NSW GEOTHERMAL HYDRONIC HEAT PUMP 1.5 TO 6 TONS. Submittal Data English Language IP/Metric Units SD2556WN 06/16

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1 NSW EOTMAL HYDONI AT PUMP 1. TO 6 TONS Submittal Data English Language IP/Metric Units SD26WN 06/16

2 ontractor: VESATE ULTA NSW HYDONI 1. TO 6 TONS Model Nomenclature NSW 00 H 2 0 A SS * Model NSW Versatec Hydronic Heat Pump Unit apacity 018, 02, 00, 00, 060, 0 eversible Option H- Heating Only - eversible Voltage /60/1 (ommercial) 2 26/60/1 (02 & 00 only) /60/ (00-0 only) 60/60/ (02-0 only) /60/ (00-0 only) Hot Water Option 1, 0 No Hot Water eneration, No IntelliStart 2 Hot Water eneration, No IntelliStart No Hot Water eneration, IntelliStart Hot Water eneration, IntelliStart Vintage * Factory Use Only Future Option SS Standard Option Load oax 2 opper N - upronickel Source oax opper N upronickel ontrols Option A Aurora Base ontrols (AB) ev.: 1 June 2016 NOTES: 1 Available on 00, 00, 060, and 0 only. Hot water generator requires field installed external pump kit. 2 NSW018 and NSW02 heating only models are available only with copper double wall vented load coax for potable water, and are not designed to be converted to dedicated cooling units. IntelliStart not available on 26/60/1 and /60/ voltages. All Versatec Ultra Series product is safety listed under UL199 thru ETL and performance listed with AHI in accordance with standard The Versatec Ultra Series is also ENEY STA rated. SD26WN 06/16 2 Page of

3 ontractor: VESATE ULTA NSW HYDONI 1. TO 6 TONS Definitions OP EE ELT FLA FT HD PM H H = oefficient of Performance = Energy Efficiency atio = Entering Load Temperature = Full Load Amps = Feet of Head = allons per Minute = Heating apacity = Heat of Extraction = Heat of ejection KW LA M PD PSI LA T = in KiloWatts = Leaving Load Temperature = Locked otor Amps = Leaving Source Temperature = Maximum ontinuous urrent = Pressure Drop = Pounds per Square Inch = ated Load Amps = Total ooling apacity Performance Standard (AHI/ISO/ASHAE 126-2) The NSW is rated in accordance to the performance standard AHI/ASHAE/ISO This standard has three major categories: Water Loop, round Water, and round Loop. Unit of Measure: The ooling OP The cooling efficiency is measured in EE (US version measured in Btuh per Watt. The Metric version is measured in a cooling OP (Watt per Watt) similar to the traditional OP measurement. Pump orrection alculation Within each model, only one water flow rate is specified for all three groups and pumping Watts are calculated using the following formula. This additional power is added onto the existing power consumption. Pump power correction = (gpm x 0.061) x (Press Drop x 29) / 00 Where gpm is waterflow in gpm and Press Drop is the pressure drop through the unit heat exchanger at rated water flow in feet of head. ISO apacity and Efficiency alculations The following equations illustrate cooling calculations: ISO ooling apacity = ooling apacity (Btuh) x.12 ISO EE Efficiency (W/W) = ISO ooling apacity (Btuh) x.12 / [ Input (Watts) + Pump orrection (Watt)] The following equations illustrate heating calculations: ISO Heating apacity = Heating apacity (Btuh) x.12 ISO OP Efficiency (W/W) = ISO Heating apacity (Btuh) x.12 / [ Input (Watts) + Pump orrection (Watt)] Test onditions onversions Water Flow (lps) = PM x Press Drop (Pascals) = Press Drop (ft hd) x 29 SD26WN 06/16 Page of

