Haier MRV WATER Bedienungsanleitung

Haier Klimaanlage MRV WATER

Lesen Sie kostenlos die 📖 deutsche Bedienungsanleitung für Haier MRV WATER (148 Seiten) in der Kategorie Klimaanlage. Dieser Bedienungsanleitung war für 9 Personen hilfreich und wurde von 2 Benutzern mit durchschnittlich 4.5 Sternen bewertet

Download PDF
Seite 1/148
SYJS-05-2016 REV.A Edition: 2016-05
Service Manual
MRV W (380V)
CONTENTS
1. General Information 1 ................................................................................................................................
1.1 Safety 1 .................................................................................................................................................
1.2 Feature 3 ...............................................................................................................................................
1.3 Products Lineup 6 ..................................................................................................................................
2. Speciîš¿cation ........................................................................................................................................... 8
3. Dimension ............................................................................................................................................ 18
3.1 Single unit 18 .........................................................................................................................................
3.2 Combination unit 19 ...............................................................................................................................
4. Piping diagram...................................................................................................................................... 23
5. Wiring diagram 25 .....................................................................................................................................
6. Operation range.................................................................................................................................... 26
7. Sound pressure level 27 ............................................................................................................................
8. Capacity Calculation Due to Capacity Modiîš¿cation Coefîš¿cient ............................................................ 28
9. Installation 32 ............................................................................................................................................
10. Branch pipe dimension 65 .......................................................................................................................
11. Gather pipe dimension 66 ........................................................................................................................
12. Outdoor PCB photo 67 ............................................................................................................................
13. Outdoor PCB dip switch setting 68 ..........................................................................................................
14. Outdoor unit control 81 ............................................................................................................................
14.1 Compressor startup control 81 ............................................................................................................
14.2 Compressor operation control 81 ........................................................................................................
14.3 Oil return operation control 81 .............................................................................................................
14.4 SV1 control 81 .....................................................................................................................................
14.5 SV6 control 81 .....................................................................................................................................
15. Failure code 82 ........................................................................................................................................
16. Troubleshooting .................................................................................................................................. 88
Appendix I Accessories List 132 ...................................................................................................................
