Protective and safety equipment as well as components that facilitate servicing (e.g. non-return valves, safety valves, overflow valves, shut-off valves) must be installed in accordance with national regulations and standards.
Pay attention to supplementary information for the following components:
The compressor in a NIBE S1155 is inverter-controlled. The compressor’s power is adjusted according to the demand and routed to heating, hot water, cooling or pool heating. If the power is not sufficient for the heating demand, additional heating is connected automatically.
Several heat pumps can be interconnected by selecting one heat pump as the main unit and the others as subordinate heat pumps. The heat pump is always delivered as the main unit, and up to 8 subordinate heat pumps can be connected to it and supply up to 225 kW (with 9 x S1155-25 kW) in the same system. In systems with several heat pumps, each heat pump is given a unique name. External temperature sensors and control signals must be connected solely to the main unit, except for external control of the compressor module and any extra reversing valves (QN10), which can be connected one to each heat pump.
NIBE S1155 is equipped with a heating control system, which means that the heating supply to the property takes place according to selected settings. For more information about heat production, see the Installer Manual.
If hot water heating is required, one or more external water heaters/accumulator tanks are docked.
When there is demand for hot water, NIBE S1155 prioritises this and switches to hot water mode. There is no heat production in this mode.
If the hot water temperature exceeds 60 °C, the installation must be supplemented with a mixing valve.
For more information about hot water production, see the manual for NIBE S1155 and/or the water heater’s/accumulator tank’s manual.
Passive cooling, cooling function without the compressor running, is achieved by connecting a cooling system to the heat pump’s brine circuit. The collector’s low temperature can be utilised for comfort cooling.
When cooling is required (activated from the outdoor temperature sensor and any room sensor) the circulation pump is activated and the shunt valve provides the correct supply temperature.
An external heating medium pump can be connected via an AUX output in NIBE S1155. If the AUX output is being used for any other function, the heating medium pump can instead be connected via the AXC module. The heating medium pump can be connected via the following functions:
shunt-controlled additional heat (accessory AXC 40)
An external brine pump can be connected via an AUX output in NIBE S1155. If the AUX output is being used for any other function, the brine pump can instead be connected via the AXC module. The brine pump can be connected via the following functions:
ground water pump (accessory AXC 40)
This function requires the AXC 40 accessory. Shunt valve, supply and return line sensors, as well as circulation pump, are connected to other heating circuits with a lower temperature demand (e.g. underfloor heating system). The temperature in the extra heating system follows the selected curve slope and offset setting. Up to 8 extra heating systems can be connected to the installation.
For further information, see the Installer Manual for the accessory.
See the valve’s manual for a port description.
For enhanced hot water.
Used to produce hot water at the same time as the heat pump prioritises other demands.
Ventilation recovery means that the heat from the exhaust air is utilised and supplied to the installation.
This function requires the accessory FLM S45. FLM S45 is an exhaust air module that is controlled by NIBE S1155. FLM S45 recovers energy from the exhaust air and supplies it to the brine.
For further information, see the Installer Manual for the accessory.
This connection enables the use of ground water as heat source. The ground water is pumped up to an intermediate heat exchanger. An intermediate heat exchanger is used to protect the heat pump's exchanger from dirt and freezing. The water is released into a buried filtration unit or a drilled well.
The ground water pump runs at the same time as the brine pump.
This function requires the AXC 40 accessory. The cooling system is connected to the heat pump brine circuit, through which cooling is supplied from the collector via the circulation pump and the shunt valve.
When cooling is required (activated from the outdoor temperature sensor EB100-BT1 and room sensor EB100-BT50, where applicable), EP44-QN18 and the circulation pump EP44-GP10 are activated.
The shunt valve regulates so that the cooling sensor reaches the current set point value corresponding to the outdoor temperature and the set min. value for the cooling temperature (to prevent condensation).
See the valve’s manual for a port description.
With the accessory ACS 45, a separate cooling system can be connected via a reversing valve. ACS 45 allows both heat and cooling production independently of each other.
Passive cooling occurs without the compressor running, active cooling occurs when the compressor is running. The cooling system is connected to the heat pump’s brine circuit.
When cooling is required (activated from the outdoor temperature sensor (EB100-BT1) and room sensor (EB100-BT50), where applicable), the shunt valve (EQ1-QN18) and the circulation pump (EQ1-GP10) are activated.
See the valve’s manual for a port description.
If there is excess heat, this is dumped to a coolant radiator or to the collector.
With the AXC 40 accessory, the heat pump can be used to heat one or more pools.
For further information, see the Installer Manual for the accessory.
During pool operation and hot water production, you can choose which of the compressors will be responsible for operation. More compressor selections can be made.
Additional heat that requires the AXC 40 accessory. AXC 40, via a control signal, can control step-controlled additional heat.
The additional heat is used for heat production.
For further information, see the Installer Manual for the accessory.
Additional heat that requires the AXC 40 accessory. AXC 40, via a control signal, can control additional heat, which can also be prioritised.
The additional heat is used for heat production.
For further information, see the Installer Manual for the accessory.
This function enables district heating additional heat to assist with heating.
This function allows additional district heating to assist with the heating as shunt-controlled additional heat.
The AXC module AA25, external circulation pump GP10 and the sensors BT52, BT25 and BT71 are enclosed and are installed in the district heating module. The sensors BT25 and BT71 are connected to NIBE S1155.
The trim valve RN1 is used to regulate the flow over the heat pump and the district heating unit, and to avoid a high district heating return. Ensure the defrosting flow according to the Installer Manual.
This function enables district heating additional heat to produce both heat and hot water, including hot water circulation.
The AXC module AA25, external circulation pump GP10 and the sensors BT52, BT25 and BT71 are enclosed and are installed in the district heating module. The sensors BT25 and BT71 are connected to NIBE S1155.
