTOM SUPPLY AND RETURN FROM ROOF-TOP UNIT.DUCTS TO DROP INTO SPACE BETWEEN RTU SENSOR I I 18 GA TWO DUNNAGE STEEL TERM NATE 22'X 30'SUPPLY AND 26'X 26'RETURN DUCTS 14'BELOW ROOF JOIST CONDUCTOR TWISTED PAIR 3 PROVIDE INSULAT ON ON EXTER OR SUPPLY AND RETURN DUCTWORK PER ASHRAE 6 4 4 PROV DE 1' O SHIELDED CABLE SHEET TITLE INTERNAL ACOUSTIC LINING AND DUCT WRAP INSULATION ON INTERIOR SUPPLY AND RETURN MECHANICAL DUCTWORK I I O 1.1rr DEEP MAXIMUM 4 ADDRESSABLE SMOKE DETECTOR LOCATED IN SUPPLY AIR AND RETURN AIR DUCT.INTERLOCKED WITH 60 UTILITY BOX HVAC PLAN 'RTU-1'TO SHUT DOWN UNI'UPON SMOKE DETECTION. 1/Y 4'x2.11 MAX. 5 SPACE TEMPERATURE SENSOR MOUNTED 66 A F F INTERLOCKED W TH'RTU 1' 6 PROVIDE 12'X12'EXHAUST DUCT THROUGH ROOF FOR FUTURE TENANT USE TERMINATE WITH CO cc WEATHERPROOF CAP OR GOOSENECK COORDINATE ROOF PENETRATION AND FLASH NG W TH UJ ROOFER LU _ Z 7 PROVIDE 12'X12'FRESH AIR DUCT THROUGH ROOF FOR FUTURE TENANT USE TERMINATE WITH W WEATHERPROOF CAP OR GOOSENECK COORDINATE ROOF PENETRATION AND FLASHING W TH ROOFER SENSOR MOUNTING DETAIL oc 2 z HVAC KEY NOTES NTS a a�o NTS O yam OC WSW IL o�>- Z LIJ SHEET NO: M-1 00 HEATING,VENTILATION AND AIR CONDITIONING SPECIFICATIONS . GENERAL ELECTRICAL AND CONTROL WORK FINAL APPROVAL A.PROVISIONS OF THE GENERAL CONDITIONS AND SUPPLEMENTARY GENERAL CONDITIONS.WHETHER ATTACHED A.THE ELECTRICAL CONTRACTOR SHALL FURNISH ALL LABOR AND MATERIALS FOR POWER WIRING AND CONNECTIONS A UPON WRITTEN APPROVAL NOTIFICATION BY THE CONTRACTOR THAT HIS WORK IS COMPLETED AND READY FOR J E F F REY HERE OR NOT,SHALL GOVERN ALL WORK UNDER THIS SECTION OF ALL EQUIPMENT THE CONTROL CONTRACTOR SHALL PROVIDE AND INSTALL ALL CONTROL WIRING,AND THE ACCEPTANCE,ALL REQUIRED INSPECTIONS AND TESTS SHALL BE PERFORMED BY THE CONTRACTOR AS B ALL WORK COVERED UNDER THE FOLLOWING HVAC SPECIFICATIONS AND CONTRACT DRAWINGS IS TO BE CONTRACTOR SHALL SUPERVISE ITS INSTALLATION WHEN REQUESTED DIRECTED BY,AND IN THE PRESENCE OF THE ARCHITECT AND ENGINEER IF FAILURE TO COMPLY WITH THE TAYLO R CONTRACTOR SMALL RECEIVE A S CANED,DATED RECEIPT OF ALL ITEMSS DELIVERED TO CONTROL CONTRACTOR PROVIDED,INSTALLED BY,AND IS TO BE THE RESPONSIBILITY OF THE HVAC CONTRACTOR AS NOTED IN THE CONTRACT REQUIREMENTS ARE DISCOVERED,THE HVAC CONTRACTOR SHALL AT ONCE REMEDY ALL DEFECTS DESIGN DRAWINGS,HERE IN REFERRED TO AS THE CONTRACTOR B THE DELIVERY OF ALL CONTROL COMPONENTS SHALL BE SCHEDULED NOT TO DELAY THE PROJECT THE AND SHORTCOMINGS AND PERFORM ANY ADDITIONAL REQUIRED TESTS AT HIS EXPENSE.C WHERE MANUFACTURER'S NAMES,CATALOG NUMBERS,OR TRADE NAMES APPEAR IN THE SPECIFICATIONS,IT IS FILTER CHANGES ARCHITECTS NOT THE INTENT TO RESTRICT OR ELIMINATE COMPETITION,BUT MERELY TO ESTABLISH QUALITY OF MATERIAL C FUSED DISCONNECT SWITCHES WHERE REQUIRED,WILL BE FURNISHED BY THE HVAC CONTRACTOR UNLESS REQUIRED WHERE THE WORDS*OR APPROVED EQUAL'APPEAR THE'EQUAL'ITEM MUST CONFORM TO THE CON SPECIFICALLY NOTED TO BE SUPPLIED BY THE ELECTRICAL CONTRACTOR A CON CONTRACTOR MUST NOT OPERATE ANY HVAC UNITS WITHOUT FILTERS INSTALLED DURING 572 NORTH BROADWAY REQUIREMENTS OF THE SPECIFICATIONS MUST BE SUBMITTED WITH COMPLETE INFORMATION SHOWING D HVAC CONTRACTOR SHALL PROVIDE ALL MOTOR STARTERS AS FOLLOWS MOTORS 12 HP AND LARGER SHALL BE CONSTRUCTION SEQUENCE WHITE PLAINS NEW YORK 10603 EQUALITY TO THE ENGINEER FOR APPROVALAL IT IS IMPORTANT TO NOTE THAT ALL COSTS OF ADDITIONAL WORK PROVIDED WITH COMBINATION UNFUSED LINE SWITCH AND CROSS-THE-LINE MAGNETIC STARTERS WITH S.FILTERS MUST BE CHANGED TWO(2)WEEKS PRIOR TO FINAL BALANCING OF THE SYSTEM.THIS FILTER CHANGE TEL 914 289 0011 REQUIRED OF OTHER TRADES CAUSED BY A SUBSTITUTION OF EQUIPMENT ANDIOR MATERIALS SHALL BE START-STOP PUSH BUTTONS AND PILOT LIGHTS UNLESS AUTOMATIC CONTROL IS REQUIRED IN THIS CASE MUST BE WITNESSED BY A REPRESENTATIVE OF THE OWNER FAX 914 289 0011 BORNE BY THE CONTRACTOR STARTERS ARE TO BE PROVIDED WITH H O A SELECTOR SWITCH AND CONTROL TRANSFORMER C.FOR ALL HVAC SYSTEMS,FILTERS MUST BE CHANGED ONCE EVERY MONTH UNTIL THE END OF THE FIRST YEAR 22 D.FOR FURTHER DETAILS OF THE INSTALLATION REQUIREMENTS.REFER TO THE DESIGN DRAWINGS, 1 ALL MOTORS BELOW 112 HP WHICH ARE NOT AUTOMATICALLY CONTROLLED SHALL BE PROVIDED WITH MANUALLY REFER TO OPERATIONS SECTION FOR DETAILED MAINTENANCE OF ALL HVAC SYSTEMS AND KITCHEN MANUFACTURERS INSTALLATION INSTRUCTIONS AND ALL APPLICABLE CODES AND ORDINANCES OPERATED STARTERS.ALL STARTERS SHALL BE BUILT AND RATED IN ACCORDANCE WITH NEMA AND AIEE VENTILATION SYSTEMS E.THE CONTRACTOR SHALL FURNISH AND INSTALL ALL REQUIRED COMPONENTS AND ACCESSORIES NECESSARY STANDARDS. 0C o a TO FACILITATE A COMPLETE INSTALLATION.INCLUDING ALL LABOR REQUIRED TO COMPLETE THE INSTALLATION 2.ALL STARTERS TO INCLUDE THERMAL OVERLOAD RELAYS AND HEATERS PROPERLY S ZED TO PROTECT MOTOR MISCELLANEOUS AND PERFORM THE SERVICE COVERED BY THIS SPECIFICATION THE CONTRACTOR IS RESPONSIBLE FOR ALL POLY-PHASE MOTORS SHALL BE PROVIDED WITH PHASE PROTECTION E THE CONTRACTOR TO VERIFY ALL A.THE CONTRACTOR SHALL BE RESPONSIBLE FOR REMOVING ALL OF HIS DEBRIS COOts UNLOADING,ASSEMBLING AND INSTALLING ALL HVAC EQUIPMENT AND RELATED ITEMS UNLESS OTHERWISE ELECTRICAL POWER ON JOB SITE PRIOR TO ORDERING NEW EQUIPMENT S.THE CONTRACTOR SHALL FIELD VERIFY PROJECT REQUIREMENTS,AND EXISTING COND TTONS PRIOR TO BID SPECIFIED. LABELING SUBMISSION •..�, F.THE CONTRACTOR SHALL FAMILIARIZE HIMSELF WITH THE PROJECT AND SHALL COOPERATE WITH OTHER A ALL EQUIPMENT AND CONTROL DEVICES SHALL BE CLEARLY LABELED WITH PLASTIC NAME PLATES WITH C.DO NOT SCALE FROM THE DRAWINGS,FOLLOW WRITTEN DIMENSIONS WHERE GIVEN AND FIELD VERIFY ALL A n�� CONTRACTORS DO NG WORK IN THE BUILDING IF ANY CONFLICT,INTERFERENCE OR DISCREPANCIES COME TO NUMBERS AND LETTERS NO LESS THAN 318'IN HEIGHT.A FRAMED PERMANENT OPERATING WIRING DIAGRAM DIMENSIONS WHERE NECESSARY. I Olvlll THE ATTENTION OF THE CONTRACTOR HE SHALL NOTIFY THE ENGINEER IMMEDIATELY,BEFORE PROCEEDING SHALL BE LOCATED NEAR EACH SYSTEM SO THAT OPERATION OF THAT SYSTEM IS READILY AVAILABLE AT ALL D.REFER TO CONTRACT DRAWINGS FOR GENERAL HVAC NOTES. DES IG N ANY FURTHER WITH THE INSTALLATION TIMES INTERNAL WIRING DIAGRAM OF INDIVIDUAL RELAYS SHALL ALL BE LOCATED IN THE R RESPECTIVE BOXES EL"m G.NO ADDITIONAL PAYMENT OVER AND ABOVE THE CONTRACT PRICE WILL BE MADE UNLESS THE CONTRACTOR SHEET METAL WORK CO ES I DESIGN RECEIVES A WRITTEN ORDER BY THE OWNER OR HIS REPRESENTATIVE FOR THE ADDITIONAL WORK SCHEDULING REQUIREMENTS H.PRIOR TO SUBMITTING THE PROPOSALS,THE CONTRACTOR SHALL EXAMINE ALL DRAWINGS SPECIFICATIONS, A THE CONTRACTOR SHALL PERFORM HIS WORK IN THE BUILDING WHEN AND AS DIRECTED,AND GENERALLY IN A.FURNISH AND INSTALL ALL SHEET METAL DUCTWORK.PLENUMS,AND ALL ITEMS OF METAL WORK AS 5 Independence Way,Sude 360NECESSARY TO COMPLETE THE AIR CONDITIONING,VENTILATING,HEATING AND DEHUMIDIFICAT ON SYSTEMS AND OTHER AVAILABLE ESTIMATING DATA,AND SHALL BECOME FULLY INFORMED AS TO THE EXTENT AND ACCORDANCE WITH THE SEQUENCE OF CONSTRUCTION AND OPERATION OF THE BUILDING,SO AS TO CAUSE AS SHOWN ON THE DESIGN DRAWINGS SO THEY ARE READY FOR SATISFACTORY OPERATION WH LE THE Princeton,NJ 08540 CHARACTER OF THE WORK REQUIRED,AND IT'S RELATION TO THE OTHER WORK IN THIS PROJECT NO THE LEAST POSSIBLE INCONVENIENCE AND DISTURBANCE TO THE OTHER TRADES,OWNER AND OCCUPANTS INSTALLATION SHOULD ADHERE TO THE PLANS AND SPECIFICATIONS AS MUCH AS POSSIBLE THE CONTRACTOR +1(609)751-9655 office