What to do if the compressor and blower have stopped in my AZURO BP-140HS-A Heat Pump?
If the compressor and blower in your AZURO Heat Pump have stopped, it might be due to a low water flow rate. Try cleaning the filtration unit and fully opening the bypass to resolve this.
Why did my AZURO BP-140HS-A compressor and blower stop working?
If the compressor and blower in your AZURO Heat Pump have stopped, it could be due to a broken sensor signal or supply wire, or a defective sensor. Inspect the wires and connections, replacing any that are defective. If the problem continues, consider replacing the sensor.
Why is my AZURO BP-140HS-A compressor and blower not working?
If the compressor and blower in your AZURO Heat Pump have stopped, it may be because of a low water flow rate, a broken flow rate sensor signal or supply wire, or a defective flow rate sensor. Clean the filtration unit and fully open the bypass. Also, check the connections and wires; replace them if necessary, or replace the control unit.
How to fix AZURO Heat Pump control panel when it does not communicate?
If the control panel of your AZURO Heat Pump isn't communicating, it could be a problem with the equipment's communication with the control unit. Check the connections of the signal cable.
Why did my AZURO Heat Pump stop if the ambient temperature is lower than set?
If the compressor and blower in your AZURO Heat Pump have stopped, it could be because the ambient temperature is lower than set.
What to do if the compressor and blower stopped in my AZURO Heat Pump?
If the compressor and blower in your AZURO Heat Pump have stopped, it could be due to a low water flow rate. Try cleaning the filtration unit and fully opening the bypass to resolve this issue.
Why my AZURO Heat Pump equipment cannot be switched on?
If your AZURO Heat Pump equipment cannot be switched on, it might be due to the activation of a safety switch. In this case, you should have the electrical wiring checked.
How to fix compressor and blower that stopped in AZURO Heat Pump?
If the compressor and blower in your AZURO Heat Pump have stopped, the issue might stem from a broken sensor signal wire or supply wire, or a defective sensor. Inspect the wires and connections, replacing any that are faulty. If the problem continues, consider replacing the sensor.
What to do if AZURO Heat Pump shows low water flow rate and sensor issues?
If the water flow rate is low, the flow rate sensor signal wire or supply wire is broken, or the flow rate sensor is defective in your AZURO Heat Pump, start by cleaning the filtration unit and fully opening the bypass. Then, check the connections and wires, replacing them if necessary, or consider replacing the control unit.
What causes AZURO Heat Pump equipment to not switch on?
If your AZURO Heat Pump equipment fails to switch on, it could be due to an incorrect phase connection. Have the connection checked.
General| Category | Heat Pump |
|---|---|
| Heating Capacity | 14 kW |
| Refrigerant | R410A |
| Model | BP-140HS-A |
| Power Supply | 400V, 3-phase, 50Hz |
| Operating Temperature Range (Cooling) | +10°C to +43°C |
Details the intended use and optimal operating conditions for different models.
Explains the thermodynamic cycle of the heat pump.
Instructions for verifying the equipment upon receipt and initial setup.
Lists technical specifications like power, capacity, flow rates, and dimensions for different models.
Specifies the required water quality parameters for optimal heat pump operation.
Provides detailed physical dimensions of the heat pump models.
Identifies and labels the main components of the heat pump.
Explains the integrated safety features and control logic of the heat pump.
Guidelines for choosing an appropriate location for installing the heat pump.
Detailed instructions for physically installing the heat pump and connecting it to the pool system.
Information on connecting the heat pump to the main power supply and permanent connection requirements.
Overview of the control unit's interface and button functions.
Procedure for turning the heat pump on and off.
How to access, view, and adjust operating parameters and settings.
Instructions for switching between heating, cooling, and auto modes.
Procedure for setting the current time and programming the timer for automatic operation.
Method to lock or unlock the control panel to prevent unintended changes.
Essential operational guidelines and precautions for using the heat pump.
How to adjust the bypass valves for optimal water flow and heat transfer.
Explanation of condensate formation and how to identify it.
Details the automatic defrosting process and its conditions.
How to manually initiate the defrosting cycle and associated warnings.
Discusses issues arising from environmental factors and related error codes.
Notes on efficiency, pool temperature limits, and heat loss reduction.
A summary of key actions and their corresponding heat pump responses.
General maintenance procedures for the heat pump and its components.
Instructions for preparing the heat pump for winter storage to prevent freezing.
A guide to interpreting error codes and resolving common issues.
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