Heating and Air Conditioning

Transcription

1 Heating and Air onditioning SUBMITTAL SET AFFINITY OUTDOO SPLIT EOTHEMAL HEAT PUMPS DUAL APAITY MODELS: YAST (2 THU 6 NOMINAL TONS) Due to continuous product improvement, specifications are subject to change without notice. Visit us on the web at Additional rating information can found at FO DISTIBUTION USE ONLY - NOT TO BE USED AT POINT OF ETAIL SALE

2 ontractor: Affinity Dual apacity Model Nomenclature YAS T 038 A A 1 1 A A 0 * Model YAZ Affinity Split Stage T Dual apacity Unit apacity 026, 038, 049, 064, 072 Future Option A None Future Option A None ight Voltage /60/1 Hot Water eneration & IntelliStart 0 No HW, No IntelliStart 3 No HW, IntelliStart Vintage * - Factory Use Only ontrols Option A Aurora TM Base ontrol B Aurora Advanced ontrol Aurora Performance Package 2 D Aurora Performance and efrigeration Package 2 Future Option 0 Standard Flow enter A None B F1-L Flow enter 1 F2-L Flow enter Water oax Option opper N upronickel Blower Option A None ev.: 2/9/2017 Note: 1 F1-L Not Available on Units 2 Performance Package just includes water temperature monitoring. All Affinity Series product is safety listed under UL1995 thru ETL and performance listed with AHI in accordance with standard The Affinity Series is also ENEY STA rated. or commendation of its products. York and Affinity are registered trademarks of Johnson ontrols, Inc., and are used with permission. SD2504SK6 04/17 2 Page of

3 ontractor: Affinity Dual apacity AHI Data Model SAH apacity Modulation Flow ate Water Loop Heat Pump round Water Heat Pump round Loop Heat Pump ooling Brine EWT 86 gpm apacity Btuh EE Btuh/W Heating Brine EWT 68 apacity Btuh OP ooling EWT 59 apacity Btuh EE Btuh/W Heating EWT 50 apacity Btuh ooling Brine Full Load 77 Part Load 68 Heating Brine Full Load 32 Part Load 41 Full , , , , , , Part , , , , , , ooling capacities based upon 80.6 DB, 66.2 WB entering air temperature 11/21/16 Heating capacities based upon 68 DB, 59 WB entering air temperature All ratings based upon operation at the lower voltage of dual voltage rated models. efer to the air handler compatibility table for matching air handler. OP apacity Btuh EE Btuh/W apacity Btuh Full , , , , , , Part , , , , , , Full , , , , , , Part , , , , , , Full , , , , , , Part , , , , , , Full , , , , , , Part , , , , , , OP Energy Star ompliance Table Model round Water Tier 3 round Loop 026 Yes Yes 038 Yes Yes 049 Yes Yes 064 Yes Yes 072 Yes Yes 11/21/16 Energy Star ating riteria In order for water-source heat pumps to be Energy Star rated they must meet or exceed the minimum efficiency requirements listed below. Tier 3: 1/1/2012 No Effective End Date Published EE OP losed loop water-to-air Open loop water-to-air losed loop water-to-water Open loop water-to-water or commendation of its products. York and Affinity are registered trademarks of Johnson ontrols, Inc., and are used with permission. SD2504SK6 04/17 3 Page of

4 ontractor: Affinity Dual apacity Dimensional Data abinet Dimensions and efrigerant Piping onnections TOP VIEW B FONT VIEW SIDE VIEW A E D Suction Line onnection Liquid Line onnection F J H L K Water In Water Out EA VIEW SIDE VIEW Model A B D E F H J K L in thru 072 [cm] [91.4] [60.7] [67.8] [13.7] [15.2] [20.8] [27.4] [35.6] [22.9] [51.3] [18.3] or commendation of its products. York and Affinity are registered trademarks of Johnson ontrols, Inc., and are used with permission. SD2504SK6 04/17 4 Page of