CONSIDERATION WILL BE GIVEN FOR ANY ALLEGED MISUNDERSTANDING OF THE MATERIALS TO BE FURNISHED g BID SHALL INCLUDE ALL PREMIUM TIME COSTS AND SHALL ELM NATE ANY SUBSEQUENT REQUESTS FOR EXTRA SHALL BE ENTITLED TO MODIFY THE RUNS AND SIZES OF THE DUCTWORK AND TO MAKE OFFSETS.WHERE +1(609)751-9656 fax OR WORK TO BE DONE:IT SHALL BE CLEARLY UNDERSTOOD THAT THE SUBMISSION OF A PROPOSAL INDICATES NECESSARY TO ACCOMMODATE BUILDING CONDITIONS,ONLY AFTER RECEIPT OF WRITTEN APPROVAL FROM A COMPLETE UNDERSTANDING OF AND AGREEMENT TO ALL THE ITEMS AND CONDITIONS SPECIFIED HEREIN,OR COMPENSATION. THE ENGINEER ALL SUCH CHANGES OR OFFSETS SMALL BE INDICATED IN THE'AS-BUILT'DRAWINGS www.coolsysenergydesign com INDICATED ON THE DRAWINGS COORDINATION SUBMITTED AT THE END OF THE JOB. CS Engineering PC DBA'CBP I.PLANS AND SPECIFICATIONS ARE COMPLEMENTARY TO EACH OTHER,ANY DISCREPANCIES AND CATED ON S.ALL EXISTING HVAC SYSTEMS NOT BEING REUSED ARE TO BE REMOVED BY THE CONTRACTOR ALL ELECTRICAL Engineering,Cert#0016862 DIFFERENT DRAWINGS.OR BETWEEN DRAWINGS AND SPECIFICATIONS,OR BETWEEN DRAWINGS AND ACTUAL A ALL WORK SHALL BE COORDINATED WITH THE STRUCTURAL,MECHANICAL,ELECTRICAL,PLUMBING, AND PLUMBING SYSTEMS ARE TO BE REMOVED BY THE ELECTRICAL AND PLUMBING CONTRACTORS FIELD CONDITIONS OR ERRORS SHOWN ON EITHER DRAWINGS OR SPECIFICATIONS SHALL BE PROMPTLY ARCHITECTURAL,FIRE PROTECTION AND LIGHTING DRAWINGS APPLYING TO THIS PROJECT PRIOR TO RESPECTIVELY BROUGHT TO THE ATTENTION OF THE ENGINEER FOR DECISION PR OR TO 8 D SUBMISSION. SUBMITTING SHOP DRAWINGS FOR FABRICATION APPROVAL C.DUCTWORK SHALL BE CONSTRUCTED ACCORDING TO THE'EQUIPMENT HANDBOOK'PUBLISHED BY ASHRAE AND S.IT IS THE RESPONSIBILITY OF THE CONTRACTOR TO COORDINATE WITH ALL INVOLVED PARTIES AND PREPARE A 'HVAC DUCT CONSTRUCTION STANDARDS'PUBLISHED BY SMACNA �EBF y SCOPE OF WORK SHOP DRAWING WHICH WILL ACCURATELY LOCATE AND DIMENSION ALL REQUIRED ROOF OPENINGS,CURBS 0.SHEET METAL GAUGES,TRANSVERSE JOINTS,LONGITUDINAL SEAMS AND INTERMEDIATE REINFORCING MUST BE w ��! �DNN A THE CONTRACTOR SHALL FURNISH ALL LABOR,MATERIALS EQUIPMENT,RIGGING,APPLIANCES.TOOLS AND AND SUPPORT PLATFORMS BASED UPON APPROVED EQUIPMENT SUBMITTALS IN CONFORMANCE WITH SMACNA STANDARDS AS FOLLOWS: ACCESSORIES REQUIRED TO PROVIDE,INSTALL CONNECT AND TEST THE COMPLETE HEATING,VENTILATING 1)LOW PRESSURE DUCTS PER SMACNA TABLE Y W.G. AND AIR CONDITIONING UNIT SYSTEMS IN ACCORDANCE WITH THESE SPECIFICATIONS AND THE APPLICABLE FIRE RATED CONSTRUCTION r DRAWINGS A 2)MEDIUM PRESSURE DUCTS PER SMACNA TABLE 4'W.G.3)HIGH PRESSURE DUCTS PER SMACNA TABLE B'W G IT IS THE RESPONSIBILITY OF THE CONTRACTOR TO VERIFY FROM THE BUILDING WHICH HAVE BEEN DESIGNATED �- AS HAVING A FIRE RATING AND PROVIDE AND INSTALL THE NECESSARY FIRE DAMPERS WITH ACCESS DOORS E.ALL CHANGES IN DIRECTION,HORIZONTAL OR VERTICAL,SHALL BE SHAPED TO PERMIT THE EASIEST POSSIBLE B THE CONTRACTOR SHALL CANE ALL NECESSARY NOTICES OBTAIN ALL PERMITS AND PAY ALL TAXES.FEES AND IF ANY DISCREPANCY EXISTS BETWEEN THE INDICATED AND REQUIRED FIRE DAMPER REQUIREMENTS,THE AIR FLOW.USING CENTERLINE RADIUS OF 1-12 X WIDTH.FOR ALL CASES WHERE 90 DEGREE SQUARE ELBOWS OTHER COSTS IN CONNECTION WITH HIS WORK THE CONTRACTOR SMALL FILE ALL NECESSARY APPROVALS OF CONTRACTOR SHALL NOTIFY THE ENGINEER PRIOR TO BID DATE. ARE USED.APPROVED DOUBLE THICKNESS TURNING VANES SHALL BE USED HVAC CONTRACTOR TO SUBMIT 103207 ALL DEPARTMENTS HAVING JURISDICTION,AND OBTAIN ALL REQU RED CERTIFICATES OF INSPECTION FOR HIS DETAILS FOR APPROVAL. WORK AND DELIVER SAME TO THE ENGINEER BEFORE REQUEST FOR ACCEPTANCE AND FINAL PAYMENT FOR B.THE CONTRACTOR MUST PROVIDE ALL FIRE RATED DAMPERS OR FIRE SMOKE DAMPERS IN ORDER TO COMPLY F ALL DUCTWORK SHALL BE BUILT WITH APPROVED JOINTS AND SEAMS SMOOTH ON THE INSIDE WITH LAPS MADE THE WORK.THE CONTRACTOR SHALL INCLUDE IN HIS SCOPE OF WORK WITHOUT EXTRA COST TO THE OWNER, WITH ALL APPLICABLE CODES FOR FIRE RATED CONSTRUCTION,EVEN IF NOT EXPLICITLY SHOWN ON DRAWINGS IN THE DIRECTION OF THE AIR FLOW AND NO FLANGES PROJECTING INTO THE AIRSTREAM OUTSIDE SEAMS ALL LABOR MATERIALS,SERVICES.APPARATUS,DRAWINGS(IN ADDITION TO CONTRACT DRAWINGS AND AND JOINTS SHOULD BE AS NEAR TO AIR TIGHT AS POSSIBLE WITH A NEAT FINISH THE CONTRACTOR SHALL PETER J Y DOCUMENTS).IN ORDER TO COMPLY WITH ALL APPLICABLE CODES,.AWS.ORDINANCES RULES AND RIGGING CAULK ALL JOINTS WHICH ARE NOT MECHANICALLY TIGHT REGULATIONS. A.THE CONTRACTOR SHALL BE RESPONSIBLE FOR THE RIGGING HOISTING AND FASTENING INTO PLACE ALL G VOLUME DAMPERS AS SHOWN ON DRAWINGS AND AS REQUIRED FOR PROPER OPERATION,SWILL BE INSTALLED C.ALL MATERIALS FURNISHED AND ALL WORK INSTALLED SHALL BE IN STRICT ACCORDANCE WITH THE EQUIPMENT UNDER THIS CONTRACT AND SHALL COORDINATE WITH THE GENERAL CONTRACTOR REGARDING IN THE VARIOUS BRANCHES FOR USE IN BALANCING THE SYSTEM VOLUME DAMPERS SHALL BE OF REQUIREMENTS OF THE OWNER AND ALL APPLICABLE CODES AND REGULATIONS,INCLUDING BUT NOT LIMITED THE LOCATION OF ALL EQUIPMENT WITHIN,OUTSIDE AND ON TOP OF THE BUILDING TO INSURE PROPER MULTI-OPPOSED BLADE CONSTRUCTION FOR ALL DUCTS OVER 1Y IN DEPTH ALL VOLUME DAMPERS TO BE OF TO THE LATEST APPLICABLE EDITIONS OF THE ASHRAE GUIDE AND DATA BOOK UL ASME NEMA,SR,AMC, ACCESS,SAFETY AND PROTECTION OF PEOPLE AND BUILDING SYSTEMS THE LOCKING QUADRANT TYPE WITH APPROVED LOCKING DEVICES MOUNTED OUTSIDE OF THE DUCT IN AN NEC,NFPA,IEEE,OSHAL SMACNA. B WHERE EQUIPMENT MUST BE MOVED OVER THE ROOF,THE CONTRACTOR SHALL BE RESPONSIBLE FOR ACCESSIBLE PLACE REINFORCING AND PROTECTING THE ROOF STRUCTURE AS REQUIRED TO AVOID OVERLOADING.SUCH H ACCESS DOORS SHALL BE PROVIDED N THE SHEET METAL DUCTWORK WHERE REQUIRED FOR INSPECTION, CONTRACT DRAWINGS SITUATIONS MUST BE APPROVED BY THE ARCHITECT AND STRUCTURAL ENGINEER PRIOR TO MOVING AUTOMATIC CONTROL DAMPERS.FIRE DAMPERS.FILTERS,OR ANY OTHER APPARATUS CONCEALED BEHIND A THE DRAWINGS ARE INTENDED TO SHOW THE GENERAL ARRANGEMENT AND THE EXTENT OF THE WORK TO BE EQUIPMENT. SHEET METAL WORK ACCESS DOORS IN INSULATED DUCT SHALL BE DOUBLE PANEL AND INSULATED ALL DONE.HOWEVER THE EXACT LOCATION AND ARRANGEMENT OF ALL PARTS SHALL BE DETERMINED AS THE ACCESS DOORS TO BE SECURED WITH HEAVY DUTY WINDOW TYPE LATCHES,COMPLETE WITH GASKETS AND WORK PROGRESSES TEST&INSPECTIONS FRAMES B.THE LOCATIONS OF ALL DUCTS AND EQUIPMENT AS SHOWN ON THE PLANS ARE APPROXIMATELY CORRECT,BUT A THE CONTRACTOR SHALL PERFORM TESTS AND INSPECTIONS TO THE COMPLETE DUCT INSTALLATION FOR ANY FLEXIBLE CONNECTIONS THEY ARE SUBJECT TO SUCH MODIFICATIONS AS MAY BE NECESSARY AT THE TIME OF INSTALLATION TO MEET LEAKS,DEFECTS OR DEFICIENCIES.ALL SUCH DEFICIENCIES DISCOVERED AS A RESULT OF THE TESTS,SHALL A THE INTAKE AND DISCHARGE COLLARS OF ALL IN-LINE FANS,AIR CONDITIONING OR DEHUMIDIFICATION UNIT ANY CONDITIONS SUCH CHANGES SHALL BE IMMEDIATELY REVIEWED WITH THE ENGINEER AND INSTITUTED BY BE IMMEDIATELY REPAIRED. S i A.L BE PROVIDED WITH APPROVED FLEXIBLE CONNECTIONS TO ELIMINATE VIBRATION IN THE DUCTWORK THIS CONTRACTOR WITHOUT EXTRA COST S.THE CONTRACTOR SHALL MAKE ALL NECESSARY ADJUSTMENTS AND CORRECTIONS TO THE HEATING USE 10 OZ DOUBLE WOVEN CANVAS CONNECTIONS AND INSTALL IN CLOSE PROXIMITY TO THE HVAC C.THE LOCATIONS OF ALL PARTS AND EQUIPMENT SHALL BE COORDINATED WITH THE WORK OF ALL OTHER VENTILATING AND AIR CONDITIONING SYSTEMS FOR THE PURPOSE OF EQUALIZING THE FLOW OF AIR ANY EQUIPMENT TRADES PRIOR TO SUBMITTING SHOP DRAWINGS FOR FABRICATION AND