To Next PageTo Next PageWhat to do if the Mitsubishi Electric MXZ-4D83VA detects high pressure with the high-pressure switch (HPS) during operation?
If the high-pressure switch detects high pressure during operation, check the refrigerant circuit and the refrigerant amount. Also, check the stop valve.
What should I do if the fin temperature exceeds 90 ºC during operation of my Mitsubishi Electric Air Conditioner?
If the fin temperature exceeds 90 ºC during operation, check around the outdoor unit and the outdoor unit air passage.
What to do if the discharge temperature exceeds 116 ºC during operation of Mitsubishi Electric MXZ-4D83VA Air Conditioner?
If the discharge temperature exceeds 116 ºC during operation, check the refrigerant circuit and the refrigerant amount.
What to do if the sensor circuit of current of compressor shorts or opens during compressor operate of Mitsubishi Electric MXZ-4D83VA?
If the sensor circuit of current of compressor shorts or opens during compressor operation, replace the inverter P.C. board.
What to do if Mitsubishi Electric Air Conditioner nonvolatile memory data cannot be read properly?
If the nonvolatile memory data cannot be read properly, replace the inverter P.C. board.
General| Brand | Mitsubishi Electric |
|---|---|
| Model | MXZ-4D83VA |
| Category | Air Conditioner |
| Language | English |
Wiring diagrams for MXZ-2D series outdoor units across various revisions.
Wiring diagrams for MXZ-3D series outdoor units across various revisions.
Wiring diagrams for MXZ-4D series outdoor units across various revisions.
Wiring diagrams for MXZ-5D series outdoor units across various revisions.
Detailed procedure for safe refrigerant pumping down during relocation or disposal.
Procedure for conducting a test run operation and checking performance.
Table mapping sensors to their corresponding actuators and operational purposes.
Function to automatically detect and correct wiring or piping errors.
Essential safety precautions and checks before starting troubleshooting.
Procedure to retrieve and interpret error codes and failure modes.
Flowcharts for diagnosing common outdoor unit issues.
Criteria for testing resistance and voltage of key electronic components.
Diagrams showing test points and voltage measurements on the inverter P.C. board.
Diagrams showing test points and voltage measurements on the outdoor control P.C. board.
Diagrams showing test points and voltage measurements on the outdoor power P.C. board.
Diagrams showing test points and voltage measurements on the outdoor display P.C. board.