5 ontractor: Affinity Dual apacity Physical Data Model ompressor (1 each) Dual apacity Scroll Factory harge -410A, oz [kg] 52 [1.47] 56 [1.59] 90 [2.55] 92 [2.61] 104 [2.95] oax and Water Piping Water onnections Size - Swivel- in [mm] eolink Swivel onnectors Brass Service Valve - Liquid Line - in [mm] 3/8 [9.525] Brass Service Valve - Suction Line - in [mm] 5/8 [15.875] 3/4 [19.05] 7/8 [22.225] oax and Piping Water Volume - gal [l] 0.7 [2.6] 1.3 [4.9] 1.6 [6.1] 1.6 [6.1] 1.6 [6.1] Weight - Operating, lb [kg] 189 [86] 236 [107] 250 [113] 271 [123] 290 [132] Weight - Packaged, lb [kg] 209 [95] 256 [116] 270 [122] 291 [132] 310 [141] All units have TXV expansion devices, and 1/2 in. [12.2 mm] and 3/4 in. [19.1 mm] electrical knockouts. 5/24/13 Brass service valves are sweat type valves. Electrical Data Model ated Voltage Voltage Min/Max ompressor M LA LA LA* Ext Loop FLA Total Unit FLA Min irc Amp Max Fuse/ HA /60/1 187/ /60/1 187/ /60/1 187/ /60/1 187/ /60/1 187/ ated voltage of /60/1. HA circuit breaker in USA only. All fuses lass K-5 * With optional IntelliStart 4/3/13 or commendation of its products. York and Affinity are registered trademarks of Johnson ontrols, Inc., and are used with permission. SD2504SK6 04/17 5 Page of

6 ontractor: Affinity Dual apacity eference alculations Heating alculations: HE LWT = EWT - PM x 500 ooling alculations: H LWT = EWT + PM x 500 H LAT = EAT + FM x 1.08 TH = H + HW LAT (DB) = EAT (DB) - L = T - S S S/T = T S FM x 1.08 Legend and Notes ABBEVIATIONS AND DEFINITIONS: FM = airflow, cubic feet/minute EWT = entering water temperature, Fahrenheit PM = water flow in gallons/minute WPD = water pressure drop, PSI and feet of water EAT = entering air temperature, Fahrenheit (dry bulb/wet bulb) H = air heating capacity, MBTUH T = total cooling capacity, MBTUH S = sensible cooling capacity, MBTUH KW = total power unit input, kilowatts H = total heat of rejection, MBTUH HE HW EE = total heat of extraction, MBTUH = hot water generator capacity, MBTUH = Energy Efficiency atio = BTU output/watt input OP = oefficient of Performance = BTU output/btu input LWT = leaving water temperature, LAT = leaving air temperature, TH L S/T = total heating capacity, MBTUH = latent cooling capacity, MBTUH = sensible to total cooling ratio Operating Limits Operating Limits ooling Heating Air Limits Minimum ambient air, DB -10 [-23.3 ] -10 [-23.3 ] ated ambient air, DB 80.0 [26.7 ] 70 [21.1 ] Maximum ambient air, DB 120 [48.8 ] 85 [29 ] Water Limits Minimum entering water 30 [-1 ] 20 [-6.7 ] Normal entering water [10-43 ] [-1 to 21 ] Maximum entering water 120 [49 ] 90 [32 ] Normal water flow 1.5 to 3.0 gpm per ton [1.6 to 3.2 l/m per ] NOTES: Minimum/maximum limits are only for start-up conditions, and are meant for bringing the space up to occupancy temperature. Units are not designed to operate at the minimum/maximum conditions on a regular basis. The operating limits are dependent upon three primary factors: 1) water temperature, 2) return air temperature, and 3) ambient temperature. When any of the factors are at the minimum or maximum levels, the other two factors must be at the normal level for proper and reliable unit operation. or commendation of its products. York and Affinity are registered trademarks of Johnson ontrols, Inc., and are used with permission. SD2504SK6 04/17 6 Page of

