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Split Inverter Air-to-Water Heat Pump

Parameter List

Operation

Section Code Description

Units

Range

Default Notes

H

H01 EVI Operation

N/A

0 to 3

3

0 = EVI Inactive, 1 = EVI in Cooling, 2 = EVI in Heating, 3 = Both

H02 Running Mode

N/A

0/1

0

Manufacturer setting, do not alter

H03 Auxiliary Electic Heater

N/A

0/1

0

0 = No Aux Heater, 1 = Aux heater installed and active

H04 Heat Pump Mode

N/A

0 to 2

0

Manufacturer setting, do not alter

H05 Remote Enable & Heat Cool selection

N/A

0/1

0

0 = Console touchscreen operation, 1 = Wired remote operation

H06 Not Used
H07 Not Used
H08 Not Used
H09 Not Used
H10 Temperature Measurement Units

N/A

0/1

1

0 = Celsius, 1 = Farenheit

H11

DHW Operation

N/A

0/1

0

0 = DHW operation disabled, 1 = DHW operation enabled

H12 Not Used
H13 Not Used

P

P01

Pump Operation

N/A

0 to 2

0

0 = For Console Operation, 1 = For Wired Operation, 2 = Interval

P02

Interval Pump Off duration

Min.

1 to 120

10

If P01 = 2, Pump Starts every P02 minutes when no call is present

P03

Interval Pump On duration

Min.

1 to 30

3

If P01 = 2, Pump runs for P03 minutes, or until call is satisfied

P04

Not used

 

 

R

R01 Supply Temp target setpoint, Cooling

Deg F

R16 to 77

42

Cannot be less than the value of R16

R02 Supply Temp target setpoint, Heating

Deg F

77 to R15

120

Cannot be greater than the value of R15

R03 Difference from setpoint to Start Cooling

Deg F

0 to 18

6

Compressor starts in cooling when water temp rises to R01 + R03

R04 Difference from setpoint to End Cooling

Deg F

0 to 18

2

Compressor stops in cooling when water temp falls to R01 - R04

R05 Difference from setpoint to Start Heatling

Deg F

0 to 18

10

Compressor starts in Heat when water temp falls to R02 - R05

R06 Difference from setpoint to End Cooling

Deg F

0 to 18

4

Compressor starts in Heat when water temp rises to R02 + R06

R07 Difference fromsetpoint for Electric Heat

Deg F

0 to 18

4

Electric heaters enabled when water temp is below R02 - R07

R08 Ambient temp for Electric heat w/Delay

Deg F

-58 to 68

20

Electric heaters available after delay when ambient is below R8

R09 Time Delay duration

Min.

0 to 120

10

Time delay in minutes for activiation of Electric Heaters

R10 Ambient Temp for Electric heat w/o Delay

Deg F

-58 to 68

-5

Electric heaters available immediately when ambient is below R10

R11

DHW Temp Setpoint

Deg F

95 to 131

125

Target setpoint of DHW Tank when enabled

R12 DHW differential to Start

Deg F

0 to 18

10

DHW Starts when Tank temp falls to R11 - R12

R13 DHW differential to End

Deg F

0 to 18

4

DHW Stops when Tank temp rises to R11 + R13

R14 Not used

 

 

 

 

R15 Maximum Heating Setpoint

Deg F

113 to 158

140

R02 Cannot be set greater than this value

R16 Minimum Cooling Setpoint

Deg F

35.6 to 53.6

36

R01 Cannot be set lower than this value

U

U01 Not used

 

U02 Not used

 

U03 Not used

 

Summary of Contents for SIS Series

Page 1: ...55 TRANMERE DRIVE MISSISSAUGA ONTARIO L5S 1L4 905 670 5888 SECTION 1 PREFACE 2 SECTION 2 UNIT SPECIFICATIONS 3 SECTION 3 INSTALLATION 6 SECTION 4 WIRING 22 SECTION 5 CONTROL 26 SECTION 6 OPERATION 28 SECTION 7 MAINTENANCE TROUBLESHOOTING 38 SIS SERIES SPLIT INVERTER AIR TO WATER HEAT PUMP ...