EQUIPMENT PURCHASE APPROVALS DAMPERS,DEFLECTORS OR DIFFUSERS NECESSARY TO BRING ABOUT THIS ADJUSTMENT WHETHER SPECIFICALLY SHOWN AND SPECIFIED OR NOT.SHALL BE PROVIDED BY THE CONTRACTOR INSULATION SHOP DRAWING REVIEWS AND APPROVALS C ALL NEW SUPPLY AND RETURN DUCTWORK SHALL BE AIR LEAKAGE TESTED LEAKAGE SHALL NOT EXCEED 5%OF A.ON ALL CONCEALED SUPPLY/RETURN DUCTWORK FURNISH AND INSTALL OWENS CORNING FOIL FACED, RATED CFM AT RATED PRESSURE ALL AIR LEAKS FOUND SHALL BE CORRECTED WITHIN ACCEPTABLE MARGIN FIBERGLASS DUCTWRAP WITH AN INSTALLED INSULATING VALUE OF R-5 INSULATION SHALL BE ATTACHED TO A.ALL DETAILED EOU PMENT CUTS,SHOP DRAWINGS.SUBSTITUTIONS,CHANGES,ETC MUST BE SUBMITTED TO SHEET METAL DUCTS BY MEANS OF WIRE.BANDS OR SIMILAR FASTENING ALL JOINTS AND GAPS IN THE ENGINEER,AND OWNER'S REPRESENTATIVE FOR FINAL REVIEW AND APPROVAL PRIOR TO PURCHASING D ALL WORK PROVIDED UNDER THE CONTRACT SHALL OPERATE WITHOUT ANY OBJECTIONABLE NOISE OR APPLIED INSULATION SHALL BE FILLED WITH MASTIC TO A THICKNESS OF THE APPLIED INSULATION THIS SHALL FABRICATING OR INSTALLING ANY PORTION OF THE HVAC CONTRACT VIBRATION.SHOULD OPERATION OF ANY ONE OR MORE OF THE SYSTEMS PRODUCE NOISE,OR VIBRATION APPLY TO ALL HEATING AND COOLING DUCTS UNLESS OTHERWISE NOTED ON THE PLANS B SHOP DRAWINGS MUST SHOW ALL HVAC COMPONENTS WITH DUCTWORK DRAWN IN DOUBLE LINE.AT A SCALE WHICH IS IN THE OPINION OF THE ENGINEER OBJECTIONABLE,THE CONTRACTOR SHALL AT HIS OWN EXPENSE OF 1114'=1'4r THESE DRAWINGS MUST BE FULLY DETAILED,DIMENSIONED,AND COORDINATED.INDICATING ALL MAKE CHANGES IN EQUIPMENT,ETC.AND DO ALL WORK NECESSARY TO ELIMINATE THE OBJECTIONABLE NOISE B INTERNALLY LINE ALL EXPOSED SUPPLY/RETURN DUCTS FURNISH AND INSTALL NOT LESS THAN 1-ULTRA OTHER TRADES AND DISCIPLINES. OR VIBRATION LINER.WITH A THERMAL EFFICIENCY OF(.24)APPLY TO METAL WITH ADHESIVE AND FURTHER SECURE WITH WELDED PINS AND SPEED WASHERS 12'O C ENSURE THAT IMPRINTED SURFACE FACES AIR STREAM C FURNISH TO THE ENGINEER FOR REVIEW,SUCH EQUIPMENT SUBMITTALS AND SETTING DRAWINGS OR BALANCING FURTHERMORE.INSTALL 2'WIDE SHEET METAL NOSING ON LEADING EDGES OF LINER TO PREVENT THE L NER DIAGRAMS AS MAY BE REQUIRED FOR THE PROPER EXECUTION OF THE WORK A NEBB CERTIFIED BALANCING CONTRACTOR MUST BE A COMPANY WHICH IS INDEPENDENT OF THE CONTRACTOR FROM BEING PICKED UP BY AIR FLOW. D CONTRACTORS MAY MAKE NECESSARY ADJUSTMENTS TO SUIT CONDITIONS AND IN ORDER TO COMPLY WITH AND BE APPROVED FOR USE BY THE ENGINEER PRIOR TO BALANCING THE SYSTEM. C INSULATION SHALL BE CUT SLIGHTLY LONGER THAN CIRCUMFERENCE OF DUCT TO ENSURE FULL THICKNESS AT THE GUARANTEE OF PERFORMANCE OF THE SYSTEMS.APPROVALS MUST BE OBTAINED FROM THE ENGINEER CORNERS INSULAT ON SHALL BE ADHERED TO DUCT WITH FIRE RESISTANT ADHESIVE,FOSTER 81-99 OR BEFORE PROCEEDING WITH THE INSTALLATION CHANGES B BALANCE THE AIR SYSTEM TO QUANTITIES INDICATED AND FURNISH TO OWNER A REPORT INDICATING FAN APPROVED EQUAL APPLIED TO DUCT IN 4'WIDE BRUSH STRIPS ON 12-CENTERS.INSULATION SHALL BE PERFORMANCE.AND CFM VALUES ADJUST THE VFD OF UNIT SUPPLY FAN AS REQUIRED TO PERFORM SUPPLY FURTHER SECURED WTH LOOPS OF 012 WIDTH GAUGE GALVANIZED STEEL WIRE ON 1Y CENTERS. E APPROVALS MUST ALSO BE OBTAINED FROM LOCAL AND STATE AUTHORITIES.INSURANCE UNDERWRITERS,OR AIR QUANTITY. OTHER AGENCIES HAVING JUR SDICTK)N 0 DUCT INSULATION SHALL HAVE A VAPOR BARRIER FACING TYPE FSK(001 ALUMINUM FOIL,GLASS SCRIM,KRAFT) F ALL WIRING DIAGRAMS OF THERMOSTATS DAMPERS,INTERLOCKS ETC SHALL BE INCLUDED ON SHOP OPERATING INSTRUCTIONS LAMINATE.APPLIED OVER THE INSULATION ALL JOINTS SHALL BE SEALED WITH 2'WIDE VAPOR BARRIER TAPE SEALED WITH FOSTER 81.99 OR EQUAL. DRAWINGS AND SHALL BE PROVIDED PRIOR TO ANY INSTALLATION OF THE HVAC CONTRACT A THREE COPIES OF THE OPERATING INSTRUCTIONS,SEQUENCE OF OPERATIONS AND CONTROL DIAGRAMS FOR G CONTRACTOR IS TO SUBMIT ACCURATE AS-BUILT CAD SHOP DRAWINGS REFLECTING ALL CHANGES TO THE VENTILATING AND AIR CONDITIONING SYSTEM SHALL BE GIVEN TO THE OWNER,TOGETHER WITH E ALL SHEET METAL DUCTWORK LOCATED OUTDOORS SMALL BE EXTERNALLY LINED WITH 1'THICK OWENS ENGINEER AND ANY OWNERS REPRESENTATIVE PRIOR TO REQUEST FOR FINAL PAYMENT MAINTENANCE SCHEDULING AND SERVICE DATA CORNING SW FR DUCT BOARD STAPLED EVERY 2'WITH HEAT SENSITIVE FOIL TAPE COVERING ALL JOINTS USE MECHANICAL DUCT,FASTENERS 2'4'ON CENTER ALONG CENTER LINE OF EACH SIDE OF DUCT COAT DUCT 8 STORE OPERATORS SHALL BE FULLY INSTRUCTED IN THE PROPER AND ECONOMICAL OPERATION OF THE BOARD WITH MARATHON INDUSTRIES IC SW WHITE MASTIC IN ACCORDANCE WITH MANUFACTURER'S DETAILS OF EQUIPMENT SYSTEMS SPECIFICATIONS. W A SUBMIT FOR APPROVAL OF THE MANUFACTURERS DETAILED CERTIFIED DIMENSIONAL DRAWINGS OF ALL EQUIPMENT 0 SUBSTITUTIONS OPERATIONS SUPPORTS O A.ALL SUPPORTS AND HANGERS FOR EQUIPMENT TO BE INSTALLED UNDER THIS CONTRACT.SHALL BE PROVIDED LL A AS NOTED ON THE PLANS AND DESCRIBED ON THE SCHEDULES.SUBSTITUTIONS MUST SATISFY ALL A THE CONTRACTOR SHALL INCLUDE/GAD GUARANTEE FULL MAINTENANCE AND EMERGENCY CALL SERVICE FOR gY THE CONTRACTOR. WHERE EXCESSIVE LOADING REQUIRES PROPER DISTRIBUTION OF THE WEIGHT, W ONE YEAR AFTER ACCEPTANCE OF THE INSTALLATION THIS SHALL INCLUDE INSPECTION AND SERVICE AT REQUIREMENTS AND MUST BE APPROVED BY THE ENGINEER. PROPER SUPPORTS MUST BE PROVIDED,SUBJECT TO THE ENGINEERS APPROVAL ALL SUPPORTS SHALL BE QJ MATERIALS AND LABOR LEAST ONCE PER MONTH,PLUS THE REPLACEMENT OF ALL DEFECTIVE PARTS OF IMPROPER WORKMANSHIP TO OF STRUCTURAL STEEL. MA 6i INSURE CONTINUOUS OPERATING OF ALL SYSTEMS AS PER THESE SPECIFICATIONS Z HE A ALL MATERIALS SHALL BE NEW AND MUST MEET THE STANDARDS AS STIPULATED IN THE LATEST EDITION OF S.NO SUPPORTING MEMBERS MAY BE LAID UPON THE COMPLETED ROOFING.IF ADDITIONAL UNPREDICTED ' B.MAINTENANCE SHALL INCLUDE THE MONTHLY CHANGING OF FILTERS FOR T FIRST YEAR ASHRAE GUIDE AND DATA BOOK SUPPORTS ARE REQUIRED,THEN THEY MUST BE INSTALLED IN ACCORDANCE WITH THE REQUIREMENTS OF THE N S.GOOD WORKMANSHIP AND LABOR SHALL BE PERFORMED BY QUALIFIED MECHANICS AND MUST COMPLY WITH WARRANTY BONDING COMPANY AT THE EXPENSE OF THE CONTRACTOR. C ASHRAE STANDARDS A THE HVAC CONTRACTOR SHALL WARRANTY ALL HVAC WORK AND ALL HVAC EQUIPMENT(REGARDLESS OF WHO C CHECK ROOFTOP SUPPORTS AND MAKE ADJUSTMENTS AS REQUIRED FOR THE PROVIDED EQUIPMENT VERIFY UJI C ORDINANCES,SERVICES,PERMITS AND FEES PROVIDES HVAC EQUIPMENT)IN WRITING ALL MATERALS AND WORKMANSHIP FOR THE PERIOD OF ONE(1)YEAR ALL DIMENSIONS OF SUPPORTS AND OPENINGS WITH ARCHITECT/ENGINEER BASED UPON APPROVED FROM DATE OF FINAL ACCEPTANCE BY OWNER THIS SHALL INCLUDE AN AGREEMENT TO REPAIR AND MAKE SUBMITTALS A.AS REQUIRED FOR THE PROPER INSTALLATION ALL WORK SHALL BE PROVIDED BY THE CONTRACTOR IN FULL GOOD OR REPLACE AT NO COST TO OWNER ANY AND ALL DEFECTS OF HIS WORK,EQUIPMENT,APPARATUS OR D INTERIOR UNITS MUST BE HUNG FROM THE ROOF STEEL AND THE TOP CHORD ONLY OF STEEL JOISTS USING ACCORDANCE WITH THE REQUIREMENTS OF ALL LOCAL,STATE AND NATIONAL BUREAUS,BOARD OF FIRE MATERIALS DURING THAT PERIOD WHICH ARISE FROM INCORRECT WORKMANSHIP,IMPERFECT OR INFERIOR PROPER VIBRATION ISOLATORS PROJECT NO 21-NJ086 UNDERWRITERS AND AUTHORITIES HAVING JURISDICTION,WITHOUT ADDITIONAL EXPENSE TO THE OWNER MATERIALS,OR DEFECTIVE EQUIPMENT THIS WARRANTY SHALL INCLUDE REPLACEMENT OF ALL PARTS OR DATE: 04.20.21 B.CONTRACTOR SHALL PAY FOR AND OBTAIN ALL NECESSARY PERMITS PRIOR TO WORK COMMENCEMENT SAS C COMPONENTS AS REQUIRED INCLUDING LABOR VIBRATION