The trim valve RN1 is used to regulate the flow over the heat pump and the district heating unit, and to avoid a high district heating return. Ensure the defrosting flow according to the Installer Manual.
This connection makes it possible to control a shunt valve that regulates the incoming brine temperature.
The heat pump controls a shunt valve (QN41) to limit the maximum incoming brine temperature via temperature sensor (BT26). If the sensor registers a value above the maximum set temperature, the shunt valve is closed to reduce the mix of incoming brine.
The function is only active when the accessory AXC 40 is activated and when the compressor is running.
A 2-pipe, parallel-connected buffer vessel is used for high-temperature and/or low-flow systems. This connection principle requires a continuous flow over the external supply temperature sensor (BT25) and it is used as a buffer for the heat pump (volume expansion) and as a buffer for the climate system (for large, temporary power outputs such as defrosting and fan coil, etc.).
For further information, see the Installer Manual for the accessory.
A 2-pipe, serially connected buffer vessel is used as a buffer for the heat pump (volume expansion and when there is a risk of short operating times). This connection principle requires a continuous flow over the external supply temperature sensor (BT25) and is used as a buffer for the heat pump (volume expansion) and as a buffer for the climate system (for large, temporary power outputs such as defrosting and fan coil, etc.).
For further information, see the Installer Manual for the accessory.
NIBE NIBE S1155 (EB100) is connected to accumulator tanks (CP10) and charges them.
The energy is transferred via Cetetherm AquaEfficiency (EZ2) from the accumulator tanks to the tap side. The hot water is heated when needed, but not stored.
A mixing valve is built into AquaEfficiency, which reduces the risk of scalding, as well as an HWC pump which ensures that there is always hot water at the right temperature.
For maximum efficiency and optimum utilisation of the accumulator tanks, it is important to have good stratification in the tanks. For connection according to the Tichelmann principle, only trim valve RN1.1 is required. With other types of connections, the flow is adjusted through the accumulator tanks with the aid of more trim valves.
The controlling hot water sensor (BT6) is positioned in such a way that 1/3 of the total accumulator volume is below the sensor. The heat pump’s start and stop temperatures are affected by the location of the sensor as well as the charge power in relation to accumulator volume.
Check in menu 7.1.2 - "Circulation pumps" that "Op. mode HM pump GP1, Intermittent" is selected.
Check in menu 7.1.2.2 that "Pp sp. heating medium GP1, Manual speed" is set to 100%.
Start the compressor to work with hot water.
Adjust the flow with the trim valve (RN1.1) so that the difference between the supply and return lines is 10 K at 55°C supply or higher (10.5 K at 45°C supply, 11 K at 35°C supply).
After each adjustment of the trim valve, allow the system to stabilise for 3 minutes before the next adjustment.
Verify the temperature difference over 10 minutes of operation.
When the correct temperature difference has been verified, enter menu 7.1.2. "Circulation pumps" and select operating mode “Op. mode HM pump GP1, Auto”.
In menu 7.1.1.1 - "Temperature setting", adjust the temperature settings for hot water charging start and stop to suitable values, depending on charge power and volume.
TIPS If you want 55°C domestic hot water, start 53°C and stop 59°C are recommended.
In menu 7.1.1.2 set “Charge method” to “Target temp.”.
Once commissioning is complete, monitor one cycle to ensure that the system does not stop at high return or condenser temperature until hot water charging is complete in BT6.
A circulation pump can be controlled by NIBE S1155 to circulate the hot water. The circulating water must have a temperature that prevents bacterial growth and scalding, and national standards must be satisfied. See the appropriate Installer Manual for more information.
The hot water is enhanced with district heating, which is used with hot water circulation.
|
Designation |
Name |
Specification |
