Heating and Air Conditioning

Transcription

1 Heating and Air onditioning SUBMITTAL SET AFFINITY EOTHEMAL HEAT PUMPS DUAL APAITY OMBINATION MODELS: YAT (3 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 Model Nomenclature YA T 038 T L A 0 S * Model YA Affinity ombo Stage T Dual apacity Unit apacity(mbtuh) 038,049,064,07 Discharge onfiguration T Top ear (049-07) Air onfiguration L Left ight Voltage 08-30/60/ Hot Water eneration Option* 0 No HW, No IntelliStart HW w/o Factory Installed Pump, No IntelliStart 3 No HW, IntelliStart 5 HW w/o Factory Installed Pump, IntelliStart Vintage * Factory Use Only ontrols Option S Microprocessor Future Option 0 Standard Filter Option & oil Option A - " MEV Filter/ Uncoated oil B - " MEV Filter/ AlumiSeal Water oax Option opper N upronickel L Source upronickel,load opper S Source opper,load upronickel Blower Option Variable Speed EM High Static Variable Speed EM (038,049) ev.: /8/07 SD300YK6 07/7 Page of

3 AHI/ISO 356- Performance atings EM Motor AHI/ASHAE/ISO 356- English (IP) Units Model Flow ate apacity Modulation gpm cfm apacity Btuh round Water Heat Pump ooling EWT 59 F Heating EWT 50 F EE Btuh/W apacity Btuh OP round Loop Heat Pump Full Load 77 F Part Load 68 F apacity Btuh EE Btuh/W Full Load 3 F Part Load 4 F apacity Btuh Full , , , , Part , , , , Full , , , , Part , , , , Full , , , , Part , , , , Full , , , , Part , , , , Energy Star Tier 3 affectivity date Janaury, 0 /7/07 ooling capacities based upon 80.6 F DB, 66. F WB entering air temperature Heating capacities based upon 68 F DB, 59 F WB entering air temperature All ratings based upon 08V operation OP ENEY STA ompliance Table Model round Water Tier 3 round Loop 038 Yes Yes 049 Yes Yes 064 Yes Yes ENEY STA ating riteria In order for water-source heat pumps to be ENEY STA rated they must meet or exceed the minimum efficiency requirements listed below. Tier 3: //0 No Effective End Date Published Water-to-Air EE OP round Loop round Water. 4. Water-to-Water round Loop round Water Yes Yes 0/7/7 SD300YK6 07/7 3 Page of

4 Dimensional Data Topflow Discharge TOP TOP S S N P O N P T Q Q T LEFT ETUN IHT ETUN Y Y X W W V X V U U L M K D J E D J E H I F F B A A B LEFT FONT FONT IHT Vertical Topflow Model 038 in. cm. A Width Overall abinet B Depth Height D Loop In E Hydronic Out F Hydronic In Loop Out Water onnections H HW In I HW Out J ondensate Loop Water FPT Hydronic Water FPT Swivel Swivel HW Sweat (I.D.) /" Female Electrical onnections K / cond Ext Pump L 3/4 cond Power Supply M / cond Low Voltage in. cm Swivel Swivel /" Female in. cm Swivel Swivel /" Female in. cm Swivel Swivel /" Female N Discharge onnection duct flange installed (±0.0 in) O P Supply Width Q Supply Depth S eturn onnection using standard deluxe filter rack (±0.0 in) T eturn Depth U eturn Height ondensate is 3/4 in. PV female glue socket and is switchable from side to front 0/6/3 Unit shipped with deluxe in. (field adjustable to in.) duct collar/filter rack extending from unit 3.5 in. and is suitable for duct connection. Discharge flange is field installed and extends in. [5.4 mm] from cabinet Water connections extend. in. [30.5 mm] beyond front of cabinet Misc V W X Y SD300YK6 07/7 4 Page of

