To Next PageTo Next PageWhat causes PFC module protection in Astralpool PROELYXP14i?
PFC module protection in your Astralpool Heat Pump can be triggered by an output exception of the PFC module, an abnormal or damaged motor, a broken fan blade, or abnormal input power. To solve this, change the driver board, check if the motor speed is too low or fan motor is damaged, change the fan blade, or check the input voltage.
What to do if my Astralpool PROELYXP14i shows IPM module temperature too high protection?
If your Astralpool Heat Pump displays an IPM module temperature too high protection error, it could be due to an output exception of the IPM module thermal circuit, an abnormal or damaged motor, or a broken fan blade. Try changing the driver board, checking if the fan motor speed is too low or fan motor is damaged, or changing the fan blade.
How to troubleshoot IPM module thermal circuit abnormality in Astralpool PROELYXP14i Heat Pump?
An abnormal IPM module thermal circuit in your Astralpool Heat Pump can be caused by an output abnormality of the IPM module thermal circuit or a problem with the fan motor (abnormal or damaged) or a broken fan blade. Try changing the driver board, checking if the motor speed is too low or fan motor is damaged, or changing the fan blade.
What causes input current over high protection in my Astralpool Heat Pump?
Input current over high protection in your Astralpool Heat Pump can be caused by a large momentary compressor current, abnormal water flow, power fluctuations, or an incorrect PFC inductor. Try checking the compressor, the waterway system, the power range, and if the correct PFC inductor is used.
What causes high pressure failure TS4 in Astralpool PROELYXP14i?
High pressure failure TS4 in your Astralpool Heat Pump can be caused by several factors: the ambient temperature being too high, the water temperature being too high, low water flow, or an issue with the fan motor (abnormal speed or damage). To address this, check the water flow and filtration pump, inspect the fan motor, and examine and repair the piping system.
What to do if my Astralpool Heat Pump displays IPM module protection?
If your Astralpool Heat Pump displays an IPM module protection error, it could be due to a data mistake, wrong compressor phase connection, compressor liquid and oil accumulation, or a damaged compressor or driver board. You can try turning off the electricity supply and restarting after 3 minutes, changing the driver board, or checking the compressor sequence connection.
What causes piping temperature too high protection under cooling mode T3 in Astralpool Heat Pump?
Piping temperature too high protection under cooling mode T3 in your Astralpool Heat Pump can be caused by a high ambient or water temperature, or an abnormal refrigeration system. Check the scope of using and the refrigeration system.
What does 'low ambient temperature protection' mean for my Astralpool PROELYXP14i Heat Pump?
The 'low ambient temperature protection' message on your Astralpool Heat Pump indicates that the unit is either being used outside of its intended environment or that there is a sensor abnormality. Stop using the unit if it is beyond its operating scope, or change the sensor.
What to do if my Astralpool PROELYXP14i Heat Pump shows VDC voltage too high protection?
If your Astralpool Heat Pump shows a VDC voltage too high protection error, it indicates that the line voltage is too high or the driver board is damaged. Check if the power is in the normal range and change the driver board or main board.
How to resolve communication failure between Main control board and Driving board in Astralpool Heat Pump?
A communication failure between the Main control board and Driving board in your Astralpool Heat Pump is likely caused by a poor connection of the communication wire or a damaged wire. Check the wire connection and replace the wire if necessary.
General| Model | PROELYXP14i |
|---|---|
| Heating Capacity | 14 kW |
| Power Supply | 230V / 1ph / 50Hz |
| Power Consumption | 2.8 kW |
| COP | 5.0 |
| Refrigerant | R32 |
| Noise Level | 52 dB(A) |
| Compressor Type | Rotary |
| Heat Exchanger | Titanium |
| Max Water Temperature | 40°C |
| Water Flow Rate | 4.0 m³/h |
| Operating Temperature Range | -10°C to +43°C |
Details optimal placement requirements and considerations for the heat pump unit.
Outlines the procedure for starting the heat pump for the first time.
Visual schematics showing electrical connections for various heat pump models.
Provides guidelines and specifications for connecting the heat pump to the power supply.
Describes the unit's auto mode, including heating, cooling, and switching logic.
Details the operational logic and parameters for heating modes.
Details the operational logic and parameters for cooling modes.
Lists error codes, their causes, and recommended solutions.
Addresses issues not indicated by error codes and their resolutions.
