Panasonic PAW-VP1000LDHW Technical Manual Download Page 109

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109

PAW-VP•LDHW - Technical Manual – 2019-11

Error Codes PACi & ECOi

Alarm codes for indoor/outdoor units ECOi

Remote control

display

Alarm contents

E14

Two or more indoor units are set as main, in the group controlled indoor units

E15

Fewer indoor units are found in Auto addressing than the setting on outdoor PCB.

E16

More indoor units are found in auto addressing than the setting on outdoor PCB

E18

No response from sub indoor to the main indoor unit in group control wiring

E20

No indoor unit responded in auto addressing

E31

Error in communication inside outdoor unit control box

F01

Indoor unit heat exchanger liquid temperature sensor has failure (E1)

F02

Indoor unit heat exchanger temperature sensor has failure (E2)

F03

Indoor unit heat exchanger gas temperature sensor has failure (E3)

F04

Compressor discharge to temperature sensor has failure (DISCH)

F06

Outdoor unit heat exchanger gas temperature sensor has failure (EXG)

F07

Outdoor unit heat exchanger liquid temperature sensor has failure (EXL)

F08

Outdoor temperature sensor has failure (TO)

F10

Indoor suction air (room) temperature sensor has failure (TA)

F11

Indoor discharge air temperature sensor has failure (BL)

F12

Compressor inlet temperature sensor has failure (SCT)

F14

Subcooling heat exchanger temperature sensor has failure (SCG)

F16

High pressure sensor has failure (HPS)

F17

Low pressure sensor has failure (LPS)

F29

EEPROM on indoor unit PCB has failure

F31

EEPROM on outdoor unit PCB has failure

H01

Compressor primary current is overcurrent

H02

PFC is overcurrent or VDC is overvoltage

H03

Compressor current sensor is disconnected or shorted

H05

Compressor discharge temperature sensor is disconnected, shorted or misplaced (DISCH)

H06

Low pressure sensor value is too low

H31

Compressor HIC has failure. HIC is overcurrent or overheat. VDC is undervoltage or overvoltage

L01

Indoor unit address setting has error. (No main indoor unit in group control)

L02

Indoor unit model does not match with the outdoor unit model. (Multi-split/mini-split))

L03

Two or more indoor units are set as main in group control

L04

Duplicate system address setting on outdoor units.

L05

Two or more indoor units are set as priority indoor unit (priority indoor unit)

L06

Two or more indoor units are set as priority indoor unit (non-priority indoor unit)

L07

Group control wiring is detected for indoor unit set as individual control

L08

Indoor unit address is not set

L09

Capacity setting of indoor unit is not correct

L10

Capacity setting of outdoor unit is not correct

L13

Indoor unit model does not match with outdoor unit

L17

Model mismatch between outdoor units

L18

4-way valve has failure

Summary of Contents for PAW-VP1000LDHW

Page 1: ...91101 1 Commercial System Air Conditioner Air to Water Heat Pump Systems PAW VP1000LDHW PAW VP750LDHW PAW VP500LDHW PAW VP200LDHW PAW VP380L Domestic Hot Water System for R410A and R32 Use Technical Manual ...

Page 2: ......

Page 3: ...2019 All rights reserved Copyright and property rights The copyright of this manual remains with the manufacturer No part of this manual may be reproduced in any form or processed duplicated or distributed using electronic systems without the written permission of Polar Energi AS Infringements which are contrary to the above Claims contradict oblige to damages All trademarks mentioned in this manu...

Page 4: ... PAW VP380L 24 1 2 Outlines and dimensions 25 1 2 1 Tank model PAW VP1000LDHW 25 1 2 2 Tank model PAW VP750LDHW 26 1 2 3 Tank model PAW VP500LDHW 27 1 2 4 Tank model PAW VP200LDHW 28 1 2 5 Tank model PAW VP380L 29 1 2 6 PAW VP RTC5B PAC PAW VP RTC5B ECO 30 1 3 Main components 31 1 3 1 Tank models PAW VP1000L 750L 31 1 3 2 Tank model PAW VP500L 32 1 3 3 Tank model PAW VP200L 33 1 3 4 Tank model PAW...

Page 5: ...W 15 C 60 3 12 Capacity table PAW VP500LDHW 18 C 62 3 13 Capacity table PAW VP200LDHW 10 C 64 3 14 Capacity table PAW VP200LDHW 12 C 66 3 15 Capacity table PAW VP200LDHW 15 C 68 3 16 Capacity table PAW VP200LDHW 18 C 70 3 17 Cooling capacity table PAW VP380L 72 3 18 Heating capacity table PAW VP380L 73 4 Water Piping Installation 74 4 1 Tank unit refrigerant piping installation 74 4 2 DHW tank wat...

Page 6: ...96 7 4 3 How to mount the E1 E2 and E3 sensors on the pipes 96 7 4 4 How to use with Terminal PAW VP RTC5B PAC 97 7 4 5 How to use with Terminal PAW VP RTC5B ECO 97 8 Connecting the Refrigerant Tubing 98 8 1 Use soldering method 98 8 2 Preparation of cooling pipe for tank 98 8 3 How to install the expansion valve when using ECOi 98 8 4 Expansion valve 99 8 5 Choose the right expansion valve for di...

Page 7: ...ation of the heating unit 115 13 2 Electrical connection 116 13 2 1Connection for 3 phases Star 116 13 2 2Connection for 3 phases Triangle 116 13 3 Start up and service 117 13 3 1Operation keys and displays 117 13 3 2Menu diagram 119 13 3 3Operational menu 120 13 3 4Service menu 120 A Appendix 121 A 1 Spare parts PAW RTC5B 121 A 2 Spare parts Tanks 122 A 3 Product fiche Water heater 128 A 4 Possib...

Page 8: ...tions in this manual Target groups This manual is intended for specialist planners and installers as well as service companies Installation commissioning and maintenance of the products may only be carried out by quali fied specialist personnel The operation of the products can also be carried out by private persons Treated products This manual covers the following products R32 and R410A products ...

Page 9: ...e uses the following warnings and signs DANGER This symbol refers to a hazard or unsafe practice which can result in severe personal injury or death Follow the warnings provided to avoid this CAUTION This symbol refers to a hazard or unsafe practice which can result in personal injury or product or property damage Follow the warnings provided to avoid this WARNING This signal word warns of a situa...

Page 10: ... the specified order Indicates the result of a work step Indicates the result of a sequence of work steps Indicates an enumeration Key Indicates the name of a key Option Indicates an option of the panel Menu Option Indicates a sequence of several options that must be selected one after the other Accent Indicates important terms or passages 1 Indicates references to legends in the text cross refere...

Page 11: ...s given in this manual DANGER This symbol refers to a hazard or unsafe practice which can result in severe personal injury or death Follow the warnings provided to avoid this CAUTION This symbol refers to a hazard or unsafe practice which can result in personal injury or product or property damage Follow the warnings provided to avoid this If Necessary Get Help These instructions are all you need ...

Page 12: ...hould be provided in the exclusive line Provide a power outlet exclusively for each unit and full disconnection means con tact separation in all poles must be incorporated in the fixed wiring in accordance with the wiring rules To prevent possible hazards from insulation failure the unit must be grounded This equipment is strongly recommended to be installed with Earth Leakage Circuit Breaker ELCB...

Page 13: ... level foundation for the outdoor unit This prevents water damage and abnormal vibration In an area with high winds Securely anchor the outdoor unit down with bolts and a metal frame Provide a suitable air baffle In a snowy area for heat pump type systems Install the outdoor unit on a raised platform that is higher than drifting snow Provide snow vents In laundry rooms Do not install in laundry ro...

Page 14: ...ant leaks A halide torch or any other detector using a naked flame shall not be used Electronic leak detectors may be used to detect refrigerant leaks but the sensitivity may not be adequate or may need re calibration Detection equipment shall be calibrated in a refrigerant free area Turn the power OFF at the main power box mains before opening the unit to check or repair electrical parts and wiri...

