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If one of the following circumstances takes place, shut down the air 

conditioner  immediately,  cut  off  the  power,  and  contact  the  local 
customer service center of Clivet.

Error code

HF

E7
E9

E.9.

H0
E1
E2
E3
E4

E43
E44
E45

E5
E6

EE
EH

Eb
EF
PL
P1
P2
P3
P4
P5

PE

L0
L1
L2
L4
L5
L7
L8
L9
F1

P8

EP

Ed

Error or protection definition

IDU mismatching error

IDU EEPROM error
ODU EEPROM error
Wrong compressor model in  EPROM
Communication error between main control board and IR341
Communication error between IDU and ODU
T1 sensor error
T2 sensor error
T2B sensor error
T3 sensor error
T4 sensor error
T5 sensor error
Voltage protection error
ODU DC fan error
Water level alarm error
TL sensor error
E6 error occurs six times in one hour, requiring power failure recovery
PFC feedback resistance failure
Heat sink TF high temperature protection
High pressure protection
Low pressure protection
Input current protection
Discharge temperature protection
Outdoor condenser T3 high temperature protection
Evaporator T2 high temperature protection
Module protection is triggered
DC bus low voltage protection
DC bus high voltage protection
MCE error
Zero speed protection
Phase loss
Protection when the previous and next speed change is > 15Hz
Protection for a difference of > 15Hz between the set speed and operating speed
Detected DC bus voltage (PN voltage) < 200 VDC for 5S after power-on
Typhoon protection
Ambient temperature less than or equal to 10°C in cooling mode
ODU error

H4

L (L0/L1) error occurs three times in one hour, reporting H4, 

and this error is not recoverable.

After H4 error, spot check may be performed on the latest 

three L errors (not limited to L0, L1). For example: report 

L0-L4-L8-L9-L0-L1 within one hour, and report H4 error. 

The errors for spot check are L9, L0, and L1.

90/105/120/140/160

Error code

E0
E1
E3
E5

E50
E51
E52
E53
E54
E55

E6

E60
E61

E7

E71
E72
E73
E74

EE

PA

PF
P0
P1

P10

P11

P12

P2
P4

P40
P41
P42
P43
P44
P45
P46
P47
P48
P49

P6
P8

P81
P82

P9

P90
P91

L0
L1
L2
L3
L5
L6

Error or protection definition

IDU EEPROM error
Indoor-outdoor communication fault
Indoor fan stall fault
ODU temperature sensor or EPROM fault 
ODU temperature sensor fault
ODU EPROM fault 
T3 sensor error
T4 sensor error
TP sensor error
Air return temperature sensor error
IDU temperature sensor fault
IDU room temperature  T1 sensor error
IDU pipe temperature T2 sensor error
ODU DC fan stall fault
Outdoor fan over-current (external driving) 
Outdoor fan stall (external driving)
Ourdoor fan phase loss (external driving)
Outdoor fan zero speed (external driving)
Water level alarm error
High temperature protection of condenser
PFC module switch power-off
ODU IPM module protection  
Voltage protection
Low voltage protection
High voltage protection
Outdoor DC-side voltage protection
Temperature protection for compressor top
ODU compressor feedback protection
Main control chip and driver chip communication fault
Compressor current sampling circuit fault
Compressor start-up fault
Compressor phase loss protection
Compressor zero speed protection
ODU electric control power down protection
Compressor stall protection
Compressor lock protection
Compressor out-synchronous protection
Compressor over-current protection
Compressor high discharge temperature protection
Outdoor electric control current protection
ODU current protection
Input AC current sampling circuit fault
Evaporator high or low temperature protection
Evaporator high temperature protection
Evaporator low temperature protection
Evaporator high and low temperature frequency limit
Condenser high temperature frequency limit
Compressor high discharge temperature frequency limit
Current frequency limit
Voltage frequency limit
PFC module fault frequency limit

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Summary of Contents for OTEC ICHD018

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Page 7: ... IDU ODU Wired controller is standard The air conditioner is delivered from the factory without connecting pipes All the figures in the manual explain only the general appearance and dimensions of the unit The air conditioner you purchased may not be completely consistent with the appearance and functions listed in the figures Please refer to the actual product CAUTION The air conditioner consists...

Page 8: ...a leak the oxygen in the room may be affected causing a serious accident If it does and comes into contact with fire a harmful gas will result Do not use the unit until a technician instructs you that it s safe to do so Do not use it for cooling precision instruments food plants animals or art or you may damage the unit Otherwise an electric shock and injury may result To avoid electric shocks ens...

Page 9: ...omply with electrical safety specifications It must be ensured that the air conditioner is well grounded that is the main switch of the air conditioner must have a reliable grounding cable It must be ensured that the minimum clearance between the A separate power supply that meets the rated parameter values must be provided for the air conditioner 2 OPERATING INSTRUCTIONS NOTE The figures show in ...

Page 10: ...he rated voltage The power cable must be equipped with a protective device such as a leakage protector or an air switch and its capacity must be greater than 1 5 times the maximum current of the air conditioner Use the dedicated line and the effective grounding socket that matches the standard plug of the air conditioner The plug of this unit provides a grounding plug which must not be changed Use...

Page 11: ...egree of frosting It generally takes 2 to 10 minutes During the defrosting process the ODU may emit steam due to the rapid defrosting which is a normal phenomenon In an environment where the indoor relative humidity is too high when the IDU runs in the cooling mode white mist may appear due to the humidity and the temperature difference between the air inlet and outlet When the air conditioner is ...

Page 12: ... L9 L0 and L1 90 105 120 140 160 Error code E0 E1 E3 E5 E50 E51 E52 E53 E54 E55 E6 E60 E61 E7 E71 E72 E73 E74 EE PA PF P0 P1 P10 P11 P12 P2 P4 P40 P41 P42 P43 P44 P45 P46 P47 P48 P49 P6 P8 P81 P82 P9 P90 P91 L0 L1 L2 L3 L5 L6 Error or protection definition IDU EEPROM error Indoor outdoor communication fault Indoor fan stall fault ODU temperature sensor or EPROM fault ODU temperature sensor fault O...

Page 13: ...gnal is sent when is pressed Check whether the mode on the display is Auto When Auto is selected the IDU will automatically select Auto as the fan speed When Dry is selected the IDU will automatically select Auto as the fan speed The fan speed can only be selected in the Cool Heat and Fan modes The remote controller cannot send signals when the batteries are exhausted Check whether the mode on the...

Page 14: ...ide Max input current Max power input Permitted pressure of cooling system Refrigerant Cooling capacity Rated current Rated power W A W M3 h dB A kg mm dB A kg mm A W MPa mm mm 220 240V 50Hz 4 4 26 6 14000 6000 78 5 51 42 40 1720 32 6830 R410A 3200g 59 30 8 4 4 27 5 91 60 33 7120 R410A 3800g 6200 15500 51 42 40 30 8 1720 220 240V 50Hz 220 240V 50Hz Circulating air flow Noise Net weight External di...

Page 15: ...ter unit For safety reasons always turn off the air conditioner and turn off the power before cleaning the air conditioner For air conditioners with auxiliary heaters the auxiliary heater is secured between the wind turbine and the heat exchanger of the IDUs using screws and the minimum gap with the flammable surface is 12 mm The user is prohibited from disassembling and repairing the part Otherwi...

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