7 ontractor: Affinity Dual apacity Pressure Drop Dual apacity Model 026 full load 026 part load 038 full load 038 part load 049 full load 049 part load 064 full load 064 part load 072 full load 072 part load PM Pressure Drop (psi) /4/17 or commendation of its products. York and Affinity are registered trademarks of Johnson ontrols, Inc., and are used with permission. SD2504SK6 04/17 7 Page of

8 ontractor: Affinity Dual apacity Model Performance Data Dual apacity Low Speed EWT WPD HEATIN - EAT 70 OOLIN - EAT 80/67 Flow gpm H HE LAT T S S/T H PSI FT OP EE atio /4/17 Multiple Flow ates (for EWT) are shown in the table above. The lowest flow rate shown is used for geothermal open loop/well water systems with a minimum 50 F. The second fl ow rate shown is the minimum geothermal closed loop flow rate. The third flow rate shown is optimum for geothermal closed loop and the suggested fl ow rate for boiler tower applications. or commendation of its products. York and Affinity are registered trademarks of Johnson ontrols, Inc., and are used with permission. SD2504SK6 04/17 8 Page of

9 ontractor: Affinity Dual apacity Model Performance Data Dual apacity High Speed EWT Flow gpm PSI WPD HEATIN - EAT 70 OOLIN - EAT 80/67 FT H HE LAT OP T S S/T atio H /4/17 EE Multiple Flow ates (for EWT) are shown in the table above. The lowest flow rate shown is used for geothermal open loop/well water systems with a minimum 50 F. The second fl ow rate shown is the minimum geothermal closed loop flow rate. The third flow rate shown is optimum for geothermal closed loop and the suggested fl ow rate for boiler tower applications. or commendation of its products. York and Affinity are registered trademarks of Johnson ontrols, Inc., and are used with permission. SD2504SK6 04/17 9 Page of

10 ontractor: Affinity Dual apacity Model Performance Data Dual apacity Low Speed EWT Flow gpm PSI WPD HEATIN - EAT 70 OOLIN - EAT 80/67 FT H HE LAT OP T S S/T atio H /4/17 EE Multiple Flow ates (for EWT) are shown in the table above. The lowest flow rate shown is used for geothermal open loop/well water systems with a minimum 50 F. The second fl ow rate shown is the minimum geothermal closed loop flow rate. The third flow rate shown is optimum for geothermal closed loop and the suggested fl ow rate for boiler tower applications. or commendation of its products. York and Affinity are registered trademarks of Johnson ontrols, Inc., and are used with permission. SD2504SK6 04/17 10 Page of

11 ontractor: Affinity Dual apacity Model Performance Data Dual apacity High Speed EWT WPD HEATIN - EAT 70 OOLIN - EAT 80/67 Flow gpm H HE LAT T S S/T H PSI FT OP EE atio /4/17 Multiple Flow ates (for EWT) are shown in the table above. The lowest flow rate shown is used for geothermal open loop/well water systems with a minimum 50 F. The second fl ow rate shown is the minimum geothermal closed loop flow rate. The third flow rate shown is optimum for geothermal closed loop and the suggested fl ow rate for boiler tower applications. or commendation of its products. York and Affinity are registered trademarks of Johnson ontrols, Inc., and are used with permission. SD2504SK6 04/17 11 Page of

12 ontractor: Affinity Dual apacity Model Performance Data Dual apacity Low Speed EWT WPD HEATIN - EAT 70 OOLIN - EAT 80/67 Flow gpm H HE LAT T S S/T H PSI FT OP EE atio /4/17 Multiple Flow ates (for EWT) are shown in the table above. The lowest flow rate shown is used for geothermal open loop/well water systems with a minimum 50 F. The second fl ow rate shown is the minimum geothermal closed loop flow rate. The third flow rate shown is optimum for geothermal closed loop and the suggested fl ow rate for boiler tower applications. or commendation of its products. York and Affinity are registered trademarks of Johnson ontrols, Inc., and are used with permission. SD2504SK6 04/17 12 Page of

