Jaspi SPLIT 6 Installer Manual

Air-to-water heat pump

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D112867

INSTALLER MANUAL

Air-to-water heat pump

JÄSPI SPLIT

6,8,12,16

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Summary of Contents for Jaspi SPLIT 6

Page 1 D112867 INSTALLER MANUAL Air-to-water heat pump JÄSPI SPLIT 6,8,12,16...
Page 3 Electrical schematic Transport and storage Index Installation Removing access panels Contact details Heat pump construction Component location Split 6 Component location Split 8 Component location Split 12 Component location Split 16 Component list Split outdoor unit Electrical panel Sensor locations...
Page 4 Important System solution Symbols Split outdoor unit is intended for installation together with NOTE! SplitBox and indoor module Tehowatti Air or control unit MCU 40 for a perfect system solution. This symbol indicates a hazard to personnel or Safety information machinery.
Page 5 Never install or use the system near equipment that generates an Ventilate the working space effectively - refrigerant may leak while electromagnetic field or high-frequency overtones. servicing the device. Inverters, backup power supplies, high-frequency medical equipment and The refrigerant produces a toxic gas when coming into contact with an open telecommunications equipment can affect the device, resulting in malfunctions flame.
Page 6 Serial number Recycling The service code and serial number (PF3) are found on the Let the product installer or waste station handle right side of the outdoor unit. disposal of the packaging. When the product reaches the end of its service life, it cannot be disposed along with other common household waste.
Page 7 Main fuse of the property Group fuse Pilot switch/current sensor (connected to the indoor module/control unit) KVR 10 When installing the Split 6, ensure that the software version of the indoor module/control unit is at least v8320. Cooling Remarks Inspected Pipes, condensation insulation Jäspi Split...
Page 8 Compatible Tehowatti Air indoor module and MCU40 control unit All Jäspi Split 6-12 outdoor units with SplitBox are compatible with the Tehowatti Air indoor module and MCU 40 control unit. Tehowatti Air product no. 5858528 MCU 40 product no. T000676 Section 1 | Jäspi Split...
Page 9 Delivery and handling Transport and storage The outdoor unit must be transported and stored upright. NOTE! Ensure that the heat pump cannot tip over during transport. 300 mm Installation • Place the outdoor unit outside on a solid surface that can hold its weight, preferably a concrete floor or pad.
Page 10 CONDENSATION WATER DRAINAGE LIFTING THE UNIT FROM THE STREET TO THE INSTALLATION SITE Condensation water drains into the ground under the outdoor unit. In order to avoid damaging the house and If the surface allows, a pallet jack should be used to heat pump, condensation water should be collected and move the outdoor unit to its installation site.
Page 11 Rainwater well Recommended alternative to condensation water drainage NOTE! Indoor floor drain Bend the hose into a loop to form a trap (see figure). Conn Trap Trap Defro Frost line Condensation water is run to the indoor floor drain From the air-to- (compliance with local regulations is required).
Page 12 INSTALLATION SPACE The distance between the outdoor unit and wall must be at least 15 cm. There must be at least 100 cm of overhead clearance above the outdoor unit. There must also be 100 cm of clearance in front of the outdoor unit for service access 15 cm Rear clearance...