4 ontractor: VESATE ULTA NSW HYDONI 1. TO 6 TONS AHI/ISO Performance atings English (IP) Units Model apacity Modulation Flow ate Load pm Source pm ooling 86 Source.6 Load apacity Btuh Water Loop Heat Pump EE Btuh/W Heating 68 Source Load apacity Btuh OP ooling 9 Source.6 Load apacity Btuh round Water Heat Pump EE Btuh/W apacity Btuh Heating 0 Source Load OP Energy Star ompliant 018 Single 16, , , ,00. Yes 02 Single 2, , , ,.8 Yes 00 Single,0 1.,0.8 0,0 2. 9,.9 Yes 00 Single 1 1 9, ,000., ,200. Yes 060 Single 18 18, , , ,200.8 Yes 0 Single , ,.2, 18.0,. No Model apacity Modulation Flow ate Load pm Source pm NOTE: All ratings based upon 208V operation. apacity Btuh ooling Source.6 Load EE Btuh/W round Loop Heat Pump Heating 2 Source Load apacity Btuh OP Energy Star ompliant 018 Single 1, ,00.1 Yes 02 Single 2, ,000.1 Yes 00 Single, ,00.1 Yes 00 Single 1 1 1,00 16.,200.1 Yes 060 Single , ,.1 Yes 0 Single , , No 01/0/12 SD26WN 06/16 Page of

5 ontractor: VESATE ULTA NSW HYDONI 1. TO 6 TONS Performance Data ooling apacity Source Load Flow- PM Load Flow- PM Load Flow- PM EST Flow PM ELT T H EE T H EE T H /20/09 SD26WN 06/16 Page of EE

6 ontractor: VESATE ULTA NSW HYDONI 1. TO 6 TONS Performance Data cont. Heating apacity EST Source Load Flow- PM Load Flow- PM Load Flow- PM Flow PM ELT H OP H OP H OP /19/09 SD26WN 06/16 6 Page of

7 ontractor: VESATE ULTA NSW HYDONI 1. TO 6 TONS 018 DHW - Performance Data cont. Heating Only apacity EST Source Load Flow- PM Load Flow- PM Load Flow- PM Flow PM ELT H OP H OP H OP /28/09 SD26WN 06/16 Page of

8 ontractor: VESATE ULTA NSW HYDONI 1. TO 6 TONS 02 - Performance Data ooling apacity Source Load Flow- PM Load Flow-. PM Load Flow- PM EST Flow PM..... ELT T H EE T H EE T H /20/09 SD26WN 06/16 8 Page of EE

9 ontractor: VESATE ULTA NSW HYDONI 1. TO 6 TONS 02 - Performance Data cont. Heating apacity EST Source Load Flow- PM Load Flow-. PM Load Flow- PM Flow PM..... ELT H OP H OP H OP /19/09 SD26WN 06/16 9 Page of

10 ontractor: VESATE ULTA NSW HYDONI 1. TO 6 TONS 02 DHW - Performance Data cont. Heating Only apacity EST Source Load Flow- PM Load Flow-. PM Load Flow- PM Flow PM..... ELT H OP H OP H OP /28/09 SD26WN 06/16 Page of

11 ontractor: VESATE ULTA NSW HYDONI 1. TO 6 TONS 00 - Performance Data ooling apacity Source Load Flow- PM Load Flow-. PM Load Flow- PM EST Flow PM..... ELT T H EE T H EE T H /20/09 SD26WN 06/16 11 Page of EE

12 ontractor: VESATE ULTA NSW HYDONI 1. TO 6 TONS 00 - Performance Data cont. Heating apacity EST Source Load Flow- PM Load Flow-. PM Load Flow- PM Flow PM..... ELT H OP H OP H OP /1/09 SD26WN 06/16 12 Page of

13 ontractor: VESATE ULTA NSW HYDONI 1. TO 6 TONS 00 - Performance Data ooling apacity Source Load Flow-8 PM Load Flow-11. PM Load Flow-1 PM EST Flow PM ELT T H EE T H EE T H /20/09 SD26WN 06/16 1 Page of EE