Appendix II Sensor Resistance Table 134 .....................................................................................................
Appendix III Enthalpy-Humidity Chart..................................................................................................... 143
2
• Grounding wire should be connected with the grounding bar. The grounding wire can not be connected to the gas
pipe, water pipe, lightening rod or the telephone grounding wire. Improper grounding may cause electric shock.
• Units installed on roof should have appropriate access and handrail.
• Use the wrench to fasten the nut and are at proper torque. Excessive torque may cause ared section to broke
leading to refrigerant leakage.
• After refrigerant pipe installation, please take nitrogen leakage test to avoid refrigerant leakage.
• R410A is the only permitted refrigerant.
• To avoid mischarging wrong refrigerant, the check valve diameter is changed for R410A. To strengthen the pipe,
the ared pipe dimension is also changed. Please use R410A specied tools as shown below.
• When charging refrigerant, the refrigerant must be in liquid state from the tank.
• To prevent EMC interference on other appliances, please keep indoor unit, outdoor unit, power cable and
connecting wire at least 1m away from those appliances.
• Fluorescent lamp (reverse phase or rapid start type) may interfere with the remote controller's signal. Please
install indoor unit away from uorescent lamp. The farther the better.
• The temperature and ow of the outdoor unit inlet water need to conform to the requirements of the specication,
the water temperature is too low or the water is too small will cause the unit malfunction.
• The water pipe network including water lter and tube heat exchanger need to regularly clean, otherwise it will
decrease the capacity.
• The quality of the circulating water must conform to the specications. otherwise it will decrease the system life.
R410A speciîš¿ed tools Remarks
1 Gauge manifold Range: HP>4.5MPa,LP>2MPa
2 Charge hose Pressure: HP 5.3MPa, LP 3.5MPa
3 Electronic weight for charging R410A No other means permitted
4Torque wrench
5 Flare tool
6 Copper pipe gauge for adjusting projecting margin
7Vacuum pump îš¿tting Vacuum pump must be equipped with check valve
8 Leakage detector Only Helium detector permitted
CAUTION
3
General Information
1.2.2 Double EEVs control
The double EEVs control the 2 stages heat exchanger separately, which can adjust the condenser volume and
optimize system performance.
1.2.3 Energy Saving: Heat recovery between different refrigerant system
Heat recovery is achieved within the water loop among different refrigerant systems, higher whole system efîš¿ciency
due to cooling and heating simultaneously in different refrigerant systems.
1.2 Feature
1.2.1 User friendly outdoor structure
Compact inner structure and core parts.
5
General Information
Operation Range of Air Conditioner
Condition Cooling Heating
Outdoor Environment temperature 0-40°C
Outdoor Environment humidity <80%
Indoor Temperature 17-32°C 15-30°C
Water Inlet Temperature 7-45°C
Rated water ow
8HP: 4.8m3/h
10HP: 6.0m3/h
12HP:7.2m3/h
1.2.10 Reliable performance
a. High COP
High efîš¿ciency and great energy saving are always the purchased aim for each Haier air conditioning system. Haier
MRV has been designed to get high COP from the reasonable structure and the excellent electric system
COP
8HP 6.02
10HP 5.43
12HP 4.81
b. Approved for RoHS certiîš¿cate
All the parts in the unit have been approved for RoHS certiîš¿cate. The parts are in conformance with RoHS directive.
Thus Haier MRV will be environmental for human and nature.
The directive is to approximate the laws of the Member States on the restrictions of the use of hazardous
substances in electrical and electronic equipment and to contribute to the protection of human health and the
environmentally sound recovery and disposal of waste electrical and electronic equipment.
C. Operation condition:
To use the air conditioner normally. Please perform as to the below conditions.
1.2.8 Easier maintenance
a. Backup operation
If one outdoor unit malfunction happens, the other units provide emergent operation until repair achieved.
b. Auto check function.
Failure codes displayed by LED in outdoor PCB or controllers are so detailed for us to find the fail place more
quickly, and can judge the failure content easily.
6
1.3 Products Lineup