Page 2: ...the heating or cooling load It contains an Enhanced Vapor Injection compressor for maximum performance in extreme heating conditions and is installed in a split configuration keeping all water and plumbing indoors with only the compressor fan and airside heat exchanger located outdoors Advanced Controls Unit function is managed by a parametric microprocessor allowing on site adjustment to tune the...

Page 3: ...should be applied to the unit at least 8 hours prior to starting in heating or cooling This will allow crankcase heater time to boil refrigerant out of compressor oil 9 Electrical box Wire holes 4 4 5 Model P10 O Valve cover 6 1 7 3 Electrical box 2 4 5 Wire holes Valve cover 1 3 6 7 Unit mm Models 1 2 3 4 5 6 7 SISO 060A4 93 5 1390 87 5 397 380 650 900 Electrical components behind panel Wire hole...

Page 4: ...nit Specifications Inverter Ultra Low Temperature Air Source Heat Pump Water Heater Figure 2 2 Indoor Unit 17 3 13 6 Wall 29 5 Wire holes 1 NPT Water in Return 5 8 SAE Flare R410A Connection 3 8 SAE Flare R410A Connection 1 NPT Water Out Supply ...

Page 5: ... 8 5GPM All data based on pure water Heating Cooling HZ Water Temp Ambient Capacity kW COP HZ Water Temp Ambient Capacity kW EER 90 100 20 35 967 6 28 1 68 78 45 76 74 489 5 19 14 34 4 42 109 6 46 1 91 89 66 912 5 89 11 36 17 50 609 6 75 2 20 95 63 125 6 38 9 90 47 76 023 7 26 3 07 101 58 449 6 79 8 60 120 20 33 863 7 50 1 32 60 76 60 396 5 09 11 87 4 39 645 7 70 1 51 89 54 253 5 77 9 40 17 47 648...

Page 6: ...ntamination at the liquid input of the heat pump as shown in this manual to protect the internal components from damage or fouling due to contaminants or sediment DO NOT use the heat pump for DIRECT heating of potable water The heat exchanger and internal components are not suitable for this application Never expose the SIS Hydronic circuit to pressures in excess of 60 PSI Loss of coolant property...

Page 7: ...l installations must have total circulating volumes equal to or greater than 7 5 gallons per nominal ton of the unit performance at minimum capacity The greater of either heating or cooling produced In other words in the case of a five ton heat pump with 3 to 1 turndown 0 33x rated capacity the minimum total system volume is 5x0 33x7 5 12 5 gal Multiple heat pump installations that are operating i...

Page 8: ...ater supply to the system fill hose bib Note the drain port can be used for this purpose The hose bib purge drain valve should be located low in the system and close to the SIS return connection 2 Open the high point purge valve not shown in illustration as it may be inside the air handler while slowly filling the system Close the valve when air is removed from the system and water begins to flow out...

Page 9: ...ptance Inspection Preparations before Installation Upon receipt of the goods the user shall inspect the unit carefully to confirm that no damage has occurred during the transport that the screws are not loose and that all spare parts have been received If there is damage please reject the goods For the outdoor unit as shown in Figure 1 the weight is concentrated on the label side When handling and...

Page 10: ...nt so as to ensure that the space around the outdoor units does not affect the installation of return air air outlet system piping and other devices The following arrangement is for reference Installation space for single outdoor unit unit mm 500 500 1000 Unconfined space Installation space for multiple outdoor units Unit mm 500 1000 1000 800 400 400 400 Air out Air out Air out 3000 Do not cover t...

Page 11: ...ation of piping and electrical connections Please reserve enough space for maintenance of the unit 6 If the unit is mounted on the wall it is necessary to take good drainage protection measures to prevent icing in winter due to low temperature which may drop and cause injury 800 Water and snow proof shelter diagram unit mm IndoorUnit 1 The unit installation site must be able to withstand the weigh...

Page 12: ...ss than 150mm IndoorUnit 1 Selecta wallthatcanwithstandweightoftheunitwithoutincreasingoperationnoiseandvibration 2 Fixthehangingbeamoftheaccessoryboxhorizontallyonthewall 3 Place the ribs of the unit on the hanging beam and pay attention to the distance to the ground and the risk distance betweentwoendsoftheunit 4 Correctlyinstalltherubbergasketandtheirongasket anduseexpansionscrewstofix Hanging ...

