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SIM Inverter Monobloc Air-to-Water Heat Pump

Specification

Test Condition (AHRI 550/590)

* Heating:

  Ambient Temperature: (DB/WB): 45°F/43°F

  Supply Water Temperature, 95°F, Return, 86°F

** Cooling:

  Ambient Temperature, 86°F

  Supply Water Temperature, 50°F, Return, 59°F

*** IPLV is the recognized measurement for Integrated Part Load Values in accordance with AHRI 550/590. 

Ambient Temp = 95°F, delivered water Temp= 44°F. (2.4 GPM per 12,000 BTU/hr nominal capacity. 

SIM Air-to-Water Heat Pumps modulate capacity based upon inlet water temperature. Temperatures shown above are the 

temperature of the water returning from the system to the heat pump. Leaving water temperature will vary according to load. 

Refer to the following performance charts to see the expected. 

Units

SIM-036

SIM-060

Cooling

Capacity Range**

BTU/hr

12,704 - 34,423

17,884 - 59,523

Efficiency Range**

EER

11.74 - 11.26

11.26 - 10.75

Efficiency***

IPLV

12.2

12.1

Delivered Water Temp Range

DegF

41-68

Ambient Temp Range

DegF

50-110

Heating

Capacity Range*

BTU/hr

13,191 - 38,755

25,413 - 70,666

Efficiency Range*

COP 

5.01 - 4.04

4.67 - 3.69

Delivered Water Temp Range

DegF

60-130

Ambient Temp Range

DegF

5-109

Electrical

Power

V/Ph/Hz

230/1/60

Fan Motor

A (QTY)

0.8

0.8 (x2)

Maximum Running Current

A

18

21

Compressor Motor

A

14

25

Max Fuse/Circuit Breaker/MOPD

A

30

50

MCA

A

24

35

SCCR

kA

5

5

Refrigerant

Type

R410A

Factory Charge

lbs

5.29

7.06

Normal Pressure Low Side

PSIG

305

Normal Pressure High Side

PSIG

638

Fan

Quantity

1

2

Power Input

W

200

Type

EC

Max Speed

RPM

750

Sound (@3meters)

Maximum

dBA

54

58

Hydronic

Rated Flow

GPM

7

13

Max Water Temp (return)

DegF

122

Piping Connections

inch

1

1 1/4

Rated Pressure Drop

PSI (ft W.C.)

6/13.8

10/23

Compressor

Type

Rotary

Speed Range

HZ

30-90

Quantity

1

Dimensions

Net Dimensions (L x W x H)

inch

38.6 x 18.3 x 35.4

39 x 13 x 52

Shipping Dimensions (L x W x H) 

inch

40.9 x 19.3 x 36.2 

42 x 18 x 53

Net Weight

lbs.

242.5

326

Shipping Weight

lbs.

271

368

Summary of Contents for CSOLSTICE SIM-036

Page 1: ...n Location Water Loop Connection Electrical Connections Control Input Connections Control Output Connections Dimensions Required Clearances SECTION 3 GLYCOL WATER SYSTEM 13 SECTION 4 WIRING 15 Control...

Page 2: ...the air to refrigerant heat transfer and the refrigerant to water energy transfer Low Ambient Temperature Cooling Operation SIM heat pump is capable of operating in cooling mode in ambient temperature...

Page 3: ...26 10 75 Efficiency IPLV 12 2 12 1 Delivered Water Temp Range DegF 41 68 Ambient Temp Range DegF 50 110 Heating Capacity Range BTU hr 13 191 38 755 25 413 70 666 Efficiency Range COP 5 01 4 04 4 67 3...

Page 4: ...Compressor Frequency SIM 036 Heat Capacity 122F RWT 30 40 50 60 70 80 90 Cooling Capacity 8 128 10 757 16 904 20 285 23 768 26 603 30 837 BTU hr EER 9 90 10 14 10 24 10 00 9 62 9 42 9 22 Cooling Capa...

