What to do if my AREBOS AR-HE-WP Heat Pump displaying E1 or E2?
If your AREBOS Heat Pump displays 'E1' or 'E2', it indicates the sensor is either shorted or open. Inspect the sensor wire for any damage or disconnections. If the wiring appears to be in good condition, consider replacing the sensor.
Why is my AREBOS AR-HE-WP display on but not working?
If your AREBOS Heat Pump isn't working despite the display functioning, ensure that the temperature setting is within the operational range and that the heating mode is correctly selected. Adjust the temperature to the desired control value and select the appropriate mode for your needs.
Why is my AREBOS AR-HE-WP over frequency starting?
If your AREBOS Heat Pump is starting too frequently, it could be due to the value "d" being set too low or a higher ambient temperature. Adjust the value "d" as instructed in section "3.4. a" of the manual.
What to do if my AREBOS Heat Pump is not stopping?
If your AREBOS Heat Pump isn't stopping, it could be due to an error in the sensor location or an electrical fault. Ensure the sensor is in a reliable location. Check the electrical parts for any issues.
Why is there a large difference between display value and actual value on my AREBOS Heat Pump?
If there's a large difference between the displayed value and the actual value on your AREBOS Heat Pump, it could be due to an unsuitable sensor location or sensor variance. Ensure the sensor is placed in a reliable location. You can also adjust the value "CA" as instructed in section "3.4.b" of the manual.
What to do if the display is unusual on my AREBOS AR-HE-WP Heat Pump?
If the display on your AREBOS Heat Pump is unusual, it may be due to poor wiring or binding, or a sensor fault. Ensure good wiring and binding. Check the terminal or consider changing the sensor.
How to fix no display on AREBOS AR-HE-WP?
If there is no display on your AREBOS Heat Pump, check the power supply and the switch. Ensure that the power is on and the switch is in the correct position.
Introduces the purpose of the instruction handbook for installation, use, and maintenance.
Explains the meaning of various symbols used in the manual for safety and product compliance.
Details requirements for exclusive circuits, specialized professionals, earthing, and cable installation for safe electrical connection.
Provides guidelines for maximum wire lengths based on cable cross-section for electrical connections.
Highlights installer responsibilities, manual adherence, and manufacturer disclaimer for installation errors.
Lists included components like PVC connectors, manual, extension cord, and anti-vibration bases.
Shows the physical dimensions of the heat pump unit (AR-HE-WP) with a diagram.
Instructions on handling and checking packaging upon delivery to ensure no damage occurs during transit.
Recommendations for storing and transferring the heat pump in its original packaging and upright position.
Explains how to turn the unit on/off, change temperature units, and set the water temperature.
Clarifies indicator icon meanings and informs about error codes E1/E2 indicating sensor issues.
Provides crucial rules for installing the heat pump, including chemical placement, foundation, and orientation.
Outlines the essential conditions for proper heat pump operation: fresh air, electricity, and pool filters.
Shows minimum dimensions for airflow and unit placement to ensure efficiency.
Advises on protecting the heat exchanger from corrosive chemical concentrations when using dosing equipment.
Details the steps for initial operation: starting the filter pump, connecting power, and checking air output.
Explains the start-up delay and notes on normal condensation discharge that may be mistaken for leaks.
Presents the basic electrical wiring diagram for the AR-HE-WP model, showing component connections.
Provides detailed technical specifications for the AR-HE-WP model, including performance, electrical, and physical data.
Lists and illustrates the included accessories, such as anti-vibration bases and connection sets.
Details common fault performances displayed on the LED controller and their corresponding causes and solutions.
Shows an exploded view of the heat pump with numbered components for easy identification.
Outlines key maintenance tasks for the heat pump, including water system checks, filter cleaning, and winter storage.
Emphasizes safety for refrigerant circuit work, requiring qualified personnel and proper procedures to avoid hazards.
Details safety measures for the work area, including instruction of staff, avoiding confined spaces, and controlling flammable materials.
Specifies checks for refrigerant presence using detectors, suitable equipment, and fire extinguisher readiness.
Stresses the need for adequate ventilation in the work area to safely disperse any released refrigerant.
Lists checks for electrical components, refrigerant charge size, ventilation, markings, and pipe protection.
Outlines essential electrical safety checks before commencing work, including capacitor discharge and continuity of earth bonding.
Advises on disconnecting power, using leak detection, ensuring secure mounting, and checking seal integrity for repairs.
Details cabling inspection and acceptable leak detection methods, emphasizing suitability and calibration.
Outlines procedures for responding to leaks, including removing ignition sources and recovering refrigerant.
Describes refrigerant removal, evacuation, purging, and correct charging requirements.
Outlines steps for decommissioning, refrigerant recovery, cylinder use, and labelling for safety compliance.
States that transport and disposal of equipment with flammable refrigerants are determined by local and national regulations.
Highlights the need for special training for personnel handling flammable refrigerants, covering explosion potential and ignition sources.
Explains safety dependency on ventilation for enclosures and rooms, and the effect of opening or switching off.
Covers refrigerant detector function, repair, and information on sealed components and enclosures.
Details commissioning steps, safety during maintenance, and crucial procedures for repair and brazing.
Lists safety measures for decommissioning, including refrigerant removal, ventilation, and capacitor discharge.
Outlines safety measures for disposal, including ventilation, refrigerant removal, and compressor removal.
Advises on disposing of packaging materials and old appliances according to local waste authority guidelines.
Provides customer service contact numbers, email, office address, and website for returns.
Declares that the AREBOS Mini Heat Pump complies with European Directives and harmonized standards.
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General