What happens if there is a sensor fault BT6 (hot water, controlling) in my Nibe Water Heater?
If the BT6 sensor (hot water, controlling) in your Nibe Water Heater has a fault, it will use BT54 instead.
What happens if there is a sensor fault EQ1–BT64 in my Nibe Water Heater?
If the EQ1–BT64 sensor in your Nibe Water Heater is not connected or defective, cooling will shut off, and the shunt (QN18) for cooling will close.
What does sensor fault BT63 mean on my Nibe Water Heater?
If the BT63 sensor in your Nibe Water Heater has a fault or is not connected, the internal electrical addition will be blocked.
What does sensor fault EP30 - BT54 mean on my Nibe Water Heater?
If there's a sensor fault with EP30 - BT54 (solar coil) in your Nibe Water Heater, the solar function will switch off.
What happens if my Nibe Water Heater displays sensor fault EP21 - BT2?
If there is a sensor fault EP21 - BT2 (supply temperature sensor, extra climate system 1) in your Nibe Water Heater, it will control the return sensor (EP21-BT3).
What does sensor fault EP23- BT2 mean on my Nibe Water Heater?
If there is a sensor fault EP23- BT2 (supply temperature sensor, extra climate system 3) in your Nibe Water Heater, it will control the return sensor (EP23-BT3).
What does sensor fault BT1 mean on my Nibe Water Heater?
If the BT1 sensor (outdoor sensor) in your Nibe Water Heater has a fault or isn't connected, the calculated flow temperature is set to the minimum supply line (menu 1.9.3).
What happens if there is a sensor fault BT2 in my Nibe Water Heater?
If the BT2 sensor (heating medium supply) in your Nibe Water Heater has a fault or isn't connected, it will use BT3 if available. If BT3 is not available, BT63 is used.
Advises on measures to take before contacting an installer for comfort issues.
Provides critical safety instructions, warnings, and system pressure limits for the appliance.
Explains how the air/water heat pump utilizes outdoor air for heating via three distinct circuits.
Details the display, status lamp, and their functions for user interaction.
Covers regular checks and specific maintenance procedures, such as checking the safety valve.
Introduces the sub-menus for controlling the indoor climate: temperature, scheduling, and advanced settings.
Explains how to adjust room temperature with and without room sensors, including cautions and tips.
Details how to schedule heating for weekdays and periods, including day, time, and adjustment settings.
Covers advanced settings like heating curve, external adjustment, and minimum flow line temperature.
Explains how to select and adjust the heating curve to optimize indoor temperature and energy efficiency.
Describes how to offset the heating curve and set maximum/minimum flow line temperatures.
Allows creation of a custom heating curve by setting desired supply temperatures for different outdoor temperatures.
Introduces sub-menus for managing hot water comfort: temporary lux, comfort mode, scheduling, and advanced settings.
Shows recent alarms and average indoor temperatures week-by-week. Allows reading temperatures by week.
Introduces sub-menus for customizing the indoor module: plus functions, operating mode, icons, time/date, language, holiday setting, advanced.
Manages installation connection to NIBE Uplink, including requesting connection strings and managing users.
Allows setting the indoor module's operating mode to auto, manual, or add. heat only, defining function permissions.
Schedules reduced heating and hot water temperatures during holidays to save energy.
Configures start/stop points for heating, cooling, and additional heat based on outdoor temperature in auto mode.
Explains how alarms are indicated (status lamp, bell icon) and how to view, reset, or set the unit to aid mode.
Clarifies that aid mode is not a fix and provides caution about persistent alarms and contacting the installer.
Provides basic actions and specific tips for resolving low hot water temperature or lack of hot water, and low room temperature.
Offers solutions for high room temperature, low system pressure, and issues with the compressor not starting.
General| Refrigerant | R410A |
|---|---|
| Max. operating pressure | 6 bar |
| Application | Domestic hot water production |
| Compatibility | NIBE air/water heat pumps, ground source/water heat pumps or exhaust air heat pumps |
| Integrated components | Water heater, circulation pump |
| Power supply | 230 V |
| Max. flow temperature | 58 °C |
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