What does code A0 mean on my Daikin Split air conditioner remote?
If the remote controller for your Daikin Split air conditioner displays the code A0, it suggests a risk of refrigerant leakage. You should ventilate the room and contact your dealer. If there is no refrigerant leakage, please wait a few minutes.
What does code CH mean on my Daikin Split air conditioner remote?
If the remote controller for your Daikin Split air conditioner displays the code CH, this indicates a malfunction related to the refrigerant leakage sensor. It could be due to: * Malfunction of the sensor * A broken sensor cable * Incomplete cable connection * Malfunction of the main printed-circuit board. In any of these cases, you should contact your dealer.
Why is my Daikin AVA125AMVE Split air conditioner not cooling or heating enough?
If your Daikin Split air conditioner isn't cooling or heating sufficiently, several factors could be at play. Ensure that neither the indoor nor outdoor unit's air inlet or outlet is obstructed; remove any obstacles to improve ventilation. A clogged air filter can also reduce performance, so have a qualified service person clean it. Also, check that the set temperature, airflow rate, and discharge direction are appropriate for your needs. Close any open doors or windows, and use curtains or blinds to block direct sunlight. Note that too many people in the room or excessive heat sources can also affect cooling performance.
What to do if Daikin AVA125AMVE does not operate at all?
If your Daikin Split air conditioner system isn't operating at all, start by checking if a fuse has blown or if the power circuit breaker has tripped. Also, confirm whether there is a power failure in your area.
Why did my Daikin Split air conditioner start or stop by itself?
If your Daikin Split air conditioner starts or stops on its own, it might be due to the ON/OFF timer being active; try turning off the ON/OFF timer. Alternatively, a remote control device might be connected. If the display for centralized control is lit, or a remote control device is connected, contact the central control room that directed the stop.
Explains system types: group control (up to 16 units) and two remote controllers (one unit).
Identifies and describes the function of various parts of the indoor and outdoor units.
Lists places like oily areas, beaches, hot springs, high voltage fluctuations, vehicles, cooking areas, etc.
Explains frost formation during low indoor temps and system switching to DEFROST OPERATION.
Details on longer heating times, pre-heating, and auto-defrost operation.
Describes humidity reduction without significant temp drop, auto settings, and defrost interaction.
Explains how to adjust airflow direction using the remote controller or manually.
Instructions for cleaning the air filter when indicated by the remote controller.
Explains non-malfunction reasons for system not starting or restarting.
Addresses temporary stops due to communication issues or error codes (U4, U5).
Explains why fan speed may not change, especially during cooling or defrost.
Covers cases where actual airflow direction differs from the controller setting.
Explains discrepancies between flap movement and controller display during heating.
Discusses white mist during cooling (high humidity) or defrost operation.
Describes various normal operating sounds like ringing, shuh, shah, and pishi-pishi.
Explains dust blowing out after long resting periods.
Addresses odors absorbed from the room environment.
Explains ineffective cooling, often related to Program Dry mode usage.
Checks for blown fuses, circuit breakers, or power failures.
Checks for blocked inlets/outlets or clogged air filters.
Checks for blocked airflow, clogged filters, improper temperature settings, or open doors/windows.
Investigates timer operation, connected remote control devices, or centralized control.
Relates to refrigerant leakage sensor activation or false detection.
Checks for refrigerant leakage sensor activation or false detection.
Interprets error codes (A0, CH) displayed on the remote controller.
Explains system types: group control (up to 16 units) and two remote controllers (one unit).
Identifies and describes the function of various parts of the indoor and outdoor units.
Lists places like oily areas, beaches, hot springs, high voltage fluctuations, vehicles, cooking areas, etc.
Explains frost formation during low indoor temps and system switching to DEFROST OPERATION.
Details on longer heating times, pre-heating, and auto-defrost operation.
Describes humidity reduction without significant temp drop, auto settings, and defrost interaction.
Explains how to adjust airflow direction using the remote controller or manually.
Instructions for cleaning the air filter when indicated by the remote controller.
Explains non-malfunction reasons for system not starting or restarting.
Addresses temporary stops due to communication issues or error codes (U4, U5).
Explains why fan speed may not change, especially during cooling or defrost.
Covers cases where actual airflow direction differs from the controller setting.
Explains discrepancies between flap movement and controller display during heating.
Discusses white mist during cooling (high humidity) or defrost operation.
Describes various normal operating sounds like ringing, shuh, shah, and pishi-pishi.
Explains dust blowing out after long resting periods.
Addresses odors absorbed from the room environment.
Explains ineffective cooling, often related to Program Dry mode usage.
Checks for blown fuses, circuit breakers, or power failures.
Checks for blocked inlets/outlets or clogged air filters.
Checks for blocked airflow, clogged filters, improper temperature settings, or open doors/windows.
Investigates timer operation, connected remote control devices, or centralized control.
Relates to refrigerant leakage sensor activation or false detection.
Checks for refrigerant leakage sensor activation or false detection.
Interprets error codes (A0, CH) displayed on the remote controller.
General| Category | Split air conditioner |
|---|---|
| Cooling Capacity | 12.5 kW |
| Heating Capacity | 14.0 kW |
| Energy Efficiency Ratio (EER) (Cooling) | 3.21 |
| Power Supply | 3 Phase, 380-415 V, 50 Hz |
| Power Consumption | 3.89 kW |
| Refrigerant | R410A |
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