MCAC-UTSM-2014-03 R410A 380~415V 3Ph 50Hz TempMaker Series Split AC
98
Use the remote controller or wired controller to let the air conditioner run in the cooling mode.
Inspect the following items according to the operation manual. If any fault occurs, remove the
fault first.
Check the indoor unit:
Whether any vibration or abnormal sound occurs during the operation.
Whether the air, noise and condensate generated by the unit affect the neighbors.
Whether any refrigerant is leaked.
Check whether the connective copper pipes and drain pipes generate condensate due to
loose wrapping.
Open the air inlet grille of indoor unit to check whether any penetration or leak of water
occurs, especially at the drain stopper.
10. Trouble shooting
10.1 Phenomena not attributable to faults of air conditioner
The system does not run.
After pressing the
ON/OFF
button, the system does not run immediately.
If the
Run
indicator is on, it indicates the air conditioner runs in the normal status.
It does not run immediately because the safety device in the system is active to prevent
overload.
Three minutes later, the air conditioner compressor will run automatically.
If the
Run
indicator and the
Defrost/Preheat
indicator are on, it indicates the heating
mode is selected. At the beginning after startup, since the compressor does not run,
the temperature of the indoor unit is too low.
The indoor unit gives out white aerosol.
This phenomenon may occur when the indoor relative humidity is too high and the unit
runs in the cooling mode.
The indoor unit is installed in a place where there is much oil mist or dust. If the internal
stain of the indoor unit is heavy, the temperature in the room will be distributed
unevenly. In the case, the interior of the indoor unit must be cleaned. The cleaning units
Содержание TempMaker Series
Страница 26: ...R410A 380 415V 3Ph 50Hz TempMaker Series Split AC MCAC UTSM 2014 03 25 Top view 4 Service Spaces Top view...
Страница 28: ...R410A 380 415V 3Ph 50Hz TempMaker Series Split AC MCAC UTSM 2014 03 27 6 Wiring Diagrams MHB 76HWN1 MHB 96HWN1...
Страница 29: ...MCAC UTSM 2014 03 R410A 380 415V 3Ph 50Hz TempMaker Series Split AC 28 MHA 150HWN1 MHA 192HWN1...
Страница 39: ...MCAC UTSM 2014 03 R410A 380 415V 3Ph 50Hz TempMaker Series Split AC 38 MHA 150HWN1 MHA 192HWN1...
Страница 45: ...MCAC UTSM 2014 03 R410A 380 415V 3Ph 50Hz TempMaker Series Split AC 44 3 Dimensions Unit mm...
Страница 46: ...R410A 380 415V 3Ph 50Hz TempMaker Series Split AC MCAC UTSM 2014 03 45 4 Service Spaces Top view Front view...
Страница 47: ...MCAC UTSM 2014 03 R410A 380 415V 3Ph 50Hz TempMaker Series Split AC 46 5 Refrigerant circuits...
Страница 48: ...R410A 380 415V 3Ph 50Hz TempMaker Series Split AC MCAC UTSM 2014 03 47 6 Wiring Diagrams...
Страница 59: ...MCAC UTSM 2014 03 R410A 380 415V 3Ph 50Hz TempMaker Series Split AC 58 MOV 120HN1 R Top view...
Страница 60: ...R410A 380 415V 3Ph 50Hz TempMaker Series Split AC MCAC UTSM 2014 03 59 MOV 150HN1 R Top view MOV 192HN1 R...
Страница 63: ...MCAC UTSM 2014 03 R410A 380 415V 3Ph 50Hz TempMaker Series Split AC 62 MOV 150HN1 R...
Страница 64: ...R410A 380 415V 3Ph 50Hz TempMaker Series Split AC MCAC UTSM 2014 03 63 MOV 192HN1 R...
Страница 94: ...R410A 380 415V 3Ph 50Hz TempMaker Series Split AC MCAC UTSM 2014 03 93 Floor standing type...
Страница 110: ...R410A 380 415V 3Ph 50Hz TempMaker Series Split AC MCAC UTSM 2014 03 109 System high pressure protection...
Страница 150: ...R410A 380 415V 3Ph 50Hz TempMaker Series Split AC MCAC UTSM 2014 03 149 3 The wire connection...