5 Dimensional Data cont. ear Discharge FONT LEFT ETUN EA W P O S K M L LEFT SIDE T A F E J D IHT SIDE T S IHT ETUN EA W V V V Q Q X U U X P N Y Y N I H H I A B B A Vertical Backflow Model 049 in. cm. A Width Overall abinet B Depth Height D Loop In E Hydronic Out F Hydronic In Loop Out Water onnections H HW In I HW Out J ondensate Loop Water FPT Hydronic Water FPT Swivel Swivel HW Sweat (I.D.) /" Female Electrical onnections K / cond Ext Pump L 3/4 cond Power Supply M / cond Low Voltage in. cm Swivel Swivel /" Female in. cm Swivel Swivel /" Female N Discharge onnection duct flange installed (±0.0 in) O P Supply Width Q Supply Depth S eturn onnection using std deluxe filter rack (±0.0 in) T eturn Depth U eturn Height 0/6/03 ondensate is 3/4 in. PV female glue socket and is switchable from side to front Unit shipped with deluxe in. (field adjustable to in.) duct collar/filter rack extending from unit 3.5 in. and is suitable for duct connection. Discharge flange is field installed and extends in. [5.4 mm] from cabinet Water connections extend. in. [30.5 mm] beyond front of cabinet Misc V W X Y SD300YK6 07/7 5 Page of

6 Physical Data Model ompressor ( each) opeland Scroll Factory harge 40a, oz [kg] 8 [.3] 0 [.89] 0 [3.40] 0 [3.40] EM Fan Motor & Blower Fan Motor Type/Speeds Variable Speed EM Fan Motor- hp [W] / [373] / [373] [746] [746] Blower Wheel Size (Dia x W), in. [mm] x 0 [79 x 54] x 0 [79 x 54] x 0 [79 x 54] x 0 [79 x 54] oax and Water Piping Loop Water onnections Size - Swivel - in [mm] [5.4] [5.4] [5.4] [5.4] Hydronic Water onnections Size - Swivel - in [mm] [5.4] [5.4] [5.4] [5.4] HW onnection Size - Female Sweat (I.D.) - in [mm] / [.7] / [.7] / [.7] / [.7] oax & Piping Water Volume - gal [l].3 [4.9].6 [6.].6 [6.].6 [6.] Vertical Air oil Dimensions (H x W), in. [mm] 8 x 5 [7 x 635] 3 x 5 [83 x 635] 36 x 5 [94 x 635] 36 x 5 [94 x 635] Air oil Total Face Area, ft [m ] 4.9 [0.45] 5.6 [0.570] 6.3 [0.64] 6.3 [0.64] Air oil Tube Size, in [mm] 3/8 [9.5] 3/8 [9.5] 3/8 [9.5] 3/8 [9.5] Air oil Number of rows Filter Standard - [5mm] Pleated MEV Disposable, in [mm] 8 x 30 [7 x 76] 3 x 30 [83 x 76] 36 x 30 [94 x 76] 36 x 30 [94 x 76] Weight - Operating, lb [kg] Weight - Packaged, lb [kg] /5/7 SD300YK6 07/7 6 Page of

7 Auxiliary Heat Auxiliary Heat Electrical Data Supply Heater Amps Min ircuit Amp Max Fuse (USA) Max Fuse (AN) Max KT BK Model ircuit 08V 40V 08V 40V 08V 40V 08V 40V 08V 40V EAL(H)0A Single EAL(H)5A EAL(H)0A Single L/L L3/L Single L/L L3/L All heaters rated single phase 60 cycle and include unit fan load All fuses type D time delay (or HA circuit breaker in USA) Vertical rear discharge models use the horizontal (EALH) auxiliary heat kit Auxiliary Heat atings KW BTU/H Min ompatibility Model Stages 08V 30V 08V 30V FM EAL0A ,600 3, EAL5A ,900 49,00 50 EAL0A ,00 65, NOTES: The heat pump requires Medium and High blower setting to be above the minimum FM for the heater selected. 5/6/09 ear discharge uses the horizontal auxiliary heat kits, EALH0A, 5A, or 0A. SD300YK6 07/7 7 Page of

8 Electrical Data Model ated Voltage Voltage Min/Max ompressor M LA LA LA** /60/ 87/ * 08-30/60/ 87/ /60/ 87/ * 08-30/60/ 87/ /60/ 87/ /60/ 87/ ated Voltage of 08-30/60/. HA circuit breaker in USA only. Local electrical codes overrule any wiring recommendations. * With optional HP EM motor **With optional IntelliStart Min/Max Voltage of 87/53. All fuses lass K-5. 09/4/3 Int Pump FLA Ext Loop FLA Blower Motor FLA Total Unit FLA Min irc Amp Max Fuse/ HA SD300YK6 07/7 8 Page of

