What to do if PHNIX Water Pump 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 PASRW035 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 PASRW035 Water Pump 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 Water Pump 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 PASRW035 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| Model | PASRW035 |
|---|---|
| Category | Water Pump |
| Rated Voltage | 220-240V |
| Rated Frequency | 50Hz |
| Rated Power | 35W |
| Inlet/Outlet Diameter | 25mm |
| Noise Level | 45dB |
| Max Flow Rate | 35L/min |
Introduction to the manual and its purpose for PHNIX swimming pool heat pumps.
Overview of the PHNIX swimming pool heat pump's features and benefits.
Explains the model naming convention and its components.
Details the heat transfer mechanism and working principle of the heat pump.
Highlights the main advantages and design aspects of the heat pump unit.
Provides detailed performance data, dimensions, and electrical requirements for various models.
Illustrates the heat pump's performance across different ambient and water temperatures.
Details crucial safety warnings, cautions, and mandatory installation practices.
Covers deposition, transportation, inspection, handling, and unpacking procedures.
Provides guidance on installation location, prerequisites, and necessary space.
Explains the hydraulic system connection process using PVC pipes and fittings.
Details the procedures and diagrams for connecting the unit's electrical wiring.
Outlines the trial running process and suggests thermal insulation for efficiency.
Explains the controller's buttons, operation, and panel layout for basic control.
Details display symbols, indicators, and how to select different operation modes.
Guides on setting target temperatures and configuring user/factory parameters.
Covers keyboard lock/unlock, clock settings, and timer functions.
Explains the procedure for uploading or downloading unit settings and parameters.
Describes PCB connections and lists common malfunctions with their reasons and solutions.
Provides a comprehensive list of adjustable parameters, their codes, settings, and descriptions.
Reference table correlating NTC resistance values with temperatures for sensor diagnostics.
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