Page 13: ...ten the connection pip nut firmly with a wrench The standard connection pipe is long in 5 meters Connect the connection pipe first to the indoor unit and then to the outdoor unit The piping should be carefully arranged so as not to damage the connection pipe Make sure tightening torque of the nut is in accordance with the following table otherwise it will cause leakage A layer of cotton insulation...

Page 14: ...he maximum length of the pipe is 10 meters The length can be selected to the customer s needs And the unit installation is optional with two solutions Indoorunitovertheoutdoorunitwitha dropof10m 开关 Indoorunitundertheoutdoorunitwitha dropof10m 开关 Unit fixing install dampi ng device Installation Instructions Install Connection Pipe The maximum length of the pipe is 10 meters The length can be select...

Page 15: ...rafter use either metal strapping material or anchored heavy nylon wire ties 8 FEET 2 43 METERS STRAP THE VAPOR LINE TO THE JOIST OR RAFTER AT 8 FEET 2 43 METERS INTERVALS THEN STRAP THE LIQUID LINE TO THE VAPOR LINE FLOOR JOIST OR ROOF RAFTER REFRIGERANT LINE SET INSTALLING HORIZONTAL RUNS NOTE Similar installation practices should be used if line set is to be installed on exterior of outside wal...

Page 16: ...ng system use a regulator that can control the pressure down to 1 or 2 psig 6 9 to 13 8 kPa WARNING Refrigerant can be harmful if it is inhaled Refrigerant must be used and recovered responsibly Failure to follow this warning may result in personal injury or death TO VAPOR SERVICE VALVE HFC 410A MANIFOLD GAUGE SET OUTDOOR UNIT HIGH LOW NITROGEN A With both manifold valves closed connect the cylind...

Page 17: ...inue to evacuate the line set and indoor unit until the absolute pressure does not rise above 500 microns 29 9 inches of mercury within a 20 minute period after shutting off the vacuum pump and closing the manifold gauge valves F When the absolute pressure requirement above has been met disconnect the manifold hose from the vacuum pump and connect it to an upright cylinder of HFC 410A refrigerant ...

Page 18: ...dedwithexhaustvalvestoremoveair from thepipes Exhaustvalvesanddrainagepipeinterfacesarenotinsulatedtofacilitatetroubleshooting 4 The inlet and outlet pipe connectors of the unit have been installed with fixed sheet metal When connecting water pipes use pipe clamps to fix the connectors on the unit and rotate to connect water pipes The connecters cannot directly withstand the rotational torque 5 Se...

Page 19: ...K AUTOFILL LOCATION IS SUGGESTED BUT THE FINAL LOCATION TO BE MADE BY FIELD CONTRACTOR DRAIN VALVE SHOULD BE LOCATED AT LOWEST POINT IN PIPING SYSTEM RETURN FROM TERMINAL UNIT S SUPPLY TO TERMINAL UNIT S SPACEPAK SPACEPAK SISO 060 OUTDOOR MODULE SISI 060 INDOOR MODULE REFRIGERANT LINESET SUPPLIED MAX LENGTH 35 BOILER DHW TANK OPTIONAL POTABLE WATER IN DOMESTIC HOT WATER OUT DHW LOOP OPTIONAL 3 WAY...

Page 20: ...rately and cannot interfere with each other It is not permitted to connect multiple wires in parallel The wire must not contact heat generating movable parts such as refrigerant piping compressors and fans 6 The fuse type and rating of the controller are based on the silkscreen identification on the corresponding controller or fuse bushing 7 The voltage fluctuation range of the unit shall not exce...

Page 21: ...cation Table allow for a pump load of no more than 5 amps at 110 VAC 2 5 amps at 230 VAC If the pump load exceeds this provide a separate power source to the pump DO NOT feed power to the pump from the SpacePak air handler panel SIS Control Wiring Connection The SpacePak SIS requires a dry contact relay signal to enable and select between heating and cooling modes They will not operate on the 24V ...

