Why does the compressor operate continuously in my Acson Air Conditioner?
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 10G Air Conditioner?
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 10G?
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 10G Air Conditioner 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 10G 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 10G Air Conditioner?
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 10G 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 10G 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 10G |
| Category | Air Conditioner |
| Language | English |
Wall mounted fan coil unit is easily installed due to compact size, slimness and light weight.
Newly developed super slim design for wall mounting maximizes floor space usage and enhances ceiling appearance.
Cooling comfort improved by whisper-quiet operation achieved by a tangential fan.
Air discharge direction adjustable in four directions manually or automatically via LCD remote control.
Easy access to fan blower and electrical components for maintenance via removing front plastic panel.
Compact LCD transmitter operates unit within 9 meters, with features like fan speed, sleep mode, timer, turbo mode, etc.
Dry mode with low indoor fan speed for effective moisture removal, compressor cuts out after 9 mins to remove moisture.
3-fold structure heat exchanger provides large surface area for efficient heat exchange.
Rotary compressor is energy efficient and has a higher output to weight ratio.
Detects and diagnoses faults via blinking LED lights, simplifying troubleshooting.
Ensure the operating temperature is within the allowable range to prevent serious failure.
Details the functions and operations of the G12 remote controller for the air conditioner unit.
Explains the IR signal receiver and LED indicator lights for cooling and heatpump units.
Table detailing LED indicator lights for normal operation and fault conditions, with corresponding actions.
Describes the heating cycle, including hot start and hot keep functions.
Explains the hot keep function for AWM-GR models, controlling indoor fan operation after thermostat cut out.
Details the hot spurt function, which increases set temperature by 2°C during cold start for quick stabilization.
Explains the turbo mode function available in COOL, HEAT, and DRY modes for faster temperature achievement.
Explains overload protection in cooling operation to prevent compressor burnout due to abnormal temperature increase.
Explains the auto random restart function, allowing the unit to resume operation after power failure.
Illustrates the installation diagram showing indoor and outdoor unit components and connections.
Provides requirements for selecting indoor unit location and space for proper installation and airflow.
Requirements for outdoor unit location, ventilation, and protection from elements for optimal cooling capacity.
Specifies minimum installation clearance around outdoor units to ensure proper airflow and avoid hot air short circuit.
Instructions for drilling holes and mounting the installation plate, ensuring wall strength and proper spacing.
Guides on refrigerant piping routing and preparation for indoor unit installation.
Details on correct indoor drain pipe installation for smooth drainage, avoiding incorrect situations.
Electrical connection guidelines, general precautions, and wiring regulations for safe installation.
Recommendations for maximum pipe length, number of bends, and flare connection procedures for refrigerant piping.
Steps for installing the separate orifice kit at the outdoor unit, considering space limitations.
Procedure for vacuuming and charging the refrigerant lines and indoor unit after connecting.
Final checks and trial run procedures to ensure proper installation, leak-proofing, and operation.
Introduces R410A as a new HFC refrigerant that does not damage the ozone layer and has higher working pressure.
Describes R410A's characteristics, including composition changes upon evaporation/condensation and POE oil usage.
Checklist for installation/servicing, covering tubing, compressor oil, refrigerant, and specific tools for R410A.
Guidelines for handling and installation of R410A systems, emphasizing moisture and dirt prevention, leak checks, and vacuuming.
Presents sound pressure level data for wall-mounted fan coil units across various frequencies and speeds.
Provides general engineering and physical data for R22 cooling-only models, including capacities, power, dimensions, and refrigerant charge.
Provides general engineering and physical data for R22 heatpump-only models, including capacities, power, dimensions, and refrigerant charge.
Provides general engineering and physical data for R410A cooling-only models, including capacities, power, dimensions, and refrigerant charge.
Provides general engineering and physical data for R410A heatpump models, including capacities, power, dimensions, and refrigerant charge.
Details components for R22 cooling-only models.
Details components for R22 heatpump models.
Details components for R410A cooling-only models.
Details components for R410A heatpump models.
Method to get total capacity, TC and SC at temperatures not stated in the table.
Example demonstrating how to use interpolation and extrapolation for performance data.
Performance data table for R22 cooling-only models AWM 07G / ALC 07C.
Performance data table for R22 cooling-only models AWM 09G / ALC 09C.
Performance data table for R22 heatpump models AWM 09GR / ALC 09CR, covering cooling and heating modes.
Performance data table for R410A cooling-only models A5WM 07G / A5LC 07C.
Performance data table for R410A cooling-only models A5WM 09G / A5LC 10C.
Performance data table for R410A heatpump models A5WM 07GR / A5LC 07CR, covering cooling and heating modes.
Performance data table for R410A heatpump models A5WM 09GR / A5LC 10CR, covering cooling and heating modes.
Performance data table for R410A heatpump models A5WM 20GR / A5LC 20CR (3 PHASE), cooling and heating.
Performance data table for R410A heatpump models A5WM 25GR / A5LC 25CR (3 PHASE), cooling and heating.
Performance data table for R410A heatpump models A5WM 311R / A5LC 28CR (3 PHASE), cooling and heating.
Dimensional drawings and data for indoor units, models AWM/A5WM 07G/09G.
Dimensional drawings and data for outdoor units, models ALC/A5LC 07C/09C.
Dimensional drawings and data for indoor units, models AWM/A5WM 10G/15G.
Dimensional drawings and data for outdoor units, models ALC/A5LC 10C/15C.
Dimensional drawings for indoor units, models AWM/A5WM 20G/25G.
Dimensional drawings and data for outdoor units, models ALC/A5LC 18C/20C/25C.
Dimensional drawings and data for indoor units, models A5WM 311/301R.
Dimensional drawings and data for outdoor units, models A5LC 28C/28CR.
Electrical data for indoor units, including insulation grade, power source, rated input power, and motor output.
Electrical data for outdoor units, including insulation grade, power source, rated input power, and motor output.
Electrical data for the compressor, including capacitor, rated input power, and locked rotor amp.
Wiring diagrams for cooling-only models, showing outdoor and indoor unit connections.
Wiring diagrams for outdoor units ALC 09CR/10CR, A5LC 07CR/10CR/15CR of heatpump models.
Wiring diagrams for indoor units AWM 09GR/10GR, A5WM 07GR/10GR/15GR (with ionizer) of heatpump models.
Details components and their recommended maintenance procedures and schedules for the air conditioner unit.
Table of common fault conditions, their possible causes, and corrective actions for troubleshooting.
Guidelines for diagnosing issues based on refrigerant circuit pressure readings.
Flow chart for diagnosing electrical circuit issues, identifying common causes of starting failure.
Diagnosis of refrigerant circuit issues leading to insufficient cooling, based on temperature differences and running current.
Detailed parts list for indoor units A5WM/AWM 07G/09G/10G/15G.
Parts list for indoor units A5WM/AWM 20G/25G.
Parts list for indoor units A5WM 311 / AWM 311.
To Next Page