ELIMINATORS C.CONTRACTOR SHALL PREPARE,AT HIS EXPENSE,ANY AND ALL SHOP DRAWINGS AS REQUIRED TO OBTAIN B ALL NEW COMPRESSORS TO BE PROVIDED WITH A TOTAL OF FIVE(5)YEARS WARRANTY PERIOD,LA80R AND A APPROVED V18RATION ELIMINATORS SHALL BE PROVIDED FOR ALL VIBRATING EQUIPMENT INCLUDING MOTORS, DRAWN BY: CED PERMITS AND APPROVALS.THESE DOCUMENTS SHALL BE SIGNED AND SEALED BY A DULY LICENSED ENGINEER PARTS FOR FIRST YEAR,AND PARTS FOR REMAINING FOUR(4)YEARS. COMPRESSORS,FANS,ETC SCALE: AS NOTED AS REQUIRED BY THE AUTHORITIES HAVING JURISDICTION C WHEN SPECIAL GUARANTEES COVERING INSTALLATION,OPERATION OR PERFORMANCE OF ANY SYSTEMS OR APPLIANCES FURNISHED UNDER THE HVAC CONTRACT ARE HEREIN REQUIRED,THE FULL RESPONSIBILITY FOR CUTTING.PATCHING,ETC. FULFILLMENT OF SUCH GUARANTEES MUST BE ASSUMED BY THE HVAC CONTRACTOR WHO SHALL OBTAIN A ALL CUTTING AND PATCHING SHALL BE THE RESPONSIBILITY OF THE CONTRACTOR WRITTEN GUARANTEES IN TRIPLICATE FROM ANY AND ALL SUBCONTRACTORS WITH TWO(2)COPIES TO BE FILED WITH THE ARCHITECT PRIOR TO FINAL ACCEPTANCE 0 CERTAIN EQUIPMENT HAS BEEN SPECIFIED WITH STAINLESS STEEL HEAT EXCHANGERS IF APPROVED ALTERNATES OR A DESIGN CHANGE ON THE SPECIFIED EQUIPMENT RENDERS THIS OPTION UNAVAILABLE THEN AN EQUIVALENT WARRANTY SHALL BE PURCHASED WITH THE STANDARD HEAT EXCHANGER SHEET TITLE MECHANICAL SPECIFICATIONS U W_ Z � U Z W a a Y a auto O X iE om WWw a o>.>- z QC Lu SHEET NO: M-200 61'��m L=[Z1:7 JEFFREY TAYLOR ARCHITECTS 572 NORTH BROADWAY WHITE PLAINS,NEW YORK 10603 TEL 914 289 0011 FAX 914 289 0022 C 01s s y %*S..••• ENERGY DESIGN DEMO SCOPE NOTES GENERAL NOTES 5 Independence Way,Suite 360 Princeton,NJ 08540 REMOVE PIPING AND EIDUAPMIFNT WHERE INDICTED IN A. THESE DRAWINGS ARE DIAGRAMWIIC AND INDICATE THE GENERAL +1(609)751-9655 office609 1 ACCORDANCE WITH THE AHJ REOUIRONEWTS. EXTENT OF THE WORK.THE CONTRACTOR SHALL BE RESPONSIBLE FOR + ( )751-9658 fax THE COORDINATION AND PROPER u6TALLATION OF ALL MECHANICAL www.coolsysenergydesign.com SYSTEMS'THE CONTRACTOR SHALL PROVIDE ALL NECESSARY OFFSETS CS Engineering PC DBA:CBP - - AND FITTINGS WHICH MAY BE REDUIRED DUE TD SPACE CONSIRNNTS OR O1M CONDITIONS Engineering,Cer1il 0016862 0 SPRINKLER SCOPE NOTES THE CONTRA m SHILL PROVIDE ALL MISCELLANEOUS SUPPORTING STEEL,ETC.FOR THE PROPER INSTALLATION OF ALL MECHANICAL SYSTEMS. �EOF NEW d (E)3VR EXISTING CEILING TO BE REMOVED,FIRE PROTECTION JOHN CONTRACTOR TD MODIFY EXISTING SPRMLER SYSTEM IN C. THE CONTRACTOR DWI COORDINATE FLOOR.WALL AND ROOF _ ACCORDANCE WITH NFPA 13.ALL APPUCABIF CODES PENETRATIONS,LOUVER SIZES,ETC.WITH GENERAL TRADES. AND/OR ENTRIES HAYING JURISDICTION. D. THE CONTRACTOR SHALL VERIFY ALL CLEARANCES PRIOR TO p FABRCA71ON OF ANY WORK. N L THE INFOlIM 1TION ON THIS PLAN IS INUDED FOR REFI REIa ONLY. THE 103207 O CONTRACTOR SWILL BE FE1D RE3POIISHE TO HURdE VISITED THE STE PRIOR t•� TO SUBMITTING HIS ESTIMATE AM TO HIVIIE DAM AND FAMILIARIZED IOYiQED 6 HIMSELF OR THE SITE COMM OF THE PROI>rT. HE SHALL COMPARE PETER J. Y DRAWING LIST THE DI IIn+GS AND SPECF 706 WITH THE RESULTS OF HIS DIAIBATION OF R THE SITE AND GENERALLY VERITY THE LOCATION OF ALL EINTIOG WORK,AND 1-1/4• 1-1/4' ' BECOME IiORMED AS TO THE RELATION TO AND AFFECT ON THE Wdet • E 240 MCI P-100 PLUMBING PLAN REWIRED.BEET SIBIIITING A 90. StXIMISSION OF A BID WILL ODISTRUTE EVIOM TWIT THE CONTRACTOR HIIOS NSPE>O THE SHE OF THE PROPOSED I f e © P-200 PLUMBING DETAILS AND SCHEDULE BECAUSE OF URFABARITY WITH THE SITE COIDITIOI L I �M31SA+N F. IT IS NOT WDDED THAT THE DRABMGS SHALL SHON ALL DETAILS OF f EELAR CIDIM 0 P-300 PLUMBING SPECIFICATIONS CONSiRIX:tION,FEVER,THE PUl1ANG CONTRACTOR STALL BE REOIARED TO f FLIRN I H AND NS1ALL ALL MATERIALS HQESSARY TO CMF EIE THE PLLIMIIING SYSTEM N ACCORDANCE WITH THE EEST PRACTICE AND TO THE FULL WENT OF THE DINGS AND SPECIFUMIS. THE PLIJ1=CONTRACTOR SHALL FURNISH AND NSTN.L ALL PARTS WISH WY BE REOIA 0 BY THE ORIrfINGS FCO F. O AND OMITTED BY THE SPECIFUTIONS,OR VICE VETRSk JUST AS THOSE Ct1116 IN Ol1AR C 5 REWIRED BY 9M. SH00 THERE APPEAR TO BE DISCREPMHCES OR A QUESTION OF NW.THE T LLWI NG CONITTMCTOR SWILL REFER TO THE � AND HIS INTERPRETATION SHALL I I I t G. WITH THE SLINISSION OF 80.THE PLINIIWD CONTRACTOR SWILL NAPE ? AGREED 70 HAVE ICUDED THE COST OF ALL REDMJItED ITEMS N HIS d PROPOSAL AD THAT HE WILL BE HELD RESPONSE FOR THE APPROVED SATISFACTORY FUNCRONNG FOR THE ENTIRE SYSTEM WITHOUT EIITRA COMPEEIISATHOIL i i I I i —L=—I 1. NEW 4'SANITARY RISER TO REPLACE EXISTING 3•WASTE RISER -c O 4 ALONG COLUMN AND CONNECT TO EXISTING 4'SANRAII;1f STUB-UP I I ABOVE CELLAR FLOOR.RECONNECT THE EXISTING 3'SANITARY PIPING IN THE CELLAR CEILING TO THE NEW 4'RISER.V.I.F. i L PROVIDE 4-CAPPED SANITARY FOR FUTURE TENANT VTENSION WITH B.O.P.AT 14'BELOW THE BOTTOM OF THE Flftf FLOOR I i STRUCTURE.CONFIRM LOCACEATION SO TON LOWERHERE IS MINIMUM IMPACT ON 21CW ss 3, CEILING INS ER WAT SERVICE TO D END IFLOOR N FIRST FLOOR � EL '''WIT1RR CEILING TO EXISTING 2'HOUSE SERVICE DOWNSTREAM OF THE EXISTING METER.PROVIDE NEW TENANT SUB-METER WITH CrUT OFF VALVES AT CONNECTION,V.I.F. w 9'- a 4. 2' COLD WATER SERVSPACEICE PIPING DROP FROM FIRST FLOOR CEILING a r TENANT5, 2'COLD WATER SERVICE 0 WALL Ir I WATTS 009M20T RPZ,PROVIDE 0 CLEAMME AS REOWRED PER NY HEALTH DEFT.RELIEF VALVE TO w __._-, -- •-_•-- -. _-_ _-. -----_--- _-_._._..._-• _fa, O BE DRAINED VA FLOOR DRAIN CAPPED UNDER FLOOR LOCATED D ` DIRECTLY BELOW.SHOWN ADJACENT HERE FOR CLARITY, N U) COORDINATE WITH EXISTING STRUCTURE IN FIELD. Z - 0. EXISTING 1'GAS PIPING ON THE ROOF TO BE REPLACED BY p ! 0 1-1/4•GA SHOWN.S PIPING TO THE NEW 1• RTU.PROVIDE GAS SUB-METER rn. �.. N m 7. /2'COLD WATER RISE ALONG TENANT SPACE WALL TO CONTINUE IN uj c FIRST FLOOR CEILING. ! a PROVIDE 2'CAPPED COLD WATER FOR FUTURE TENANT EXTENSION IN FIRST FLOOR CEILING. b 9. PROVIDE CAPPED 3'VTR IN ROOF FOR FUTURE TENANT EXTMON. PROJECT NO. 21-NJ086 10. CAPPED IN ROOF.EXISTING VENT PIPING TO RDWN PP - DATE: 04.20.21 KEY NOTES:El DRAWN BY: ICED SCALE: AS NOTED ALL METALLIC EXTERIOR PIPING FTTTINGS SHALL BE COATED WITH 0 10 ! CORROSION RESISTANT MATTRAL D A RUST PROHIBITIVE PAINT IS AN A ACCEPTABLE MEANS.THE PAINT SHALL BE YELLOW IN COLOR. ( GAS PIPING PROTECTIVE COATING c NTS RISER ill I IS SIZED BASED ON(TOTAL DEVELOPED LENGTH 150')LESS THAN (2x� i PSI WATER COLUMN WITH A 0.5 IN W.C.PRESSURE DROP AND 0.6 SPECIFIC GRAVITY ON THE HOUSE OF THE METER. --- _y ----- O SHEET TITLE -- -- ---- Ic_��_-- -� -�= •. -.----- - �ER&I GAS LQAQ REPLIICEMENT ROOF 240 MBH-- T 1 TOP UNIT RTU-1 T=" �-:.;..;. .,.7: PLUMBING PLAN OTOTAL ADDITIONAL GAS LOAD 240 MBH A THE LOW PRESSURE GAS SUPPLY PIPING 5 BASED OFF OF THE 2020 NEW YORK STATE FUEL GAS CODE TABLE 402.4(2) cc PLUMBING FLOOR PLAN PLUMBING ROOF PLAN w GAS DESIGN CRITERIA w 1 2 „a• -0• — w NTs � } U (D Z LU a Q_ LEGEND a a W O O =aX SAN u vR� W y PR CODES&REGULATIONS (0 LU on w } SOW A GROMItD SANITARY PPE I OCCUPANCY TYPE RETAIL ILO BOVE - ----V-----YDITPP z IxE � W 2 GOWRNING CODES 2020 NEW YORK STATE PLUMBING CODE -- CW- -COLD WATER SUPPLY PPE &REGULATIONS C NAIUAL GA6 PPE 2020 NEW PORK STATE BUILDING CODE -3 CAPPED OUTLET I I CCO can CLEAN Out 2020 NEW YORK STATE MECWWICAL CODE SHEET NO: CAS COCK G- PPE RISE 2020 NEW YORK STATE FUEL GAS CODE P-1 00 a JEFFREY TAYLOR ARCHITECTS 572 NORTH BROADWAY WHITE PLAINS,NEW YORK 10603 TEL 914 289 0011 FAX 914 289 0022 COOISys %*....