Why does the compressor operate continuously in my Acson AWM 301?
If your Acson Air Conditioner compressor runs continuously, check the following: * The air filter may be dirty; clean it. * If in cooling mode, the temperature setting might be too low; use a higher setting. * If in heating mode, the temperature setting might be too high; use a lower setting.
Why is the airflow too slow in my Acson Air Conditioner, or why isn't the room cooling sufficiently?
If the airflow from your Acson Air Conditioner is too slow, or the room isn't cooling enough, consider these possibilities: * The air filter might be dirty, so try cleaning it. * Open doors and windows can impact performance; ensure they are closed. * Obstructions can block air suction and discharge of both indoor and outdoor units; clear any blockages. * The temperature setting may be too high; try setting a lower temperature.
Why on heating cycle, warm air does not come out of Acson AWM 301?
If warm air does not come out of your Acson Air Conditioner during the heating cycle, it might be in defrost mode. The heating operation will resume once the defrost cycle is complete.
Why does my Acson Air Conditioner compressor keep running?
If your Acson Air Conditioner's compressor is running continuously, it might be caused by a dirty air filter, which requires cleaning. Alternatively, the temperature setting may be too low for cooling or too high for heating. Adjust the temperature setting accordingly.
How to improve airflow in my Acson AWM 301 Air Conditioner?
If your Acson Air Conditioner isn't providing sufficient airflow or cooling, several factors could be at play. First, check and clean the air filter if it's dirty. Ensure that all doors and windows are closed to prevent outside air from interfering with cooling. Confirm that neither the air suction nor the discharge vents of the indoor and outdoor units are blocked. Finally, verify that the temperature setting is appropriately low for effective cooling.
Why is my Acson AWM 301 remote display dim?
If the wireless controller display for your Acson Air Conditioner is dim, the batteries may be discharged and need replacing. Also, check that the batteries are correctly inserted and that the assembly is properly done.
What causes the hissing airflow sound from the Acson AWM 301 Air Conditioner unit during operation?
If you hear a hissing airflow sound from your Acson Air Conditioner during operation, it is caused by liquid refrigerant flowing into the evaporator coil.
Why is the wireless controller display dim on my Acson AWM 301?
If the wireless controller display for your Acson Air Conditioner is dim: * The batteries may be discharged; replace them. * The batteries may not be correctly inserted; reinsert them. * The assembly might not be good; check the assembly.
Why does the compressor not operate 3 minutes after my Acson AWM 301 unit is started?
If your Acson Air Conditioner compressor doesn't start 3 minutes after starting the unit, it may be due to a protection mechanism against frequent starting. Wait 3 to 4 minutes; the compressor should start on its own.
Why is my Acson AWM 301 Air Conditioner compressor not starting immediately?
The compressor in your Acson Air Conditioner is designed to protect against frequent starts. Allow 3 to 4 minutes for the compressor to start operating by itself.
General| Brand | Acson |
|---|---|
| Model | AWM 301 |
| Category | Air Conditioner |
| Language | English |
Lists indoor and outdoor unit product line-ups with classifications.
Details the ease of installing the compact and lightweight indoor/outdoor units.
Highlights the slim design for wall mounting that maximizes floor space.
Mentions improved comfort via whisper-quiet operation with a tangential fan.
Describes adjustable air discharge direction and double louver design for optimal comfort.
Explains easy access to fan blower and electrical components for maintenance.
Details features of the LCD transmitter, fan speed, sleep mode, and timer functions.
Explains the dry mode function for effective moisture removal.
Details the allowable working temperature and humidity range for cooling and heatpump modes.
Provides diagrams of refrigerant circuits for cooling only and heatpump models.
Explains the functions and operation of the G12 remote controller for various settings.
Details the meaning of LED indicator lights for normal and faulty conditions.
Describes indoor fan control during heating operation for cold start and defrost.
Explains indoor fan operation after thermostat cut-out to maintain indoor comfort.
Describes rapid room temperature stabilization by increasing set temperature during cold start.
Details the turbo function for quick temperature achievement in COOL, HEAT, and DRY modes.
Explains compressor protection measures during heating operation.
Explains compressor protection measures during cooling operation.
Describes how the unit prevents indoor coil freezing and indicates filter status.
Explains the automatic restart function after power failure.
Illustrates the general installation layout of indoor and outdoor units with key components.
Provides requirements for selecting suitable indoor and outdoor unit locations for optimal performance.
Specifies minimum distances required around outdoor units for proper airflow and maintenance.
Details the process for drilling holes and securely mounting the installation plate.
Guides on routing refrigerant piping and preparing the indoor unit for mounting.
Explains the correct method for indoor drain pipe installation to ensure smooth drainage.
Covers electrical connection rules and general precautions for field wiring.
Provides guidelines on maximum pipe length, bends, and flare connections.
Details the installation steps for the separate orifice kit at the outdoor unit.
Explains the procedure for vacuuming and charging the refrigerant system.
Outlines essential checks and trial run procedures after installation and charging.
Introduces R410A as an HFC refrigerant and its characteristics compared to R22.
Lists the composition of R410A refrigerant.
Explains R410A's behavior during evaporation/condensation and handling precautions.
Provides a checklist for tubing, compressor oil, refrigerant, and tools for R410A systems.
Offers guidelines for handling and installing R410A systems, emphasizing moisture and dirt prevention.
Presents sound pressure levels for wall mounted fan coil units across various frequencies and speeds.
Specifies the measurement points for sound pressure levels according to JIS standards.
Lists detailed specifications for cooling-only R22 models, including capacity, power, dimensions, and airflow.
Lists detailed specifications for R22 heatpump models, including capacity, power, dimensions, and airflow.
Lists detailed specifications for cooling-only R410A models, including capacity, power, dimensions, and airflow.
Lists detailed specifications for R410A heatpump models, including capacity, power, dimensions, and airflow.
Details the components of R22 cooling-only units, including fans, coils, compressor, and casing.
Details the components of R22 heatpump units, including fans, coils, compressor, and casing.
Details the components of R410A cooling-only units, including fans, coils, compressor, and casing.
Details the components of R410A heatpump units, including fans, coils, compressor, and casing.
Illustrates how to use interpolation and extrapolation for performance calculations.
Provides step-by-step details for calculating capacities using interpolation and extrapolation methods.
Shows dimensional drawings for indoor units of various models.
Shows dimensional drawings for outdoor units of various models.
Presents electrical specifications for the indoor units (motor, compressor).
Presents electrical specifications for the outdoor units (motor).
Lists compressor specifications including capacitor, input power, and running current.
Provides wiring diagrams for cooling-only indoor and outdoor units.
Provides wiring diagrams for heatpump indoor and outdoor units.
Lists components and their required maintenance procedures and recommended schedules.
Details maintenance steps to be performed after a period of extended shutdown.
Lists common fault conditions and their possible causes and corrective actions.
Provides pressure readings to diagnose probable causes of refrigerant circuit issues.
Uses a flowchart to diagnose common electrical issues leading to unit failure.
Uses a flowchart to diagnose issues related to insufficient cooling or heating.
Shows exploded views and part lists for indoor units.
Shows exploded views and part lists for indoor units.
Shows exploded views and part lists for indoor units.
Shows exploded views and part lists for outdoor units.
Shows exploded views and part lists for outdoor units.
Shows exploded views and part lists for outdoor units.
Shows exploded views and part lists for outdoor units.
Shows exploded views and part lists for outdoor units.
Shows exploded views and part lists for outdoor units.
Shows exploded views and part lists for outdoor units.
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