How to fix DHW tank sensor error (T8) in Atlantic WOYA 080 LFCA?
If there's an error with the DHW tank sensor (T8) in your Atlantic Heat Pump, it could be due to a short circuit, disconnected or cut off sensor, a defective sensor, or another error. Check the sensor connections or replace the defective sensor.
How to troubleshoot circuit 2 sensor error (T12) in Atlantic WOYA 080 LFCA Heat Pump?
If there's an error with the circuit 2 sensor (T12) in your Atlantic Heat Pump, it could be due to a short circuit, disconnected or cut off sensor, a defective sensor, or another error. Check the sensor connections or replace the defective sensor.
Why is room temperature missing in area 1 on my Atlantic WOYA 080 LFCA?
If the room temperature in area 1 is missing when the "room T° influence" function (No. 33) is activated on your Atlantic Heat Pump, it's likely that parameter 33 is used without a room unit, or the room unit is disconnected or absent. Ensure that the room unit is connected and operational.
Why is room temperature missing in area 2 on my Atlantic WOYA 080 LFCA Heat Pump?
If the room temperature in area 2 is missing when the "room T° influence" function (No. 53) is activated on your Atlantic Heat Pump, it's likely that parameter 53 is used without a room unit, or the room unit is disconnected or absent. Ensure that the room unit is connected and operational.
What causes circuit temperature 2 to exceed 55°C in Atlantic Heat Pump?
If circuit temperature 2 is greater than 55°C in your Atlantic Heat Pump, a defective mixing valve might be the cause. Check and replace the defective mixing valve.
What to do if the 2e zone sensor is not configured on my Atlantic WOYA 080 LFCA (if 2nd circuits kit)?
If the 2e zone sensor is not configured, set the parameter 5700 to 2, 4 or 6.
Details unit package contents and defines key technical terms for the heat pump.
Covers installation regulations, unpacking, handling, and refrigerant circuit safety protocols.
Details requirements and procedures for installing refrigerant connections between units.
Guidelines for installing the outdoor unit, including clearances and positioning.
Outlines the steps and precautions for installing the hydraulic unit.
Covers rules, pipe shaping, bending, and flare creation for refrigerant circuits.
Details the process of filling the refrigerant circuit and creating a vacuum.
Instructions for connecting to the heating circuit, system rinsing, and volume requirements.
Explains how to fill the system with water and purge air from the hydraulic unit.
General| Type | Air-to-Water Heat Pump |
|---|---|
| Refrigerant | R32 |
| Heating Capacity | 8.0 kW |
| Power Supply | 230V |
| Cooling Capacity | 7.0 kW |
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