Part No. |
Comments |
|---|---|---|---|---|
|
-AA35-BT1 |
Outside sensor |
Included in NIBE S1155 Modbus: 1 (input) |
||
|
-AA35-BT6 |
Controlling hot water sensor |
Included in NIBE S1155 Modbus: 9 (input) |
||
|
-AA35-BT7 |
Display hot water sensor |
Included in NIBE S1155 Modbus: 8 (input) |
||
|
-AA35-BT25 |
External supply temperature sensor |
Included in NIBE S1155 Modbus: 39 (input) |
||
|
-AA35-BT63 |
External supply temperature sensor before QN10 |
Included in NIBE S1155 Modbus: 72 (input) |
||
|
-AA35-BT71 |
External return line sensor |
Included in NIBE S1155 Modbus: 88 (input) |
||
|
-AA35-GP10 |
External heating medium pump |
Modbus: 1825 |
||
|
-AA35-GP12 |
Charge pump for EB101 |
NIBE CPD 11 Modbus: 1636 (input) |
067 321 / 067 320 |
|
|
-AA35-GP12.1 |
Charge pump for EB101 |
NIBE CPD 11 Modbus: 1636 (input) |
067 321 / 067 320 |
|
|
-AA35-GP12.2 |
Charge pump for EB102 |
NIBE CPD 11 Modbus: 1635 (input) |
067 321 / 067 320 |
|
|
-AA35-GP12.3 |
Charge pump for EB103 |
NIBE CPD 11 Modbus: 1634 (input) |
067 321 / 067 320 |
|
|
-AA35-GP12.4 |
Charge pump for EB104 |
NIBE CPD 11 Modbus: 1633 (input) |
067 321 / 067 320 |
|
|
-AA35-GP12.5 |
Charge pump for EB105 |
NIBE CPD 11 Modbus: 1633 (input) |
067 321 / 067 320 |
|
|
-AA35-QN10 |
Reversing valve, heating/hot water |
See the valve’s manual for a port description. |
089 152 / 089 388 |
VST 11 (max. 17 kW), VST 20 (max. 40 kW) |
|
-AA35-QN43 |
Bypass valve, cooling operation |
|||
|
-EB100 |
Heat pump system (master unit) |
NIBE S1155 |
||
|
-EB100F1355 |
Heat pump system (master unit) |
NIBE S1155 |
||
|
-EB100F1330 |
Heat pump system (master unit) |
? |
||
|
-EB100F1360 |
Heat pump system (master unit) |
S1155 |
||
|
-EP14 |
Cooling module |
See the Installer Manual for more information about the relevant cooling module. |
||
|
-EP15 |
Cooling module |
See the Installer Manual for more information about the relevant cooling module. |
||
|
-EB100-BT1 |
Outside sensor |
Included in NIBE S1155 Modbus: 1 (input) |
||
|
-BT1 |
Outside sensor |
Included in NIBE S1155 Modbus: 1 (input) |
||
|
-BT6 |
Controlling hot water sensor |
Included in NIBE S1155 Modbus: 9 (input) |
||
|
-EB100-BT6 |
Controlling hot water sensor |
Included in NIBE S1155 Modbus: 9 (input) |
||
|
-EB100-BT7 |
Display hot water sensor |
Included in NIBE S1155 Modbus: 8 (input) |
||
|
-BT7 |
Display hot water sensor |
Included in NIBE S1155 Modbus: 8 (input) |
||
|
-EB100-BT25 |
External supply temperature sensor |
Included in NIBE S1155 Modbus: 39 (input) |
||
|
-BT25 |
External supply temperature sensor |
Modbus: 39 (input) |
||
|
-EB100-BT71 |
External return line sensor |
Modbus: 88 (input) |
||
|
-BT71 |
External return line sensor |
Modbus: 88 (input) |
||
|
-EB100-CM4 |
Expansion vessel, hot water |
Included in NIBE S1155 |
||
|
-EB100-FL1 |
Safety valve, hot water |
Included in NIBE S1155 |
||
|
-EB100-FL5 |
T&P valve |
Included in NIBE S1155 |
||
|
-EB100-FL6 |
Vacuum valve |
Included in NIBE S1155 |
||
|
-EB100-FQ1 |
Mixing valve |
Included in NIBE S1155 |
||
|
-EB100-QN17 |
Pressure reduction valve |
Included in NIBE S1155 |
||
|
-EB100-QM30 |
Shut-off valve |
|||
|
-EB100-RM1 |
Non-return valve |
|||
|
-EB100-WM3.1 |
Tundish, cold water |
Included in NIBE S1155 |
||
|
-EB100-WM3.2 |
Tundish, T&P valve |
Included in NIBE S1155 |
||
|
-EB100-GP7 |
External brine pump |
|||
|
-EB100-GP10 |
External heating medium pump |
Modbus: 1825 |
||
|
-GP10 |
External heating medium pump |
Modbus: 1825 |
||
|
-EB100-QN10 |
Reversing valve, heating/hot water |
See the valve’s manual for a port description. |
||
|
-QN10 |
Reversing valve, heating/hot water |
See the valve’s manual for a port description. |
||
|
-EP4 |
Heat exchanger, groundwater |
|||
|
-FL3 |
Safety valve, brine |
Included in NIBE S1155 |
||
|
-FL311xx |
Safety valve, brine |
Included in NIBE S1155/?/NIBE S1155 |
||
|
-FL10 |
Safety valve, brine |
|||
|
-FL10-0 |
Safety valve, brine |
|||
|
-FL11-0 |
Safety valve, brine |
|||
|
-FL12-0 |
Safety valve, heating medium |
|||
|
-FL13-0 |
Safety valve, heating medium |
|||
|
-HQ1-F1360 |
Particle filter, brine |
Included in S1155 |
||
|
-HQ1-F1330 |
Particle filter, brine |
Included in ? |
||
|
-HQ2-F1360 |
Particle filter, brine |
Included in S1155 |
||