Page 5: ...city EER Minimum Capacity 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 0 5 000 10 000 15 000 20 000 25 000 30 000 35 000 5 19 36 45 COP r h U T B y t i c a p a C g n i t a e H Ambient Temperatur...

Page 6: ...80 9 Capacity BTU Compressor Frequency SIM 060 Heat Capacity 122F R 30 40 50 60 70 80 90 Cooling Capacity 14 915 26 724 32 389 34 915 41 366 45 973 49 591 BTU hr EER 9 83 9 93 10 07 10 04 9 78 9 39 9...

Page 7: ...aximum Capacity EER Minimum Capacity 1 2 3 4 5 6 7 8 9 10 0 10 000 20 000 30 000 40 000 50 000 60 000 5 19 36 45 COP r h U T B y t i c a p a C g n i t a e H Ambient Temperature F 122 F Returning Water...

Page 8: ...8 SIM Inverter Monobloc Air to Water Heat Pump Typical System Diagram SIM Heating with DHW Offset Applicable to SIM 036 and SIM 060...

Page 9: ...esult The total system must be protected with a Pressure Relief Valve or valves sized to protect the system component with the lowest pressure rating In no instance shall this exceed 30PSI Caution It...

Page 10: ...relay contact capable of switching 24 to 240VAC at a low current to operate a contactor which engages electric or any supplemental heat source according the selected parameters This connection is loca...

Page 11: ...11 SIM Inverter Monobloc Air to Water Heat Pump Dimensions Unit Dimensions inch mm SIM 036 Top View Top View Front View Front View Side View Side View SIM 060...

Page 12: ...12 SIM Inverter Monobloc Air to Water Heat Pump Required Clearances Unit shall be mounted per local codes and high enough off ground to allow for proper condensate drainage...

Page 13: ...ion 26 F 3 C 18 F 8 C 8 F 13 C 7 F 22 C 29 F 34 C SpacePak Capacity Multiplier 0 99 0 98 0 96 0 93 0 88 Pressure Drop Multiplier Cooling 1 10 1 20 1 34 1 5 1 65 Pressure Drop Multiplier Heating 1 10 1...

Page 14: ...System Volume and Expansion Volume To ensure smooth temperature control and minimize cycling of refrigeration system all installations must have total circulating volumes equal to or greater than 7 5...

Page 15: ...ll not operate on the 24V signals from typical thermostats or air handlers Connecting 24V to either of these points will result in signi cant component damage Connect multiple zone system to heat pump...

Page 16: ...nd Definitions Internal Wiring SIM 036 CAUTION The Remote On Off Remote Heat Cool Heat Cool On Off and DHW On OFF inputs are for voltage free relay contacts only Any voltage introduced to the controls...

Page 17: ...On Off Remote Heat Cool Heat Cool On Off and DHW On OFF inputs are for voltage free relay contacts only Any voltage introduced to the controls at these points will immediately destroy the primary uni...

Page 18: ...nd Definitions Internal Wiring SIM 060 CAUTION The Remote On Off Remote Heat Cool Heat Cool On Off and DHW On OFF inputs are for voltage free relay contacts only Any voltage introduced to the controls...

Page 19: ...d Definitions Field Connections SIM 060 CAUTION The Remote On Off Remote Heat Cool Heat Cool On Off and DHW On OFF inputs are for voltage free relay contacts only Any voltage introduced to the control...

Page 20: ...Function of the Ports Display Windows and Functions If the display screen is not touched in 30s the screen will dim The screen will go to sleep after 2 minutes of no operation Touching the screen will...

Page 21: ...he unit will still have power going to it The main display will then turn grey Return Key In each sub menu not the main interface the user can use the return key to return to the previous screen This...

Page 22: ...mode the display will show cooling 4 When choosing Hot Water Heating mode the display will show hot water and heating 5 When choosing Hot Water Cooling mode the display will show hot water and coolin...

Page 23: ...screen and then entering in a numeric value within specified parameters in the control see parameter chart for min and max settings Once a target is set the user will need to press enter to save the s...