14 ontractor: VESATE ULTA NSW HYDONI 1. TO 6 TONS 00 - Performance Data cont. Heating apacity EST Source Load Flow-8 PM Load Flow-11. PM Load Flow-1 PM Flow PM ELT H OP H OP H OP /19/09 SD26WN 06/16 1 Page of

15 ontractor: VESATE ULTA NSW HYDONI 1. TO 6 TONS Performance Data ooling apacity Source Load Flow-9 PM Load Flow-1. PM Load Flow-18 PM EST Flow PM ELT T H EE T H EE T H /20/09 SD26WN 06/16 1 Page of EE

16 ontractor: VESATE ULTA NSW HYDONI 1. TO 6 TONS Performance Data cont. Heating apacity EST Source Load Flow-9 PM Load Flow-1. PM Load Flow-18 PM Flow PM ELT H OP H OP H OP /19/09 SD26WN 06/16 16 Page of

17 ontractor: VESATE ULTA NSW HYDONI 1. TO 6 TONS 0 - Performance Data ooling apacity Source Load Flow- PM Load Flow-1. PM Load Flow-19 PM EST Flow PM ELT T H EE T H EE T H /20/09 SD26WN 06/16 1 Page of EE

18 ontractor: VESATE ULTA NSW HYDONI 1. TO 6 TONS 0 - Performance Data cont. Heating apacity EST Source Load Flow- PM Load Flow-1. PM Load Flow-19 PM Flow PM ELT H OP H OP H OP /19/09 SD26WN 06/16 18 Page of

19 ontractor: VESATE ULTA NSW HYDONI 1. TO 6 TONS Dimensional Data A N S T Q P Z W B U I E L K J H Y X V D M F O 2/1/16 Model & 0 Model & 0 Overall abinet Water onnections A B D E F H I Depth Height Width Load Liquid In Load Liquid Out Source Liquid In Source Liquid Out HW In HW Out Load Water FPT Source Water FPT HW Water FPT Electrical Knockouts J K L 1/2 in. / in. / in. cond cond cond Low Voltage Ext Pump Supply in in. 1 in cm mm 2. mm in in. 1 in cm mm 2. mm in in. 1 in. 1/2 in cm mm 2. mm 12. mm..6. in / in. 1-1/ in. 1/2 in cm mm 1.8 mm 12. mm..6. in / in. 1-1/ in. 1/2 in cm mm 1.8 mm 12. mm..6. Water onnections Electrical Knockouts M N O P Q S T U V W X Y Z Load Source Side Side Source HW Low Ext Ext Liquid Liquid HW In Liquid In Out Supply Voltage Pump Pump Supply Out Out Supply Supply Load Liquid In Supply in cm in cm in cm in cm in cm /6/ SD26WN 06/16 19 Page of

20 ontractor: VESATE ULTA NSW HYDONI 1. TO 6 TONS Physical Data Model ompressor (1 each) Scroll Factory harge a, oz [kg].0 [1.2] 8.0 [1.6] 0 [1.98] 68 [1.9] [2.9] [.12] oax & Piping Water Volume - gal [l]*.2 [1.9].89 [.8] 1.0 [.9] 1. [.2] 1.6 [6.1] 1.6 [6.1] Weight - Operating, lb [kg] 191 [86.6] 22 [2.1] 2 [11.] 2 [1.] [16.] [16.] Weight - Packaged, lb [kg] 21 [96.6] 2 [112.0] 0 [18.] 0 [1.2] 60 [16.] 60 [16.] NOTE: * Source or load side only. 8/6/ Electrical Data Unit Model ated Voltage Voltage Min/Max ompressor LA LA LA* Load Pump Source Pump Total Unit FLA Min kt Amp Maximum Fuse/HA /60/1 18/ /60/1 18/ /60/1 29/ n/a /60/ 1/ /60/1 18/ /60/ 18/ /60/ 1/ /60/ 18/ n/a /60/1 18/ /60/1 29/ n/a /60/ 18/ /60/ 1/ /60/ 18/ n/a /60/1 18/ /60/ 18/ /60/ 1/ /60/ 18/ n/a /60/1 18/ /60/ 18/ /60/ 1/ /60/ 18/ n/a Notes: All fuses type "D" time delay (or HA circuit breaker in USA). 1/1/201 Source pump amps shown are for up to a 1/2 HP pump Load pump amps shown are for small circulators. *LA with IntelliStart installed. SD26WN 06/16 20 Page of