1.3.1 Outdoor Units
Appearance Power supply
(Ph, V, Hz) Model RefrigerantCapacity(kW)
3Ph, 380-400V,
50/60HZ
AV08IMWEWA 22.4
R410A
AV10IMWEWA 28
AV12IMWEWA 33.5
AV16IMWEWA 44.8
AV18IMWEWA 50.4
AV20IMWEWA 56
AV22IMWEWA 61.5
AV24IMWEWA 67.0
AV26IMWEWA 72.8
AV28IMWEWA 78.4
AV30IMWEWA 84.0
AV32IMWEWA 89.5
AV34IMWEWA 95.0
AV36IMWEWA 100.5
7
General Information
1.3.2 Indoor units lineup
4-WAY CASSETTE TYPE/PB-700lB
AB092MCERA
AB122MCERA
AB162MCERA
HIGH WALL EEV INSIDE
AS072MGERA AS162MGERA
AS092MGERA AS182MGERA
AS122MGERA AS242MGERA
4-WAY CASSETTE TYPE/PB-950JB
AB182MCERA
AB242MCERA
AB282MCERA
AB302MCERA
AB382MCERA
AB482MCERA
MED ESP DUCT TYPE (80/120Pa)
AD182MZERA
AD242MZERA
AD282MZERA
AD302MNERA
AD382MNERA
AD482MNERA
LOW ESP DUCT TYPE
AD072MLERA
AD092MLERA
AD122MLERA
AD162MLERA
AD182MLERA
AD242MLERA
MED ESP DUCT TYPE (50/96Pa)
AD182MMERA
AD242MMERA
AD282MMERA
AD302MMERA
AD382MMERA
AD482MMERA
HlGH ESP DUCT TYPE
AD182MHERA
AD242MHERA
AD282MHERA
AD302MHERA
AD382MHERA
AD482MHERA
AD722MHERA
AD962MHERA
CONVERTlBLE TYPE
AC092MCERA
AC122MCERA
AC162MCERA
AC182MCERA
AC242MCERA
AC282MFERA
AC302MFERA
AC382MFERA
AC482MFERA
SLIM LOW ESP DUCT
AD072MSERA
AD092MSERA
AD122MSERA
AD162MSERA
AD182MSERA
AD242MSERA
BUILIT-IN FLOOR STANDING
AE072MLERA
AE092MLERA
AE122MLERA
AE162MLERA
AE182MLERA
AE242MLERA
2-WAY CASSETTE/1055IB
AB072MBERA
AB092MBERA
AB122MBERA
AB162MBERA
AB182MBERA
CONSOLE TYPE
AF072MAERA
AF092MAERA
AF122MAERA
AF182MAERA
ROUND-WAY SMART AIR FLOW CASSETTE/ PB-950KC
AB072MRERA
AB092MRERA
AB122MRERA
AB162MRERA
AB182MRERA
AB242MRERA
AB282MRERA
AB302MRERA
AB382MRERA
AB482MRERA
AB602MRERA
DC SLIM LOW ESP DUCT
AD072MSERA(D)
AD092MSERA(D)
AD122MSERA(D)
AD162MSERA(D)
AD182MSERA(D)
AD242MSERA(D)
8
2. Speciîš¿cation
Model AV08IMWEWA AV10IMWEWA AV12IMWEWA
Equivalent HP 8 10 12
Combination model / / /
Power supply V-Ph-
Hz 3~/380-400/50/60 3~/380-400/50/60 3~/380-400/50/60
Cooling
Rated capacity kW 22.4 28 33.5
Rated capacity kBtu/h 76.4 95.5 114.3
Rated power input kW 4.5 6.00 7.70
Max. power input kW 13.00 15.00 17.00
EER 4.98 4.67 4.35
Rated current A 7.20 9.60 12.32
Max. current A 20.79 23.99 27.19
Heating
Rated capacity kW 25 31.5 37.5
Rated capacity kBtu/h 85.3 107.5 128.0
Rated power input kW 4.15 5.80 7.80
Max. power input kW 13.00 15.00 17.00
EER 6.02 5.43 4.81
Rated current A 6.64 9.28 12.47
Max. current A 20.79 23.99 27.19
Compressor
Brand MITSUBISH
ELECTRIC
MITSUBISH
ELECTRIC
MITSUBISH
ELECTRIC
Model ANB66F ANB66F ANB66F
Type DC INV. SCROLL DC INV. SCROLL DC INV. SCROLL
Capacity W 22000 22000 22000
Power input W 6500 6500 6500
Rated current (RLA) A 23.7 23.7 23.7
Speed rps 60 60 60
Crankcase heater W 38 38 38
Refrigerant oil brand ITOCHU
CORPORATION
ITOCHU
CORPORATION
ITOCHU
CORPORATION
Refrigerant oil type FVC68D FVC68D FVC68D
Refrigerant oil charge ml 2300+1000 2300+1000 2300+1000
Heat
exchanger
Material Cooper Cooper Cooper
Type Axial Axial Axial
14
Model AV28IMWEWA AV30IMWEWA AV32IMWEWA
Equivalent HP 28 30 32
Combination model 08+10+10 10+10+10 10+10+12
Power supply V-Ph-
Hz 3~/380-400/50/60 3~/380-400/50/60 3~/380-400/50/60
Cooling
Rated capacity kW 78.4 84.0 89.5
Rated capacity kBtu/h 267.5 286.6 305.4
Rated power input kW 16.50 18.00 19.70
Max. power input kW 43.00 45.00 47.00
EER 4.75 4.67 4.54
Rated current A 26.39 28.79 31.51
Max. current A 68.77 71.97 75.17
Heating
Rated capacity kW 88.0 94.5 100.5
Rated capacity kBtu/h 300.3 322.4 342.9
Rated power input kW 15.75 17.40 19.40
Max. power input kW 43.00 45.00 47.00
EER 5.59 5.43 5.18
Rated current A 25.19 27.83 31.03
Max. current A 68.77 71.97 75.17
Compressor
Brand MITSUBISH ELECTRIC
Model ANB66F*3 ANB66F*3 ANB66F*3
Type DC INV. SCROLL DC INV. SCROLL DC INV. SCROLL
Capacity W22000+(22000)+(22000)
Power input W6500+(6500)+(6500) 6500+(6500)+(6500) 6500+(6500)+(6500)
Rated current (RLA) A23.7+(23.7)+(23.7) 23.7+(23.7)+(23.7) 23.7+(23.7)+(23.7)
Speed rps 60 60 60
Crankcase heater W38+(38)+(38) 38+(38)+(38) 38+(38)+(38)
Refrigerant oil
brand
ITOCHU
CORPORATION
ITOCHU
CORPORATION
ITOCHU
CORPORATION
Refrigerant oil type FVC68D FVC68D FVC68D
Refrigerant oil
charge ml (2300+1000)*3 (2300+1000)*3 (2300+1000)*3
Heat
exchanger
Material Cooper Cooper Cooper
Type Axial Axial Axial
18
3. Dimension
3.1 Single unit
8~12HP exterior and installation dimensions
775
995545
100100
65
443
545
605
Ø13 through-hole
Foundation
65
443
545
605
Ø13 through-hole
Foundation
Over 100 Over 300
Over 500
200
Ø10 Expansion bolt
Concrete
foundation
Rubber cushion
Solid ground or roof