•• ENERGY DESIGN 5 Independence Way,Suite 360 NOTES COPPER CAP BY PLUMBING Princeton,NJ 08540 CONTRACTOR 1 NO STRUCTURAL STRAIN SHOULD BE TRANSMITTED FROM ANY WALL TO THE PIPING NEW?DOMESTIC WATER +1(609)751-9655 office SYSTEM THE SLEEVING.RELIEVING ARCH,OR STRUCTURAL BEAM SUPPORT METHODS 8 NHz COPPER FLASHING BY PLUMBING SERVICE FROM EXISTING 7 RPZ VALVE WATTS OD9 +1(609)751-9658 TeX PROTECT THE PIPING FROM SUPERIMOSED LOADS THE'PACKING'MATERIAL AROUND THE CONTRACTOR HOUSE SERVICE SEE FLOOR PLAN FOR CONE WW W.000IS ener des'n.com PIPE IS FLE)OBLE ENOUGH TO RESPOND TO SETTLING IN THE STRUCTURE OR PIPING r yS gy Ig COUNTER FLASHING BY GENERALL MAKE N CS Engineering PC DBA:CBP 2 FIRE RATED PACKING MATERIAL TO BE BY 3M CAULK CP 25NIS CONTRACTOR WATERTIGHT ROOF GAS EQUIPMENT Engineering,Certli 0016862 3 FOR ALL PIPING PASSING THRU MEZZANINE FLOOR PACK WITH 3M CAULK CP25UL 4 SEE ARCHITECTURAL DRAWINGS FOR FIRE RATED WALLS RPZ r INCREASER E S N FITTING y't �lOHN 4+�� FILL VOID SPACE WITH SLEEVE INSULATING MATERIALS UNION(TYP) r VENT PIPE-SEE FLOOR !l4IY;c PLAN FOR SIZES GAS COCK 1 RPZ SHALL BE LOCATED W 0 THE TENANT SPACE AS SHOWN ON FLOOR PLAN 103207 ---"•_ NOTES WITH HANDLE 2 R P Z SHILL BE INSTALLED ABOVE GROUND AND IN•40RIZONTAL POSTRON ONLY Cp�:NATE 1 MINIMJN SIZE OF VENT EXTENSION THROUGH ROOF TO BE 3' INSTALLATION REQUIREMENTS WITH LOCAL WATER COMPANY AND LOCAL AUTHOR TY HAVING ANSDICTION PING CHANGE 2 OF DIAMETER TO BE MADE AT LEAST 17 BELOW ROOF 3 R.PZ SHALL BE INSTAL ED BETWEEN 17 FROM THE LOWEST PAR-OF THE DEVICE PIPE AND F&TO THE TOP OF THE DEVICE MD B'FROM THE BACK SIDE AND 3V IN FRONT OF THE DEVICE FROM ANY WAL. PETER J. Y MATERIAL 3 VENT PIPE TO EXTEND 24'ABOVE ROOF AND TO BE SEALED WATERTIGHT BY 4 RP.Z SHALL BE ADEQUATELY SUPPORTED AHDOR RESTKk$*D TO PREVENT LATERAL PROPER FLASHING ROOF MOVEMEW 4 ALL VENT RISERS SHALL BE OFFSET AS REQUIRED TO CLEAR ROOF 5 THERE SHALL BE NO OUTLET TEE.TAP OF CONNECTION OF ANY KIND TO OR FROM THE STRUCTURE DUCTWORK OR MECH.ROOF TOP UNITS PLUMBING CONTRACTOR TO SUPPLY LINE BETWEEN THE METER AND THE RPZ ASSEMBLY I i COORDINATE WITH OTHER TRADES DIRT LEG MAINTAIN CLEARANCE 6 PLUMB14G CONTRACTOR S lALl COORDINATE WITH THE PLANS,DETAILS.NOTES SPECIFICATOAS AND APPROVED III #1 CONCRETE AND FOUNDATION WALLS FROM ROOF NECESSARY TO GAS PIPE SUPPORT APPLICATION FOR BACKFLOW PREVENTION BEV CE INSTALLATO N BY LOCAL WATER COMPANY AND REMOVE CAP FOR CLEANING LOCAL AUTHORITY HAVING JIIRISDICiK>wI NOTE VENT TERMINAL DETAIL � SYNO STRUCTURAL LEEVIN NSHOULD BE GARCH,ORSTR FROM STRUCTURAL BEAM POTHEPTor.G NTS ROOF TOP UNIT GAS CONNECTION DETAIL DOMESTIC WATER SERVICE DETAIL i SYSTEM THE SLEEVING,RELIEVING ARCH,OR STRUCTURAL BEAM SUPPORT METHODS PROTECT THE PIPING FROM SUPERIMOSED LOADS.THE'PACKING* NTS (5NTS MATERIAL AROUND THE PIPE IS FLEXIBLE ENOUGH TO RESPOND TO SETTLING IN THE STRUCTURE OR PIPING GALVANIZED ADJUSTABLE CLEVIS HANGER I } 24 GAUGE GALV STEEL SHIELD TYP FOR PIPE PPE INSULATION WINGERS 4 I y PIPE �••- -- - - --- ----—--- -- I FIRE RATE ;'^;, �� ^'�:;;.>; ��,��'�.;•.:,-� ;;,'A>:• BACKFLOW PREVENTION SCHEDULE I FIRE RATED vv v .' ., <�:� <•,'s'>>, �'<r'� WALL �C i`'�' ^!`•C r• 1<r<<'<:�>.>> {{�-<> PACKING MATERIAL FIRE RATED WALLS _ �.' FIXTURE BACKFLOW PREVENTION DEVICE , DOMESTIC WATER SERVICE 7 009 WT 9D2AGF AIR GAP CONNECTION ` P I PE T H R U WALL DETAIL PLUMBING CONTRACTOR TO WELD 1r SHIELD� PPE 1 NTS AIL SHIELD TO PIPE HANGER I DETAIL 1 C D�PEHA�NG�ER 1 CONTRACTOR SHALL FURNISH AND INSTALL BAClfflow PREVENTION DEVICES AT THE EQUIPMENT LISTED � I ABOVE I I NTS 2. DEVICES LISTED ARE MANUFACTURED BY WATTS REGULATOR COMPANY CONTRACTOR MAY SUBMIT AN Lu ! i EQUAL FROM ANOTHER MANUFACTURER FOR REVIEW a. 3 CONTRACTOR TO VERIFY REQUIREMENTS WITH LOCAL AUTHORITIES HAVING JURISDICTION. Of O LL z_ iN � o I f I FLOOR DRNN a TRENCH DRAIN SCHEDULE 10 7Y SER VING MFG MODEL NO OUTLET SIZE NOTES PROJECT NO. 21-NJ086DATE- 04.20.21 FD C I BODY.9'SQUARE FLOOR DRAIN W/BUCKET WATER SERVICE RPZ ZURN Z513 SEE PLANS 2 DRAWN BY: CED HOD FEMALE ADAPTER WITH CLEANOUT PLUG TENANT SPACE CHARLOTTE PVC 1DIX SEE PLANS $GALE: AS NOTED NOTESIACCESSORIES (1)SEDIMENT BUCKET (2)TRAP SEAL SHEET TITLE: PLUMBING DETAILS AND SCHEDULE U) rx W 2 � U Z z Uj a a N a aW0 O �om WUjw IL (D z Cr. SHEET NO: P-200 JEFFREY PLUMBING SPECIFICATIONS TAYLOR ARCHITECTS A.SCOPE OF WORK E VALVES I.PRESSURE GAGES PART 3--EXECUTION 572 NORTH BROADWAY 1. THIS CONTRACTOR SHALL FURNISH ALL LABOR,MATERIALS, 1 DOMESTIC WATER EQUIPMENT,SERVICES,TOOLS,TRANSPORTATION AND A. BALL VALVES SHALL BE APOLLO,2 PIECE BRONZE,WITH TFE TYPE-GENERAL USE.ASME 840.1,GRADE A,PHOSPHOR BRONZE BOURDON- 3.1 INSTALLATION OF HANGERS AND SUPPORTS WHITE PLAINS,NEW YORK 10603 FACILITIES NECESSARY FOR,REASONABLY IMPLIED AND TEFLON SEATS AND SEALS WITH STEEL LEVER HANDLES WITH TEL 914 289 0011 INCIDENTAL TO,THE FURNISHING,INSTALLATION, STOPS.VALVE SHALL ONLY REQUIRE QUARTER TURN TO TUBE TYPE,BOTTOM CONNECTION. INSTALL HANGERS,SUPPORTS,CLAMPS AND ATTACHMENTS TO FAX 914 289 0022 COMPLETION AND TESTING OF ALL WORK FOR THE PLUMBING OPEN i CLOSE SUPPORT PIPING PROPERLY FROM BUILDING STRUCTURE; SYSTEMS AS SHOWN ON THE DRAWINGS,CALLED FOR IN THE CASE-DRAWN STEEL OR BRASS,GLASS LENS,4-1/2-INCHES DIAMETER COMPLY WITH MSS SP-69 AND SPS9.ARRANGE FOR GROUPING OF SPECIFICATIONS,AND AS REQUIRED BY JOB CONDITIONS,TO F DRAINAGE AND VENT SYSTEMS PARALLEL RUNS OF HORIZONTAL PIPING SUPPORTED TOGETHER CONNECTOR:BRASS,114-INCH NPS. Goal INCLUDE,BUT NOT BE LIMITED TO THE FOLLOWING: ONFIELD-FABRICATED,HEAR-DUTY TRAPEZE MANGERS WHERE 1. SUMMARY THIS SECTION INCLUDES BUILDING STORM, POSSIBLE.INSTALL SUPPORTS WITH MAXIMUM SPACING A COMPLETE SANITARY PIPING SYSTEMS OF WASTE.DRAINS. SANITARY DRAINAGE AND VENT PIPING SYSTEMS. SCALE:WHITE COATED ALUMINUM,WITH PERMANENTLY ETCHED MARKINGS. COMPLYING WITH MSS SPS9.WHERE PIPING OF VARIOUS SIZES IS COOISys AND VENTS ACCURACY:PLUS OR MINUS 1 PERCENT OF RANGE SPAN. SUPPORTED TOGETHER BY TRAPEZE HANGERS,SPACE HANGERS 2 SEQUENCING AND SCHEDULING COORDINATE THE RANGE:2 TIMES OPERATING PRESSURE BUT NOT LESS THAN DESIGN FOR SMALLEST PIPE SIZE OR INSTALL INTERMEDIATE SUPPORTS B COMPLETE DOMESTIC WATER PIPING SYSTEMS, INSTALLATION OF DRAINS IN POURED-IN-PLACE CONCRETE PRESSURE FOR SMALLER DIAMETER PIPE AS SPECIFIED ABOVE FOR APPURTENANCES AND INSULATION SLABS,TO INCLUDE PROPER DRAIN ELEVATIONS, SNUBBER-PROVIDE 1144NCH NPS BRASS BUSHING WITH INDIVIDUAL PIPE HANGERS. %040808, INSTALLATION OF FLASHING,AND SLOPE OF SLAB TO DRAINS CORROSION-RESISTANT POROUS METAL DISC DISC MATERIAL SHALL BE ENERGY C FIXTURES AND EQUIPMENT AS SCHEDULED COORDINATE WITH INSTALLATION OF SANITARY SEWER SUITABLE FOR FLUID SERVED AND RATED PRESSURE. INSTALL BUILDING ATTACHMENTS WITHIN CONCRETE OR TO SYSTEMS AS NECESSARY TO INTERFACE BUILDING DRAINS STRUCTURAL STEEL SPACE ATTACHMENTS WITHIN MAXIMUM DESIGN D A COMPLETE MEDICAL VACUUM PIPING SYSTEM,MEDICAL WITH DRAINAGE PIPING SYSTEMS. MANUFACTURERS:PRESSURE GAGES PIPING SPAN LENGTH INDICATED IN MSS SPS9,INSTALL GAS SPECIFICATIONS. 1.MARSHALLTOWN INSTRUMENTS,INC. ADDITIONAL ATTACHMENTS AT CONCENTRATED LOADS,INCLUDING CONWILT11110 � 3 STORM AND SANITARY DRAINAGE AND VENT PIPE AND 2.TRERICE(H.0)CO VALVES,FLANGES,GUIDES,STRAINERS,EXPANSION JOINTS,AND E A COMPLETE MEDICAL OXYGEN PIPING SYSTEM.MEDICAL FITTINGS SHALL BE CAST IRON SOIL PIPE 3.WEISS INSTRUMENTS,INC. AT CHANGES IN DIRECTION OF PIPING INSTALL CONCRETE 5 Independence Way,Suite 360 GAS SPECIFICATIONS. 