Page 22: ...OTORS FAN SPEED CONTROLLER CN14 BLK BLK YEL RED COMPRESSOR SPEED CONTROLLER BLK WHT L2 L1 L2 L1 L1 IN L2 IN W V U P1 P2 PE ACNACL L1 L2 W V U COMP KM1 PTC PTC POSTITIVE TEMPERATURE COEFFICIENT OVERCURRENT PROTECTION EMI FILTER BOARD 01 L2 L2 L2 L1 OUT L2 OUT CRANKCASE HEATER CONDENSATE PAN HEATER REVERSING VALVE 4V SUT 10k EIT 10k EOT EEV EIV COMMUNICATION TO INDOOR MODULE 10k 10k CT AT 10k ET 10k...

Page 23: ... 23 Split Inverter Air to Water Heat Pump Wiring Figure 4 2 ...

Page 24: ... 24 Split Inverter Air to Water Heat Pump Wiring with SSIC Controller Figure 4 3 ...

Page 25: ... input 8 AI05 Ambient temp sensor Input 9 AI07 Return air temp sensor input 10 AI08 Coil temp sensor input 11 AI10 EVI inlet temp sensor input 12 AI11 EVI outlet temp sensor input 13 AI21 Return air pressure sensor 14 AI22 Discharge pressure sensor 15 DI01 High pressure switch 16 DI02 Low pressure switch 17 DI04 Remote switch 18 DI05 Mode switch 21 CN1 Expansion valve interface 22 CN2 EVI interfac...

Page 26: ... 26 Split Inverter Air to Water Heat Pump Section 5 Control Easy touch screen display panel allows users to change between heating and cooling modes as well as access parameter and faults Figure 5 1 ...

Page 27: ...when the circulation pump is running Fan symbol It will display when the fans are running Mute symbol When the timing mute function is started it keeps bright for a long time When it is in mute state it will flash Or else it is off Timing symbol It will display after the user sets the timing and multiple timing intervals can be set Locking key symbol When the keyboard is locked it is on Fault symb...

Page 28: ...frost Compressor Fan Water Pump Electric Heating Four way Valve BasicFunctions 1ON OFF Long press for 3s to power on Long press for another 3s to power off 2Mode Long press M for 3s to switch to Cooling and Heating Temp eratur e adjust ment Cooling temperature adjustment range 41 77OF Press Up arrow to increase the water temperature press Down arrow to decrease the water temperature press Mode to ...

Page 29: ...Up or Down arrow to switch what to be viewed and press ON OFF to exit to the main interface From home screen Long Press Search for 3s to view system status Press Up down arrow to switch the system status to be viewed Long press Mode key for 3s to view fault records Press Up or Down arrow to switch what to be viewed and press ON OFF to exit to the main interface Value Number Heat From home screen L...

Page 30: ...turn to the main interface Long press Lock Screen for 3 seconds to lock the screen Long press for 3 seconds again to unlock As screen is locked pressing other keys is invalid It is recommended to lock the screen after completing the settings to avoid inadvertent touching Operation Instructions 7Time Long press for 3s to enter time settings Press the Up down arrow to adjust time 8Lock reen You can ...

Page 31: ...FF function is controlled by wire controller When the unit is off press key for 1 second to start it up When the unit is on press key for 1 second to shut it down Description of operation 1 On the shutdown interface you can do any operation as same as on the booting interface 2 You can only operate the on off key on the main interface 3 When the screen is off you can press any key to turn back the...

Page 32: ...own key it will enter temperature setting interface The setpoint will change by pressing Up or Down key Short press Up or Down key Short press on off key will return 4 State parameter query For single system unit it needs to press M key for one time For double or triple system unit it needs to press M key for two times Then it will go into status interface Press up or down key will see the S1 S2 S...

Page 33: ...t press clock icon to back to main screen Hour digits flashing Short press clock key Short press up or down to change the minute digits 9 1 On the main interface short press M key to enter the parameter query interface 2 On the query parameter interface it is not allowed to automatically return to the main interface It need to short press the ON OFF key to return 5 Clock setting Under the main int...

