Your Local Perth Daikin Repair Technicians Â
Your Local Perth Daikin Repair Technicians Â
Is your Daikin Air Conditioner showing an error code?.
If your Daikin air conditioning system is showing an error code then air conditioning Perth can assist. With qualified refrigeration and air conditioning technicians servicing all Perth metro, we are ready to get your Daikin air conditioner repaired and working efficiently, fast, and at a reasonable price.
You can look at the error codes below.
Daikin Lite Series Split Systems.
Daikin Split System Repairs in Perth
Outdoor unit error codes!
| Daikin Error Code | Error Message | Cause of Error - Problem and likely repair needed |
|---|---|---|
| E0 | Protection devices activated (unifi ed) | Protection device connected to outdoor unit PCB actuated Defective protection device connector contact |
| E1 | Defective outdoor unit PCB | Defective outdoor unit PCB |
| Defective connection of inside/ outside relay wires | ||
| E3 | Actuation of high pressure switch (HPS) | Dirty outdoor unit heat exchanger |
| Defective high pressure switch | ||
| Clogged refrigerant piping | ||
| Defective connector contact | ||
| E3 | System No.1 | Dirty outdoor unit heat exchanger |
| Actuation of high pressure switch | Shortage of water volume | |
| (HPS) | Clogged refrigerant piping | |
| Defective connector contact | ||
| Defective HPS | ||
| E4 | Actuation of low pressure switch (LPS) | Abnormally drop in low pressure |
| Defective low pressure sensor | ||
| Defective outdoor unit PCB | ||
| Defective connector contact | ||
| E5 | Inverter compressor motor or overheat | Inverter compressor lock |
| High differential pressure | ||
| Defective inverter PCB | ||
| UVW connection error | ||
| Defective connector contact | ||
| E6 | STD compressor motor overcurrent/lock | Defective compressor |
| Defective control PCB | ||
| The stop valve is not opened | ||
| E6 | System No.1 Compressor overcurrent | Defective electronic expansion valve |
| Shortage of refrigerant amount | ||
| Defective compressor | ||
| E7 | Malfunction of outdoor unit fan motor system | Fan motor failure |
| Neglect to connect or defective connection of harness/ connector between the fan motor and the PCB | ||
| Fan does not rotate due to foreign matters caught in it | ||
| E8 | Overcurrent of inverter compressor | Defective compressor |
| Defective inverter main circuit capacitor | ||
| Defect of outdoor unit PCB | ||
| Defect of power transistor | ||
| E9 | Malfunction of electronic expansion valve coil | Disconnection of connectors from electronic expansion valves |
| Defective electronic expansion valve coil | ||
| Defective outdoor unit control PCB | ||
| EA | Malfunction of four way valve or cool/heat switchin | Defective four way valve |
| Shortage of gas | ||
| Defective outdoor unit PCB | ||
| Defective thermistor | ||
| EC | Malfunction of entering water temperature | Cooling water temperature abnormality |
| Defective outdoor unit PCB Defective thermistor | ||
| F3 | Malfunction of discharge pipe temperature | Defective discharge pipe thermistor |
| Abnormal discharge pipe temperature | ||
| Defective outdoor unit control PCB | ||
| Defective connector contact | ||
| F6 | Abnormal high pressure or refrigerant overcharged | Refrigerant overcharged |
| Disconnection of heat exchanger deicer thermistor | ||
| Disconnection of outdoor air thermistor | ||
| Disconnection of liquid pipe temperature thermistor | ||
| Defective outdoor unit PCB | ||
| H0 | Malfunction of sensor system of compressor | Harness is disconnected, or defective connection Defective PCB |
| H1 | Malfunction of room temperature sensor or humidifi er unit damper | Defective limit switch Defective damper |
| H3 | Malfunction of high pressure switch (HPS) | Defective high pressure switch Broken wire |
| Defective outdoor unit PCB | ||
| Defective connector contact | ||
| H4 | Malfunction of low pressure switch (LPS) | Defective low pressure switch |
| Broken wire | ||
| Defective outdoor unit PCB | ||
| Defective connector contact | ||
| H5 | Malfunction of compressor motor overload thermistor | Defect of compressor motor overload thermistor Defective connector contact |