Page 13 Split 6 Split 8 Jäspi Split Section 2 | Delivery and...
Page 14 Split 12 Split 16 Section 2 | Delivery and Jäspi Split...
Page 15 Heat pump construction Component location Split 6 PWB1 GQ1 FM01 GQ10 XL53 XL52 EB11 QM36 QM37 XL20 Jäspi Split Section 3 | Heat pump...
Page 16 Component location Split 8 PWB1 PWB2 PWB3 XL20 63H1 GQ1 FM01 EEV-H EEV-C GQ10 XL53 QM36 XL52 EB11 QM37 EB10 XL20 Jäspi Split Section 3 | Heat pump structure...
Page 17 Component location Split 12 PWB3 PWB1 PWB2 63H1 GQ1 FM01 XL20 EEV-C QM36 QM37 EB11 XL53 EEV-H XL52 GQ10 EB10 Jäspi Split Section 3 | Heat pump structure...
Page 18 Component location Split 16 FM01 GQ1 PWB3 PWB1 PWB2 63H1 EEV-C XL20 QM36 QM37 XL52 XL53 EEV-H QN1 EB11 FM02 GQ2 EB10 GQ10 Section 3 | Heat pump Jäspi Split...
Page 19 Component list Split outdoor units PLUMBING CONNECTIONS Service valve, liquid side QM36 Service valve, side QM37 Connection, service XL20 Connection, gas pipe XL52 XL53 Connection, liquid pipe SENSOR ETC. BP2 (63H1) High-pressure pressostat BP8 (LPT) Low-pressure transmitter ELECTRICAL COMPONENTS EB11 (DH) Drip tray heater GQ1 (FM01) GQ2 (FM02)
Page 20 Split 8 Electrical panel PWB1 PWB2 COMPONENT LOCATION Split 6 PWB3 PWB1 Cable clamp Cable clamp Jäspi Split Section 3 | Heat pump structure...
Page 21 Split Split PWB3 PWB1 FM01 Reactor AF module Diode module Capacitor PWB2 Electrical components Split outdoor units (CH) Compressor heater (DH) Drip tray heater Fuse Fan motor (FM01) Control board (PWB1) Inverter board (PWB2) Filter board (PWB3) Terminal block, power supply and communication (TB) Component diagram markings compliant with the EN 81346-2 standard.
Page 22 Sensor locations TEMPERATURE SENSOR PLACEMENT Outdoor unit Split 6 BT28 Power GQ10 EEV- Outdoor unit SPLIT 8 / Split 12 BT28 Power Tho-A GQ10 EEV-H EEV-C Section 3 | Heat pump Jäspi Split...
Page 23 Outdoor unit Split 16 BT28 Power GQ10 EEV-H EEV-C BE1 (CT) Current sensor BT28 (Tho-A) Ambient temperature BP1 (63H1) High-pressure pressostat BP2 (LPT) Low-pressure transmitter GQ1 (FM01) GQ2 (FM02) GQ10 (CM) Compressor QN1 (EEV-H) Expansion valve, heating QN2 (20S) 4-way valve QN3 (EEV-C) Expansion valve, cooling Tho-D...
Page 24 Split 6 SENSOR INFORMATION Split 8/12/16 SENSOR INFORMATION Tho-D Tho-D Resistance Resistance (kΩ) (kΩ) Temperature Temperature (°C) (°C) Tho-A, R Tho-S, Tho-R1, Tho-R2 Resistance Resistance (kΩ) (kΩ) Temperature Temperature (°C) (°C) Tho-A (BT28) Resistance (kΩ) Temperature (°C) Section 3 | Heat pump...
Page 25 Plumbing connections NOTE! Further information: See chapter “Plumbing connections” in the SplitBox installation manual Jäspi Split Section 4 | Plumbing...
Page 26 KAUKORA, a manufacturer service representative or an equivalent licensed Outdoor unit Max. current (A) professional in order to ensure safety. Split 6 Split 8 Split 12 Split 16 Section 5 | Electrical Jäspi Split...
Page 27 PRINCIPLE - ELECTRICAL INSTALLATION Electr ical Power Safe Communication Input cable Current sensor SPLITBOX TEHOWATTI AIR OUTDOOR UNIT Electrical components See component locations in section Heat pump construction, Electrical panel on page Access - electrical connection REMOVING ACCESS PANELS See section Removing access panels on page Jäspi Split Section 5 | Electrical...
Page 28 Connections NOTE! In order to avoid faults, the outdoor connections for communication and/or sensor cables must be installed at least 20 cm from the high voltage cable. ELECTRICAL CONNECTION Split outdoor unit Power supply Cable grommet Section 5 | Electrical Jäspi Split...