Page 15: ...e do not repair by yourself Contact the sales dealer or service dealer for repair CAUTION Do not touch the air inlet or the sharp aluminum fins of the outdoor unit You may get injured Ventilate any enclosed areas when installing or testing the refrigeration system Escaped refrigerant gas on contact with fire or heat can produce dangerously toxic gas Confirm after installation that no refrigerant g...

Page 16: ...y refrigerant charge of the product 2 the additional refrigerant amount charged in the field and 1 2 the total refrigerant charge on the refrigerant charge label supplied with the product The filled out label must be adhered in the proximity of the product charging port e g onto the inside of the service cover Label for R410A Label for R32 This product contains flourinated greenhouse gases CO2 equ...

Page 17: ...W VP500LDHW must be calculated as wall mounted 1 22 3 50 3 88 2 0 1 5 1 0 0 5 0 03 3 0 4 0 2 53 3 5 5 0 4 5 2 5 5 0 7 5 10 0 12 5 15 0 17 5 20 0 22 5 25 0 32 5 35 0 27 5 30 0 0 0 Amin minimum indoor floor space m 2 mc the refrigerant charge amount kg Can not be installed Can be installed U 100PZ2E5 U 100PZ2E8 Can not be installed mc the refrigerant charge amount Total of refrigerant at shipment an...

Page 18: ...ted as floor mounted PAW VP380L must be calculated as wall mounted 450 400 350 300 250 200 150 100 50 0 1 3 5 7 9 11 13 A min m mref kg For R410A please refer to installation manual for outdoor unit Floor mounted Wall mounted 7 80 kg Max charge for outdoor model U 200PZH2E8 U 250PZH2E8 R32 max allowable charge for occupied space ...

Page 19: ...2 Refrigerant at shipment kg 5 2 Outdoor ambient operating range C 20 35 Heating up time min 173 VP tank DHW Stainless steel 316L pickling protective magnesium anode Average insulation thickness mm 100 Internal exchanger m surface connection 4 0 1 2 3 4 Electrical specifications Max power consumption without heater with heater kWh 10 0 16 0 Number of electrical heaters x power W 1 6000 Voltage fre...

Page 20: ...oor ambient operating range C 20 35 Heating up time min 150 VP tank DHW Stainless steel 316L pickling protective magnesium anode Average insulation thickness mm 100 Internal exchanger m surface connection 4 0 1 2 3 4 Electrical specifications Max power consumption without heater with heater kWh 10 0 16 0 Number of electrical heaters x power W 1 6000 Voltage frequency V Hz 400 50 Electric protectio...

Page 21: ...pment kg 8 3 8 3 Outdoor ambient operating range C 20 35 20 35 Heating up time min 162 133 VP tank DHW Stainless steel 316L pickling protective magnesium anode Average insulation thickness mm 100 100 Internal exchanger m surface connection 4 0 1 2 3 4 4 0 1 2 3 4 Electrical specifications Max power consumption without heater with heater kWh 20 4 26 4 20 4 26 4 Number of electrical heaters x power ...

Page 22: ...door ambient operating range C 20 35 Heating up time min 126 VP tank DHW Stainless steel 316L pickling protective magnesium anode Average insulation thickness mm 70 Internal exchanger m surface connection 2 2 3 8 5 8 Electrical specifications Max power consumption without heater with heater kWh 3 99 6 99 Number of electrical heaters x power W 1 3000 Voltage frequency V Hz 230 50 Electric protectio...

Page 23: ...tdoor ambient operating range C 20 35 Heating up time min 123 VP tank DHW Stainless steel 316L pickling protective magnesium anode Average insulation thickness mm 70 Internal exchanger m surface connection 1 46 3 8 5 8 Electrical specifications Max power consumption without heater with heater kWh 3 99 5 99 Number of electrical heaters power W 1 2000 Voltage frequency V Hz 230 50 Electric protectio...

Page 24: ...on 1 1 4 Heating water flow ΔT 5K 35 C m h 3 9 Capacity of integrated electrical heater kW Not equipped Flow switch Not equipped Water filler Not equipped Input power Not equipped Maximum current Not equipped Outdoor unit U 200PZH2E8 Sound power Sound pressure Outdoor evaporator unit dB dB A 73 57 Dimension H W D mm 1500 980 370 Net weight 117 Piping connections liquid pipe gas pipe inch mm 1 2 12...

Page 25: ...cal Data of Indoor Unit 1 1 2 Outlines and dimensions 1 2 1 Tank model PAW VP1000LDHW 2210 1846 427 0 276 1275 170 990 Rp 1 1 4 R 2460 1 2 Rp 1 1 4 3 4 1 2 1475 1 1 4 Rp 1 630 All dimensions in mm i Note R value indicates maximum overturning height ...

Page 26: ...2019 11 Technical Data of Indoor Unit 1 1 2 2 Tank model PAW VP750LDHW 1855 1426 427 0 270 1085 170 990 Rp 1 1 4 1 2 Rp 1 1 4 3 4 1 2 1305 1 1 4 Rp 1 630 R 2090 All dimensions in mm i Note R value indicates maximum overturning height ...

Page 27: ... Manual 2019 11 Technical Data of Indoor Unit 1 1 2 3 Tank model PAW VP500LDHW 1660 380 0 135 230 Rp 3 4 790 Rp 1 R 1840 3 8 5 8 900 Rp 1 2 500 1100 1380 All dimensions in mm i Note R value indicates maximum overturning height ...

Page 28: ...al Manual 2019 11 Technical Data of Indoor Unit 1 1 2 4 Tank model PAW VP200LDHW 1568 350 0 100 190 Rp 3 4 590 Rp 1 R 1668 3 8 5 8 900 510 Rp 1 2 1100 All dimensions in mm i Note R value indicates maximum overturning height ...

Page 29: ...LDHW Technical Manual 2019 11 Technical Data of Indoor Unit 1 1 2 5 Tank model PAW VP380L 2 5 BAR 1750 690 7 8 1 2 1510 245 585 R 1900 1820 All dimensions in mm i Note R value indicates maximum overturning height ...

Page 30: ...VP LDHW Technical Manual 2019 11 Technical Data of Indoor Unit 1 1 2 6 PAW VP RTC5B PAC PAW VP RTC5B ECO Ø 6 9 3 10 93 5 360 359 160 159 1 Ø 4 4 75 25 4 100 1 5 3 5 120 23 23 5 5 9 83 5 16 All dimensions in mm ...

Page 31: ...s PAW VP1000L 750L 1 2 3 9 K 7 8 J 6 5 4 1 Turn pressure pipe 3 4 2 Return liquid pipe 1 2 3 E1 and E2 sensor 4 Adjustable levelling feet 5 Inlet city water 1 1 4 6 Booster heater 6 kW 7 Return pump circulation 1 2 8 Magnesium anode 9 Outlet DHW 1 1 4 10 Sensor pocket TA 11 Safety valve 1 12 Hot gas sensor E3 ...

Page 32: ...W VP500L 1 Turn pressure pipe 5 8 2 Return liquid pipe 3 8 3 E1 and E2 sensor 4 Adjustable levelling feet 5 Inlet city water 3 4 6 Booster heater 3 kW 7 Magnesium anode 8 Outlet DHW 1 9 Sensor pocket TA 10 Safety valve 11 Return pump circulation 1 2 12 Hot gas sensor E3 1 2 3 8 J K 7 9 6 5 4 ...

Page 33: ...3 3 Tank model PAW VP200L 1 Turn pressure pipe 5 8 2 Return liquid pipe 3 8 3 E1 and E2 sensor 4 Adjustable levelling feet 5 Inlet city water 3 4 6 Booster heater 3 kW 7 Magnesium anode 8 Outlet DHW 1 9 Sensor pocket TA 10 Safety valve 11 Hot gas sensor E3 1 2 3 8 J 7 9 6 5 4 ...

