Hitachi AC Fault Code Solution | Inverter AC Error Code

Hitachi AC Fault Code Solution|Inverter AC Fault Code

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Hitachi

Hitachi AC Fault Code P01 Pressure Ratio Protection Control


Hitachi AC Fault Code P02 High Pressure Improves Safety


Hitachi AC Fault Code P03 Inverter Current Protection


Hitachi AC Fault Code P04 Inverter fin temperature rise protection


Hitachi AC Fault Code P05 discharge gas temperature increases safety in the upper part of the compressor


Hitachi AC Fault Code P06 Reduces Low Pressure Protection


Hitachi AC Fault Code P09 High Pressure Reduces Safety


Hitachi AC Fault Code P0A demands current safety control


Hitachi AC Fault Code P0d enhances low pressure protection


Hitachi AC Fault Code P11 pressure ratio reduction


Hitachi AC Fault Code P12 low pressure increase try again


Hitachi AC Fault Code P13 increases high pressure retiree


Hitachi AC Fault Code P14 Constant Speed ​​Compressor Over-current Retry


Hitachi AC Fault Code P15 discharge gas temperature decreases retiree / low pressure increases retiree


Hitachi AC Fault Code P16 discharge gas super-heat reduction retiree Retry


Hitachi AC Fault Code p17 Inverter mismatch


Hitachi AC Fault Code P18 abnormal Inverter voltage retry / Inverter failure retry


Hitachi AC Fault Code P26 High Pressure Reduction Retiree


Hitachi Inverter Powered Multi-Split System Heat Pump Air Conditioner Fault Code


Fault Code: 01

Contents of abnormality: tripping of protection device
Leading cause: Fan motor failure, drain discharge, PCB, relay


Fault Code: 02

Contents of abnormality: tripping of protection device

Leading cause: activation of PSH


Fault Code: 03

Content of Inequality: Inequality between indoor (or outdoor) and outdoor (or indoor)

Leading cause: incorrect wiring. PCB failure. Tripping of fuses. Power supply turned off.


Fault Code: 04
Contents of abnormality: disparity between Inverter and control PCB
Leading Cause: Transmission failure between PCBs


Fault Code: 05
Material of inequality: power source wiring inequality
Leading cause: Reverse phase incorrect wiring


Fault Code: 06
Material of Inequality: Voltage drop by extremely low or high voltage from external unit
Leading cause: voltage drop of power supply, incorrect wiring or insufficient capacity of power supply wiring


Fault Code: 07
Contents of Inequality: Reduction in Discharge Gas Superhit
Major reason: excessive refrigerant charge, expansion valve open lock


Fault Code: 08
Contents of inequality: increase in temperature of discharge gas
Leading cause: insufficient refrigerant. Ref. Leakage, clogging or expansion valve close lock


Fault Code: 09
Contents of abnormality: tripping of protection device
Leading Cause: Fan Motor Failure


Fault Code: 11
Material of Inequality: Inlet Air Thermistor

Leading cause: thermistor, sensor, connection failure


Fault Code: 12

Material of disparity: outlet air thermistor

Leading cause: thermistor, sensor, connection failure


Fault Code: 13

Material of Inequality: Freeze Protection Thermistor

Leading cause: thermistor, sensor, connection failure


Fault Code: 14

Material of Inequality: Gas Piping Thermistor

Leading cause: thermistor, sensor, connection failure


Fault Code: 19

Material of inequality: failure of fan motor

Leading Cause: Fan Motor Failure


Fault Code: 21

Material of Inequality: High Pressure Sensor

Leading cause: thermistor, sensor, connection failure


Fault Code: 22

Material of disparity: outdoor air thermistor

Leading cause: thermistor, sensor, connection failure


Fault Code: 23

Material of Inequality: Discharge gas thermistor on comp.

Leading cause: thermistor, sensor, connection failure


Fault Code: 24

Material of orientation: evaporation thermistor
Leading cause: thermistor, sensor, connection failure


Fault Code: 29

Material of abortion: low pressure sensor

Leading cause: thermistor, sensor, connection failure


Fault Code: 30

Inequality content: incorrect wiring connection

Major reason: incorrect wiring connection between outdoor unit, CH unit and indoor unit


Fault Code: 31

Content of inequality: incorrect setting of outdoor and indoor unit

Leading cause: incorrect setting of capacity Fault Code


Fault Code: 32

Contents of abnormality: abnormal transmission of other indoor unit

Leading cause: Power supply failure, PCB in other indoor unit. Other indoor unit failure of the same refrigerant cycle.