Produktspezifikationen

Marke: Haier
Kategorie: Klimaanlage
Modell: MRV WATER

Brauchst du Hilfe?

Wenn Sie Hilfe mit Haier MRV WATER benötigen, stellen Sie unten eine Frage und andere Benutzer werden Ihnen antworten


Bedienungsanleitung Klimaanlage Haier

Haier

Haier QPCA09YZMW Bedienungsanleitung

1 Dezember 2024
Haier

Haier QPWA14YZMW Bedienungsanleitung

1 Dezember 2024
Haier

Haier QHEK08AC Bedienungsanleitung

1 Dezember 2024
Haier

Haier QHEE06AC Bedienungsanleitung

1 Dezember 2024
Haier

Haier QHEK24AC Bedienungsanleitung

1 Dezember 2024
Haier

Haier KFR-35GW/11WEA22AU1 Bedienungsanleitung

1 Dezember 2024
Haier

Haier KFR-32GW/11WEA22AU1 Bedienungsanleitung

1 Dezember 2024
Haier

Haier KFR-35GW/05KBP22A(DS) Bedienungsanleitung

1 Dezember 2024
Haier

Haier JA-18T Bedienungsanleitung

1 Dezember 2024
Haier

Haier JA-SP25E Bedienungsanleitung

1 Dezember 2024

Bedienungsanleitung Klimaanlage

Neueste Bedienungsanleitung für -Kategorien-

BEKO

BEKO EFE6030W Bedienungsanleitung

4 Dezember 2024
Innova

Innova IN6018 Bedienungsanleitung

4 Dezember 2024
Hotpoint

Hotpoint AHES07D2XXA Bedienungsanleitung

3 Dezember 2024
Hotpoint

Hotpoint AHES09D2XXA Bedienungsanleitung

3 Dezember 2024
Hotpoint

Hotpoint AHHS07D3XXA Bedienungsanleitung

3 Dezember 2024
Hotpoint

Hotpoint HW09HN2DAA Bedienungsanleitung

3 Dezember 2024
NewAir

NewAir AC-14100H Bedienungsanleitung

1 Dezember 2024
NewAir

NewAir NAC08KWH01 Bedienungsanleitung

1 Dezember 2024
Grundig

Grundig GEHPK 120 / GEHPK 121 Bedienungsanleitung

1 Dezember 2024
Sauber

Sauber SERIE 7-2530 Bedienungsanleitung

30 November 2024