Page 34: ...del PAW VP380L 11 1 2 3 8 J 7 9 6 5 4 1 Turn pressure pipe 3 4 2 Return liquid pipe 1 2 3 Turn waterborne heating 1 1 4 4 Booster heater 6 9 kW 5 Return waterborne heating 6 Safety valve 3 bar 7 Adjustable levelling feet 8 Liquid sensor E1 and E2 9 Sensor pocket TA 10 Hot gas sensor E3 ...

Page 35: ...or E2 included in delivery 1 3 6 VP RTC5B ECO 1 2 3 5 4 6 1 PAW VP RTC5A PAC 2 CZ RTC5B 3 Temperature sensor TA 4 Temperature sensor E1 5 Temperature sensor E3 6 Expansion valve PAW VP VALV 160 PAW VP VALV 280 Optional part included in delivery Important When using ECOi outdoor unit and Polar Energi DHW tank one to one for water borne heating or DHW it is not necessary to install an expansion valv...

Page 36: ...k cut schedule by using the remote controller 0 0 9 1 0 0 6 1 0 0 3 1 0 0 1 1 Time zone to reduce the operation capacity Large Operation capacity Small Proceed as follows 1 Display the menu screen To return to the last screen Press To return to the top screen Press 2 times 2 Select Energy saving M N R 3 Select Schedule peak cut M N R 4 Enter the password M N R P R Repeat ...

Page 37: ...end time M N R P R M N R Repeat 9 Select the operation capacity M N R R Press 2 times to finish To set in series Repeat from step 4 without pressing To change Select the field to change in step 7 above Select Change M N R Following the above steps 8 to 9 select the start time end time and operation capacity To delete Select the field to delete in step 7 above Select Delete M N R Select YES M N R R...

Page 38: ... C ambient temperature heating water from 10 C to 55 C Capacity Performance Data with peak cut demand 70 16 kW heating up time 144 min Capacity U 250PZH2E8 PAW VP750LDHW at 7 C ambient temperature heating water from 10 C to 55 C Capacity Performance Data with peak cut demand 70 14 kW heating up time 150 min Capacity U 10ME2E8 PAW VP750LDHW at 7 C ambient temperature heating water from 10 C to 55 C...

Page 39: ...w part tank Middle part tank Upper part tank Mixing temperature 46 48 C 50 C 57 C 52 C 50 52 C 54 C 60 C 56 C 53 55 C 57 C 67 C 61 C 55 58 C 60 C 70 C 63 C Maximum and Minimum frequency related to outdoor temperature Heat pump U PZH TO temp Heating 100PZH2 200PZH2 250PZH2 Hz 20 18 49 60 80 Hz 11 9 55 70 95 Hz 4 2 60 80 100 Hz 4 20 65 95 110 ...

Page 40: ...77 13551 32 3 27 55 C 4 08 34 48379 39 16529 61 2 93 2 C 45 C 3 08 53 38265 21 12560 31 3 05 50 C 3 58 58 44341 77 15891 42 2 79 55 C 4 51 29 48379 39 19384 02 2 50 0 C 45 C 3 10 40 38265 21 12679 80 3 02 50 C 4 01 15 44341 77 16042 61 2 76 55 C 4 54 16 48379 39 19568 44 2 47 2 C 45 C 3 09 42 38265 21 12615 06 3 03 50 C 4 00 01 44341 77 15960 70 2 78 55 C 4 52 46 48379 39 19468 52 2 49 7 C 45 C 3 ...

Page 41: ...HW C ltr 65 C 0 00 60 C 212 75 55 C 44 62 50 C 227 30 45 C 115 43 40 C 94 09 Tapping amount 45 C PAW VP1000LDHW C ltr 65 C 0 00 60 C 0 00 55 C 0 00 50 C 245 73 45 C 31 36 40 C 263 84 Based on End temperature 55 C 50 C 45 C Outdoor temperature 7 C City water temperature 10 C Without reheating Heating the water from 10 C to end temperature Please note The data mentioned in this document is gotten by...

Page 42: ...5 C 4 01 59 46198 52 16092 07 2 87 2 C 45 C 3 01 10 36084 34 12047 34 3 00 50 C 3 51 15 42160 90 15378 33 2 74 55 C 4 43 46 46198 52 18870 92 2 45 0 C 45 C 3 02 53 36084 34 12161 82 2 97 50 C 3 53 27 42160 90 15524 63 2 72 55 C 4 46 28 46198 52 19050 46 2 43 2 C 45 C 3 01 57 36084 34 12099 73 2 98 50 C 3 52 16 42160 90 15445 37 2 73 55 C 4 45 01 46198 52 18953 19 2 44 7 C 45 C 3 05 38 36084 34 123...

Page 43: ...HW C ltr 65 C 0 00 60 C 208 58 55 C 43 75 50 C 222 85 45 C 113 17 40 C 92 25 Tapping amount 45 C PAW VP1000LDHW C ltr 65 C 0 00 60 C 0 00 55 C 0 00 50 C 240 92 45 C 30 75 40 C 258 67 Based on End temperature 55 C 50 C 45 C Outdoor temperature 7 C City water temperature 12 C Without reheating Heating the water from 12 C to end temperature Please note The data mentioned in this document is gotten by...

Page 44: ... C 3 54 05 42929 71 15566 59 2 76 2 C 45 C 2 51 54 32815 53 11431 00 2 87 50 C 3 41 59 38892 08 14762 12 2 63 55 C 4 34 30 42929 71 18254 71 2 35 0 C 45 C 2 53 32 32815 53 11539 75 2 84 50 C 3 44 06 38892 08 14902 56 2 61 55 C 4 37 07 42929 71 18428 38 2 33 2 C 45 C 2 52 39 32815 53 11480 83 2 86 50 C 3 42 57 38892 08 14826 47 2 62 55 C 4 35 42 42929 71 18334 29 2 34 7 C 45 C 2 56 08 32815 53 1171...

Page 45: ...HW C ltr 65 C 0 00 60 C 204 41 55 C 42 87 50 C 218 39 45 C 110 90 40 C 90 40 Tapping amount 45 C PAW VP1000LDHW C ltr 65 C 0 00 60 C 0 00 55 C 0 00 50 C 236 10 45 C 30 13 40 C 253 49 Based on End temperature 55 C 50 C 45 C Outdoor temperature 7 C City water temperature 15 C Without reheating Heating the water from 15 C to end temperature Please note The data mentioned in this document is gotten by...

Page 46: ...C 3 49 36 39707 99 15268 63 2 60 2 C 45 C 2 46 38 29593 81 11081 58 2 67 50 C 3 36 44 35670 36 14412 70 2 47 55 C 4 29 15 39707 99 17905 30 2 22 0 C 45 C 2 48 14 29593 81 11187 01 2 65 50 C 3 38 48 35670 36 14549 82 2 45 55 C 4 31 49 39707 99 18075 64 2 20 2 C 45 C 2 47 22 29593 81 11129 86 2 66 50 C 3 37 41 35670 36 14475 53 2 46 55 C 4 30 26 39707 99 17983 35 2 21 7 C 45 C 0 02 50 29593 81 11355...

Page 47: ...HW C ltr 65 C 0 00 60 C 202 32 55 C 42 43 50 C 216 16 45 C 109 77 40 C 89 48 Tapping amount 45 C PAW VP1000LDHW C ltr 65 C 0 00 60 C 0 00 55 C 0 00 50 C 233 69 45 C 29 83 40 C 250 91 Based on End temperature 55 C 50 C 45 C Outdoor temperature 7 C City water temperature 18 C Without reheating Heating the water from 18 C to end temperature Please note The data mentioned in this document is gotten by...