| H6 | Malfunction of position detection sensor | Faulty contact of compress or cable |
| Defective compressor | ||
| Defective outdoor unit PCB | ||
| H7 | Malfunction of outdoor unit fan motor signal | Abnormal signal from fan motor (Circuit failure) Disconnection/Short circuit in fan motor leads or disconnection of connector Defective inverter PCB |
| H8 | Malfunction of compressor input (CT) system | Defective power transistor |
| Defective reactor | ||
| Faulty wiring of inverter system | ||
| Defective outdoor unit PCB | ||
| H9 | Malfunction of outdoor air thermistor | Defective connection of thermistor |
| Defective outdoor unit PCB | ||
| Defective outdoor air thermistor | ||
| HC | Malfunction of (hot) water temperature thermistor | Defective connection of thermistor |
| Defective outdoor unit PCB | ||
| Defective water temperature thermistor | ||
| HF | Alarm in thermal storage unit or storage controller | Thermal storage group defective wiring |
| Defective setting | ||
| Excess of thermal storage tank numbers | ||
| HJ | Malfunction of thermal storage tank water level | Low water level |
| Defective switch setting | ||
| Water level detecting sensor failure | ||
| Defective connector contact | ||
| J1 | Malfunction of pressure sensor | Defective pressure sensor connector contact |
| Defective pressure sensor | ||
| Defective outdoor unit PCB | ||
| J2 | Malfunction of current sensor of compressor | Defective current sensor |
| Defective compressor | ||
| Defective outdoor unit PCB | ||
| J3 | Malfunction of discharge pipe thermistor | Defective connection of thermistor |
| Defective discharge pipe thermistor | ||
| Defective outdoor unit PCB | ||
| J4 | Malfunction of low pressure equivalent saturated temperature sensor system | Defective connection of thermistor |
| Defective thermistor | ||
| Defective outdoor unit PCB | ||
| J5 | Malfunction of suction pipe thermistor | Defective connection of thermistor |
| Defective suction pipe thermistor | ||
| Defective outdoor unit PCB | ||
| J6 | Malfunction of heat exchanger thermistor | Defective connection of thermistor |
| Defective heat exchanger thermistor | ||
| Defective outdoor unit PCB | ||
| J7 | Malfunction of thermistor (Refrigerant circuit) | Defective connection of thermistor |
| Defective liquid pipe thermistor | ||
| Defective outdoor unit PCB | ||
| J8 | Malfunction of thermistor (Refrigerant circuit) | Defective connection of thermistor |
| Defective liquid pipe thermistor | ||
| Defective outdoor unit PCB | ||
| J9 | Malfunction of thermistor (Refrigerant circuit) | Defective connection of thermistor |
| Defective gas pipe thermistor | ||
| Defective outdoor unit PCB | ||
| JA | Malfunction of high pressure sensor | Defective connector contact |
| Connection of low pressure sensor in mistake for high pressure sensor | ||
| Defective high pressure sensor | ||
| Defective outdoor unit PCB | ||
| JC | Malfunction of low pressure sensor | Defective connector contact |
| Connection of high pressure sensor in mistake for low pressure sensor | ||
| Defective low pressure sensor | ||
| Defective outdoor unit PCB | ||
| JE | Malfunction of oil pressure sensor or sub-tank thermistor | Defective connector contact |
| Defective sub-tank thermistor | ||
| Defective outdoor unit PCB | ||
| JF | Malfunction of oil level sensor or heating heat exchanger thermistor | Defective connector contact |
| Defective heat exchanger thermistor | ||
| Defective outdoor unit PCB | ||
| L0 | Malfunction of inverter system | Shortage of power supply capacity |
| Defective power transistor | ||
| Defective outdoor unit PCB | ||
| L1 | Malfunction of inverter PCB | Defective compressor wiring |
| Defective outdoor unit fan motor | ||
| Blown fuse | ||
| Defective inverter PCB | ||
| L3 | El.compo. box temperature rise | Fin temperature rise due to short circuit |
| Defective outdoor unit fan motor | ||
| Defective power transistor | ||
| Defective outdoor unit PCB | ||
| L4 | Malfunction of inverter radiation fi n temperature rise | Fin temperature rise due to short circuit Defective fi n thermistor |
