What to do if PHNIX PASRW040 has communication failure?
If your PHNIX Water Pump experiences communication failure between the wire controller and the main board, the likely cause is a connection issue. You should check the connection between the wire controller and the main board to resolve this.
What to do if PHNIX PASRW040 Water Pump shows high pressure protection?
If the PHNIX Water Pump triggers high pressure protection (HP), the HP switch might be broken. To resolve this, check or change the HP switch.
What to do if PHNIX PASRW040 shows low pressure protection?
If the PHNIX Water Pump triggers low pressure protection (LP), it might be due to a broken LP switch. You should check or change the LP switch.
Why does my PHNIX PASRW040 have antifreezing protection?
If the PHNIX Water Pump activates antifreezing protection, it's likely because the antifreezing temperature is below 2 degrees. In this case, check the flow and water system.
What causes water flow protection in PHNIX PASRW040 Water Pump?
If your PHNIX Water Pump indicates a water flow protection issue, the flow switch may be broken. You should check or change it.
How to fix water inlet temp sensor failure in PHNIX Water Pump?
If the PHNIX Water Pump reports a water inlet temperature sensor failure, the temperature sensor is likely broken. You should check or change it.
General| Brand | PHNIX |
|---|---|
| Model | PASRW040 |
| Category | Water Pump |
| Language | English |
Introduces the PHNIX swimming pool heat pump and its general purpose.
Explains the model coding system and its components.
Explains how the swimming pool heat pump functions technically.
Highlights the main advantages and design aspects of the heat pump.
Details wireless control and ambient temperature compensation options.
Detailed performance data and specifications for different models.
Graphs illustrating performance under various ambient and water temperatures.
Provides physical measurements and diagrams for different unit models.
Explains the design, specifications, and materials of the heat exchanger component.
Crucial safety warnings and important notices for installation.
Guidelines for safely transporting, inspecting, and unpacking the unit.
Covers installation site, space, and general precautions.
Details on connecting the water system, including diagrams and procedures.
Explains how to connect electrical wiring, with diagrams for various models.
Explains controller panel, display symbols, basic operation, and mode selection.
Procedures for setting temperatures, clock, timers, and keyboard lock.
Details on accessing and adjusting user and factory parameters for advanced control.
Steps for uploading or downloading unit settings and firmware via the controller.
Describes the PCB layout and guides the initial trial running procedure.
Lists common failures, their reasons, and solutions for diagnosing and resolving issues.
Comprehensive guide to parameters, their settings, and detailed explanations.
Provides a table correlating NTC resistance values with temperature for diagnostic purposes.
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