Why is my Airwell Dakota WDI 9 Air Conditioner not communicating?
A lack of communication in your Airwell Air Conditioner is possibly due to mis-wiring between the indoor unit (IDU) and outdoor unit (ODU). Check the connection between the IDU and ODU to resolve this issue.
What does it mean if my Airwell Air Conditioner heat sink is overheating?
If your Airwell Air Conditioner's heat sink is overheating, it indicates a normal AC protection mechanism is active. To resolve this, turn off the system and wait for 30 minutes. Then, turn the system back on. If the issue persists, further assistance is needed.
How to fix illegal ODU Model error on Airwell Air Conditioner?
If your Airwell Air Conditioner displays an illegal ODU Model error, it means the ODU Model jumper setting is wrong. To fix this, check the jumper setting according to the model table on the controller label.
What to do if OCT is disconnected in Airwell Dakota WDI 9 Air Conditioner?
If the OCT is disconnected in your Airwell Air Conditioner: 1. Reinstall the OCT and ensure it's well-connected. 2. If the fault persists, use a multimeter to check the OCT's resistor. If it's +?, the OCT is damaged; replace it. 3. If it's around 10K (at 25 ), proceed to case 3 and replace the controller.
What to do if OCT is shorted in Airwell Dakota WDI 9 Air Conditioner?
If the OCT is shorted in your Airwell Air Conditioner: 1. Use a multimeter to check the OCT's resistor. If it's 0, the OCT is damaged; replace it. 2. If it's around 10K (at 25 ), the controller is shorted; replace the controller.
How to troubleshoot a red LED that doesn't light up on my Airwell Dakota WDI 9?
If the power supply indicator (Red LED) does not light up on your Airwell Air Conditioner's indoor unit, the cause may be no power supply. Check the power supply from the outdoor unit. If the power supply is OK, check the display and display wiring. If these are OK, replace the controller.
General| Cooling Capacity | 2.6 kW |
|---|---|
| Power Supply | 220-240V, 50Hz |
| Refrigerant | R32 |
| Type | Wall Mounted |
| Power Consumption (Cooling) | 810 W |
| Outdoor Noise Level | 50 dB |
Detailed technical specifications for the TRIO DAKOTA 5.2kw DCI outdoor unit, including capacity, power, dimensions, etc.
Technical specifications for the DAKOTA WDI 7 DCI indoor unit, covering airflow, sound levels, dimensions, etc.
Technical specifications for the DAKOTA WDI 12 DCI indoor unit, including airflow, sound levels, dimensions, etc.
Provides cooling capacity data for TRIO DAKOTA 9+9+9 configurations under various conditions.
Presents cooling capacity data for TRIO DAKOTA 9+9+12 configurations.
Provides cooling capacity data for TRIO DAKOTA 12+12 configurations.
Table of cooling capacity (kW) for TRIO DAKOTA 12+12 under different operating temperatures.
Details heating capacity (kW) for TRIO DAKOTA 12+12 based on operating temperatures.
Graphs of suction and discharge pressure vs. outdoor temperature for cooling.
Graphs for suction and discharge pressure vs. outdoor temperature in heating mode.
Electrical specifications for single-phase units, including power supply, current, and circuit breaker details.
Provides the wiring diagram for the TRIO 5.2 DAKOTA DCI system, showing connections for indoor and outdoor units.
Provides guidelines for tubing connections, including torque values and diagrams.
Details how compressor frequency is controlled via NLOAD settings and power shedding.
Explains NLOAD setting based on indoor fan speed and outdoor unit calculation.
Describes how target frequency is set based on NLOAD and outdoor air temperature.
Details the 10 indoor fan speeds and auto fan operation.
Conditions for starting and stopping the heating element.
Describes the 7 outdoor fan speeds and control routines based on operating conditions.
Explains the control logic for the electronic expansion valve (EEV).
Lists the 5 protection codes and how the MSMP calculates overall protection status.
Describes the ICT trend for indoor coil defrost protection.
Provides troubleshooting steps for electrical and control system issues.
Lists common symptoms, probable causes, and corrective actions for dual split systems.
Explains how to interpret MSMP diagnostics and fault codes.
Lists MSMP fault codes for the outdoor unit with possible reasons and corrective actions.
Lists MSMP fault codes for indoor units with possible reasons and corrective actions.
Important safety precautions and advice for handling the unit.
Warning about high voltage in the outdoor unit controller and safety advice.
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