What to do if there is a defect to the sensor for cooling capacitor in Brilix Swimming Pool Heater?
If there is a defect to the sensor for cooling capacitor in your Brilix Swimming Pool Heater, the sensor is either open or short-circuited. Check or replace the sensor.
Why is my Brilix XHP 100 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 Swimming Pool Heater 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 100?
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 XHP 100 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 there is a defect to the temperature sensor for incoming water in Brilix XHP 100?
If there is a defect to the temperature sensor for incoming water in your Brilix Swimming Pool Heater, the sensor is either open or short-circuited. Check or replace the sensor.
What to do if there is a defect to the sensor for capacitor heating in Brilix XHP 100 Swimming Pool Heater?
If there is a defect to the sensor for capacitor heating in your Brilix Swimming Pool Heater, the sensor is either open or short-circuited. Check or replace the sensor.
What to do if there is a defect to the temperature sensor for outgoing water in Brilix XHP 100 Swimming Pool Heater?
If there is a defect to the temperature sensor for outgoing water in your Brilix Swimming Pool Heater, the sensor is either open or short-circuited. Check or replace the sensor.
What to do if the outgoing cooling water temperature is too low in my Brilix Swimming Pool Heater?
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 100 Swimming Pool Heater?
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.
Technical specifications including heat output, power consumption, COP, voltage, current, water data, general data, and dimensions.
Graph showing heat output vs. air temperature for different models.
Graph showing input power vs. air temperature for different models.
Graph showing COP vs. air temperature for different pool water temperatures.
Diagram showing the placement of the heat pump in a swimming pool system.
Guidelines for choosing a suitable location for the heat pump, considering ventilation and condensate.
Importance of chemical element placement (chlorination/bromination) for heater longevity.
Wiring diagram for electrical connection of specific heat pump models.
Wiring diagram for electrical connection of the XHP 140 model.
Wiring diagram for electrical connection of the XHP 200 model.
Step-by-step guide for initial operation after installation.
Explanation of the water flow switch function and its role in protecting the unit.
Procedure for preparing the heat pump for winter to prevent damage.
Steps to restart the heat pump after the winter season.
Information on setting the heat pump for heating-only mode.
Overview of the buttons and displays on the control panel.
Guide to understanding operational parameters displayed on the LED screen.
Setting incoming water temperature for cooling mode.
Setting incoming water temperature for heating mode.
Compressor operating time after defrosting.
Conditions for activating the defrosting function.
Conditions for deactivating the defrosting function.
Defrosting function deactivation time.
Selecting the operating mode (cooling, heating, etc.).
Selecting the electronic expansion valve mode.
Heat target for super performance.
Heat target for super performance in cooling mode.
Manual setting for the electronic expansion valve.
Display of incoming water temperature.
Display of outgoing water temperature.
Display of capacitor temperature in heating mode.
Display of returned gas temperature.
Display of ambient temperature.
Display of capacitor temperature in cooling mode.
Display of current intervals for the electronic expansion valve.
How to adjust the water temperature setting.
How to lock/unlock the control panel settings.
How to set the internal clock of the unit.
How to set the timer for the heat pump to switch on.
How to set the timer for the heat pump to switch off.
Table listing fault codes, causes, and solutions for LED display errors.
Table listing faults without LED codes, causes, and solutions.
Image and label for the evaporator spare part.
Image and label for the four-way valve spare part.
Image and label for the water flow switch spare part.
Image and label for the filter spare part.
Image and label for the fan motor spare part.
Image and label for the electronic expansion valve spare part.
Image and label for the fan blade spare part.
Image and label for the titanium heat exchanger spare part.
Image and label for the control LED display spare part.
Image and label for the watertight casing spare part.
Image and label for the compressor spare part.
Image and label for the suction valve spare part.
Image and label for the manometer spare part.
Image and label for the fan motor capacitor spare part.
Image and label for temperature sensors spare part.
Image and label for the high pressure valve spare part.
Image and label for the low pressure valve spare part.
Image and label for the control unit spare part.
Part of the cabling diagram, showing the transformer.
Part of the cabling diagram, showing the compressor capacitor.
Part of the cabling diagram, showing the main controller panel.
Image of the filter component for replacement.
Image of the electronic expansion valve for replacement.
Image of the high pressure valve for replacement.
Image of the low pressure valve for replacement.
Image of the suction valve for replacement.
Image of the manometer for replacement.
General| Power supply | 230 V / 50 Hz |
|---|---|
| Power Output | 10 kW |
| COP | 6.4 |
| Recommended pool volume | Up to 45 m³ |
| Maximum current | 7.5 A |
| Water flow | 3 m³/h |
| Water connection | 50 mm |
| Noise level at 10 m | 40 dB |
| Net dimensions | 945 x 375 x 600 mm |
| Net weight | 46 kg |
| Heating Capacity | 10 kW |
| Maximum Water Flow | 3 m³/h |
| Inlet/Outlet Connection | 50 mm |
| Protection Class | IPx4 |
| Dimensions | 945 x 375 x 600 mm |
| Weight | 46 kg |
To Next Page