9 Blower Performance Data Model Max ESP w/hp* w/hp* Air Flow Dip Switch Settings L M H L M H L M H L M H L M H L M H Factory settings are at recommended L-M-H DIP switch locations M-H settings MUST be located within boldface FM range Lowest and Highest DIP switch settings are assumed to be L and H respectively FM is controlled within ±5% up to the maximum ESP Max ESP includes allowance for wet coil and standard filter A -position DIP switch package on the heat pump control allows the airflow levels to be set for Low, Medium and High speed when using the variable speed EM blower motor. Only three of the DIP switches can be in the On position. The first On switch (the lowest position number) determines the Low Speed Blower setting. The second On switch determines the Medium Speed Blower setting, and the third On switch determines the High Speed Blower setting. The example to the right shows SW on the heat pump control board configured for the following 049 airflow settings: Low Speed Blower: 800 FM Medium Speed Blower: 350 FM High Speed Blower: 550 FM SD300YK6 07/7 9 Page of

10 Operating Limits Operating Limits ooling Heating ( F) ( ) ( F) ( ) Air Limits Min. Ambient Air ated Ambient Air Max. Ambient Air Min. Entering Air ated Entering Air db/wb 80.6/66. 7/ Max. Entering Air db/wb 0/83 43/ Water Limits Min. Entering Water Normal Entering Water Max. Entering Water NOTE: 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 dependant upon three primary factors: ) water temperature, ) 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. eference alculations Heating alculations: HE LWT = EWT - gpm x 500 H LAT = EAT + cfm x.08 TH = H + HW ooling alculations: H LWT = EWT + gpm x 500 S LAT (DB) = EAT (DB) - cfm x.08 L = T - S S S/T = T Legend and Notes Abbreviations and Definitions cfm = airflow, cubic feet/minute OP = oefficient of Performance = Btu output/btu input = [H/(kw x 3.43)] EAT = entering air temperature, F EE = Energy Efficient atio = Btu output/watt input ELT = entering load fluid temperature to heat pump EST = entering source fluid temperature to heat pump EWT = entering water temperature (source) to heat pump FT HD = pressure drop in feet of head PM = allons per minute WPD = water pressure drop, psi and feet of water H = air heating capacity, MBtu/h HE = total heat of extraction, MBtu/h H = total heat of rejection, MBtu/h kw = total power unit input, kilowatts LAT = leaving air temperature, F L = latent cooling capacity, MBtu/h LPM = load flow in gallons per minute LLT = leaving load fluid temperature from heat pump LST = leaving source fluid temperature from heat pump LWPD = load coax water pressure drop LWT = leaving water temperature, F PSI = pressure drop in pounds per square inch S/T = sensible to total cooling ratio S = sensible cooling capacity, MBtu/h SWPD= source coax water pressure drop T = total cooling capacity, MBtu/h TH = total heating capacity, MBtu/h WPD = water pressure drop in PSI, feet of water Notes to Performance Data Tables The following notes apply to all performance data tables: Performance ratings are based on 80 F DB/67 F WB EAT for cooling and 70 F DB EAT for heating. Three flow rates are shown for each unit. The lowest flow rate shown is used for geothermal open loop/well water systems with a minimum of 50 F EWT. The middle flow rate shown is the minimum geothermal closed loop flow rate. The highest flow rate shown is optimum for geothermal closed loop systems and the suggested flow rate for boiler/tower applications. The hot water generator numbers are based on a flow rate of 0.4 gpm/ton of rated capacity with an EWT of 90 F. Entering water temperatures below 40 F assumes 5% antifreeze solution. For non-standard EAT conditions, apply the appropriate orrection Factor tables. Interpolation between EWT, gpm, and cfm data is permissible, extrapolation is not. Pumping power is not included in the Performance Data tables nor are calculations for AHI/ISO SD300YK6 07/7 0 Page of

11 orrection Factor Tables Air Flow orrections (Dual apacity Part Load) Airflow ooling Heating FM Per Ton of lg ooling apacity orrections Entering Air WB F % of Nominal Total ap Sens ap Power Heat of ej Htg ap Power Heat of Ext /30/06 Air Flow orrections (Dual apacity Full Load & Single Speed) Airflow ooling Heating FM Per Ton of lg % of Nominal Total ap Sens ap Power Heat of ej Htg ap Power Heat of Ext /30/06 Total lg ap Sensible ooling apacity Multipliers - Entering DB F Power Input Heat of ejection * * * * * * * * * * * * * * * * * * * * * * NOTE: *Sensible capacity equals total capacity at conditions shown. 03/8/ Heating apacity orrections Ent Air DB F Heating orrections Htg ap Power Heat of Ext /0/09 SD300YK6 07/7 Page of