21 ontractor: VESATE ULTA NSW HYDONI 1. TO 6 TONS Pressure Drop Model PM Pressure Drop (psi) * * H/ H/ H/ H/ NOTES: Temperatures are Entering Water Temperatures 8/9/ *Domestic water heating units source side pressure drop and reversible units load and source pressure drop. Vented Only Load Side Model 018H 02H PM Pressure Drop (psi) NOTES: Temperatures are Entering Water Temperatures. Double wall vented coax for heating potable water /1/09 orrection Factor Tables 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 Load Source Load Source Drop EWT - [ ] 80 [26.] 0 [-1.1] 0 [.0] [2.2] 0 [-1.1] Water Ethylene lycol Propylene lycol Ethanol Methanol WANIN: ray area represents antifreeze concentrations greater than % by weight and should be avoided due to the extreme performance penalty they represent. SD26WN 06/16 21 Page of

22 ontractor: VESATE ULTA NSW HYDONI 1. TO 6 TONS Wiring Schematics Aurora ontrol /60/1 Load Pump /60/1 Pump Source Pump Pump 1/2 hp Total /60/1 Pump PB1 2 1 PB2 2 Violet/White (8) /White (1) A ircuit Breaker LP Violet/White (9) /White (2) A ircuit Breaker OM Violet () N NO /White () S apacitor Tan() ompressor ed Violet (6) T2 T1 L2 L1 A ircuit Breaker A ircuit Breaker () () 20V L1 Field Installed Item Factory Low voltage wiring Factory Line voltage wiring Field low voltage wiring Field line voltage wiring Optional block D Voltage PB traces Junction Quick connect terminal Wire nut Field wire lug round Legend T Thermistor Light emitting diode - reen elay coil apacitor w/ bleed resistor Switch - ondensate overflow Switch - High pressure Switch - Low pressure NOTE LP OM NOTE 6 N NO /White () -T1 - O - K6 - K - HP - LP - VIV - LP - elay ontacts- N.O., N.. Fuse Breaker ompressor ontactor ondensate overflow sensor DHW pump relay Loop pump relay High pressure switch Low pressure switch Vapor Injection Valve Load Pump elay P 2 1 PB1, PB2 - V - SW1 - SW1 - SW2 - FP - OAT - Polarized connector urrent Transducer (T) blocks eversing Valve coil DIP package position AXB TEST MODE AB Board DIP package 8 position AB Board Freeze Protection Outdoor Air Temperature eothermal Tank Thermostat NOTE 2 Aurora Board 2 2 F HP HP LP LP FP2 FP2 FP1 FP1 EV EV LO HI F F JW2 - Alarm P2 P Factory P Factory PWM FM EM PWM P1 SW1 Test V K1 K2 Hi K Fan K Alarm K Acc K6 Field onnections P9 LO LED1 P1 AUOA BASE ONTOL P11 Factory Fan onnection Off FP1 1 o F/0 o F FP2 1 o F/0 o F Fault V B/O A Dip A Dip LED Dual/Single L Pulse/ontinuous Status eheat/normal Factory Use O/B Y2 Field onnections SW2 W On 1 LED2 2 Y onfig 6 8 DH om1 om2 A-Fuse LED LED EH1 P Factory P6 S8 Exp P S 8 P8 S8 NET EH2 EH1 O N/A (+) (-) (+) (-) ed (TS) ed (ND) OAT OAT Tank Tank OAT Sensor eotank Sensor HZ A+ B+ ND OAT TS ND HydroZone ontroller 2 1 V P O/B - - LP 2 VD ES LS ALM AL A c A no A nc LO O/B Y2 W DH SD26WN 06/16 22 Page of

