To Next PageTo Next PageWhat does 'T2 water temp. Too low protection under cooling mode' mean for my Astralpool PROELYXP14i?
The 'T2 water temp. Too low protection under cooling mode' error in your Astralpool Heat Pump indicates either low water flow or a problem with the T2 temperature sensor. Check the filtration pump and waterway system or replace the T2 temperature sensor.
How to troubleshoot controller failure in Astralpool PROELYXP14i Heat Pump?
Controller failure in your Astralpool Heat Pump can stem from poor wire connections, damaged signal wires, or the controller itself failing. Try checking and reconnecting the signal wire, replacing the signal wire, turning off the electricity supply and restarting the machine, or replacing the controller.
What causes over heating protection for water temperature (T2) in heating mode in Astralpool PROELYXP14i Heat Pump?
Overheating protection for water temperature (T2) in heating mode in your Astralpool Heat Pump can be triggered by low water flow, a stuck water flow switch cutting off water supply, or a faulty T2 sensor. Check the waterway system, the filtration pump or water flow switch, and the T2 sensor, replacing components as necessary.
How to fix communication failure between controller and main board in Astralpool Heat Pump?
A communication failure between the controller and main board of your Astralpool Heat Pump is often due to a poor signal wire connection, a damaged signal wire, or a controller malfunction. Check and reconnect the signal wire, replace the signal wire, turn off the electricity supply and restart the machine, or replace the controller.
What to do if my Astralpool Heat Pump displays a low pressure failure TS5?
If your Astralpool Heat Pump is showing a low pressure failure TS5, it could be caused by a blocked EEV or jammed pipe system, abnormal motor speed or motor damage, or gas leakage. You should check the EEV and piping system, check the motor, use a high-pressure gauge to check the pressure value and check the refrigeration system.
What causes T6 exhaust too high protection in Astralpool Heat Pump?
T6 exhaust too high protection in your Astralpool Heat Pump can result from a lack of gas, low water flow, a blocked piping system, or a faulty exhaust temperature sensor. Address this by checking the high-pressure gauge and filling with gas if needed, inspecting the waterway system and filtration pump, checking the piping system for blockages, and replacing the exhaust temperature sensor.
Why is my Astralpool PROELYXP14i Heat Pump showing compressor current protection?
Compressor current protection in your Astralpool Heat Pump can occur due to several reasons: the compressor current being too large instantaneously, incorrect connection for compressor phase sequence, compressor accumulations of liquid and oil, a damaged compressor or driver board, abnormal water flow, or power fluctuations. To resolve this, check the compressor, compressor phase, power range, phase sequence connection, the waterway system and filtration pump, and mains power input.
What to do if my Astralpool PROELYXP14i Heat Pump shows a water flow failure TS1?
If your Astralpool Heat Pump displays a water flow failure TS1, it could be due to a damaged water flow switch or insufficient water flow. Try replacing the water flow switch or checking the filtration pump and waterway system to ensure adequate water flow.
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.