Page 48: ...68 55 C 3 55 00 37534 35 1627 21 2 40 2 C 45 C 2 59 15 29687 43 11919 97 2 49 50 C 3 46 16 34401 82 15047 09 2 90 55 C 4 35 35 37534 35 18325 79 2 05 0 C 45 C 3 00 57 29687 43 12033 38 2 47 50 C 3 48 25 34401 82 15190 24 2 26 55 C 4 38 12 37534 35 18500 14 2 03 2 C 45 C 3 00 02 29687 43 11971 94 2 48 50 C 3 47 16 34401 82 15112 68 2 28 55 C 4 36 47 37534 35 18405 68 2 04 7 C 45 C 3 03 40 29687 43 ...

Page 49: ...HW C ltr 65 C 0 00 60 C 165 06 55 C 34 62 50 C 176 35 45 C 89 55 40 C 73 00 Tapping amount 45 C PAW VP750LDHW C ltr 65 C 0 00 60 C 0 00 55 C 0 00 50 C 190 65 45 C 24 33 40 C 204 70 Based on End temperature 55 C 50 C 45 C Outdoor temperature 7 C City water temperature 10 C Without reheating Heating the water from 10 C to end temperature Please note The data mentioned in this document is gotten by c...

Page 50: ...C 3 48 39 35842 35 15204 89 2 36 2 C 45 C 2 51 48 27995 43 11424 73 2 45 50 C 3 38 49 32709 83 14551 84 2 25 55 C 4 28 08 35842 35 17830 54 2 01 0 C 45 C 2 53 26 27995 43 11533 42 2 43 50 C 3 40 54 32709 83 14690 28 2 23 55 C 4 30 41 35842 35 18000 18 1 99 2 C 45 C 2 52 33 27995 43 11474 53 2 44 50 C 3 39 47 32709 83 14615 28 2 24 55 C 4 29 18 35842 35 17908 27 2 00 7 C 45 C 2 56 02 27995 43 11706...

Page 51: ...HW C ltr 65 C 0 00 60 C 160 83 55 C 33 94 50 C 172 89 45 C 87 80 40 C 71 57 Tapping amount 45 C PAW VP750LDHW C ltr 65 C 0 00 60 C 0 00 55 C 0 00 50 C 186 91 45 C 23 86 40 C 200 68 Based on End temperature 55 C 50 C 45 C Outdoor temperature 7 C City water temperature 12 C Without reheating Heating the water from 12 C to end temperature Please note The data mentioned in this document is gotten by c...

Page 52: ... 3 41 14 33303 30 14711 60 2 26 2 C 45 C 2 43 06 25459 38 10846 25 2 35 50 C 3 30 08 30173 78 13973 37 2 16 55 C 4 19 26 33303 30 17252 07 1 93 0 C 45 C 2 44 39 25459 38 1949 44 2 33 50 C 3 32 07 30173 78 14106 31 2 14 55 C 4 21 54 33303 30 17416 20 1 91 2 C 45 C 2 43 49 25459 38 10893 54 2 34 50 C 3 31 03 30173 78 14034 08 2 15 55 C 4 20 34 33303 30 17327 28 1 92 7 C 45 C 2 47 08 25459 38 11113 9...

Page 53: ...HW C ltr 65 C 0 00 60 C 158 59 55 C 33 26 50 C 169 43 45 C 86 04 40 C 70 14 Tapping amount 45 C PAW VP750LDHW C ltr 65 C 0 00 60 C 0 00 55 C 0 00 50 C 183 17 45 C 23 38 40 C 196 67 Based on End temperature 55 C 50 C 45 C Outdoor temperature 7 C City water temperature 15 C Without reheating Heating the water from 15 C to end temperature Please note The data mentioned in this document is gotten by c...

Page 54: ... 3 37 01 30806 78 14431 88 2 13 2 C 45 C 2 38 10 22959 86 10518 23 2 08 50 C 3 25 12 27674 26 13645 35 2 03 55 C 4 14 30 30806 78 16924 05 1 82 0 C 45 C 2 39 40 22959 86 10618 30 2 16 50 C 3 27 09 27674 26 13775 17 2 01 55 C 4 16 55 30806 78 17085 06 1 80 2 C 45 C 2 38 52 22959 86 10564 09 2 17 50 C 3 26 05 27674 26 13704 83 2 02 55 C 4 15 36 30806 78 16997 83 1 81 7 C 45 C 2 42 04 22959 86 10777 ...

Page 55: ...HW C ltr 65 C 0 00 60 C 156 97 55 C 32 92 50 C 167 71 45 C 85 16 40 C 69 42 Tapping amount 45 C PAW VP750LDHW C ltr 65 C 0 00 60 C 0 00 55 C 0 00 50 C 181 30 45 C 23 14 40 C 194 66 Based on End temperature 55 C 50 C 45 C Outdoor temperature 7 C City water temperature 18 C Without reheating Heating the water from 18 C to end temperature Please note The data mentioned in this document is gotten by c...

Page 56: ...8 55 C 4 07 32 26463 94 8251 16 3 21 2 C 45 C 3 09 48 20931 40 6326 80 3 31 50 C 3 59 36 24255 33 7986 58 3 04 55 C 4 51 48 26463 94 9726 83 2 72 0 C 45 C 3 11 41 20931 40 6389 35 3 28 50 C 4 01 58 24255 33 8065 55 3 01 55 C 4 54 41 26463 94 9832 00 2 69 2 C 45 C 3 10 33 20931 40 6351 40 3 30 50 C 4 00 32 24255 33 8017 64 3 03 55 C 4 52 56 26463 94 9764 65 2 71 7 C 45 C 3 13 53 20931 40 6463 05 3 ...

Page 57: ...W C ltr 65 C 0 00 60 C 116 38 55 C 24 41 50 C 124 34 45 C 63 14 40 C 51 47 Tapping amount 45 C PAW VP500LDHW C ltr 65 C 0 00 60 C 0 00 55 C 0 00 50 C 134 42 45 C 17 16 40 C 144 32 Based on End temperature 55 C 50 C 45 C Outdoor temperature 7 C City water temperature 10 C Without reheating Heating the water from 10 C to end temperature Please note The data mentioned in this document is gotten by ca...

Page 58: ...52 55 C 4 00 51 25270 98 8028 17 3 15 2 C 45 C 3 01 55 19735 44 6063 93 3 26 50 C 3 51 43 23062 37 7723 72 2 99 55 C 4 43 55 25270 98 9463 97 2 67 0 C 45 C 3 03 43 19735 44 6123 89 3 22 50 C 3 54 00 23062 37 7800 08 2 96 55 C 4 46 44 25270 98 9557 54 2 64 2 C 45 C 3 02 38 19735 44 6087 51 3 24 50 C 3 52 37 23062 37 7753 75 2 97 55 C 4 45 01 25270 98 9500 77 2 66 7 C 45 C 3 05 50 19735 44 6194 52 3...

Page 59: ...W C ltr 65 C 0 00 60 C 114 10 55 C 23 93 50 C 121 90 45 C 61 90 40 C 50 46 Tapping amount 45 C PAW VP500LDHW C ltr 65 C 0 00 60 C 0 00 55 C 0 00 50 C 131 78 45 C 16 82 40 C 141 49 Based on End temperature 55 C 50 C 45 C Outdoor temperature 7 C City water temperature 12 C Without reheating Heating the water from 12 C to end temperature Please note The data mentioned in this document is gotten by ca...

Page 60: ... 38 55 C 3 53 02 23482 92 7767 72 3 02 2 C 45 C 2 52 42 17950 37 5756 90 3 12 50 C 3 42 30 21274 30 7416 68 2 87 55 C 4 34 42 23482 92 9156 93 2 56 0 C 45 C 2 54 25 17950 37 5813 81 3 09 50 C 3 44 42 21274 30 7490 01 2 84 55 C 4 37 25 23482 92 9247 46 2 54 2 C 45 C 2 53 23 17950 37 5779 28 3 11 50 C 3 43 22 21274 30 7445 52 2 86 55 C 4 35 47 23482 92 9192 53 2 55 7 C 45 C 2 56 26 17950 37 5880 87 ...

