What to do if there is a defect to the sensor for water flow in my Brilix XHP 60?
If there is a defect to the sensor for water flow in your Brilix Swimming Pool Heater, it may be caused by no water or a lack of water. Check the volume of water flow and the pump.
Why is my Brilix XHP 60 showing protection against low pressure?
If your Brilix Swimming Pool Heater shows a protection against low pressure error, it could be due to several reasons: a lack of coolant, insufficient flow, or a clogged filter or capillary tubes. To resolve this, check the gas for leakage and add coolant if necessary. Also, clean the air exchanger. Finally, change the filter or replace the capillary tubes.
Why is my Brilix XHP 60 showing protection against high pressure?
If your Brilix Swimming Pool Heater indicates protection against high pressure, it may be due to too much coolant or insufficient air flow. To fix this, remove the excess coolant from the heat pump system and clean the air exchanger.
What to do if there is too much ice on the evaporator of my Brilix XHP 60 Swimming Pool Heater?
If there is too much ice on the evaporator of your Brilix Swimming Pool Heater, it may be caused by insufficient air ventilation or a lack of coolant. Check the location of the heat pump unit and remove any obstructions preventing good air ventilation. If that doesn't resolve the issue, consider replacing or repairing the heat pump unit.
What to do if my Brilix Swimming Pool Heater has a short run?
If your Brilix Swimming Pool Heater experiences a short run, it could be due to the fan not running, insufficient air ventilation, or a lack of coolant. Check the cable connections between the motor and the fan, and replace them if necessary. Also, check the location of the heat pump unit and remove any obstruction preventing good air ventilation. If the problem persists, replace or repair the heat pump unit.
What to do if my Brilix Swimming Pool Heater shows an inlet and outlet temperature difference error?
If your Brilix Swimming Pool Heater displays an inlet and outlet temperature difference error, it may be caused by insufficient water flow or too low pressure difference. Check the volume of water flow and whether or not the water passes through.
What to do if there is a defect to the sensor for returned gas in Brilix Swimming Pool Heater?
If there is a defect to the sensor for returned gas in your Brilix Swimming Pool Heater, the sensor is either open or short-circuited. Check or replace the sensor.
What causes a too large temperature difference between the inlet and outlet of water in Brilix Swimming Pool Heater?
A too large temperature difference between the inlet and outlet of water in your Brilix Swimming Pool Heater can be caused by insufficient water flow or too low pressure difference. Check the volume of water flow and whether or not the water passes through.
What to do if the outgoing cooling water temperature is too low in my Brilix XHP 60?
If the temperature of outgoing cooling water is too low in your Brilix Swimming Pool Heater, it is probably caused by insufficient water flow. Check the volume of water flow and whether or not the water passes through.
What happens during the first stage of the frost protection system of Brilix XHP 60?
During the first stage of the frost protection system of your Brilix Swimming Pool Heater, the pump will run automatically if the ambient temperature or the temperature of incoming water is too low.
General| Category | Swimming Pool Heater |
|---|---|
| Heating Capacity | 6 kW |
| Power Supply | 230 V / 50 Hz |
| Maximum Working Pressure | 3 bar |
| Temperature Range | 40 °C |
| Model | Brilix XHP 60 |
Graphical representations of heat output, input power, and COP versus air temperature for various models.
Table and diagram detailing the physical measurements of the heat pump models.
Diagrams showing the physical setup, water connections, and discharge bypass.
Guidelines for selecting the installation position and the role of chemical elements.
Detailed wiring diagrams for specific heat pump models (XHP 40, 60, 100, 140, 200).
Steps for initial start-up, winter preparation, and post-winter restart.
Overview of control display functions and how to identify operating parameters.
Details and ranges for various operating parameters (0-8) and their settings.
Further parameter settings (9-H), mode identification, and timer configuration.
Procedures for setting water temperature, clock, locking, and timer functions.
Table detailing fault codes, causes, and corresponding solutions for controller LED display errors.
Guide to troubleshooting common issues not indicated by error codes on the LED display.
Exploded view diagram and a comprehensive list of all heat pump components.
Visual identification of key and ancillary spare parts for the heat pump.
Cabling diagram example and instructions for replacing heat pump parts.
Information on warranty conditions, safe product disposal, and service claims.
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