What to do if there is a defect to the sensor for water flow in my Brilix Swimming Pool Heater?
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 200 Swimming Pool Heater 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 200 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 200 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 XHP 200 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 XHP 200 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 XHP 200 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 XHP 200?
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 200 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 200 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.
General| Brand | Brilix |
|---|---|
| Model | XHP 200 |
| Category | Swimming Pool Heater |
| Language | English |
Details heat output, power consumption, COP, voltage, current, water data, dimensions, refrigerant, and noise levels for various models.
Graphs illustrate heat output, input power, and COP variations with air temperature and water conditions for different models.
Table showing physical dimensions (A-H) for different heat pump models, specified in millimeters.
Diagram showing the typical installation layout of the heat pump with surrounding pool equipment like pumps and filters.
Diagram illustrating the bypass configuration and connection for heat pump discharge to the swimming pool system.
Guidelines and diagrams for choosing the optimal location for the heat pump, emphasizing ventilation and accessibility.
Discusses the impact of chemical elements like chlorine on the heat pump's lifespan and required installation safeguards.
Detailed wiring diagram for XHP 40, XHP 60, and XHP 100 models, including essential safety and connection notes.
Detailed wiring diagram specifically for the XHP 140 model, showing component connections and terminals.
Detailed wiring diagram for the XHP 200 model, illustrating connections for components like the compressor and fan motor.
Step-by-step guide for starting the heat pump for the first time, ensuring correct water flow and connections.
Explanation of the water flow switch's role in protecting the heat pump from damage caused by insufficient water flow.
Instructions and recommendations for preparing the heat pump for winter to prevent damage and maintain warranty.
Steps to follow to safely restart the heat pump after the winter season, including system checks and air purging.
Identifies and explains the functions of buttons and indicators on the heat pump's control panel for user interaction.
Guide on how to navigate and view various operating parameters displayed on the unit's LED screen.
Details specific parameters (0-8) for setting incoming water temperature, defrost conditions, operating modes, and performance.
Details parameters (9-G) and explains how to identify the current operating mode and view sensor readings like temperatures.
Details parameter H for current intervals of the electronic expansion valve and related display notes.
Covers setting water temperature, locking functions, clock adjustment, and timer activation/deactivation for the heat pump.
Lists common fault codes, their causes, and recommended solutions for the heat pump controller's LED display.
Addresses faults occurring without error codes, detailing causes and solutions for issues like no power or short runs.
Diagram showing component layout and a detailed list of all parts with their corresponding numbers for reference.
Visual identification of key spare parts like the evaporator, fan motor, valves, and heat exchanger via labeled diagrams.
Visual identification of smaller spare parts including sensors, capacitors, valves, and control units.
Diagram showing the electrical wiring of the XHP 60 model, detailing connections for the transformer and main controller.
Visuals of common parts like filters, expansion valves, pressure valves, suction valves, and manometers for replacement.
Detailed instructions and critical safety warnings for replacing heat pump components, including coolant and pressure handling.
Outlines the conditions governing product warranty and the process for lodging service claims with suppliers.
Provides guidance on ecologically sound product disposal after service life and general servicing considerations.
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