Page 61: ...W C ltr 65 C 0 00 60 C 111 81 55 C 23 45 50 C 119 46 45 C 60 67 40 C 49 45 Tapping amount 45 C PAW VP500LDHW C ltr 65 C 0 00 60 C 0 00 55 C 0 00 50 C 129 15 45 C 16 48 40 C 138 66 Based on End temperature 55 C 50 C 45 C Outdoor temperature 7 C City water temperature 15 C Without reheating Heating the water from 15 C to end temperature Please note The data mentioned in this document is gotten by ca...

Page 62: ... 18 55 C 3 48 36 21720 61 7620 03 2 85 2 C 45 C 2 47 29 16188 06 5582 79 2 90 50 C 3 37 17 19511 99 7242 58 2 69 55 C 4 29 29 21720 61 8982 83 2 42 0 C 45 C 2 49 08 16188 06 5637 99 2 87 50 C 3 39 26 19511 99 7314 19 2 67 55 C 4 32 09 21720 61 9071 64 2 39 2 C 45 C 2 48 08 16188 06 5604 50 2 89 50 C 3 38 07 19511 99 7270 74 2 68 55 C 4 30 32 21720 61 9017 75 2 41 7 C 45 C 2 51 05 16188 06 5703 02 ...

Page 63: ...W C ltr 65 C 0 00 60 C 110 67 55 C 23 21 50 C 118 24 45 C 60 05 40 C 48 95 Tapping amount 45 C PAW VP500LDHW C ltr 65 C 0 00 60 C 0 00 55 C 0 00 50 C 127 83 45 C 16 32 40 C 137 25 Based on End temperature 55 C 50 C 45 C Outdoor temperature 7 C City water temperature 15 C Without reheating Heating the water from 15 C to end temperature Please note The data mentioned in this document is gotten by ca...

Page 64: ...2 78 55 C 2 36 43 11061 10 4440 54 2 49 2 C 45 C 2 00 10 8748 67 3404 90 2 57 50 C 2 31 42 10134 97 4298 15 2 36 55 C 3 04 45 11061 10 5234 70 2 11 0 C 45 C 2 01 22 8748 67 3438 57 2 54 50 C 2 33 12 10134 97 4340 65 2 34 55 C 3 06 35 11061 10 5286 46 2 09 2 C 45 C 2 00 38 8748 67 3418 14 2 56 50 C 2 32 17 10134 97 4314 86 2 35 55 C 3 05 28 11061 10 5255 06 2 10 7 C 45 C 2 02 46 8748 67 3478 23 2 5...

Page 65: ...HW C ltr 65 C 0 00 60 C 48 64 55 C 10 20 50 C 51 97 45 C 26 39 40 C 21 51 Tapping amount 45 C PAW VP200LDHW C ltr 65 C 0 00 60 C 0 00 55 C 0 00 50 C 56 18 45 C 7 17 40 C 60 32 Based on End temperature 55 C 50 C 45 C Outdoor temperature 7 C City water temperature 10 C Without reheating Heating the water from 10 C to end temperature Please note The data mentioned in this document is gotten by calcul...

Page 66: ... 2 73 55 C 2 32 29 10562 48 4320 53 2 44 2 C 45 C 1 55 11 8250 05 3263 44 2 53 50 C 2 26 42 9639 35 4156 69 2 32 55 C 2 59 46 10562 48 5093 24 2 07 0 C 45 C 1 56 19 8250 05 3295 70 2 50 50 C 2 28 09 9639 35 4197 78 2 30 55 C 3 01 32 10562 48 5143 59 2 05 2 C 45 C 1 55 38 8250 05 3276 12 2 52 50 C 2 27 17 9639 35 4172 85 2 31 55 C 3 00 28 10562 48 5113 04 2 07 7 C 45 C 1 57 40 8250 05 3333 71 2 47 ...

Page 67: ...HW C ltr 65 C 0 00 60 C 47 69 55 C 10 00 50 C 50 95 45 C 25 87 40 C 21 09 Tapping amount 45 C PAW VP200LDHW C ltr 65 C 0 00 60 C 0 00 55 C 0 00 50 C 55 08 45 C 7 03 40 C 59 14 Based on End temperature 55 C 50 C 45 C Outdoor temperature 7 C City water temperature 12 C Without reheating Heating the water from 12 C to end temperature Please note The data mentioned in this document is gotten by calcul...

Page 68: ...90 2 63 55 C 2 27 33 9815 13 4180 36 2 35 2 C 45 C 1 49 21 7502 70 3098 20 2 42 50 C 2 20 52 8891 99 3991 45 2 23 55 C 2 53 59 9815 13 4928 00 1 99 0 C 45 C 1 50 26 7502 70 3128 83 2 40 50 C 2 22 16 8891 99 4030 91 2 21 55 C 2 55 39 9815 13 4976 72 1 97 2 C 45 C 1 49 46 7502 70 3110 24 2 41 50 C 2 21 25 8891 99 4006 97 2 22 55 C 2 54 36 9815 13 4947 16 1 98 7 C 45 C 1 51 42 7502 70 3164 92 2 37 50...

Page 69: ...DHW C ltr 65 C 0 00 60 C 46 73 55 C 9 80 50 C 49 93 45 C 25 36 40 C 20 67 Tapping amount 45 C PAW VP200LDHW C ltr 65 C 0 00 60 C 0 00 55 C 0 00 50 C 53 98 45 C 6 89 40 C 57 96 Based on End temperature 55 C 50 C 45 C Outdoor temperature 7 C City water temperature 15 C Without reheating Heating the water from 15 C to end temperature Please note The data mentioned in this document is gotten by calcul...

Page 70: ...42 2 47 55 C 2 24 44 9078 58 4100 88 2 21 2 C 45 C 1 46 02 6766 11 3004 50 2 25 50 C 2 17 34 3340 26 3897 75 2 09 55 C 2 50 37 9078 58 4834 30 1 88 0 C 45 C 1 47 05 6766 11 3034 20 2 23 50 C 2 18 56 3340 26 3936 29 2 07 55 C 2 52 19 9078 58 4882 10 1 86 2 C 45 C 1 46 27 6766 11 3016 18 2 24 50 C 2 18 06 3340 26 3912 90 2 08 55 C 2 51 17 9078 58 4852 10 1 87 7 C 45 C 1 48 19 6766 11 3069 20 2 20 50...

Page 71: ...DHW C ltr 65 C 0 00 60 C 46 26 55 C 9 70 50 C 49 42 45 C 25 10 40 C 20 46 Tapping amount 45 C PAW VP200LDHW C ltr 65 C 0 00 60 C 0 00 55 C 0 00 50 C 53 43 45 C 6 82 40 C 57 37 Based on End temperature 55 C 50 C 45 C Outdoor temperature 7 C City water temperature 18 C Without reheating Heating the water from 18 C to end temperature Please note The data mentioned in this document is gotten by calcul...

Page 72: ...2 C 22 80 7 70 2 96 25 C 5 C 12 54 5 05 2 48 7 C 14 37 5 98 2 40 12 C 23 00 6 30 3 65 20 C 5 C 13 21 4 88 2 71 7 C 15 14 5 73 2 64 12 C 23 40 6 11 3 83 15 C 5 C 12 15 4 80 2 53 12 C 13 92 5 64 2 47 15 C 23 30 6 11 3 81 10 C 5 C 12 32 4 72 2 61 7 C 14 11 5 56 2 54 12 C 23 20 5 81 3 99 2 C 5 C 12 54 4 63 2 71 7 C 14 24 5 47 2 60 12 C 23 00 5 73 4 01 0 C 5 C 12 54 4 55 2 76 7 C 14 37 5 39 2 67 12 C 2...