Page 24: ...or example If a user does not want the unit to run on Monday from 11 AM 2PM Select Mon at the bottom red arrow should be under the day Select AM and press the clock on the 11 12 block and the 1 2 bloc...

Page 25: ...ature being measured 4 Outlet Water Temp Displays the current outlet water temperature being measured 5 Tank Water Temp Displays the domestic hot water tank temperature if used If installed see wiring...

Page 26: ...selecting and adjusting the appropriate parameters see parameter chart to provide supplemental heat when desired To turn the feature on press the electric heating key and choose on To turn off choose...

Page 27: ...e fans down to provide a quieter operation However the fast whisper will also decrease capacity Use only when quiet operation is required To turn off press Fast Whisper again Fast Whisper may also be...

Page 28: ...istorical the operational curves of the inlet water outlet water and ambient on graph of temperature versus time period Settings Factory The factory key allows the user to enter in a password that wil...

Page 29: ...word 22 the following menus appear Settings Factory Passcode 22 Parameters Parameters Submenu Press this key to access certain parameters only meant to be changed by a user Use the parameter chart fro...

Page 30: ...is Heating S06 DHW On Off Open Closed Indicates DHW enabled by an external switch S07 Electric Heater Overload Open Closed Auxiliary Electric Heater Safety Switch Closed allows normal heater operatio...

Page 31: ...f the fault will all be recorded and displayed The log is capable of holding the most recent 35 faults The fault log can be cleared by pressing the Clear button in the upper right hand corner and then...

Page 32: ...just the screen brightness Press the brightness bar to the right to make the display brighter and the left on the brightness bar to make the display less bright Settings Factory Passcode 66 Password 6...

Page 33: ...tric Heat During Defrost 0 1 66 0 0 If 0 no action If 1 aux heat is energizes during Defrost D11 Compressor Speed during Defrost Hz 30 to 90 66 70 70 Fixed compressor speed during Defrost only EEV E01...

Page 34: ...on H03 Temperature Units 0 1 66 1 1 0 Temps displayed in C press in Bar 1 Temps in F press in PSI H04 4 way valve polarity 0 1 66 0 0 0 Reversing Valve de energized in heating 1 RV energized in Heatin...

Page 35: ...ive when the water temp is below R02 R13 R14 Electric Heat Start AT Deg F 14 to 86 66 41 41 Electric Heat is active after delay when the Amb Temp is below R14 R15 Delay of Electric heater Min 0 to 60...

Page 36: ...r the suction pressure parameter A02 the unit will restart to run automatically 2 If the protection happens over 3 times within 30min the unit won t be restarted automatically Recovery only by manual...

Page 37: ...of D11 The following operations shall be conducted if it complies with stop defrosting requirements a The compressor start to down the frequency at the target frequency of 30Hz timings start b The fa...

Page 38: ...ing the timing mute will result in the time mute failure 2 When F10 1 enable the timing mute function During the time of F11 F12 including F11 excluding F12 if the fan needs to be turned on it will ru...

Page 39: ...pressor is not running the pump will start every P02 minutes and run for the duration of P03 minutes in order to circulate wate from the system through the Heat Pump so that it can sample the water te...

Page 40: ...Format 2 Connect the wire from the BMS to the terminal labeled RS485 in the SIM electrical cabinet and wire from the BMS to the terminal labeled RS485 in the SIM electrical cabinet Locate a GND if re...

Page 41: ...6 Hot water function 0 disable 1 enable DIGI1 1034 03 16 06 40A H17 Cooling mode 0 disable 2 enable DIGI1 1035 03 16 06 40B Reserved 1036 03 16 06 40C Reserved 1037 03 16 06 40D Reserved 1038 03 16 06...

Page 42: ...click mute 0 off 1 on DIGI1 1075 03 16 06 433 Reserved 1076 03 16 06 434 Reserved 1077 03 16 06 435 Reserved 1078 03 16 06 436 Reserved 1079 03 16 06 437 Reserved 1080 03 16 06 438 Reserved 1081 03 16...

