To Next PageTo Next PageWhat to do if the Mitsubishi Electric PUHZ-P200YKA3 Air Conditioner trouble is reoccurring?
If the trouble with your Mitsubishi Electric Air Conditioner is reoccurring, determine what is wrong and take corrective action according to the self-diagnosis action table. You should also conduct troubleshooting to ascertain the cause of the problem.
What to do if Mitsubishi Electric PUHZ-P200YKA3 Air Conditioner trouble is not reoccurring?
If the trouble with your Mitsubishi Electric Air Conditioner is not reoccurring, consider temporary defects, such as the activation of protection devices in the refrigerant circuit (including the compressor), poor wiring connections, or noise. Re-check the symptoms and inspect the installation environment, refrigerant amount, weather conditions when the trouble occurred, and wiring. After finishing service, reset check code logs and restart the unit. If these steps don't reveal an issue, there may be no abnormality in the electrical components, controller board, or remote controller.
What to do if Mitsubishi Electric PUHZ-P200YKA3 trouble is not reoccurring and not logged?
If the trouble with your Mitsubishi Electric Air Conditioner is not reoccurring and not logged, re-check the abnormal symptom. If the cause is not ascertained, continue to operate the unit for the time being. Also, conduct troubleshooting to ascertain the cause of the trouble. If these steps don't reveal an issue, there is no abnormality concerning parts such as the electrical component, controller board, or remote controller.
General| Brand | Mitsubishi Electric |
|---|---|
| Model | PUHZ-P200YKA3 |
| Category | Air Conditioner |
| Language | English |
General safety rules before accessing terminals.
Specific warnings for R410A refrigerant handling.
Guidelines for safely reusing R22 refrigerant piping.
Warnings for working with R410A refrigerant piping.
Refrigerant charge amounts for different piping lengths.
How to adjust refrigerant based on pipe length and initial charge.
Technical data for the compressor, including winding resistance.
Sound pressure level curves for different frequency bands.
Operational parameters for various matching conditions.
Power wiring requirements and specifications.
Connection patterns for separate power supplies.
Specifications for connecting indoor and outdoor units.
Guidelines for wiring the M-NET communication system.
Procedure for safely collecting refrigerant.
Steps for performing a test run of the unit.
Checks to perform before and during a test run.
Procedure for test runs using a specific remote controller model.
Test run procedure for Type C wireless remote controllers.
Test run procedure for PAR-SL100A-E wireless remote controller.
Procedure for self-diagnosis using a specific remote controller.
Procedure to check remote controller functionality.
Self-diagnosis procedure for Type C wireless remote controllers.
Self-diagnosis procedure for PAR-SL100A-E wireless remote controllers.
Troubleshooting steps when remote controller display is blank.
Troubleshooting steps for persistent "PLEASE WAIT" on remote controller.
Troubleshooting when operation display appears briefly.
Method for checking DC fan motor and associated boards.
Overview of the linear expansion valve operation.
Detailed explanation of LEV operation and pulses.
Procedure for attaching and detaching the LEV coil.
Steps to perform emergency operation.
Steps to exit emergency operation.
Data parameters used during emergency operation.
Diagram of the outdoor noise filter circuit board.
Diagram of the outdoor power circuit board and brief checks.
Explanation of various DIP and push switch functions.
Explanation of connector functions.
Enabling low-noise mode via wiring.
Enabling demand control for energy saving via wiring.
Setting unit functions using a wired remote controller.
Function settings for different unit number configurations.
Step-by-step guide for selecting functions via wired remote.
Guide to selecting functions via wireless remote controller (Type C).
Guide to selecting functions via wireless remote controller (PAR-SL100A-E).
Detailed guide for function selection on PAR-32MAA remote controller.
Procedure to monitor operation data using the remote controller.
List of request codes for monitoring operation data.
Procedure for smooth maintenance using remote controller.
Steps to remove the service and top panels.
Steps to remove the fan motor assembly.
Steps to remove the electrical parts box.
Steps to disassemble the electrical parts box.
Steps to remove TH6 thermistor.
Steps to remove TH7 thermistor.
Steps to remove TH3 and TH32 thermistors.
Steps to remove valve coils and high pressure switch lead wire.
Steps to remove the 4-way valve, LEV, and high pressure switch.
Steps to remove the compressor.
Steps to remove the power receiver.