Page 73: ... 7 27 3 36 45 C 23 90 7 72 3 10 50 C 21 28 8 28 2 57 7 C 35 C 25 00 7 03 3 56 40 C 24 20 7 23 3 35 45 C 23 70 7 23 3 28 50 C 21 08 8 24 2 56 2 C 35 C 23 00 6 94 3 31 40 C 22 20 7 14 3 11 45 C 21 70 7 59 2 86 50 C 19 08 8 15 2 34 0 C 35 C 22 50 6 88 3 27 40 C 21 70 7 08 3 06 45 C 21 20 7 53 2 82 50 C 18 58 8 08 2 30 7 C 35 C 20 06 5 52 3 63 40 C 19 80 5 72 3 46 45 C 19 30 6 16 3 13 50 C 16 68 6 73 ...

Page 74: ...arried out Water operating pressures DHW tank Minimum Maximum 0 05 MPa 0 95 MPa 4 1 Tank unit refrigerant piping installation 1 Please make flare after inserting flare nut located at joint portion of tube assembly onto the copper pipe In case of using long piping 2 Do not use pipe wrench to open refrigerant piping Flare nut may be broken and cause leakage Use proper spanner or ring wrench 3 Connec...

Page 75: ...llation space The DHW tank must be within the following maintenance space 350 mm or more 400 mm or more 100 mm or more CAUTION The tank level must be adjusted before the piping installation can start Use the three adjustable feet that are located under the floor tank 3 pcs of adjustable feet ...

Page 76: ...ion Open a bleed valve on the set connected to the boiler to allow the entry of air into the system Open the discharge of the system paying attention to the high temperature of the exhaust as it could cause damage to property or persons 4 6 Maintenance procedure Check periodically at least once a year the smooth operation of the safety valve In accumulations of DHW always install a passive cathodi...

Page 77: ... label of the tank This term does not extend if it is renewed as a result of an inter vention of warranty replacement The warranty period is shown on the label of each product For accessories and items for the general for which not expressly specified hydraulic units removable exchangers etc The warranty period is of two years except for electrical and electronic devices for which the dura tion is...

Page 78: ...length 7 5 m Required additional refrigerant over 7 meters g m 80 Refrigerant charged at shipment R32 kg 5 2 PAW VP1000LDHW Combined with outdoor unit Tubing data U 16MF3E8 Tubing size outer diameter Liquid tube mm in 1 2 Gas tube mm in 1 1 8 Limit of tubing length L m 50 Height Differential of Indoor Outdoor Units H1 Outdoor unit is placed higher m 30 Outdoor unit is placed lower m 30 Attention f...

Page 79: ...efrigerant g m 80 Refrigerant charged at shipment R32 kg 5 2 PAW VP750LDHW Combined with outdoor unit Tubing data U 16MF3E8 Tubing size outer diameter Liquid tube mm in 1 2 Gas tube mm in 1 1 8 Limit of tubing length L m 50 Height Differential of Indoor Outdoor Units H1 Outdoor unit is placed higher m 30 Outdoor unit is placed lower m 30 Attention follow instruction if piping under 15 m Over 50 m ...

Page 80: ...outer diameter Liquid tube mm in 3 8 Gas tube mm in 5 8 Limit of tubing length L m 30 Height differential of Indoor Outdoor units H1 Outdoor unit is placed higher m 30 Outdoor unit is placed lower m 15 Attention follow instruction Remove 1400 g for pipe length 7 5 m Required additional refrigerant g m 45 Refrigerant charged at shipment R32 kg 3 05 PAW VP380L Combined with outdoor unit Tubing data ...

Page 81: ...0 g 100 g Total amount to recover 100g Example 2 PAW VP750LDHW and U 250PZH2E8 Sample tubing lengths L 10 m 7 5 m 10 m 2 5 m Find the liquid tube size and additional charge from the tables below 2 5 m 80 g 200 g 200 g 1500 g 1300 g Total amount to recover 1300 g 5 3 Temperature loss by refrigerant pipe length If the discharge pipe is well insulated between the heat pump and the tank the heat loss ...

Page 82: ...lled in order to obtain hot water quickly Remember to install a return pipe pump circulation of maximum Ø15 mm and make sure that supply and return pipes are well insulated for minimal heat loss DHW DHW City Water in Outdoor unit Standard system 1 1 without circulation Standard system 1 1 with circulation pipe Outdoor unit DHW tank DHW tank Qmin 1 litre minute Water pump operation schedule At nigh...

Page 83: ...mperature control valve field supplied 7 Water pipe inlet outlet VP1000L 750 35 mm VP500L 200 22 mm 8 PAW VP RTC5B PAC ECO controller For a hotel or apartment complex where the last room is more than 30 meters away from the DHW tank a water pump for example type Grundfos comfort UP 15 14 BA PM should be installed in order to obtain hot water quickly Remember to install a return pipe for pump circu...

Page 84: ...or a small hotel this solution can satisfy the total need of DHW by producing hot water from 10 C to a maximum of 65 C Water pump for example Grundfos comfort UP 15 14 BA PM for pump circulation The buffer tank shown in this example is 3000 liters System 1 1 with buffer tank with circulation pipe and charging pump City Water in DHW PAW VP1000L DHW TA valve 5 litre min Buffer tank Charging pump ON ...

Page 85: ...The pressure pipe from the MF3 to the DHW tank must be insulated with the correct insulation Do not use Armaflex insulation Recommended insulation Glass wool pipe insulation with aluminum folio with a minimum thick ness of 20 mm The solenoid valve kit is delivered for following DHW tanks PAW VP VALV 280 PAW VP1000LDHW PAW VP750LDHW Mixed System with DHW tank and indoor units City Water in DHW Sole...

Page 86: ...fort UP 15 14 BA PM field supplied if needed 5 Safety valve 6 or 9 5 bar field supplied 6 Temperature control valve field supplied 7 Water pipe inlet outlet VP1000L 750 35 mm VP500L 200 22 mm 8 Expansion valve PAW VP VALV 280 160 field supplied 9 TA sensor 10 E2 sensor 11 E1 sensor 12 E3 sensor 13 Solenoid valve kit field supplied 14 PAW VP RTC5B ECO controller CZ CAPE2 for solenoid valve kit DHW ...

Page 87: ...ion can be used for heating and cooling Remember to always install TA valve for outlet water for equal water flow Water circulation can be increased or decreased for the desired temperature difference between turn and return water flow One controller PAW VP RTC5B PAC for each tank is needed when using PACi Room heating and cooling system with multiple outdoor units and 380L tanks controlled via ou...

Page 88: ...3 TA valve control valve water flow DN35 field supplied 4 Water pipe main return turn 52 mm field supplied 5 Max water flow 8000 L h 6 TA sensor 7 E1 sensor 8 E3 sensor 9 Air separator field supplied 10 PAW VP RTC5B PAC controller 11 Fig not shown Immersion heater kit 6 kW 230 400 V single or 3 phase version Room heating and cooling system with multiple outdoor units and 380L tanks 1 2 3 8 7 6 5 4...

Page 89: ...ernal wiring can be very dangerous The manufac turer will accept no responsibility for any damage or misoperation that occurs as a result of such unauthorized changes 7 Regulations on wire diameters differ from locality to locality For field wiring rules please refer to your LOCAL ELECTRICAL CODES before beginning You must ensure that installation complies with all relevant rules and regulations 8...

Page 90: ...ble backup heater Model name Power supply Minimum power supply cables L1 L2 Circuit breaker minimum capacity VP200LDHW Single phase 220 230 240 V 1 5 mm2 10 A VP500LDHW Single phase 220 230 240 V 2 5 mm2 16 A VP750LDHW 3 phases 380 400 420 V 2 5 mm2 16 A VP1000LDHW 3 phases 380 400 420 V 2 5 mm2 16 A VP380L 3 phases 380 400 420 V 2 5 mm2 16 A Control wiring B Inter unit between outdoor and indoor ...