Fault Code: 35

Contents of abnormality: incorrect setting in indoor / outdoor unit

Leading Cause: The existence of the same indoor unit number in the same refrigerant cycle


Fault Code: 38

Contents of inequality: abnormality of protective circuit in external unit

Leading Cause: Indoor unit PCB failure. Incorrect wiring connection for PCB in external unit


Fault Code: 39

Contents of Inequality: Inequality of Running Current on Continuous Compressor

Leading cause: overlapping of current sensor failure, molten fuse


Fault Code: 43

Contents of Inequality: Reduction in Pressure Ratio

Leading cause: Compressor, Inverter failure


Fault Code: 44

Content of inequality: low pressure surge protection activation

Leading cause: Indoor overload in cooling, high temperature of outdoor air in heat expansion valve open lock


Fault Code: 45

Content of inequality: high pressure surge protection activation

Major reason: overload operation. Excessive refrigerant clogging of heat exchanger


Fault Code: 46

Contents of inequality: enabling high pressure reduction protection

Leading cause: insufficient refrigerant


Fault Code: 47

Contents of Inequality: Activating Low Pressure Reduction Protection

Leading cause: insufficient refrigerant. Expansion Valve Lock Lock. Refrigerant leak


Fault Code: 51

Contents of inequality: abnormality of current sensor for Inverter

Major reason: sensor failure on Inverter PCB


Fault Code: 52

Contents of inequality: activating overprotection protection

Leading cause: overload, overflow, shut down for compressor


Fault Code: 53

Contents of Inequality: Activating IPM Protection

Leading cause: IPM automatic stagnation


Fault Code: 54

Material of inequality: increase in Inverter fin temperature

Leading cause: abnormal Inverter fin thermistor, abnormal outdoor fan


Fault Code: 56

Content of inequality: Identity inequality for fan motor position

Leading cause: abnormal probe circuit of transmission


Fault Code: 57

Contents of Inequality: Activating Fan Controller Protection

Leading cause: abnormal fan speed


Fault Code: 58

Contents of abnormality: abnormality of fan controller

Leading cause: overcurrent, abnormal fan controller fin


Fault Code: 59

Material of abnormality: AC chopper circuit protection

Leading cause: FET failure, power supply, fan motor for whistle


Fault Code: EE

Material of Inequality: Compressor Protection

Leading cause: 3 time occurrence of damage to the compressor within 6 hours


Fault Code: dd

Contents of Inequality: Incorrect Wiring Between Indoor Units

Leading cause: incorrect wiring between indoor unit and remote control switch

Remote Controller-Model: PC-2H2

Fault Code: 01

Reason: Indoor unit safety device is stuck (internal thermostat, * float switch)

Fault Code: 02

Reason: Safety device of external unit is stuck

Fault Code: 03

Reason: Transmission uniformity between indoor unit and outdoor unit

Fault Code: 05

Reason: choosing phase asymmetry

Fault Code: 08

Reason: abnormal high temperature at the top of the compressor

Fault Code: 11

Reason: Thermistor Abnormality for Inlet Air Temperature

Fault Code: 12

Reason: Thermistor Abnormality for Outlet Air Temperature

Fault Code: 13

Reason: Thermistor Abnormality for Freezing Temperatures

Fault Code: 20

Reason: Thermistor Abnormality for Compressor Top Temperature

Fault Code: 22

Reason: Thermistor Abnormality for outdoor air temperature

Fault Code: 24

Reason: Thermistor Abnormality for Outdoor Evaporation Temperature (Defrosting)

Fault Code: 25

Reason: Thermistor Abnormality for Condensing Temperature

Fault Code: 32

Reason: Transmission inequality between master and slave

Fault Code: 38

Reason: Inhumanity in circuit protection

Fault Code: 41

Reason: Excessive overload during cooling operation

Fault Code: 42

Reason: Excessive overload during heat operation

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