Page 43: ...rved 1166 03 16 06 48E Reserved 1167 03 16 06 48F P01 Working mode of circulating water pump 0 normal 1 special 2 intermittent DIGI1 1168 03 16 06 490 P02 Circulating water pump running time interval...

Page 44: ...1238 03 16 06 4D6 Reserved 1239 03 16 06 4D7 Reserved 1240 03 16 06 4D8 Reserved 1241 03 16 06 4D9 Reserved 1242 03 16 06 4DA Reserved 1243 03 16 06 4DB Reserved 1244 03 16 06 4DC Reserved 1245 03 16...

Page 45: ...03 802 T06 Coil temperature TEMP1 2051 03 803 T07 Ambient temperature TEMP1 2052 03 804 T08 Suction pressure TEMP1 2053 03 805 T09 Exhaust pressure TEMP1 2054 03 806 T10 Actual frequency DIGI1 2055 0...

Page 46: ...ter tank temperature sensor failure 0 no 1 yes bit4 Suction temperature sensor failure 0 no 1 yes bit5 Coil temperature sensor failure 0 no 1 yes bit6 Ambient temperature sensor failure 0 no 1 yes bit...

Page 47: ...t14 Reserved 2090 03 82A Failure bit0 Reserved bit1 Reserved bit2 Reserved bit3 Reserved bit4 Reserved bit5 Reserved bit6 Reserved bit7 Reserved bit8 Reserved bit9 Reserved bit10 Reserved bit11 Reserv...

Page 48: ...r lower water temperature E02 Low Pressure Dischare Pressure Excessive refrigerant discharge pressue If in Cooling insufficient water flow If in Heatinging restricted airlow or dirty coil Correct wate...

Page 49: ...49 SIM Inverter Monobloc Air to Water Heat Pump SECTION 7 TROUBLESHOOTING Possible Cause Possible Solution...

Page 50: ...50 SIM Inverter Monobloc Air to Water Heat Pump Troubleshooting continued Possible Causes for the Failure Possible Solutions...

Page 51: ...51 SIM Inverter Monobloc Air to Water Heat Pump SECTION 8 REPLACEMENT PARTS SIM036...

Page 52: ...52 SIM Inverter Monobloc Air to Water Heat Pump Replacement Parts SIM036...

Page 53: ...53 SIM Inverter Monobloc Air to Water Heat Pump Replacement Parts SIM060...

Page 54: ...54 SIM Inverter Monobloc Air to Water Heat Pump Replacement Parts SIM060...

Page 55: ...9 01 Heat exchanger refrigerant to water X 45W50 WG1262 01 X 17 45W40 WG1210 01 Manifold Water outlet X 45W40 WG1210 03 X 18 45W11 WG1211 01 Flow switch X X 19 45W11 WG1212 01 Pressure sensor 0 45bar...

Page 56: ...X 40 45W09 WG1229 01 Fan speed module IC3 X X 41 45W09 WG1230 01 EMI Filter IC4 X 45W09 WG1230 02 X 42 45W09 WG1231 01 Inverter Compressor drive IC2 X 45W09 WG1231 02 X 43 45W09 WG1232 01 Control Boar...

Page 57: ...rter outdoor and indoor components connected via refrigerant piping and electrical wiring purchased on or after February 1 2021 i sold from a licensed HVAC representative of SpacePak and not an unauth...

Page 58: ...ty service Present the sales receipt building permit or other document which establishes proof and date of installation In the absence of acceptable proof this Limited Warranty shall be deemed to begi...

Page 59: ...59 SIM Inverter Monobloc Air to Water Heat Pump...

Page 60: ...IN UNITED STATES 260 NORTH ELM ST WESTFIELD MA 01085 800 465 8558 FAX 413 564 5815 IN CANADA 7555 TRANMERE DRIVE MISSISSAUGA ONTARIO L5S 1L4 905 670 5888 FAX 905 670 5782...

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