Page 29 Power supply Cable grommet Jäspi Split Section 5 | Electrical...
Page 30 COMMUNICATION CONNECTION The communication cable is connected to the TB. See also the electrical schematic on page For additional information, refer to the SplitBox installation manual. CONNECTING ACCESSORIES The instructions for connecting accessories can be found in the installation instructions included with each accessory. See page 36 for the list of accessories that can be used with the outdoor unit.
Page 31 Compressor heater The outdoor unit is fitted with a compressor heater (CH), which heats the compressor before starting and when the compressor is cold. (Does not apply to the Split 6) NOTE! The compressor heater should be turned on 6-8 hours before the first start-up (see chapter “Start-up...
Page 32 Control - Heat pump NOTE! Further information: See chapter “Control - Heat pump” in the SplitBox installation manual. Jäspi Split Section 7 | Control – Heat pump EB101...
Page 33 Faults NOTE! Further information: See chapter “Faults” in the SplitBox installation manual Jäspi Split Section 8 | M lf...
Page 34 Alarm list Alarm Alarm text on the screen Description Possible cause • Temperature too high out from the condenser. High condenser out. Low flow during heating Self-resetting. • Temperatures set too high • High condenser in. Temperature too high into the condenser. Self- Temperature generated by another heat resetting.
Page 35 Alarm Alarm text on the screen Description Possible cause • High temperature in the heat Temperature deviation on the heat exchanger Sensor does not work (see "Faults") exchanger sensor (Tho-R1/R2) occurring five times within • Insufficient air circulation or blocked heat 60 minutes or for 60 minutes continuously.
Page 36 Accessories Not all accessories are available in all market areas. GROUND STAND Split 6-12 Prod. no. T000767 DRAIN PIPE KVR 10-10 1 metre Prod. no. M03215 KVR 10-30 3 metres Prod. no. M03216 KVR 10-60 6 metres Prod. no. M03217...
Page 37 11 Technical specifications Dimensions SPLIT 6 40º 40º Jäspi Split Section 11 | Technical...
Page 38 SPLIT 8 30º 30º Section 11 | Technical Jäspi Split...
Page 39 SPLIT 12 Right Jäspi Split Section 11 | Technical...
Page 40 SPLIT 16 Section 11 | Technical Jäspi Split...
Page 41 Because the sound pressure levels are further affected by walls, masonry, differences in ground level, etc., they should therefore only be considered suggestions. Sound SPLIT 6 SPLIT 8 SPLIT 12 SPLIT 16 Noise level* According to EN12102 at 7/45 (nominal)*...
Page 42 064 035 *SPLIT 6: If the refrigerant pipe is more than 15 metres in length, 0.02 kg of refrigerant per metre of pipe must be added. SPLIT 8/12/16: If the refrigerant pipe is more than 15 metres in length, 0.06 kg of refrigerant per metre of pipe must be added.
Page 43 Jäspi Split Section 11 | Technical...
Page 44 SCOP & PDESIGNH SCOP & Pdesignh according to EN 14825 Split 6 / Split 8 / Split 12 / Split 16 / Outdoor unit SPLITBox SplitBox 6 SplitBox 8-12 SplitBox 8-12 SplitBox 8-12 SCOP SCOP SCOP SCOP designh designh designh...
Page 45 Working area Output and COP Output and COP at different supply temperatures. Max. Compressor operation - heating specified output incl. defrosting. Temperature (°C) Max. specified output Split 6 Heating output (kW) 9.00 8.00 7.00 6.00 4.00 3.00 2.00 1.00 0.00...