23 T T ontractor: VESATE ULTA NSW HYDONI 1. TO 6 TONS Wiring Schematics - cont. Aurora ontrol /60/1 Notes ap Tan(6) ompressor S ed Pink un Winding Active Start IntelliStart 1 - Switch blue and red wires for 208V operation. 2 HydroZone controller is an optional field installed accessory. eversing Valve wires not installed on heating only option FP2 is replaced with a resistor on heating only option Move black/white() wire when HydroZone is not used for pump control 6 When eothermal Storage Tank is wired directly to the Aurora Board HydroStat ommunicating ontroller is an optional field installed accessory. ommon Unit Supply /60/1 T2 L2 T1 L1 Softstart Option Transformer Yellow NOTE 1 ed 208V 2V /White NOTE V FP1 NOTE FP2 LP HP Yellow Yellow (1) Not Used Violet(1) V Orange Yellow Yellow Orange P2 P1 ES LS ALM AL A OM A NO A N LO O/B Y2 W DH EH1 2 F AID Tool K-Alarm elay K6-Acc elay reen(11) S8 NET P8 ELWT P9 om2 LED Yellow (ND) ELWT Yellow (OAT) JW2 F F P HI LO S8 NET - + eo-tank ed (TS) eo-tank ed (ND) K-Fan elay om1 LED P K2- elay NOTE HS + - ND OAT TS ND ELWT: Entering Load Water Temperature Sensor eo-tank Sensor K-2 elay Aurora Base ontrol (AB) S8 EXP - + P6 O EH1 HydroStat ontroller SW1 Test Mode EVEV FP1 FP1 FP2 FP2 LPS LPS HPSHPS K1-V elay EH2 P Status LED W P P F1-A PWM FM Fault LED1 P1 Off On FP1 1/0 1 FP2 1/0 2 V B/O Acc Dip Acc Dip Dual/Single 6 L Output Type Future Use 8 SW2 onfig LED2 Y LP F 2 VD AB SW2 Accessory elay DESIPTION SW2- SW2- ycle with Blower ON ON ycle with ompressor OFF OFF Water Valve Slow Opening ON OFF ycle with omm. T-stat Hum md OFF ON Aurora Timing Events Normal Mode Test Event Mode andom Start Delay to 80 seconds 1 second ompressor On Delay seconds < 1 second ompressor Minimum On Time 2 minutes seconds ompressor Short ycle Delay minutes 1 seconds Fault ecognition Delay High Pressure Less than 1 second Less than 1 second Start-Up Bypass Low Pressure 2 minutes 0 seconds Fault ecognition Delay Low Pressure 0 seconds 0 seconds Start-Up Bypass Low Water oil Limit 2 minutes 0 seconds Fault ecognition Delay Low Water oil Limit 0 seconds 0 seconds Fault ecognition Delay ondensate Overflow 0 seconds 0 seconds HydroZone all ecognition Time 2 seconds 2 seconds Water Valve Slow Open Delay seconds seconds Aurora LED Flash odes Slow Flash 1 second on and 1 second off Fast Flash milliseconds on and milliseconds off Flash ode milliseconds on and 00 milliseconds off with a 2 second pause before repeating andom Start Delay (Alternating olors) onfiguration LED (LED2, Yellow) Status LED (LED1, reen) Fast Flash No Software Overide OFF onfiguration LED (LED2, Yellow) Fast Flash DIP Switch Overide Slow Flash Fault LED (LED, ed) Fast Flash Fault LED (LED1, ed) Status LED (LED, reen) Normal Mode OFF Normal Mode ON Input Fault Lockout Flash ode 1 ontrol is Non-Functional OFF High Pressure Lockout Flash ode 2 Test Mode Slow Flash Low Pressure Lockout Flash ode Lockout Active Fast Flash Future Use Flash ode Dehumidification Mode Flash ode 2 Freeze Detection FP1 Flash ode Future Use Flash ode eserved Flash ode 6 Future Use Flash ode ondensate Overflow Lockout Flash ode Load Shed Flash ode Over/Under Voltage Shutdown Flash ode 8 ESD Flash ode 6 Future Use Flash ode 9 Future Use Flash ode Future Use Flash ode FP1 and FP2 Sensor Error Flash ode 11 SD26WN 06/16 2 Page of