|
-HQ2-F1330 |
Particle filter, brine |
Included in ? |
||
|
-HQ3-F1360 |
Particle filter, heating medium |
Included in S1155 |
||
|
-HQ3-F1330 |
Particle filter, heating medium |
Included in ? |
||
|
-HQ4-F1360 |
Particle filter, heating medium |
Included in S1155 |
||
|
-HQ4-F1330 |
Particle filter, heating medium |
Included in ? |
||
|
-GP16-0 |
Circulation pump, brine |
Included in ? 40/60 |
||
|
-QN11 |
Shuttle valve |
|||
|
-QM12 |
Filling valve, brine |
|||
|
-QM21 |
Vent valve, brine |
|||
|
-QM31 |
Shut-off valve, heating medium supply line |
|||
|
-QM32 |
Shut-off valve, heating medium return line |
|||
|
-QM33 |
Shut-off valve, brine in |
|||
|
-QM34 |
Shut off valve, brine out |
|||
|
-QM40 |
Shut-off valve |
|||
|
-QM42 |
Shut-off valve, brine in |
|||
|
-QM50-0 |
Shut off valve, brine |
|||
|
-QM51-0 |
Shut off valve, brine |
|||
|
-QM52-0 |
Shut off valve, brine |
|||
|
-QM53-0 |
Shut off valve, brine |
|||
|
-QM54-0 |
Shut-off valve, heating medium |
|||
|
-QM55-0 |
Shut-off valve, heating medium |
|||
|
-QM56-0 |
Shut-off valve, heating medium |
|||
|
-QM57-0 |
Shut-off valve, heating medium |
|||
|
-QZ2 |
Filterball, heating medium |
Included in NIBE S1155 |
||
|
-QZ2.1-0 |
Filterball, heating medium |
Included in NIBE S1155 |
||
|
-QZ2.2-0 |
Filterball, heating medium |
Included in NIBE S1155 |
||
|
-QZ2.3-0 |
Filterball, heating medium |
Included in NIBE S1155 |
||
|
-QZ2.4-0 |
Filterball, heating medium |
Included in NIBE S1155 |
||
|
-QZ3 |
Filterball, brine |
Included in NIBE S1155 |
||
|
-QZ4 |
Filterball, heating medium |
Included in NIBE S1155 |
||
|
-QZ5 |
Filterball, heating medium |
Included in NIBE S1155 |
||
|
-RM10-F1360 |
Non-return valve |
|||
|
-RM10-F1330 |
Non-return valve |
Included in ? |
||
|
-RM10-F1355 |
Non-return valve |
Included in NIBE S1155 |
||
|
-RM11-F1360 |
Non-return valve |
Included in S1155 |
||
|
-RM11-F1330 |
Non-return valve |
Included in ? |
||
|
-RM11-F1355 |
Non-return valve |
Included in NIBE S1155 |
||
|
-RM12-F1360 |
Non-return valve |
Included in S1155 |
||
|
-RM12-F1330 |
Non-return valve |
Included in ? |
||
|
-RM12-F1355 |
Non-return valve |
Included in NIBE S1155 |
||
|
-RM13-F1360 |
Non-return valve |
Included in S1155 |
||
|
-RM13-F1330 |
Non-return valve |
Included in ? |
||
|
-RM13-F1355 |
Non-return valve |
Included in NIBE S1155 |
||
|
-RN20 |
Trim valve |
|||
|
-RN21 |
Trim valve |
|||
|
-EB10011xx |
Heat pump system (master unit) |
NIBE S1155 |
||
|
-EB10012xx |
Heat pump system (master unit) |
? |
||
|
-EB10013xx |
Heat pump system (master unit) |
S1155 |
||
|
-BT111xx |
Outside sensor |
Included in NIBE S1155 Modbus: 1 (input) |
||
|
-BT112xx |
Outside sensor |
Included in ? Modbus: 1 (input) |
||
|
-BT113xx |
Outside sensor |
Included in S1155 Modbus: 1 (input) |
||
|
-QZ311xx |
Filterball, brine |
Included in NIBE S1155 |
||
|
-QZ312xx |
Filterball, brine |
Included in ? |
||
|
-EB100-BT2511xx |
External supply temperature sensor |
Included in NIBE S1155/NIBE S1155 Modbus: 39 (input) |
||
|
-EB100-BT7111xx |
External return line sensor |
Included in NIBE S1155/NIBE S1155 Modbus: 88 (input) |
||
|
-EB100-QZ211xx |
Filterball, heating medium |
Included in NIBE S1155 |
||
|
-EB100-QZ212xx |
Filterball, heating medium |
Included in ? |
||
|
-EB101F1355 |
Heat pump system 1 |
NIBE S1155 |
||
|
-EB101F1330 |
Heat pump system 1 |
? |
||
|
-EB101F1360 |
Heat pump system 1 |
S1155 |
||
|
-EB101 |
Heat pump system 1 |
|||
|
-GP16-1 |
Circulation pump, brine |
Included in ? 40/60 |
||
|
-EB101-EZ101 |
Outdoor module |
|||
|
-EB101-EZ102 |
SPLIT box |
|||
|
-EB101-FL10 |
Safety valve, brine |
|||
|
-FL10-1 |
Safety valve, brine |
|||
|
-FL11-1 |
Safety valve, brine |
|||
|
-FL12-1 |
Safety valve, heating medium |
|||
|
-FL13-1 |
Safety valve, heating medium |
|||
|
-HQ1-1361 |
Particle filter, brine |
Included in S1155 |
||
|
-HQ1-F1330-1 |
Particle filter, brine |
Included in ? |
||
|
-HQ2-1362 |
Particle filter, brine |
Included in S1155 |
||
|
-HQ2-F1330-1 |
Particle filter, brine |
Included in ? |
||
|
-HQ3-1362 |
Particle filter, heating medium |
Included in S1155 |
||
|
-HQ3-F1330-1 |
Particle filter, heating medium |
Included in ? |
||
|
-HQ4-1362 |
Particle filter, heating medium |
Included in S1155 |
||
|
-HQ4-F1330-1 |