Page 46 Max. specified output SPLIT 12 Max. specified output SPLIT 8 Heating output (kW) Heating output (kW) 16.00 12.00 14.00 10.00 12.00 8.00 10.00 8.00 6.00 6.00 4.00 4.00 2.00 2.00 0.00 0.00 (°C) 35°C Ambient temperature 35°C Ambient temperature 45°C (°C) 45°C (°C)
Page 47 Max. specified output Split 16 Heating output (kW) 25.00 20.00 15.00 10.00 5.00 0.00 Ambient temperature 35°C Ambient temperature 45°C (°C) 55°C COP SPLIT 16 6.00 5.00 4.00 3.00 2.00 1.00 0.00 Ambient Ambient temperature 35°C temperature (°C) 45°C 55°C Jäspi Split Section 11 | Technical...
Page 48 Output with a lower fuse rating than recommended Specified out put Split 12 fuse 16A Heating output (kW) 16.00 14.00 12.00 10.00 8.00 6.00 4.00 2.00 0.00 35°C Ambient temperature 45°C (°C) 55°C fuse 20A Specified output Split 12 Heating output (kW) 16.00 14.00 12.00...
Page 49 Energy rating INFORMATION SHEET Manufacturer Kaukora Model Split 6 + SplitBox 6 Split 8 + SplitBox 8-12 Split 12 + SplitBox 8-12 Split 16 + SplitBox 16 Temperature application °C 35 / 55 35 / 55 35 / 55 35 / 55...
Page 50 TECHNICAL DOCUMENTATION Model Split 6 + SplitBox 6 Heat pump type Air-water Exhaust air-water Brine- water Water-water Low-temperature heat pump Integrated immersion heater for additional heat Heat pump combination heater Climate Cold Warm Temperature application Temperature application Low (35 °C) Average (55 °C)
Page 51 Model Split 8 + SplitBox 8-12 Heat pump type Air-water Exhaust air-water Brine-water Water-water Low-temperature heat pump Integrated immersion heater for additional heat Heat pump combination heater Climate Average Cold Warm Temperature application Average (55 °C) Low (35 °C) Applicable standards EN14825 / EN14511 / EN12102 Rated heat output Prated...
Page 52 Model Split 12 + SplitBox 8-12 Heat pump type Air-water Exhaust air-water Brine-water Water-water Low-temperature heat pump Integrated immersion heater for additional heat Heat pump combination heater Climate Average Cold Warm Temperature application Average (55 °C) Low (35 °C) Applicable standards EN14825 / EN14511 / EN12102 Prated ƞ...
Page 53 Model Split 16 + SplitBox 16 Heat pump type Air-water Exhaust air-water Brine-water Water-water Low-temperature heat pump Integrated immersion heater for additional heat Heat pump combination heater Climate Average Cold Warm Temperature application Average (55 °C) Low (35 °C) Applicable standards EN14825 / EN14511 / EN12102 Rated heat output Prated...
Page 54 Electrical schematic SPLIT 6 SPLIT 8 230V ~50Hz POWER SOURCE 230V 50Hz F(20A) L1 RD T2 T1 Y/GN F6 (5A) N/F PWB3 FM01 CNO2 (WH)T11 (4A) 6 5 4 3 2 1 6 5 4 3 2 1 7 6 5 4 1...
Page 55 SPLIT 12 POWER SOURCE 1 ～ 230V ~50Hz Y/GN F (30A) F (8A) N WH NOISE FILTER PWB3 L1o No F (4A) FM01 FM02 ＋－ 4 3 2 1 6 4 3 2 1 7 6 5 4 1 7 6 5 4 1 P1 N1 CNW2...
Page 56 Markings Description 4-way valve solenoid 52X1 Auxiliary relay (for CH) 52X2 Auxiliary relay (for DH) 52X3 Auxiliary relay (for 20S) 52X4 Auxiliary relay (for SV1) 63H1 Ylipaineensäädin Capacitor Compressor heater Compressor motor CnA~Z Terminal block Current sensor Drip tray heater Diode module Fuse FM01,...
Page 57 Jäspi Split Index...
Page 59 Contact details Kaukora Oy Tuotekatu 11 21200 Raisio FINLAND www.jaspi.fi...
Page 60 This manual is a KAUKORA OY publication. All product images and information are based on information valid at the time this manual was approved for publication. KAUKORA OY is not responsible for any material or printing errors. 2019 KAUKORA Oy...

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