13 ontractor: Affinity Dual apacity Model Performance Data NDS049 - Dual apacity High Speed EWT Flow gpm PSI WPD HEATIN - EAT 70 OOLIN - EAT 80/67 FT H HE LAT OP T S S/T atio H /4/17 EE Multiple Flow ates (for EWT) are shown in the table above. The lowest flow rate shown is used for geothermal open loop/well water systems with a minimum 50 F. The second fl ow rate shown is the minimum geothermal closed loop flow rate. The third flow rate shown is optimum for geothermal closed loop and the suggested fl ow rate for boiler tower applications. or commendation of its products. York and Affinity are registered trademarks of Johnson ontrols, Inc., and are used with permission. SD2504SK6 04/17 13 Page of

14 ontractor: Affinity Dual apacity Model Performance Data Dual apacity Low Speed EWT Flow gpm PSI WPD HEATIN - EAT 70 OOLIN - EAT 80/67 FT H HE LAT OP T S S/T atio H /4/17 EE Multiple Flow ates (for EWT) are shown in the table above. The lowest flow rate shown is used for geothermal open loop/well water systems with a minimum 50 F. The second fl ow rate shown is the minimum geothermal closed loop flow rate. The third flow rate shown is optimum for geothermal closed loop and the suggested fl ow rate for boiler tower applications. or commendation of its products. York and Affinity are registered trademarks of Johnson ontrols, Inc., and are used with permission. SD2504SK6 04/17 14 Page of

15 ontractor: Affinity Dual apacity Model Performance Data Dual apacity High Speed EWT Flow gpm PSI WPD HEATIN - EAT 70 OOLIN - EAT 80/67 FT H HE LAT OP T S S/T atio H /4/17 EE Multiple Flow ates (for EWT) are shown in the table above. The lowest flow rate shown is used for geothermal open loop/well water systems with a minimum 50 F. The second fl ow rate shown is the minimum geothermal closed loop flow rate. The third flow rate shown is optimum for geothermal closed loop and the suggested fl ow rate for boiler tower applications. or commendation of its products. York and Affinity are registered trademarks of Johnson ontrols, Inc., and are used with permission. SD2504SK6 04/17 15 Page of

16 ontractor: Affinity Dual apacity Model Performance Data Dual apacity Low Speed EWT Flow gpm PSI WPD HEATIN - EAT 70 OOLIN - EAT 80/67 FT H HE LAT OP T S S/T atio H /4/17 EE Multiple Flow ates (for EWT) are shown in the table above. The lowest flow rate shown is used for geothermal open loop/well water systems with a minimum 50 F. The second fl ow rate shown is the minimum geothermal closed loop flow rate. The third flow rate shown is optimum for geothermal closed loop and the suggested fl ow rate for boiler tower applications. or commendation of its products. York and Affinity are registered trademarks of Johnson ontrols, Inc., and are used with permission. SD2504SK6 04/17 16 Page of

17 ontractor: Affinity Dual apacity Model Performance Data Dual apacity High Speed EWT Flow gpm PSI WPD HEATIN - EAT 70 OOLIN - EAT 80/67 FT H HE LAT OP T S S/T atio H /4/17 EE Multiple Flow ates (for EWT) are shown in the table above. The lowest flow rate shown is used for geothermal open loop/well water systems with a minimum 50 F. The second fl ow rate shown is the minimum geothermal closed loop flow rate. The third flow rate shown is optimum for geothermal closed loop and the suggested fl ow rate for boiler tower applications. or commendation of its products. York and Affinity are registered trademarks of Johnson ontrols, Inc., and are used with permission. SD2504SK6 04/17 17 Page of