Particle filter, heating medium |
Included in ? |
||
|
-EB101-QM1 |
Drain valve, heating medium |
|||
|
-EB101-QM40 |
Shut-off valve, heating medium |
|||
|
-QM50-1 |
Shut off valve, brine |
|||
|
-QM51-1 |
Shut off valve, brine |
|||
|
-QM52-1 |
Shut off valve, brine |
|||
|
-QM53-1 |
Shut off valve, brine |
|||
|
-QM54-1 |
Shut-off valve, heating medium |
|||
|
-QM55-1 |
Shut-off valve, heating medium |
|||
|
-QM56-1 |
Shut-off valve, heating medium |
|||
|
-QM57-1 |
Shut-off valve, heating medium |
|||
|
-QZ2.1-1 |
Filterball, brine |
Included in NIBE S1155 |
The ? includes a particle filter, which should be supplemented with a shut-off valve. |
|
|
-QZ2.2-1 |
Filterball, brine |
Included in NIBE S1155 |
The ? includes a particle filter, which should be supplemented with a shut-off valve. |
|
|
-QZ2.3-1 |
Filterball, heating medium |
Included in NIBE S1155 |
||
|
-QZ2.4-1 |
Filterball, heating medium |
Included in NIBE S1155 |
||
|
-RM10-F1361 |
Non-return valve |
|||
|
-RM10-F1330-1 |
Non-return valve |
Included in ? |
||
|
-RM10-F1355-1 |
Non-return valve |
Included in NIBE S1155 |
||
|
-RM11-F1361 |
Non-return valve |
Included in S1155 |
||
|
-RM11-F1330-1 |
Non-return valve |
Included in ? |
||
|
-RM11-F1355-1 |
Non-return valve |
Included in NIBE S1155 |
||
|
-RM12-F1361 |
Non-return valve |
Included in S1155 |
||
|
-RM12-F1330-1 |
Non-return valve |
Included in ? |
||
|
-RM12-F1355-1 |
Non-return valve |
Included in NIBE S1155 |
||
|
-RM13-F1361 |
Non-return valve |
Included in S1155 |
||
|
-RM13-F1330-1 |
Non-return valve |
Included in ? |
||
|
-RM13-F1355-1 |
Non-return valve |
Included in NIBE S1155 |
||
|
-EB102 |
Heat pump system 2 |
|||
|
-EB102F1355 |
Heat pump system 2 |
NIBE S1155 |
||
|
-EB102F1330 |
Heat pump system 2 |
? |
||
|
-EB102F1360 |
Heat pump system 2 |
S1155 |
||
|
-GP16-2 |
Circulation pump, brine |
Included in ? 40/60 |
||
|
-FL10-2 |
Safety valve, brine |
|||
|
-FL11-2 |
Safety valve, brine |
|||
|
-FL12-2 |
Safety valve, heating medium |
|||
|
-FL13-2 |
Safety valve, heating medium |
|||
|
-HQ1-F1362 |
Particle filter, brine |
Included in S1155 |
||
|
-HQ1-F1330-2 |
Particle filter, brine |
Included in ? |
||
|
-HQ2-F1362 |
Particle filter, brine |
Included in S1155 |
||
|
-HQ2-F1330-2 |
Particle filter, brine |
Included in ? |
||
|
-HQ3-F1362 |
Particle filter, heating medium |
Included in S1155 |
||
|
-HQ3-F1330-2 |
Particle filter, heating medium |
Included in ? |
||
|
-HQ4-F1362 |
Particle filter, heating medium |
Included in S1155 |
||
|
-HQ4-F1330-2 |
Particle filter, heating medium |
Included in ? |
||
|
-EB102-QM1 |
Drain valve, heating medium |
|||
|
-EB102-QM40 |
Shut-off valve, heating medium |
|||
|
-QM50-2 |
Shut off valve, brine |
|||
|
-QM51-2 |
Shut off valve, brine |
|||
|
-QM52-2 |
Shut off valve, brine |
|||
|
-QM53-2 |
Shut off valve, brine |
|||
|
-QM54-2 |
Shut-off valve, heating medium |
|||
|
-QM55-2 |
Shut-off valve, heating medium |
|||
|
-QM56-2 |
Shut-off valve, heating medium |
|||
|
-QM57-2 |
Shut-off valve, heating medium |
|||
|
-QZ2.1-2 |
Filterball, brine |
Included in NIBE S1155 |
The ? includes a particle filter, which should be supplemented with a shut-off valve. |
|
|
-QZ2.2-2 |
Filterball, brine |
Included in NIBE S1155 |
The ? includes a particle filter, which should be supplemented with a shut-off valve. |
|
|
-QZ2.3-2 |
Filterball, heating medium |
Included in NIBE S1155 |
||
|
-QZ2.4-2 |
Filterball, heating medium |
Included in NIBE S1155 |
||
|
-RM10-F1362 |
Non-return valve |
|||
|
-RM10-F1330-2 |
Non-return valve |
Included in ? |
||
|
-RM10-F1355-2 |
Non-return valve |
Included in NIBE S1155 |
||
|
-RM11-F1362 |
Non-return valve |
Included in S1155 |
||
|
-RM11-F1330-2 |
Non-return valve |
Included in ? |
||
|
-RM11-F1355-2 |
Non-return valve |
Included in NIBE S1155 |
||
|
-RM12-F1362 |
Non-return valve |
Included in S1155 |
||
|
-RM12-F1330-2 |
Non-return valve |
Included in ? |
||
|
-RM12-F1355-2 |
Non-return valve |
Included in NIBE S1155 |
||
|
-RM13-F1362 |
Non-return valve |
Included in S1155 |
||
|
-RM13-F1330-2 |
Non-return valve |
Included in ? |
||
|
-RM13-F1355-2 |
Non-return valve |
Included in NIBE S1155 |
||
|
-EB103 |
Heat pump system 3 |
|||
|
-EB103-AA25 |
AXC module |
Included in AXC 40 |