24 ontractor: VESATE ULTA NSW HYDONI 1. TO 6 TONS Wiring Schematics Aurora Water-Water /60/ LP N HP P EM PWM HP P1 LP LP FP2 FP2 FP1 FP1 SW1 Test EV EV V K1 2 K2 2 LO HI F F F JW2 - Alarm P2 Factory P Factory PWM FM Hi K Fan K Alarm K Acc K6 Field onnections Off LED1 FP1 1 o F/0 o F FP2 1 o F/0 o F Fault V B/O A Dip A Dip LED Dual/Single L Pulse/ontinuous Status eheat/normal P9 AUOA BASE ONTOL LO O/B Y2 W DH P1 P11 Factory Use Factory Fan onnection Field onnections SW2 On 1 LED2 2 Y onfig 6 8 om1 om2 A-Fuse LED LED EH1 P Factory P6 S8 Exp P S 8 P8 S8 NET EH2 EH1 O N/A (+) (-) (+) (-) Unit Supply /60/ ompressor T T1 T2 ed T T2 T1 L L2 L1 20V OM NO /White () ES LS ALM AL A c A no A nc LO O/B Y2 W DH NOTE LP N /White () OM NO -T1 NOTE eothermal Tank Thermostat Aurora Board NOTE 1 L1 Field Installed Item Factory Low voltage wiring Factory Line voltage wiring Field low voltage wiring Field line voltage wiring Optional block D Voltage PB traces Junction Quick connect terminal Wire nut Field wire lug round Legend T Thermistor Light emitting diode - reen elay coil apacitor w/ bleed resistor Switch - ondensate overflow Switch - High pressure Switch - Low pressure OAT OAT ed (TS) ed (ND) Tank Tank HZ A+ B+ ND OAT TS ND HydroZone ontroller 2 1 V P O/B O - K6 - K - HP - LP - VIV - LP - elay ontacts- N.O., N.. Fuse Breaker ompressor ontactor ondensate overflow sensor DHW pump relay Loop pump relay High pressure switch Low pressure switch Vapor Injection Valve Load Pump elay P 2 1 PB1, PB2 - V - SW1 - SW1 - SW2 - FP - OAT - Polarized connector urrent Transducer (T) blocks eversing Valve coil DIP package position AXB TEST MODE AB Board DIP package 8 position AB Board Freeze Protection Outdoor Air Temperature OAT Sensor eotank Sensor LP 2 VD SD26WN 06/16 2 Page of