4 WEKSLER INSTRUMENTS CORP INSERTS BEFORE CONCRETE IS PLACED;FASTEN INSERT TO PnnCeton,NJ 08540 4 INSULATE THE TRAP,SANITARY AND SUPPLY PIPES UNDER FORMS.WHERE CONCRETE WITH COMPRESSIVE STRENGTH LESS 2 TESTS AND ADJUSTMENTS. LAVATORY WITH TRUEBRO MODEL 102W'HANDI LAV GUARD' J.PLUMBING FUTURE PROTECTION THAN 2,500 PSI IS INDICATED,INSTALL REINFORCING BARS +1(609)751-9655 office INSULATION KIT OR MCGUIRE PRO WRAP INSULATION. 1. PROVIDE PROTECTIVE COVERING FOR INSTALLED FIXTURES AND THROUGH OPENINGS AT TOP OF INSERTS. +1(609)751-9658 fax A BEFORE STARTING WORK,THIS CONTRACTOR SHALL FITTINGS. EXAMINE THE ARCHITECTURAL,STRUCTURAL,MECHANICAL 5. CLEAN-OUTS AND FLOOR DRAINS SHALL BE INSTALLED PER LOAD DISTRIBUTION:INSTALL HANGERS AND SUPPORTS SO THAT www.coolsysenergydesign.com AND ELECTRICAL PLANS AND SPECIFICATIONS TO SEQUENCE, LOCAL CODES.WALL COVERS ARE TO BE STAINLESS STEEL 2• DO NOT ALLOW USE OF FIXTURES FOR TEMPORARY FACILITIES,EXCEPT PIPING LIVE AND DEAD LOADING AND STRESSES FROM MOVEMENT CS Engmeenng PC D13A CBP COORDINATE,AND INTEGRATE THE VARIOUS ELEMENTS OF AND FLOOR COVERS ARE TO BE BRASS PROVIDE FLOOR WHEN APPROVED IN WRITING BY THE OWNER. WILL NOT BE TRANSMITTED TO CONNECTED EQUIPMENT Englneenng,CertO 0016862 THE PLUMBING SYSTEM,MATERIALS,AND EQUIPMENT WITH COVERS WITH INSET AREA FOR CARPETED LOCATIONS.ALL INSTALL HANGERS WITH THE FOLLOWING MINIMUM ROD SIZES AND OTHER CONTRACTORS TO AVOID INTERFERENCES AND CLEAN-OUT LOCATIONS SHALL BE APPROVED BY G.C.'S K PIPE INSULATION MAXIMUM SPACING SPACING AND HANGER ROO SIZES SHALL BE CONFRONTATIONS CONSTRUCTION MANAGER CLEANOUT PLUG SHALL BE ADJUSTED FOR INTERMEDIATE LOADS PLACED BETWEEN CAST-BRONZE OR BRASS,THREADS COMPLYING WITH ANSI 1 INSULATE ALL DOMESTIC WATER PIPING SYSTEMS. SUPPORTS,SUCH AS PUMPS,STRAINERS,VALVES,ETC.: B.EQUIPMENT AND INSTALLATION 82.1.NO RUBBER END CAPS SHALL BE PERMITTED.END CAPS �EOF NEW 1 ALL EQUIPMENT AND MATERIALS,EXCEPT AS OTHERWISE AND CLEANOUT PLUGS SHALL BE OF THE SAME MATERIEL AS ACCEPTABLE MANUFACTURERS STEEL PIPE 309N Q,p THE PIPING IN WHICH THEY ARE INSTALLED ON. SPECIFIED,SHALL BE NEW,OF CURRENT PRODUCTION,FIRST 1 MANUFACTURER SUBJECT TO COMPLIANCE WITH REQUIREMENTS, NOMINAL PIPE SIZE•MAX.SPAN(FEET)-MIN ROD SIZE(INCHES) QUALITY AND OF THE BEST OF EACH CLASS SPECIFIED. 6. TEST DRAIN,WASTE,VENT PIPING BY A 10'WATER COLUMN PROVIDE PRODUCTS OF ONE OF THE FOLLOWING: MATERIALS.PRODUCTS,AND EQUIPMENT SHALL BE FOR TWO HOURS 1 7 318 DELIVERED TO JOBSITE WITH FACTORY PACKAGING BEARING A ARMSTRONG WORLD INDUSTRIES,INC. 1-12 9 3/a MANUFACTURER'S NAME OR LABEL,AND UNION LABEL G DOMESTIC WATER B. CERTAINTEED CORP y 10 ye 103207 WHENEVER PRACTICAL. C JOHNS MANVILLE INSULATIONS 1 BELOW GRADE-TYPE W HARD COPPER TUBE ASTM B 88,TYPES K AND L. D KNAUF FIBER GLASS 4 14 5� 2 PIPING DISSIMILAR METALS MUST BE DIELECTRICALLY WATER TUBE,ANNEALED TEMPER E OWENS-CORNING FIBERGLAS CORP SEPARATED 5 /6 5l8 A COPPER PRESSURE FITTINGS ASME B16.18.CAST-COPPER-ALLOY OR 2 PIPING INSULATION MATERIALS 6 17 314 PETER J. Y 3. TEST WATER PRESSURE TO INSURE MINIMUM PSI MATCHES ASME 816 22,WROUGHT-COPPER,SOLDER40INT FITTINGS,FURNISH a 19 7/8 MOST DEMANDING EQUIPMENT SUPPLIED WROUGHT-COPPER FITTINGS IF INDICATED. 3 FIBERGLASS PIPING INSULATION:ASTM C 547;1C VALUE OF 0.24 AT 75 B BRONZE FLANGES ASME 81624,CLASS 150,WITH SOLDER-JOINT END COPPER PIPE DEGREES F,NONCOMBUSTIBLE. 4. INSTALL ALL NECESSARY PIPE HANGERS,SADDLES,AND FURNISH CLASS 300 FLANGES IF REQUIRED 70 MATCH PIPING. NOMINAL PIPE SIZE-MAX.SPAN(FEET)-MIN.ROD SIZE(INCHES) CARRIERS TO PROPERLY SUPPORT ALL PIPING AND FIXTURES. C COPPER UNIONS MSS SP-123,CAST-COPPER-ALLOY,HEXAGONALSTOCK l f BODY,WITH BALL-AND-SOCKET,METAL-TO-METAL SEATING SURFACES AND 4. JACKETS FOR PIPING INSULATION ASTM C 921,TYPE I(VAPOR BARRIER) THRU HANGERS SHALL SUIT TYPE OF PIPING PROVIDED AND BE SPACED AT A MAXIMUM SPAN 5 FEET.PROVIDE SWAY AND SOLDERJ FOR PIPING WITH TEMPERATURES BELOW AMBIENT,TYPE II FOR PIPING OINT OR THREADED ENDS WITH TEMPERATURES ABOVE AMBIENT.TYPE I MAY BE USED FOR ALL 1 1/2 a 3/8 SEISMIC BRACING WHERE REQUIRED RED BY CODES. 72 2 ABOVE GRADE TYPE-L"HARD COPPER TUBE•ASTM 8 de,TYPE L.WATER TUBE, PIPING AT INSTALLERS OPTION y a 31a 5. STERILIZE WATER SYSTEM IN ACCORDANCE WITH LOCAL DRAWN TEMPER 3 a 1/2l CODES 5 ENCASE PIPE FITTINGS INSULATION WITH ONE-PIECE PRE MOLDED PVC A COPPER PRESSURE FITTINGS ASME 816111.CAST-COPPER-ALLOY OR FITTING COVERS,FASTENED AS PER MANUFACTURER'S 4 12 518 6. ESCUTCHEONS SHALL BE CHROME PLATED,SIZE AS ASME 816.22.WROUGHT-COPPER,SOLDER-JOINT FITTINGS FURNISH RECOMMENDATIONS. 5 12 5/e I WROUGHT-COPPER FITTINGS IF INDICATED. REQUIRED AND PLACED AT ALL PIPE PENETRATIONS AT 8 BRONZE FLANGES ASME 81624,CLASS 150,WITH SOLDER-JOINT END 6 14 3M WALLS,FLOORS,AND CEILINGS IN FINISHED AREAS 6 STAPLES,BANDS,WIRES,AND CEMENT:IC RECOMMENDED BY FURNISH CLASS 300 FLANGES IF REQUIRED TO MATCH PIPING. INSULATION MANUFACTURER FOR APPLICATIONS INDICATED.USE a 16 7!8 ! ' C COPPER UNIONS MSS SP-123,CAST-COPPER-ALLOY,HEXAGONALSTOCK STAINLESS STEEL STAPLES IF REQUIRED FOR PIPING BELOW AMBIENT PIPE SUPPORT SPACING FOR DRAINAGE APPLICATIONS f 7. LEAKAGE TESTS SHALL BE PER LOCAL CODES. BODY,WITH BALL-AND-SOCKET.METAL-TO-METAL SEATING SURFACES AND TEMPERATURE. PIPE MATERIAL MAX HORIZONTAL SPAN(FT)-MAX VERTICAL ( t SOLDER-JOINT OR THREADED ENDS SPAN(FT) i 8 FLASHING SHALL BE SEALED WATERTIGHT AND PERFORMED IN D. COPPER,GROOVED-END FITTINGS,ASTM B 7S COPPER TUBE OR ASTM B 584 7 ADHESIVES,SEALERS,AND PROTECTIVE FINISHES AS RECOMMENDED I I ACCORDANCE TO THE LANDLORD'S CRITERIA.USE A BRONZE CASTINGS LANDLORD APPROVED ROOFING CONTRACTOR WHERE BY INSULATION MANUFACTURER FOR APPLICATIONS INDICATED. CAST-IRON PIPE 5 15 APPLICABLE AA COPPER-TUBING,KEYED COUPLINGS COPPER•TUIIE DIMENSIONS AND COPPER TUBING-1-1/4 INCH AND SMALLER 6 10 DESIGN SIMILAR TO AWWA C606.INCLUDE FERROUS HOUSING SECTIONS, L PLUMBING SUPPORTS AND ANCHORS COPPER TUBING-1-1/2 INCH AND LARGER 10 10 GASKET SUITABLE FOR HOT WATER.AND BOLTS AND NUTS. PART 1.-GENERAL USE INSULATION INSERTS TO SUPPORT PIPING THAT REQUIRES I I C.REGULATIONS AND PERMITS 3 TEST WATER PIPING AT 100 PSIG FOR SIX HOURS INSULATION. 1. PROVIDE NOTICES,FILE PLANS,OBTAIN PERMITS AND 1 1 SUMMARY 31ADJUSTINGH.LIQUID-IN-GLASS THERMOMETERS LICENSES,PAY FEES,AND OBTAIN NECESSARY APPROVALS THIS SECTION INCLUDES THE FOLLOWING HANGER ADJUSTMENT:ADJUST HANGERS TO DISTRIBUTE LOADS FROM AUTHORITIES HAVING JURISDICTION ACCURACY:PLUS OR MINUS 1 PERCENT OF RANGE SPAN OR PLUS OR MINUS 1 HORIZONTAL-PIPING HANGERS AND SUPPORTS. EQUALLY ON ATTACHMENTS AND TO ACHIEVE INDICATED SLOPE 2 PAY FOR AND OBTAIN ALL REQUIRED PERMITS i SCHEDULE ONE SCALE DIVISION TO MAXIMUM OF 15 PERCENT OF RANGE SPAN, 2 HANGER-ROD ATTACHMENTS OF PIPE INSPECTIONS IN A TIMELY MANNER AS TO NOT DELAY THE 3.BUILDING ATTACHMENTS PROJECT.OBTAIN ALL NECESSARY PERMITS INCLUDING BUT SCALE RANGE TEMPERATURE RANGES FOR SERVICES LISTED AS FOLLOWS 4.SADDLES AND SHIELDS. TOUCH-UP PAINTING:IMMEDIATELY AFTER ERECTION OF ANCHORS NOT LIMITED TO ENTERING MANHOLES,USE OF WATER FROM AND SUPPORTS,CLEAN FIELD WELDS AND ABRADED AREAS OF LOW PRESSURE HYDRANTS,DEMOLITION AND NEW WORK. 1.DOMESTIC HOT WATER.30 TO 240 DEG WITH 2-DEGREE SCALE DIVISIONS(0 SHOP PAINT AND PAINT EXPOSED AREAS WITH SAME MATERIAL AS ETC PRIOR TO COMMENCE OF WORK. TO 115 DEG C WITH 1-DEGREE SCALE DIVISIONS). PART 2.