| L5 | nverter instantaneous overcurrent (DC output) | Defective compressor coil (such as wiring disconnection or insulation failure) |
| Compressor startup failure (mechanical lock) | ||
| Defective inverter PCB | ||
| L6 | Inverter instantaneous overcurrent (AC output) | Overcharge of refrigerant amount |
| Shortage of power supply capacity | ||
| Defective compressor Defective inverter unit | ||
| L8 | Malfunction of overcurrent inverter compressor | Compressor overloaded |
| Wiring disconnection in compressor coil | ||
| Disconnection of compressor wiring | ||
| Defective inverter PCB | ||
| L9 | Malfunction of inverter compressor startup error (Stall prevention) | The stop valve is not opened |
| Defective compressor | ||
| Error in wire connections to compressor | ||
| Large differential pressure before compressor startup Defective inverter PCB | ||
| LA | Malfunction of power transistor | Defective power transistor |
| Defective compressor | ||
| Defective inverter PCB | ||
| LC | Malfunction of transmission between control and inverter PCB | Defective connection between the inverter PCB and the control PCB |
| External factors (e.g. noise) | ||
| Defective inverter compressor | ||
| Defective control PCB (transmission block) | ||
| M1 | Malfunction of central remote controller PCB | Defective central remote controller PCB |
| M8 | Malfunction of transmission between optional controllers for centralized control | Other centralized control power disconnection |
| Centralized control reset switch ON | ||
| Defective transmission wiring | ||
| Central remote controller address change | ||
| MA | Improper combination of optional controllers for centralized control | Improper combination of optional controllers for centralized control |
| More than one master controller is connected | ||
| Faulty setting of centralized control | ||
| Defect of centralized control | ||
| MC | Address duplication, improper setting | Address duplication of central remote controller |
| P0 | Shortage of refrigerant amount (thermal storage unit) | Shortage of refrigerant |
| Clogged refrigerant piping | ||
| P1 | Power voltage imbalance or inverter PCB | Open phase |
| Interphase voltage imbalance | ||
| Defective capacitor in the main circuit | ||
| Defective wiring in the main circuit | ||
| Defective inverter PCB | ||
| P2 | Automatic refrigerant charge operation stop | The stop valve is not opened Closed valve of refrigerant tank |
| P3 | Malfunction of thermistor in switch box | Defective connection of thermistor |
| Defective reactor thermistor | ||
| Defective inverter PCB | ||
| P4 | Malfunction of radiation fi n temperature sensor | Defective radiation fi n temperature thermistor |
| Defective inverter PCB | ||
| Defective INV. compressor | ||
| Defective fan motor | ||
| P8 | Heat exchanger freezing protection during automatic refrigerant charging | (Close the refrigerant cylinder. Start again from step 1.) |
| P9 | Malfunction of fan motor (humidifi er unit) | Defective fan motor |
| Defective outdoor unit PCB | ||
| Broken relay harness | ||
| Defective connector contact | ||
| P9 | Automatic refrigerant charge operation completed | — |
| PA | Refrigerant cylinder during automatic refrigerant charging | Refrigerant cylinder of master unit is empty |
| PA | Broken wire of heater (humidifi er unit) | Defective heater unit |
| Defective thermistor | ||
| Defective outdoor unit PCB | ||
| PC | Refrigerant cylinder during automatic refrigerant charging | Refrigerant cylinder of slave unit 2 is empty |
| PE | Automatic refrigerant charge operation nearly completed | — |
| PH | Refrigerant cylinder during automatic refrigerant charging | Defective heater unit |
| Defective connector contact | ||
| Defective thermistor | ||
| Defective outdoor unit PCB | ||
| PJ | Malfunction of capacity setting (Outdoor unit PCB) | Capacity setting adaptor is not installed |
| Improper capacity setting adaptor | ||
| Defective outdoor unit PCB | ||
| PJ | Improper combination between inverter and fan driver | Mis-matching of type of PCB |
| Improper (or no) fi eld setting after replacing outdoor unit main PCB | ||