067 304 |
|
|
-EB103-QM1 |
Drain valve, heating medium |
|||
|
-EB103-QM40 |
Shut-off valve, heating medium |
|||
|
-EB104 |
Heat pump system 4 |
|||
|
Gas separator |
Included in TEST |
|||
|
-EB104-QM1 |
Drain valve, heating medium |
|||
|
-EB104-QM40 |
Shut-off valve, heating medium |
|||
|
-EB105-AA25 |
AXC module |
Included in AXC 40 |
067 304 |
|
|
-EB105-QM1 |
Drain valve, heating medium |
|||
|
-EB105-QM40 |
Shut-off valve, heating medium |
|||
|
XL1 |
Heating medium connection, supply |
|||
|
XL2 |
Heating medium connection, return |
|||
|
-AZ10.1 |
Ventilation unit 1 |
|||
|
-AZ10.1-GP2 |
Circulation pump, exhaust air recovery |
|||
|
-AZ10.1-RM20 |
Non-return valve, exhaust air recovery |
|||
|
-AZ10.1-RM1 |
Non-return valve, exhaust air recovery |
|||
|
-AZ10.1-RN1 |
Trim valve, exhaust air recovery |
|||
|
-AZ10.2 |
Ventilation unit 2 |
|||
|
-AZ10.2-GP2 |
Circulation pump, exhaust air recovery |
|||
|
-AZ10.2-RM20 |
Non-return valve, exhaust air recovery |
|||
|
-AZ10.2-RM1 |
Non-return valve, exhaust air recovery |
|||
|
-AZ10.3 |
Ventilation unit 3 |
|||
|
-AZ10.3-GP2 |
Circulation pump, exhaust air recovery |
|||
|
-AZ10.3-RM20 |
Non-return valve, exhaust air recovery |
|||
|
-AZ10.3-RM1 |
Non-return valve, exhaust air recovery |
|||
|
-AZ11 |
Ventilation module |
|||
|
-AZ10 |
Exhaust air module |
NIBE FLM S45 |
067 011 |
|
|
-AZ10-RM1 |
Non-return valve |
Included in NIBE FLM S45 |
||
|
-AZ10-RN11 |
Control valve |
Included in NIBE FLM S45 |
||
|
-AZ10-RN1 |
Trim valve |
Included in NIBE FLM S45 |
||
|
0 |
Exhaust air module |
NIBE F135 |
067 075 |
|
|
0 |
Exhaust air module |
NIBE S135 |
067 075 |
|
|
-AZ20_DWS |
Supply air module |
067 872 |
||
|
-AZ20_SAM |
Supply air module |
067 794 |
||
|
-AZ30 |
Ventilation unit |
NIBE ERS |
||
|
-CL11 |
Pool system |
AXC 40 |
||
|
-CL11-AA25 |
AXC module, pool |
Included in AXC 40 |
||
|
-CL11-BT25 |
External supply temperature sensor |
Included in AXC 40 Modbus: 39 (input) |
||
|
-CL11-BT51 |
Pool sensor |
Included in AXC 40 Modbus: 27 (input) |
||
|
-CL11-EP5 |
Exchanger, pool |
|||
|
-CL11-GP9 |
Circulation pump, pool |
Modbus: 1828 (input) |
||
|
-CL11-GP12 |
Charge pump, pool |
Modbus: 1589 (input) |
||
|
-CL11-HQ4 |
Particle filter, pool |
|||
|
-CL11-QN19 |
Three way valve, pool |
Modbus: 1134 (input) See the valve’s manual for a port description. |
||
|
-CL11-RM1 |
Non-return valve, pool |
|||
|
-CL12 |
Pool system 2 |
|||
|
-CL12-AA25 |
AXC module, pool |
|||
|
-CL12-BT25 |
External supply temperature sensor |
Modbus: 39 (input) |
||
|
-CL12-BT51 |
Pool sensor |
Modbus: 27 (input) |
||
|
-CL12-EP5 |
Exchanger, pool |
|||
|
-CL12-GP9 |
Circulation pump, pool |
Modbus: 1827 (input) |
||
|
-CL12-GP12 |
Charge pump, pool |
Included in POOL 310 Modbus: 1589 (input) |
||
|
-CL12-HQ4 |
Particle filter, pool |
|||
|
-CL12-QN19 |
Three way valve, pool |
Modbus: 1134 (input) See the valve’s manual for a port description. |
||
|
-CP1 |
Storage tank |
|||
|
-CP1.1 |
Storage tank |
|||
|
-CP1.1-CM4 |
Expansion vessel, hot water |
Included in accumulator tank |
||
|
-CP1-CM4 |
Expansion vessel, hot water |
Included in accumulator tank |
||
|
-CP1.1-FL1 |
Safety valve, hot water |
|||
|
-CP1-FL1 |
Safety valve, hot water |
|||
|
-CP1.1-FL5 |
T&P valve |
Included in accumulator tank |
||
|
-CP1.2-FL5 |
T&P valve |
Included in accumulator tank |
||
|
-CP1-FL5 |
T&P valve |
Included in accumulator tank |
||
|
-CP1.1-FL6 |
Vacuum valve |
Included in accumulator tank |
||
|
-CP1.2-FL6 |
Vacuum valve |
Included in accumulator tank |
||
|
-CP1-FL6 |
Vacuum valve |
Included in accumulator tank |
||
|
-CP1.1-FQ1 |
Thermal mixing valve |
|||
|
-CP1-FQ1 |
Thermal mixing valve |
|||
|
-CP1.1-QN17 |
Pressure reduction valve |
Included in accumulator tank |
||
|
-CP1-QN17 |
Pressure reduction valve |
Included in accumulator tank |
||
|
-CP1.1-QM30 |
Shut-off valve |
|||
|
-CP1-QM30 |
Shut-off valve |
|||
|
-CP1.1-QM40 |
Shut off valve |
Included in accumulator tank |
||
|
-CP1.2-QM40 |
Shut off valve |
Included in accumulator tank |
||
|
-CP1.1-RM1 |
Non-return valve |
|||
|
-CP1-RM1 |
Non-return valve |
|||
|
-CP1.1-WM3.1 |
Tundish, cold water |
Included in accumulator tank |
||
|
-CP1-WM3.1 |
Tundish, cold water |
Included in accumulator tank |
||