Page 91: ...rd 3 Use the standard power supply cables for Europe such as H05RN F or H07RN F which conform to CENELEC HAR rating specifications or use the cables based on IEC standard 60245 IEC57 60245 IEC66 WARNING Loose wiring may cause the terminal to overheat or result in unit malfunction A fire hazard may also occur Therefore ensure that all wiring is tightly connected When connecting each power wire to t...

Page 92: ...cal Manual 2019 11 Electrical Wiring 7 7 3 Indoor unit electric wiring diagrams 7 3 1 Wiring system diagram for EX valve magnetic coil Terminal RTC5B Terminal RTC5B Magnetic coil 28 C6233011981 Magnetic coil 28 C9231752207 ...

Page 93: ...sy E1 Thermistor Assy E2 Thermistor Assy E3 optional Terminal CR UXRP71B B Terminal Outdoor unit Wired controller Item Description Position TA Set temperature thermistor E1 Liquid temperature thermistor Heat exchanger outlet heating mode E2 Condensing temperature thermistor Heat exchanger outlet heating mode E3 Discharge temperature thermistor Heat exchanger inlet heating mode E3 to be purchased s...

Page 94: ...mistor Assy E2 optional Thermistor Assy E3 Terminal CR UXRP71B B Terminal Outdoor unit Wired controller Item Description Position BL Set temperature thermistor E1 Liquid temperature thermistor Heat exchanger outlet heating mode E2 Condensing temperature thermistor Heat exchanger outlet heating mode E3 Discharge temperature thermistor Heat exchanger inlet heating mode E2 to be purchased separately ...

Page 95: ...connect wiring to the terminal Proceed as follows 1 A screwdriver is inserted with a rocking motion to the stop 2 The screwdriver is captivated holding the CAGE CLAMP open while the wire is inserted 3 The screwdriver is withdrawn and the wire is automatically dumped Strip 10 mm Shield mesh Insulation tape Shield mesh 8 mm ...

Page 96: ...HW tank remove jumper for E2 E2 and connect the sensor E2 Terminal PAW VP RTC5B ECOi Important When using RTC5B ECO together with ECOi MF3 DHW tank and air to air indoor unit remem ber to install adapter CZ CAPE2 for solenoid valve kit 7 4 3 How to mount the E1 E2 and E3 sensors on the pipes Maximum contact Most sensitive point of the thermistor Cover the thermistor and the pipe with aluminum tape...

Page 97: ...erminal PAW VP RTC5B PAC 7 4 5 How to use with Terminal PAW VP RTC5B ECO E1 E2 E1 E2 TA TA PAW VP1000LDHW PAW VP750LDHW PAW VP500LDHW PAW VP200LDHW PAW VP RTC5B PAC PAW VP RTC5B PAC PAW VP380L E1 E1 E3 E3 BL BL PAW VP1000LDHW PAW VP750LDHW PAW VP RTC5B ECO PAW VP RTC5B ECO PAW VP380L ...

Page 98: ...air conditioners employ the flaring method to connect refrig erant tubes which run between indoor and outdoor units In this method the copper tubes are soldering at tank end WARNING Remember to cool down pipes with wet paper during soldering 8 2 Preparation of cooling pipe for tank 8 3 How to install the expansion valve when using ECOi 20 mm cut the pipe 20 mm E1 sensor ...

Page 99: ...expanders must be used in the field when needed Important If there are multiple tanks in one ECOi system an individual expansion valve and controller must be installed for each tank system For heating only do not use expansion valve for ECOi one to one 8 4 Expansion valve When expansion valve shall be installed Mini ECOi setup with air to air indoor units ECOi setup for 3 ways system Expansion val...

Page 100: ... Keep pressing the and buttons simultaneously for 4 or more seconds The Maintenance func screen appears on the LCD display Maintenance func Sel Page 20 30 THU Confirm 1 Outdoor unit error data 2 Service contact 3 RC setting mode 4 Test run 2 Press the or button to see each menu If you wish to see the next screen in stantly press the or button Select 8 Detailed settings on the LCD display and press...

Page 101: ...or button or keeping it pressed 4 Select the Set data by pressing the or button Select one of the Set data by pressing the or button Then press the button 5 Select the Unit no by pressing the or button and press the button The Exit detailed settings and restart Detailed setting end screen appears on the LCD display Select YES and press the button ...

Page 102: ...oup control item code 10 and settings data 00XX are displayed blinking on the remote controller LCD dis play see figure below At this time the indoor unit fan or all indoor unit fans in the case of group control begins operating 3 If group control is in effect press the UNIT button and select the address unit No of the indoor unit to set At this time the fan only at the selected indoor unit begins...

Page 103: ...ime buttons to select the desired setting data For item codes and setting data refer to sec 9 2 Detailed settings for indoor out door unit RTC5B RTC2 4 on page 104 4 Press the button The display stops blinking and remains lit and setting is completed 5 Press the button to return to normal remote controller display Keys and displays 4 5 1 2 3 Connection How to make settings on outdoor unit RC 3P BL...

Page 104: ...31 0031 Water unit 11 0012 0015 Indoor capacity type 100 16 0015 0000 No fan 2C 0000 0006 No expansion valve Outdoor unit detailed settings by RTC2 4 Explanation Check and adjust Parameter Default value New value to set 20 015 035 Th Off differential change from 1 5 k to 3 5 k 21 10 600 Th Off judging time in sec 4E 000 005 Condensing temperature lower limit 4F 000 005 Condensing temperature upper...

Page 105: ...splay of cold wind prevention 0D 0000 0001 Auto mode cooling heating 10 0030 0031 Water unit 11 0012 0023 0018 Indoor capacity type 140 16 0015 0000 No fan 2C 0000 0000 Expansion valve present 2D 0000 0010 Operating mode setting Attention add jumper to EXCT CN073 red supplied with PCB Outdoor unit detailed settings by RTC2 4 Explanation Check and adjust Parameter Default value New value to set 35 ...

Page 106: ...00 0026 01 0028 02 0026 Code no Data 9 3 2 Monitoring operations Sensor info PACi Item code Meaning of Code Indoor unit data 02 Indoor unit intake temp 03 Indoor unit heat exchanger temp E1 04 Indoor unit heat exchanger temp E2 05 Indoor unit heat exchanger temp E3 06 Outdoor unit data 07 08 09 0A Discharge temp TD 0b 0C 0d Intake temp TS 0E Outdoor unit heat exchanger temp C1 0F Outdoor unit heat...

Page 107: ...sure sensor temp C Heat exchanger gas EXG C Heat exchanger liquid EXL C Outdoor air temp TO C Inverter secondary current A Inverter primary current L2 phase Three phase only A MOV pulse 1 MOV1 STEP Inverter actual operating frequency Hz Sub cooler MOV4 STEP Inverter primary current L1 phase A Low pressure sensor temp C Suction temp SCT C Inverter primary current L3 phase Three phase only A Temp se...

Page 108: ...indoor units is too many E18 Faulty communication in group control wiring E20 Connection problem of indoor outdoor units F01 Abnormal refrigerant sensor liquid return E1 indoor unit F04 Compressor discharge temperature sensor TD trouble F06 Inlet temperature sensor C1 in heat exchanger trouble intermediate F07 Temperature sensor C2 in heat exchanger trouble outdoor air temperature F08 Sensor TO tr...

Page 109: ...s failure SCT F14 Subcooling heat exchanger temperature sensor has failure SCG F16 High pressure sensor has failure HPS F17 Low pressure sensor has failure LPS F29 EEPROM on indoor unit PCB has failure F31 EEPROM on outdoor unit PCB has failure H01 Compressor primary current is overcurrent H02 PFC is overcurrent or VDC is overvoltage H03 Compressor current sensor is disconnected or shorted H05 Com...