Page 34: ...rost curve D07 Coil Temp Spread of Defrost Curve Deg F 32 to 86 32 Coil temp range above D05 of Defrost Curve D08 Not used D09 Enable Defrost Reset N A 0 1 1 0 Fixed Defrost per D04 1 Defrost Reset per D05 D06 D07 D10 Aux Electric Heat during Defrost N A 0 1 0 0 No Aux Heat during Defrost 1 Aux Heat during Defrost D11 Compressor Speed during Defrost Hz 30 to 90 70 Fixed compressor speed during Def...

Page 35: ... of R15 R03 Difference from setpoint to Start Cooling Deg F 0 to 18 6 Compressor starts in cooling when water temp rises to R01 R03 R04 Difference from setpoint to End Cooling Deg F 0 to 18 2 Compressor stops in cooling when water temp falls to R01 R04 R05 Difference from setpoint to Start Heatling Deg F 0 to 18 10 Compressor starts in Heat when water temp falls to R02 R05 R06 Difference from setp...

Page 36: ...ror interface Error record Error code Error serial number Compressor Pump Fan Figure 6 6 SIS 060 Defrost Control The SIS 060 is factory configured to operate the defrost function on a sliding scale The controller monitors the outdoor ambient temperature shown below on the horizontal scale and compares it to the coil temperature shown on the vertical scale It then compares the two according to save...

Page 37: ...he heat pump by a suitable heat exchanger rated for potable water use The heat exchanger inside the SIS 060 is not suitable for contact with potable water Control Parameter Settings Setting the parameter H11 to a value of 1 enables the DHW mode Parameter R11 is the DHW setpoint This is the temperature of the isolated potable water loop not the hydronic loop passing through the SIS 060 Heat Exchang...

Page 38: ...nig airflow should be addressed Ensure Defrost function is enabled and adjusted for local condtions Innacurate Coil Temperature Sensor Verify Status reading temperature 06 against known device placed on coil outlet plumbing Reduced Cooling Capacity Insufficient water flow Ensure the pump is in good operating conditon and is able to provide at least 12 GPM against the entire system pressure drop Ch...

Page 39: ...ssure Switch failed or disconnected Circuit does not close when pressure returns to normal Repair wiring or replace switch E03 Flow Switch Insufficient Water Flow Check pump size and operation remove air from the system Purge air and provide sufficient water flow Switch failed or disconnected Confirm switch closes when flow is correct Check wiring Repair wiring or replace switch E19 19 Indoor plum...

Page 40: ...d fault Communication fault Check communication wires cycle power Repair or replace control wire connections E38 DSP and PFC board fault Communication fault Check communication wires cycle power Repair or replace control wire connections E39 Abnormal voltage sampling Electronic control fault Contact Technical Support Replace inverter driver board E40 EEPPROM fault Electronic control fault Contact ...

Page 41: ...45W09 WG1328 01 REACTOR EMI x 45W09 WG1329 01 FILTER INVERTER EMI x 45W05 WG1330 01 PLUG RUBBER x 45W40 WG1331 01 TEST PORT HIGH PRESSURE x 45W19 WG1332 01 INSERT LIFT HANDLE x 45W40 WG1333 01 ADAPTER CONDENSATE DRAIN x 45W41 WG1334 01 PANEL CORNER ACCESS x 45W28 WG1335 01 SHUT OFF VALVE VAPOR x 45W41 WG1336 01 PANEL FRONT ACCESS x 45W41 WG1337 01 BRACKET HEAT EXCHANGER x 45W28 WG1338 01 SHUT OFF ...

Page 42: ... parts must be made available to SpacePak in exchange for the replacement parts and become the property of SpacePak SpacePak Buffer Tanks The Manufacturer warrantstotheoriginalownerattheoriginalinstallationsitethattheHydronicBufferTanks the Product willbefreefromdefectsinmaterialorworkmanship for a period not to exceed ten 10 years from the startup provided the product is installed in accordance w...

Page 43: ... 43 Split Inverter Air to Water Heat Pump ...

Page 44: ...IN UNITED STATES 260 NORTH ELM ST WESTFIELD MA 01085 800 465 8558 IN CANADA 7555 TRANMERE DRIVE MISSISSAUGA ONTARIO L5S 1L4 905 670 5888 ...

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