25 T T ontractor: VESATE ULTA NSW HYDONI 1. TO 6 TONS Wiring Schematics Aurora Water-Water /60/ T T1 ed T2 Yellow L2 (IN) L2 (OUT) L1 (IN) L1 (OUT) Phase IntelliStart L T T2 T1 L L2 L1 Softstart Option NOTE 6 ed 208V Transformer 2V Yellow /White NOTE 2 NOTE V FP1 FP2 LP HP Yellow Yellow EH1 P2 ES LS ALM AL A OM A NO A N LO O/B Y2 W DH P1 P9 2 F K-Alarm elay K6-Acc elay om2 LED S8 NET JW2 Violet(1) (1) F F P HI LO S8 NET K-Fan elay om1 LED K2- elay Not Used K-2 elay Aurora Base ontrol (AB) S8 EXP Orange SW1 Test Mode Yellow Status LED EV EV FP1 FP1 FP2 FP2 LPS LPS HPS HPS K1-V elay V Orange Yellow P F1-A PWM FM Fault LED1 P1 Off On FP1 1/0 1 FP2 1/0 2 V B/O Acc Dip Acc Dip Dual/Single 6 L Output Type Future Use 8 SW2 onfig LED2 Y F Aurora LED Flash odes Slow Flash 1 second on and 1 second off Fast Flash milliseconds on and milliseconds off Flash ode milliseconds on and 00 milliseconds off with a 2 second pause before repeating andom Start Delay (Alternating olors) onfiguration LED (LED2, Yellow) Status LED (LED1, reen) Fast Flash No Software Overide OFF onfiguration LED (LED2, Yellow) Fast Flash DIP Switch Overide Slow Flash Fault LED (LED, ed) Fast Flash Fault LED (LED1, ed) Status LED (LED, reen) Normal Mode OFF Normal Mode ON Input Fault Lockout Flash ode 1 ontrol is Non-Functional OFF High Pressure Lockout Flash ode 2 Test Mode Slow Flash Low Pressure Lockout Flash ode Lockout Active Fast Flash Future Use Flash ode Dehumidification Mode Flash ode 2 Freeze Detection FP1 Flash ode Future Use Flash ode eserved Flash ode 6 Future Use Flash ode ondensate Overflow Lockout Flash ode Load Shed Flash ode Over/Under Voltage Shutdown Flash ode 8 ESD Flash ode 6 Future Use Flash ode 9 Future Use Flash ode Future Use Flash ode FP1 and FP2 Sensor Error Flash ode 11 AB SW2 Accessory elay DESIPTION SW2- SW2- ycle with Blower ON ON ycle with ompressor OFF OFF Water Valve Slow Opening ON OFF ycle with omm. T-stat Hum md OFF ON reen(11) P8 - + P - + P6 O EH1 EH2 P Aurora Timing Events Event Normal Mode Test Mode andom Start Delay to 80 seconds 1 second ompressor On Delay seconds < 1 second ompressor Minimum On Time 2 minutes seconds ompressor Short ycle Delay minutes 1 seconds AID Tool Yelloe (ND) Yellow (OAT) ed (TS) ed (ND) NOTE HS + - ND OAT TS ND HydroStat ontroller W P LP 2 VD Fault ecognition Delay High Pressure Less than 1 second Less than 1 second Start-Up Bypass Low Pressure 2 minutes 0 seconds Fault ecognition Delay Low Pressure 0 seconds 0 seconds Start-Up Bypass Low Water oil Limit 2 minutes 0 seconds Fault ecognition Delay Low Water oil Limit 0 seconds 0 seconds Fault ecognition Delay ondensate Overflow 0 seconds 0 seconds HydroZone all ecognition Time 2 seconds 2 seconds Water Valve Slow Open Delay seconds seconds Notes 1 HydroZone controller is an optional field installed accessory. 2 eversing Valve wires not installed on heating only option FP2 is replaced with a resistor on heating only option Move black/white() wire when HydroZone is not used for pump control When eothermal Storage Tank is wired directly to the Aurora Board 6 Switch blue and red wires for 208V operation HydroStat ommunicating controller is an optional field installed accessory. ELWT ELWT eo-tank eo-tank ELWT: Entering Load Water Temperature Sensor eo-tank Sensor SD26WN 06/16 2 Page of

ASTON SERIES SINGLE HYDRONIC Residential Ton Water-to-Water Geothermal Heat Pump

ASTON SERIES SINGLE HYDRONIC Residential Ton Water-to-Water Geothermal Heat Pump ASTON SEIES SINLE HYDONI esidential 1. - 6 Ton Water-to-Water eothermal Heat Pump Submittal Data English Language IP/Metric Units SD206W 06/16 ontractor: Model Nomenclature 1-2 - 8 9 11 12 1 1 * 00 A 1