12 Antifreeze orrections atalog performance can be corrected for antifreeze use. Please use the following table and note the example given. Antifreeze Type Antifreeze % by wt Heating ooling Pressure Drop EWT - F [ ] 30 [-.] 90 [3.] 30 [-.] Water Ethylene lycol Propylene lycol Ethanol Methanol WANIN: ray area represents antifreeze concentrations greater than 35% by weight and should be avoided due to the extreme performance penalty they represent. Antifreeze orrection Example Antifreeze solution is Propylene lycol 0% by weight. Determine the corrected heating and cooling performance at 30 F and 90 F respectively as well as pressure drop at 30 F for a 038 model. The corrected cooling capacity at 90 F would be: 36,800 MBtu/h x = 35,659 MBtu/h The corrected heating capacity at 30 F would be: 6,600 MBtu/h x 0.93 = 4,86 MBtu/h The corrected pressure drop at 30 F and 9 gpm would be: 7.9 feet of head x.70 = 0.03 feet of head SD300YK6 07/7 Page of

13 Pressure Drop Model 038 full load 038 part load 049 full load 049 part load 064 full load 064 part load 07 full load 07 part load gpm Pressure Drop (psi) 30 F 50 F 70 F 90 F 0 F /8/ SD300YK6 07/7 3 Page of

14 038 Low Speed - Performance Data EWT F Flow gpm WPD HEATIN - EAT 70 F OOLIN - EAT 80/67 F Airflow H Power HE LAT HW Airflow T S S/T Power H PSI FT OP cfm MBtu/h kw MBtu/h F MBtu/h cfm MBtu/h MBtu/h atio kw MBtu/h Performance capacities shown in thousands of Btuh. //3 IMPOTANT NOTE: efer to Notes to Performance Tables for additional information. EE HW MBtu/h SD300YK6 07/7 4 Page of

15 038 High Speed - Performance Data EWT F Flow gpm WPD HEATIN - EAT 70 F OOLIN - EAT 80/67 F Airflow H Power HE LAT HW Airflow T S S/T Power H PSI FT OP cfm MBtu/h kw MBtu/h F MBtu/h cfm MBtu/h MBtu/h atio kw MBtu/h EE HW MBtu/h //3 Performance capacities shown in thousands of Btuh. IMPOTANT NOTE: efer to Notes to Performance Tables for additional information. SD300YK6 07/7 5 Page of

16 038 Water Heating Data ELT EST LPM SOUE 5.0 PM SWPD HW FT LLT H KW HE OP LST PSI MBtuh HD SOUE 7.0 PM SWPD HW FT LLT H KW HE OP LST PSI MBtuh HD SOUE 9.0 PM SWPD HW FT LLT H KW HE OP LST PSI MBtuh HD 5.0 Operation Not ecommended Operation Not ecommended Operation Not ecommended Operation Not ecommended Operation Not ecommended Operation Not ecommended * Water heating mode only allows high compressor capacity operation. // ELT = entering load fluid temperature to heat pump LLT = leaving load fluid temperature from heat pump LPM = load flow in gallons per minute LWPD = load coax water pressure drop EST = entering source fluid temperature to heat pump LST = leaving source fluid temperature from heat pump HW = hot water generator capacity SWPD = source coax water pressure drop PSI = pressure drop in pounds per square inch FT HD = pressure drop in feet of head KW = kilowatts HE = heat extracted in Btuh H = total heating capacity in Btuh OP = coefficient of performance [H/(kW x 3.43)] IMPOTANT NOTE: efer to Notes to Performance Tables for additional information. SD300YK6 07/7 6 Page of

17 049 Low Speed - Performance Data WPD HEATIN - EAT 70 F OOLIN - EAT 80/67 F EWT Flow F gpm Airflow H Power HE LAT HW Airflow T S S/T Power H HW PSI FT OP EE cfm MBtu/h kw MBtu/h F MBtu/h cfm MBtu/h MBtu/h atio kw MBtu/h MBtu/h Performance capacities shown in thousands of Btuh. //3 IMPOTANT NOTE: efer to Notes to Performance Tables for additional information. SD300YK6 07/7 7 Page of