|
-CP1.1-WM3.2 |
Tundish, T&P valve |
Included in accumulator tank |
||
|
-CP1.2-WM3.2 |
Tundish, T&P valve |
Included in accumulator tank |
||
|
-CP1-WM3.2 |
Tundish, T&P valve |
Included in accumulator tank |
||
|
-CP1.1-RN1.1 |
Trim valve |
|||
|
-CP1-RN1.1 |
Trim valve |
|||
|
-CP1-RN1 |
Trim valve |
|||
|
-CP1.1-RN1.2 |
Trim valve |
|||
|
-CP1-RN1.2 |
Trim valve |
|||
|
-CP1.2 |
Storage tank |
|||
|
-CP1.2-RN1.1 |
Trim valve |
|||
|
-CP1.2-RN1.2 |
Trim valve |
|||
|
-RN60 |
Trim valve |
|||
|
-RN61 |
Trim valve |
|||
|
-CP2-FQ1 |
Thermal mixing valve |
Part no. 624 922 |
||
|
-CP4 |
Additional water heater |
|||
|
-CP10.4 |
Tanks |
|||
|
-CP10 |
Buffer vessel |
UKV |
Size varies depending on the dimensioning of hot water |
|
|
-CP10.1 |
Buffer vessel |
UKV |
Size varies depending on heat pump and system volume |
|
|
-CP10.2 |
Buffer vessel, cooling |
UKV |
Condensation-insulated vessels for cooling Size varies depending on heat pump and system volume |
|
|
-CP10.3 |
Buffer vessel |
UKV |
Size varies depending on the dimensioning of hot water |
|
|
-CP10.4 |
Storage tank |
UKV 20-750 / UKV 20-1000 |
Size varies depending on the dimensioning of hot water |
|
|
-CP10.5 |
Storage tank |
UKV 20-750 / UKV 20-1000 |
Size varies depending on the dimensioning of hot water |
|
|
-CP10.6 |
Storage tank |
UKV 20-750 / UKV 20-1000 |
Size varies depending on the dimensioning of hot water |
|
|
-CP10.7 |
Storage tank |
UKV 20-750 / UKV 20-1000 |
Size varies depending on the dimensioning of hot water |
|
|
-EB1 |
Step-controlled additional heat/electric boiler |
Modbus: 1029 (input) |
||
|
-EB1-AA25 |
AXC module |
Included in AXC 40 |
067 060 |
|
|
-EB1-BT25 |
Supply temperature sensor, heating medium, external |
Included in AXC 40 Modbus: 39 (input) |
||
|
-EB1-BT52 |
Boiler sensor |
Included in AXC 40 Modbus: 38 (input) |
||
|
-EB1-CM5 |
Closed expansion vessel, heating medium |
|||
|
-EB1-EP7 |
District heating exchanger |
|||
|
-EB1-FL2 |
Safety valve, heating medium |
|||
|
-EB1-GP10 |
Circulation pump, heating medium external |
Modbus: 1825 |
||
|
-EB1-QM40 |
Shut-off valve |
|||
|
-EB1-QM41 |
Shut-off valve |
|||
|
-EB1-QN11 |
Shuttle valve |
See the valve’s manual for a port description. |
||
|
-EB1-RM5 |
Non-return valve |
|||
|
-RN1 |
Trim valve |
|||
|
-EB2 |
External electrical backup |
|||
|
-EB3 |
Immersion heater in tank |
with junction box K11 |
IU 3 kW: 218 009 IU 6 kW: 218 011 IU 9 kW: 218 003 018 893 |
|
|
-EB3-QA1 |
Auxiliary relay |
HR 10 |
067 309 |
|
|
-EB15 |
Indoor module |
NIBE S1155 |
||
|
-EB15-BT1 |
Outside sensor |
Included in NIBE S1155 Modbus: 1 (input) |
||
|
-EB15-BT25 |
External supply temperature sensor |
Included in AXC 40 Modbus: 39 (input) |
||
|
-EB15-BT71 |
External return line sensor |
Included in AXC 40 Modbus: 39 (input) |
||
|
-EB15-BT25_extcp |
External supply temperature sensor |
Modbus: 39 (input) |
||
|
-EB15-CM4 |
Expansion vessel, hot water |
|||
|
-EB15-GP10 |
Circulation pump, heating medium external |
Modbus: 1825 |
||
|
-EB15-FL1 |
Safety valve, cold water |
|||
|
-EB15-FL2 |
Safety valve, heating medium |
|||
|
-EB15-RM2 |
Non-return valve |
|||
|
-EB15-QM30 |
Shut-off valve, hot water |
|||
|
-EB15-QN43 |
Bypass valve, cooling operation |
|||
|
-EB15-WM4 |
Tundish, T&P valve |
Included in NIBE S1155 |
||
|
XL |
XL connections |
|||
|
1 |
Heating medium connection, supply |
|||
|
2 |
Heating medium connection, return |
|||
|
3 |
Cold water connection |
|||
|
4 |
Hot water connection |
|||
|
5 |
Hot water circulation connection |
|||
|
6 |
Brine connection, in |
|||
|
7 |
Brine connection, out |
|||
|
8 |
Docking connection, supply (from heat pump) |
|||
|
9 |
Docking connection, return (to heat pump) |
|||
|
13 |
Solar heat connection, supply |
|||
|
14 |
Solar heat connection, return |
|||
|
18 |
Docking connection, supply (high temp) |
|||
|
19 |
Docking connection, return (high temp) |
|||
|
29 |
T&Pvalve |
|||
|
30 |
Expansion vessel connection |
|||
|
36 |
Heating medium connection, supply |
|||
|
37 |
Heating medium connection, return |
|||
|
39 |
Docking connection, pool |
|||
|
-EM1 |
Shunt controlled additional heat |
|||
|
-EM1-AA25 |
AXC module |
Included in AXC 40 |
067 060 |
|
|
-EM1-QN11 |
Shunt valve for additional heat |
