How to fix low hydraulic flow rate in Atlantic Loria duo 6008?
If the hydraulic flow rate is too low in your Atlantic Heat Pump, it might be due to circulation pump speed settings being too low or a clogged filter valve. You should check and adjust the circulation pump speed settings or clean the clogged filter valve.
Why is the hydraulic flow rate low in my Atlantic Heat Pump?
If you're experiencing a low hydraulic flow rate in your Atlantic Heat Pump, it could be due to circulation pump speed settings being too low or a clogged filter valve. You should check and adjust the circulation pump speed settings, or clean the clogged filter valve.
What to do if initial or return temperature is too low in Atlantic Loria duo 6008?
If the initial temperature (T5) or return temperature (T6) is less than 2°C in your Atlantic Heat Pump, it could be due to a defective frost protection function or a disconnected back-up. Check and repair the frost protection function, or reconnect the back-up.
Why is DHW cycle too long in Atlantic Loria duo 6008?
If the DHW cycle is too long (more than 6 hours) in your Atlantic Heat Pump, it may be because of too much draw-off during the same cycle or a disconnected DHW back-up. Reduce the draw-off during the DHW cycle or reconnect the DHW back-up.
What causes frost on return circuit during defrost in Atlantic Loria duo 6008?
If frost is detected on the return circuit when defrosting the outdoor unit (temperature < 2°C) in your Atlantic Heat Pump, the circulating water volume may be too low. Increase the circulating water volume.
How to fix communication error in Atlantic Heat Pump?
If you're experiencing a communication error between the interface board and the HP regulator board in your Atlantic Heat Pump, check the wiring by inspecting and securing the wiring connections.
What to do if there is legionella cycle error in Atlantic Heat Pump?
If you encounter a Legionella cycle error in your Atlantic Heat Pump, it might be due to a disconnected DHW back-up. Reconnect the DHW back-up.
How to troubleshoot HP outgoing flow sensor error (T5) in Atlantic Loria duo 6008?
If there's an error with the HP outgoing flow sensor (T5) 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 HP return flow sensor error (T6) in Atlantic Heat Pump?
If there's an error with the HP return flow sensor (T6) 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.
What causes outdoor temperature sensor error (T7) in Atlantic Loria duo 6008 Heat Pump?
If there's an error with the outdoor temperature sensor (T7) 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.
Provides technical specifications, including heating performances and electrical data.
Details tooling, flared connections, and brazing rules for refrigerant handling.
Describes checks and connections for the refrigeration circuit, including gas and liquid lines.
Guides on the 3-vacuum method for filling the installation with refrigerant.
Explains how to calculate and add refrigerant charge for longer pipe lengths.
Details the procedure for collecting refrigerant back into the outdoor unit.
Explains how to connect to an underfloor heating system, including bypass requirements.
Details connections for radiator/fan-coil circuits, including buffer installation.
Covers characteristics of the power supply, connection types, and wiring precautions.
Lists essential checks for hydraulic and electrical circuits before system start-up.
Covers filling, draining, first power-on, and parameter setting for commissioning.
Explains the buttons and functions of the user interface for controlling the heat pump.
Covers parameter settings, viewing modes, and recommended settings for transmitters.
Lists common hydraulic unit error codes, their descriptions, and probable causes.
Details outdoor unit error codes displayed via LEDs and interface board.
Provides a checklist for visual, hydraulic, refrigerant, and electrical checks before start-up.
General| Energy Efficiency Class (Heating) | A++ |
|---|---|
| Refrigerant | R32 |
| Heating Capacity | 6 kW |
| Power Supply | 220-240 V, 50 Hz |
| Noise Level (Outdoor Unit) | 52 dB |
| Operating Temperature Range (Heating) | -15°C to 30°C |
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