18 049 High Speed - Performance Data WPD HEATIN - EAT 70 F OOLIN - EAT 80/67 F EWT Flow F gpm Airflow H Power HE LAT HW Airflow T S S/T Power H HW PSI FT OP EE cfm MBtu/h kw MBtu/h F MBtu/h cfm MBtu/h MBtu/h atio kw MBtu/h MBtu/h Performance capacities shown in thousands of Btuh. //3 IMPOTANT NOTE: efer to Notes to Performance Tables for additional information. SD300YK6 07/7 8 Page of

19 049 Water Heating Data ELT EST LPM SOUE 6.0 PM SWPD HW FT LLT H KW HE OP LST PSI MBtuh HD SOUE 9.0 PM SWPD HW FT LLT H KW HE OP LST PSI MBtuh HD SOUE.0 PM SWPD HW FT LLT H KW HE OP LST PSI MBtuh HD 6.0 Operation Not ecommended Operation Not ecommended Operation Not ecommended Operation Not ecommended Operation Not ecommended Operation Not ecommended // * Water heating mode only allows high compressor capacity operation. ELT = entering load fluid temperature to heat pump LLT = leaving load fluid temperature from heat pump LPM = load flow in gallons per minute LWPD = load coax water pressure drop EST = entering source fluid temperature to heat pump LST = leaving source fluid temperature from heat pump HW = hot water generator capacity SWPD = source coax water pressure drop PSI = pressure drop in pounds per square inch FT HD = pressure drop in feet of head KW = kilowatts HE = heat extracted in Btuh H = total heating capacity in Btuh OP = coefficient of performance [H/(kW x 3.43)] IMPOTANT NOTE: efer to Notes to Performance Tables for additional information. SD300YK6 07/7 9 Page of

20 064 Low Speed - Performance Data WPD HEATIN - EAT 70 F OOLIN - EAT 80/67 F EWT Flow F gpm Airflow H Power HE LAT HW Airflow T S S/T Power H HW PSI FT OP EE cfm MBtu/h kw MBtu/h F MBtu/h cfm MBtu/h MBtu/h atio kw MBtu/h MBtu/h Performance capacities shown in thousands of Btuh. //3 IMPOTANT NOTE: efer to Notes to Performance Tables for additional information. SD300YK6 07/7 0 Page of

21 064 High Speed - Performance Data WPD HEATIN - EAT 70 F OOLIN - EAT 80/67 F EWT Flow F gpm Airflow H Power HE LAT HW Airflow T S S/T Power H HW PSI FT OP EE cfm MBtu/h kw MBtu/h F MBtu/h cfm MBtu/h MBtu/h atio kw MBtu/h MBtu/h Performance capacities shown in thousands of Btuh. //3 IMPOTANT NOTE: efer to Notes to Performance Tables for additional information. SD300YK6 07/7 Page of

22 064 Water Heating Data ELT EST LPM SOUE 8.0 PM SWPD HW FT LLT H KW HE OP LST PSI MBtuh HD SOUE.0 PM SWPD HW FT LLT H KW HE OP LST PSI MBtuh HD SOUE 6.0 PM SWPD HW FT LLT H KW HE OP LST PSI MBtuh HD 8.0 Operation Not ecommended Operation Not ecommended Operation Not ecommended Operation Not ecommended Operation Not ecommended Operation Not ecommended // * Water heating mode only allows high compressor capacity operation. ELT = entering load fluid temperature to heat pump LLT = leaving load fluid temperature from heat pump LPM = load flow in gallons per minute LWPD = load coax water pressure drop EST = entering source fluid temperature to heat pump LST = leaving source fluid temperature from heat pump HW = hot water generator capacity SWPD = source coax water pressure drop PSI = pressure drop in pounds per square inch FT HD = pressure drop in feet of head KW = kilowatts HE = heat extracted in Btuh H = total heating capacity in Btuh OP = coefficient of performance [H/(kW x 3.43)] IMPOTANT NOTE: efer to Notes to Performance Tables for additional information. SD300YK6 07/7 Page of