-PRODUCTS USED FOR SHOP PAINTING TO COMPLY WITH SSPC-PA•1 2 DOMESTIC COLD WATER*0 TO 100 DEG F WITH 2-DEGREE SCALE DIVISIONS 2 1 PIPING SYSTEMS REQUIREMENTS FOR TOUCH-UP OF FIELD-PAINTED SURFACES. D.EXECUTION (MINUS 18 TO 38 DEG C WITH 1-DEGREE SCALE DIVISIONS). APPLY BY BRUSH OR SPRAY TO PROVIDE A MINIMUM DRY FILM 1. PLUMBING INSTALLATIONS GENERAL SEQUENCE, CASE:DIE CAST,ALUMINUM FINISHED,IN BAKED EPDXY ENAMEL,GLASS HANGERS AND SUPPORT COMPONENTS SHALL BE FACTORY THICKNESS OF 2.0 MILS COORDINATE,AND INTEGRATE THE VARIOUS ELEMENTS OF FRONT,SPRING SECURED,9 INCHES LONG. FABRICATED OF MATERIALS,DESIGN,AND MANUFACTURER TOUCH-UP PAINTING-CLEANING AND TOUCH-UP PAINTING OF FIELD PLUMBING SYSTEMS,MATERIALS,AND EQUIPMENT.COMPLY COMPLYING WITH MSS SP-W. WELDS,BOLTED CONNECTIONS,AND ABRADED AREAS OF THE WITH THE FOLLOWING REQUIREMENTS: ADJUSTABLE JOINT FINISHED TO MATCH CASE,1a0-DEGREE ADJUSTMENT IN 1 COMPONENTS SHALL HAVE GALVANIZED COATINGS WHERE SHOP PAINT ON MISCELLANEOUS METAL ~ VERTICAL PLANE.360-DEGREE ADJUSTMENT IN HORIZONTAL PLANE,WITH INSTALLED FOR PIPING AND EQUIPMENT THAT WILL NOT HAVE A. COORDINATE SYSTEMS,EQUIPMENT,AND MATERIALS LOCKING DEVICE. FIELD-APPLIED FINISH. FOR GALVANIZED SURFACES CLEAN WELDS BOLTED w INSTALLATION WITH OTHER BUILDING COMPONENTS 2 PIPE ATTACHMENTS SHALL HAVE COPPER PLATED OR CONNECTIONS AND ABRADED AREAS AND APPLY GALVANIZING 0. 1 TUBE:RED READING,LIQUID FILLED,MAGNIFYING LENS, NONMETALLIC COATING FOR ELECTROLYTIC PROTECTION WHERE REPAIR PAINT TO COMPLY WITH ASTM A 760 m i 8 VERIFY ALL DIMENSIONS BY FIELD MEASUREMENTS ATTACHMENTS ARE IN DIRECT CONTACT WITH COPPER TUBING. LL SCALE SATIN-FACED,NON-REFLECTIVE ALUMINUM,WITH PERMANENTLY M SUBMITTALS C. ARRANGE FOR CHASES,SLOTS,AND OPENINGS IN OTHER ETCHED MARKINGS. THERMAL HANGER SADDLE INSERTS:(MSS TYPE 39)%DEFLECTION, PRIOR TO THE PERFORMANCE OF ANY WORK OR INSTALLATION OF BUILDING COMPONENTS DURING PROGRESS OF WATERPROOFED ANY MATERIALS,OBTAIN APPROVAL FROM THE ARCHITECT BY N! IO I CONSTRUCTN,TO ALLOW FOR MECHANICAL INSTALLATIONS. STEM:COPPER-PLATED STEEL,ALUMINUM OR BRASS,FOR SEPARABLE 1200-PSI AVERAGE COMPRESSIVE STRENGTH AT 5 CALCIUM SUBMITTING SHOP DRAWINGS AND DATA SHEETS. SOCKET,LENGTH TO SUIT INSTALLATION. SILICATE- z I� D. COORDINATE THE INSTALLATION OF REQUIRED SUPPORTING SUBMITTAL OF SHOP DRAWINGS,PRODUCT DATA AND SAMPLES WILL 94 { DEVICES AND SLEEVES TO BE SET IN POURED-IN-PLACE MANUFACTURERS.LIQUID-IN-GLASS THERMOMETERS PIPE HANGERS AND SUPPORTS' BE ACCEPTED ONLY WHEN SUBMITTED BY THE GENERAL CONCRETE AND OTHER STRUCTURAL COMPONENTS,AS THEY 1.MARSHALLTOWN INSTRUMENTS,INC. 1 M.S.S.TYPE 1 ADJUSTABLE CLEVIS HANGER. CONTRACTOR DATA SUBMITTED FROM SUBCONTRACTORS AND W 16 ARE CONSTRUCTED. 2.TRERICE(H.OJ CO. 2 PIPE RISER CLAMPS.M.S.S.TYPE 8,OR M.S.S.TYPE 42. MATERIAL SUPPLIERS DIRECTLY TO THE ARCHITECT WILL NOT BE 4' c 3 WEISS INSTRUMENTS,INC. PROCESSED CERTIFIED DRAWINGS AND CATALOG DATA SHEETS PIPE MANGER ASSEMBLIES SHALL INCLUDE TURNBUCKLES OR E INSTALL SYSTEMS,MATERIALS,AND EQUIPMENT LEVEL AND 4 WEKSLER INSTRUMENTS CORP. SHALL SHOW PLUMB,PARALLEL AND PERPENDICULAR TO OTHER BUILDING OTHER MEANS OF VERTICAL ADJUSTMENT, SYSTEMS AND COMPONENTS,WHERE INSTALLED EXPOSED IN / SPECIFICALLY WHAT ITEMS AND FEATURES ARE TO BE PROVIDED. PROJECT NO. 21-NJ086 FINISHED SPACES TRAPEZE HANGERS MAY BE USED IN LIEU OF INDIVIDUAL HANGERS DATE: 04.20.21 FOR CLOSELY SPACED LINES HANGER RODS SHALL BE UPSIZED TO 2• APPLICABLE SPECIFICATION SECTION NUMBER AND EQUIPMENT F. INSTALL EQUIPMENT TO FACILITATE SERVICING, CARRY THE AGGREGATE WEIGHT OF THE MULTIPLE LINES IN TAG NUMBER. DRAWN BY: CED MAINTENANCE,AND REPAIR OR REPLACEMENT OF ACCORDANCE WITH M.S.S-SP-58,1993 EDITION,TABLE 3 LOAD EQUIPMENT COMPONENTS.AS MUCH AS PRACTICAL, RATINGS. 3 PRINCIPAL DIMENSIONS AND DETAILS OF CONSTRUCTION SCALE: AS NOTED CONNECT EQUIPMENT FOR EASE OF DISCONNECTING,WITH MINIMUM OF INTERFERENCE WITH OTHER INSTALLATIONS. HANGER RODS:STEEL HANGER RODS,THREADED BOTH ENDS OR 4 WEIGHTS:INFORMATION REQUIRED FOR THE DESIGN OF - -- CONTINUOUS THREADED.PROVIDE PRODUCTS COMPLYING WITH SUPPORTS AND FOUNDATIONS G. PROVIDE ACCESS PANELS OR DOORS WHERE UNITS ARE ASTM A 36. CONCEALED BEHIND FINISHED SURFACES, 5 SIZES AND LOCATIONS OF PIPING AND CONNECTIONS H- COMPLY WITH MANUFACTURER'S INSTALLATION 6 PERFORMANCE DATA CERTIFIED BY THE MANUFACTURER INSTRUCTIONS AND RECOMMENDATIONS,TO THE EXTENT THAT THOSE INSTRUCTIONS AND RECOMMENDATIONS ARE 7. SUBMIT SCHEDULE OF PROPOSED PIPING,VALVES,SPECIALTIES. MORE EXPLICIT OR STRINGENT THAN REQUIREMENTS ETC CONTAINED IN CONTRACT DOCUMENTS. 6 ANY DEVIATIONS FROM THE CONTRACT DOCUMENTS SHALL BE 1. INSPECT MATERIALS OR EQUIPMENT IMMEDIATELY UPON SEPARATELY IDENTIFIED. - DELIVERY AND AGAIN PRIOR TO INSTALLATION.REJECT DAMAGED AND DEFECTIVE ITEMS, PLUMBING SUBMITTALS SHALL BE PROVIDED FOR THE FOLLOWING ITEMS: SHEET TITLE: 1. PIPING AND FITTING MATERIALS PLUMBING 2. PLUMBING VALVES AND SPECIALTIES SPECIFICATIONS 3. PIPING HANGER AND ATTACHMENT ASSEMBLIES. 4. PIPING INSULATION 5. ALL SCHEDULED PLUMBING FIXTURES,DRAINS,AND CLEANOUTS. W W 6. UTILITY CONNECTION DETAILS REQUIRED BY AUTHORITIES 'L HAVING JURISDICTION. F, V RECORD'SHOP DRAWINGS TO REFLECT APPROVALS RECEIVED. 8i (DQ Z W aaY a �w0 O CO©°-CO OC Ww} IL (D z LLJ 3 � SHEET NO. P-300 PROPOSED '„ Ir MONUMENT SIGN PROPOSED MOON I SIDEWALK PROPOSED MEET NEW WORK APPROXIMATE LOCATION OF LEGEND A MONUMENT SIGN {..,._, SUE � CURB -- - Z PROPERTY LINEPROPOSED .--r t , - --tip, �� •a MONUMENT f c�•g�� -- -- ADJACENT PROPERTY LINE SIGN ' B� c � EXISTING BUILDING E--+ 'R a10 4 A VENUE -�^.` r EXISTING CURB W --- - N945'E,� �+" �- EXISTING FENCE :=i O 1 e s:� s m;�_� I`= s�''--- _ M Am�o.f ,an�_ _'=--} -- � _ EXISTING GUY PARE �oc f 1 /0 RYE RIDGE PLAZA coil rt -- - 17s,s0o sa FT. a�a 5R �y , r it EXISTING BENCHMARK j I A° 12 o� 6,��•i % EXISTING SIGN ti 68 1 t. all EXISTING PARKING WITH r • - :; 1 - NUMBER OF SPACES 25'R r. _ ' 3'R SR 1 r 1 A 1 i� ,5 ` t t r am` -a ' �'Y ` EXISTING RETAINING WALL 4 0 X - O y ,�„ L PROPOSED PROP D .�(� 1 f{ 14 ya` ` EXISTING TREE AND DESIGNATION 1 2H N BIKE RACK BUILDI ' ] EX/SANG_ PROPOSED - o PERIM 3'R ^O 'R BUILDING 22 i _ - BIKE RACK "I i X SIDEW h� 3'R 3 3 15 I ' 11, R ` PROPOSED SIDEWALK R 1 24 ` 1 PROPOSED -� "` 1 16 1 16 WALKWAY TO z'� O Imo- BE DESIGNED 6 26 1 ,• X ___i_; cn PROPOSED CONCRETE a�Re i TO INCLUDE 13 Q 1 A MINIMUM OF I r W1 O 6 ` PROPOSED ARROW MARKING 1,400 S.F.OF ,� 1 X t� X ~Z , r PERVIOUS L PLANTERS ' 2H 1 I 13 'R 3'R ` REMOVE • �{ 3 1 EXISTING PROPOSED STANDARD PARKING SPACES , A ,tD L 14 RYE RDGE PLAZA x 1 ASPHALT WITH NUMBER OF SPACES INDICATED a706� .R ` , SIDEWALK 1 • 1 r • + 4 ,' � X 16 1 j X 8 ;I 13 16 TO SIGPROPOSED 24'RIDE WHITE STOP LINE • EXISTING TREE 1 X O 1 TO BE REMO • o TO BE REMOVED 1 N � \ x --X 1 EXISANG 13 to 3'R 1 PROPOSED STEEL GUIDE RAILcq �° t 1 L. BUILDING . PROPOSED SIGNS H PROPOSED O X s �••- L No 2 a - { I / 1 Cr In BENCH 1 205 '� X 1 a 3' 'R �.p PROPOSED CROSSWALK t1 12'R M I 1_ X 1 a-1 Ir 1 I q 1 3 PROPOSED 4'WIDE FIRE LANE 1 I J;P rn 2.5'R ( M 1 x 12 13 X 10 �� 6 I X 4 X �( Q =a- 1' N PROPOSED HANDICAP RAMP M PROPOSED 3 'R .R ,��o { 4 , .. —PARKING LOT ► 1 S X 6 6 t 1. SIDEWALK I 2H N MEET EXISTINGCURB ' r �1 a ti.J 20 1a 2 sZ • { M O 1r tr v,anrn: v+Tr 4 PROPOSED ' i° 1 1. X a 2 10Li MONOLITHIC EXISANG \ ' 1 Lij CONCRETE1 BUILDING 5 1 CURB AND 1 I 6 5 OPOSED 1� SIDEWALK No. 1 �, it , X ' Ig 2 6 ; 9 i APOCROSSWALK 4 ,OWN WALK 1 1 ca rrrrzaty -- 1 L1[MQ 4 X u 1 ' 4 3 r-s-��- PROPOSED PARKING SUMMAR Y 4 91' PARKING LOT PROPOSED 1 1 _ fill SIDEWALK MONUMENT 1 2H 1 1 1` �� W 'RI Ai L SIGN 1 ` EX/SANG STANDARD PARKING SPACES 682 JG¢ TOTAL /'•,u l uErt c.,uavr -rK-- T-- ----- EX/SANG EXISANG HANDICAP PARKING SPACES 22 SPACES l BUILDING { _I 1 _ No.J 1 PROPOSED STANDARD PARKING SPACES 685 L. 4 704 a H >G, '�� 1 I ' TOTAL n PROPOSED HANDICAP PARKING SPACES 19 SPACES Will ° OR EXISTING TREE \ � �'yam { t A TO BE REMOVED 1 9 W` +� MEET EXISTING � A 1 CURB AND SIDEWALK 1 1: _ i } s.::�:..:.: t `'q W Ln sivr �t It L--r'- - i saA O _ ,ss+ur cb ,+_ 1 r ► (""'-7 �--� Q Ct:Y \ 1 ` � r Favc iy. S �g1 l a` , " r•t t 1 I �I( d Q- Or 63 'I�Nap GK n N wpN7� Will N/F xA w - 1 t L•22T1 ! °�j �• X • jo AIAGRI "� t 6 1 1. :.