Page 110: ...P09 Connection to the panel of indoor unit is not good P10 Float switch of drain pan safety is activated P11 Drain pump failure or locked rotor P12 Indoor unit fan inverter protection control is activated P14 O2 sensor has activated P16 Compressor secondary current is overcurrent P20 Too high load in refrigerant circuit P22 Outdoor unit fan motor has failure P29 Compressor start failure Compressor...

Page 111: ... dealer without turning it on If fuse is blown out consult your dealer If your Air to Water unit still does not work properly although you checked the points as de scribed above first stop the operation and turn off the power switch Then contact your dealer and report the serial number and symptom Never repair your Air to Water unit by yourself since it is very dangerous for you to do so You also ...

Page 112: ...n check points PAW VP200LDHW PAW VP500LDHW 230V L L1 L2 N TS S2 S1 TR R Electrical connection single phase 230 V Symbol Description R Electric heating element TS Thermostat safety device L N Power supply line L1 L2 Electric line connection terminals S1 S2 Thermostat contacts TR Contact operated Ground ...

Page 113: ... Termostat adjustment 35 to 85 degrees Heating element Thermostat Electrical connection three phase 400 V Symbol Description R Electric heating element 1 2 3 4 5 6 Heating elements contacts 11R 21S 31T Thermostat out contacts TS Thermostat safety device TR Contact operated U12 V22 W32 Thermostat in contacts 1C 2C 3C 4C Supply contacts L1 L2 Electric line connection terminals Ground 1 Flange cover ...

Page 114: ...lement 10 amps for 750 and 1000LDHW and connected to poles for contactor A1 A2 Digital weekly DIN rail mounting time switch 1 program consists of 1 ON and 1 OFF time and the allocation of any day of the week or a combination of days and the selected channel Example 1 Prog ON 03 00h OFF 06 00h MO 2 Prog ON 03 00h OFF 06 00h FR Important Adjust the thermostat for the immersion heater to the desired ...

Page 115: ... 1 Screw the heating unit 1 into the unit seat ensure the appropriate tightness of the connection 2 Unscrew the upper part of the box 2 3 Connect the supplying cables to appropriate power connections situated in the up per part of the box 2 in accordance with the diagram for connecting three or one phase heaters refer to sec 13 2 Electrical Connection on page 116 4 Assembly the upper part of the b...

Page 116: ...ion for 3 phases Star 400 V AC power supply 13 2 2 Connection for 3 phases Triangle 230 V 3 phase AC power supply Controller connections 400 V AC supply Heater 1 Heater 2 Heater 3 Cable to remove between N L2 Bridge connection Heater 1 Heater 2 Heater 3 Bridge connection Male faston D6 3 Male Female line faston D6 3 ...

Page 117: ...d for approximately 3 seconds changes the status of controller ON OFF see diagram page 13 for more information 4 push button Increases the setting value or if pressed for approximately 3 seconds moves to the menu for hysteresis change ON OFF see diagram page 13 for more information 5 LED display Displays the information on the current temperature settings alarms and the status of the controller Co...

Page 118: ...of heating No Heating Alarm is switched off after manual deleting entering the off switching mode Input of the external control EXT opened Controller stops the function of heating The menu is divided into two sections the operational menu the unit in the ON mode and the service menu unit in the OFF mode Operational Menu Controller in ON Mode see also sec 13 3 3 on page 120 Function name Parameter ...

Page 119: ...ng through the menu is shown in the following diagram Important Return from the setting mode is executed automatically after approximately 5 seconds from the last pressing of the push button 3 sec 3 sec 3 sec 5 sec Change of values Change of values Change of values Range 0 1 and or Range 15 160 C Range 1 10 C ...

Page 120: ...ure has to decrease to switch heating again Setting of hysteresis is possible within the range from 1 to 10 C 13 3 4 Service menu The service menu is available when the controller operates in the switched off mode OFF The push button shall be pressed while switching on the unit until the inscription OFF appears Then within 2 seconds the push buttons and shall be pressed one after another Mak ing t...

Page 121: ...5 Thermistor Ass y E3 80216 Thermistor Ass y TA PAW VP RTC5B ECOi 80210 CZ RTC5B Remote Controller 80211 PAW CV6233167589 Circuit Board Ass y CB UXRP71B P 80212 PAW CV6233209937 Transformer Ass y 12 watt 80213 Thermistor Ass y E1 80215 Thermistor Ass y E3 80216 Thermistor Ass y TA Optional Expansion Valve PAW proHT EEV16 80250 PAW CV9231760257 Solenoid Control Valve UKV 30D33 Magnetic Coil 80260 P...

Page 122: ...122 PAW VP LDHW Technical Manual 2019 11 Appendix A A 2 Spare parts Tanks ...

Page 123: ...123 PAW VP LDHW Technical Manual 2019 11 Appendix A ...

Page 124: ...124 PAW VP LDHW Technical Manual 2019 11 Appendix A ...

Page 125: ...125 PAW VP LDHW Technical Manual 2019 11 Appendix A ...

Page 126: ...126 PAW VP LDHW Technical Manual 2019 11 Appendix A ...

Page 127: ...lement with control unit Mod VP380 K7E 30200 Control unit for 6 kW heating element VP380 IU39 40200 6 kW heating element only for Mod VP380 MABSVP200 50400 ABS External jacket for VP200 with belts and rosettes MABSVP500 50410 ABS External jacket for VP500 with belts and rosettes MABSVP750 50420 ABS External jacket for VP750 with belts and rosettes MABSVP1000 50430 ABS External jacket for VP1000 wi...

Page 128: ...laced on the market 50 C 50 C 50 C 50 C Sound power indoor tank unit LWA 10 db 10 db 10 db 10 db This appliance is able to work only during off peak hours N N N N Specific precautions when assem bled installed and maintained See installation manual Water heating energy efficiency colder warmer climate 163 56 243 49 139 53 207 72 126 35 188 1 118 93 178 19 Annual electricity consumption colder warm...

Page 129: ... C COP 4 787 Tj bivalent temperature Pdh 13 82 kW Tj bivalent temperature COP 2 003 Tj operation limit temperature Pdh 13 82 kW Tj operating limit temperature COP 2 003 For air to water heat pumps Tj 15 C if TOL 20 C Pdh na kW For air to water heat pumps Tj 15 C if TOL 20 C COP na Bivalent temperature Tbiv 10 C For air to water heat pumps Operation limit temperature TOL 10 C Cycling interval capac...

Page 130: ...n accordance with the following EN standards ErP Lot2 Commisssion Regulation EU NO 814 2013 Commisssion delegated regulation EU NO 812 2013 Test standard IEC 60335 2 21 2002 Fifth Edition incl Corr 1 2007 A1 2004 A2 2008 used in conjunction with IEC 60335 1 2001 Fourth ed incl Corr 1 2002 A1 2004 A2 2006 incl Corr 1 2006 and or EN 60335 2 21 2003 A1 2005 A2 2008 used in conjunction with EN 60335 1...

Page 131: ...wing EN standards ErP Lot1 Commisssion Regulation EU NO 813 2013 Commisssion delegated regulation EU NO 811 2013 Test standard IEC 60335 2 21 2002 Fifth Edition incl Corr 1 2007 A1 2004 A2 2008 used in conjunction with IEC 60335 1 2001 Fourth ed incl Corr 1 2002 A1 2004 A2 2006 incl Corr 1 2006 and or EN 60335 2 21 2003 A1 2005 A2 2008 used in conjunction with EN 60335 1 2002 A11 2004 A1 2004 A12 ...

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Page 134: ...Polar Energi AS Postboks 117 9450 Hamnvik Norway www polarenergi com ...

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