< :�ii� _.. — -_ - J I v P ar 1 !j '^ 11. JUN ~ IJOSEn�NINE V.0. MAN CD RFREDONIAI _ - --- c-:r - F.N^fi \\ 0 2021 } AREAI CFErE I sra4�G£ 1 M£r S/l{7Q�R r �R �" W Q W -- —_ ... -..1.. ..A.V5 —— ti. _ °ice. _ PORTION OF 44 I --- snob -P N� 1 O VILLAGE OF RYE BROOK �, 81 I Wig r � m 2 1` BUILDING DEPARTMENT >_ Sa' rr ' I 6 w Ti4BLE �G 1.EXISTING CONDITIONS DEPICTED ON THIS PLAN HAVE BEEN TAKEN �Q FROM SURVEY ENTITLED SURVEY OF 14 RYE RIDGE . g aJ� `�� 0�5 �0 �4�� G °aJ� � 0 �0 �� Old �J� 5\G� �� 0�yG �'d �� COUNATYPROPERTYi NEW YORKN PREPARED FOR RYE RD( TOPPING CENTER ��►611 I e TRUST/RYE RIDGE SHOPPING CENTER,LLC',PREPARED BY ROCCA 3o•x3o• RED ON STEEL B'_o- R3-lsc 5 12•x18- BLUE ON � 8._0. Phi 9 BUCK ON S� V.D'ANDREA INC.,DATED JUNE 6,2005. I " -' 14t15 r WHITE CHANNEL x t WHITE CHANNEL X 24•X30' WHITE CHANNEL 8'-0' W3-17B x i PORnOir OF LOT JNCGCOCK" 2.ALL BUILDING SIDEWALK AREAS MAY BE UTILIZED BY TENANTS FOR 1 MO No.285o OUTSIDE USE PROVIDED THAT A MINIMUM 5 FT.CLEAR UNOBSTRUCTED I / 1 Nlr � No AREA IS MAINTAINED TO TENANT ACCESS AREAS AND ADJACENT 1 VUAGE of RY£BROW GREEN&SWE PARIOiG STEEL Pi-IC It S� PARKING FACILITIES. 2 ^'� 12'X18- ON WHITE STEEL g'_0• P4-6 X 6 MITE ED ON8'_0- (MODIFIED) X 1 O 24'x36- WH TE ON CHANNEL B•-O- (MODIFIED)Ill X 1 I ►'� CHANNEL tNt 12-X18' CHANNEL 9. ADDED NOTED PERTAINING TO WALKWAY PLANTING AREAS 09/29/2006 It 8. REVISED PER VILLAGE COMMENTS 09/01/2006 ----.__.-_._..__..---.-__.-.__-______.__-__.�__�______-- VRAJW AA91G1l2t im 3o•x3o- WHITE ON STEEL B'-0. RI-IC x 7 ® 36-x12• WHITE ARROW STm 8•_0' R3-loc X ® 36'xi2- WHITE ARROW S� 8•_0- R3-11c x 7. REVISED PER VILLAGE PLANNING CONSULTANT'S COMMENTS 06 21 2006CH 3 RED CHANNEL ON BLACK CHANNEL ON BLACK CHANNEL Na. REVISION DATE OA7E• 08/12/2005 1. GENERAL REVISIONS 12 21 2005 _ -.- • NO 2. CONCEPTUAL SITE PLAN SUBMISSION To VILLAGE 03 10 2006 _A_`A* 5013 BLACK ON STEEL STEEL 406 � �_ _._... 4 30'x3o' 8' W5-2C x Q , BLACK ON 8'-0• W3-178 x AM 12'z18' RED ON S� 8•_0• R7-4 X YELLOW CHANNEL v f 24'xso- �� CHANNEL 1 2 � yVNITE CHANNEL 3. REVISED PER VILLAGE PLANNING CONSULTANT'S COMMENTS 05/26/2006 SITE.eurq �LAYOULtab ILAY-sa I` (MOO+FIED) COPYRIGHT®2006 By John Meyer Consulting 4. REVISED PER VILLAGE PLANNING CONSULTANT'S COMMENTS 05/31/2006 5. REVISED PER VILLAGE PLANNING CONSULTANT'S COMMENTS 06/06/2006 f r7t x>y ti.. •r sC •?c•::::i SP-3 v r V•:V 6. REVISED PER VILLAGE PLANNING CONSULTANT'S COMMENTS O6/08/2006 -s .rrs a •^trr:wrt a,.---f -•^ss .. .._._. Previous£d7/a�s Q'�sdefe cones emu Crane ALLOW CLEARANCE F OUTSIDE AIR HOOD Lowev E OR OPENING ALL ACCESS PANELS INLET SCREEN J E F F REY ................:..........................:......�.,e:�....,,-....+.r w.....:rxw.,.,lYa.:YI. ....lr...w mil.cx.,y.. PROVIDE GROMMET AT fry` !iq''-;>"tl.,L's.-.•'-:��`.4;s?f:.,u,.r:+ccr,;,v-„:,.usr;.m+.:,x--•-_.,,xmr-.x;.n,,.,.G.-:::w�,er.q CONNECTION TO UNIT FOR WEATHERTIGHT SEAL _— it ,t�• *,F.u• ';.'•� �; Gk TAYLOR GROUND JOINT UNION Remove existing rooftop PLUGGED012S ARCHITECTS unit and replace with NEW r NPT TEST GAUGE CONDENSATE DRAIN PIPE 572 NORTH BROADWAY p ,� �� $;; CONNECTION FULL CONNECTION SIZE ti.,• WHITE PLAINS,NEW YORK 10603 unit in same spot with crane. F GAS PRESSURE °FRT11("II" •) TEL 914 289 0011 y r REGULATOR WITH `` s� INTERNAL VENT rH UNION FAX 914 289 0022 A 7 (WHERE REQUIRED) Na ANCHOR BOLT O t• i�; �' VIBRATION PAD SEE CONDENSATE Co Oa. UNIT BASE DETAIL CHANNEL 4 1 y; EXISTING • ® x: ;i a ON ROOF cit' STEELDUNNAGE CAP 36' qb•O�. ��INSULATED DUCTW ENERGY • �`.. s 2 3 i,r. FLASHING REFER TO WRITTEN SPEC © _. ......._.3.:.. GAS COCK 4.0 STUB DE I" i� 4 ;• COLUMN 4'0 STUB CO.LIMN 7•-. GAS PIPE SMOKE4+• '• ..� • �� WOOD NAILER DETECTOR - -. E PIPE SUPPORT PITCH S STEEL CURB (SEE DETAIL) POCKET FLASHING BY ROOFER SMOKE PITCH POCKET 5 Independence Way,Suite 360 i �Qr i S DETECTOR LASH BLOCK Princeton,NJ 08540 7 i +1(609 751-9655 office :3 P.. s ............ O s•MIN +1(609)751-9658 fax i X� DIRT/DRIP 2 X 2 X 114 WE °} RETURN DUCT www•c:oolsysenergydesign.Com • '��, LEG ANGLE FRAME SUPPLY DUCT CS Engineering PC DBA:CBP EXISTING STEEL BEAM(VLF) 1/2"0 RODS 4.O C BOTH WAYS Engineering,Cert1E 0016862 cF EXISTING STEEL BEAM(V I F) i� 6irE y.. T. �r ROOF-TOP UNIT ON RAISED, SED STEEL DUNNAGE DETAIL o NTs 4.. r� Er DUCT LINING 1; ANGLE RIVETED OR SPO STANDARD DUCT MADE WATER TIGHT i WELDED AS REQUIRED STIFFNERS MAY BE INSIDE " f y• LINING DUCT 1/2 SCREE �M • FIG C 3 DUCT ,•t 1 IN RG.A �y NOTES V, ACOUSTICAL LINING FOR TRANSFER DUCT ONLY. t t_ CUPS(TYPICAL) MAX V, i SIDES AS SHOWN OV FIG SHALL BE ACOUSTICALLY AND SHALL BE ALL 4 DUCT SIZE+25 te, R=W/2 FLASHING PINS(TYPICAL) TY Or DESIGNATED BY THE SYMBOL IN FIG'C'LINING BY OTHERS THICKNESS SHALL BE AS SPECIFIED 12'MIN ( ) SPOT WELDED i t• t,. 18'AAIN TO DUCTWO ACOUSTICALi DUCTS LINE WITH MATERIAL :!' ? ROOFING • SHALL BE FASTEN WITH CLIPS ADHESIVE OR s - F (BY OTHERS) 1E'TYP. PINS.AS DESCRIBED IN THE LATEST SMACNA p 8'MIN • DUCT CONSTRUCTION STANDARDS 0000000 • D' ALL ENDS OF LINER TO BE ' SPECIFIED TREATED WITH ADHESIVE O STUD-WELDED • 2 B k 2 BURGLAR BARS AT PINS d CUPS ,. ti ROOF LEVEL FNOT G ROM ORE THAN* .. star�'••C F t LINER FIG.B 6 tpp xf` GOOSENECK DETAIL ACOUSTICAL CT LINING DETAIL _ M DU NTS 4 ' k t�-`'•�f NTS , r ` L 7: 1 U RTU PE Wc� rA ' 1 z_0 SBL# t� I L L0 C4 . . HVAC ROOF PLAN V��LOOR PLAN I�PR� PROJECT NO. 21-NJ086S : FASTEN TO DATE: 04.20.21 DRAWN BY: _CED SCALE: AS NOTED WALE 8 DING IasPEc , - - COLUMN 1Q'EMT 1R'EMT W 1 ROOF-TOP UNIT•RTU-1'MOUNTED ON EXISTING RAISED DUNNAGE ON ROOF COORDINATE EXACT FASTEN TO COMPRESSION LOCATION OF STEEL SUPPORT WITH SUPPLY AND RETURN DUCT DROPS SENSOR CONNECTOR — 2 BOTTOM SUPPLY AND RETURN FROM ROOF-TOP UNIT DUCTS TO DROP INTO SPACE BETWEEN RTU SENSOR I I DUNNAGE STEEL TERMINATE 22'X 30'SUPPLY AND 28'X 26 7e GA TWO RETURN DUCTS 14'BELOW ROOF JOIST CONDUCTOR TWISTED PAIR DE INSULATION ON EXTERIOR SUPPLY AND RETURN DUCTWORK PER ASHRAE 6 4 4 PROVIDE 1' Q SHIELDED CABLE INTERNAL ACOUSTIC LINING AND DUCT-WRAP INSULATION ON INTERIOR SUPPLY AND RETURN DUCTWORK I I Q 1-11 MAXIMUM MECHANICAL 2•DEEP ET TITLE SHE 4 ADDRESSABLE SMOKE DETECTOR LOCATED IN SUPPLY AIR AND RETURN AIR DUCT.INTERLOCKED WITH HVAC PLAN � •RTU 1•TO SHUT GOWN UNIT UPON SMOKE DETECTION -1n• ImuTv eox 41.1W 5 SPACE TEMPERATURE SENSOR MOUNTED 66 A F F INTERLOCKED WITH'RTU-1' MAX 6 PROVIDE 12•X12•EXHAUST DUCT THROUGH ROOF FOR FUTURE TENANT USE TERMINATE WITH Co W K W I WEATHERPROOF CAP OR GOOSENECK.COORDINATE ROOF PENETRATION AND FLASHING WITH � ROOFER — Z PROVIDE 12'X12'FRESH AIR DUCT THROUGH ROOF FOR FUTURE TENANT USE TERMINATE WITH W WEATHERPROOF CAP OR GOOSENECK COORDINATE ROOF PENETRATION AND FLASHING WITH SENSOR MOUNTING DETAIL cc � Z>- ROOFER NTs Uj ?a Y HVAC KEYNOTES a a W o° C rQ IE Ce NTS DO �°m LU W W } IL o>.Of AUG 11 2021 W VILLAGE OF RYE BROOK SHEET NO: BUILDING DEPARTMENT M-1 00