Modbus: 1034 (input) |
||
|
-EM1-BT52 |
Boiler sensor |
Modbus: 38 (input) |
||
|
-EM1-BT25 |
Supply temperature sensor, heating medium, external |
Included in AXC 40 Modbus: 39 (input) |
||
|
-EM1-CM11 |
Expansion vessel |
|||
|
-EM1-FL2 |
Safety valve, heating medium |
|||
|
-EM1-FQ2 |
Thermal mixing valve |
Included in AXC 40 Modbus: 39 (input) |
||
|
-EM1-GP10 |
External heating medium pump |
Modbus: 1825 |
||
|
-EM1/EB1 |
Electric boiler, wood boiler, pellet boiler, oil boiler or district heating |
|||
|
-EM1/EB1-GP10 |
Circulation pump |
Modbus: 1825 |
||
|
-EP1 |
District heating |
Cetetherm Midi Wall VP / Maxi VP |
Cetetherm AB |
|
|
-EP1-AA25 |
AXC module |
Included in AXC 40 |
067 060 |
|
|
-EP1-BT25 |
External supply temperature sensor |
Included in AXC 40 Modbus: 39 (input) |
||
|
-EP1-BT52 |
Boiler sensor |
Included in AXC 40 Modbus: 38 (input) |
||
|
-EP1-CM5 |
Closed expansion vessel, heating medium |
|||
|
-EP1-EP3 |
District heating exchanger, hot water |
|||
|
-EP1-EP7 |
District heating exchanger |
|||
|
-EP1-FL2 |
Safety valve, heating medium |
|||
|
-EP1-GP10 |
Circulation pump, heating medium external |
Modbus: 1825 |
||
|
-EP1-QN11 |
Mixing valve, addition |
See the valve’s manual for a port description. Modbus: 1034 (input) |
||
|
-EP1-RM1 |
Non-return valve |
|||
|
-EP1-CT1 |
District heating |
Cetetherm Midi Wall VP / Maxi VP |
Cetetherm AB |
|
|
-EP1-CT2 |
District heating |
Cetetherm Midi Wall VP / Maxi VP |
Cetetherm AB |
|
|
-EP1-CT3 |
District heating |
Cetetherm Midi Wall VP / Maxi VP |
Cetetherm AB |
|
|
-EP1-QM40 |
Shut off valve |
|||
|
-EP1-RN1 |
Trim valve |
|||
|
-EP10 |
Shunt controlled brine |
|||
|
-EP10-AA25 |
AXC module |
Included in AXC 40 |
067 060 |
|
|
-EP10-BT26 |
Temperature sensor, brine in |
Included in AXC 40 Modbus: 106 (input) |
||
|
-EP10-QN41 |
Shunt valve, brine |
Modbus: 1 See the valve’s manual for a port description. |
||
|
-EP10-EP10 |
Heat exchanger |
|||
|
-EP12 |
Ground water system |
|||
|
-EP12-AA25 |
AXC module, groundwater |
Included in AXC 40 |
067 060 |
|
|
-EP12-EP4 |
Groundwater exchanger |
|||
|
-EP12-GP3 |
Circulation pump, groundwater |
Modbus: 1835 (input) |
||
|
-EP12-HQ40 |
Particle filter, groundwater |
|||
|
-EP21 |
Heating system 2 |
AXC 40 |
067 193 |
|
|
-EP21-AA25 |
AXC module, heating system 2 |
Included in AXC 40 |
||
|
-EP21-BT2 |
Supply temperature sensor, heating system 2 |
Included in AXC 40 Modbus: 4 (input) |
||
|
-EP21-BT3 |
Return line sensor, heating system 2 |
Included in AXC 40 Modbus: 78 (input) |
||
|
-EP21-GP10 |
Circulation pump, heating system 2 |
Modbus: 1824 (input) |
||
|
-EP21-QN25 |
Shunt valve, heating system 2 |
Modbus: 1031 (input) See the valve’s manual for a port description. |
||
|
-EP21-RM1 |
Non-return valve |
|||
|
-EP22 |
Heating system 3 |
AXC 40 |
067 193 |
|
|
K |
Climate system 3 |
AXC 40 |
067 304 |
|
|
-EP22-AA25 |
AXC module, heating system 3 |
Included in AXC 40 |
||
|
-EP22-BT2 |
Supply temperature sensor, heating system 3 |
Included in AXC 40 Modbus: 3 (input) |
||
|
-EP22-BT3 |
Return line sensor, heating system 3 |
Included in AXC 40 Modbus: 77 (input) |
||
|
-EP22-GP10 |
Circulation pump, heating system 3 |
Modbus: 1823 (input) |
||
|
-EP22-QN25 |
Shunt valve, heating system 3 |
Modbus: 1031 (input) See the valve’s manual for a port description. |
||
|
-EP22-RM1 |
Non-return valve |
|||
|
-EP26 |
HRV unit |
ERS |
||
|
-EP30 |
Solar heating system |
SCA 35 |
067 245 |
|
|
-EP30-AA25 |
AXC module |
Included in SCA |
||
|
-EP8 |
Solar panels |
|||
|
-EP30-EP9 |
Exchanger, solar |
|||
|
-EP30-GP10 |
Circulation pump |
|||
|
-EP44-AA25 |
AXC module, cooling system 1 |
Included in AXC 40 |
||
|
-EP44-BT2 |
Supply temperature sensor, cooling system 1 |
Modbus: 4 (input) |
||
|
-EP44-BT3 |
Return line sensor, cooling system 1 |
Modbus: 78 (input) |
||
|
-EP44-BT64 |
Flow temperature sensor, cooling |
Included in AXC 40 Modbus: 30 (input) |
||
|
-EP44-BT65 |
Return line sensor, cooling |
Included in AXC 40 Modbus: 31 (input) |
||
|
-EP44-GP10 |
Circulation pump, cooling system 1 |
Modbus: 1825 |
||
|
-EP44-QN18 |
Shunt valve, cooling system 1 |
Modbus: 1570 (input) See the valve’s manual for a port description. |
||
|
-EP44-RM1 |
Non-return valve |
|||
|
-EP45 |
Cooling system 1 |
|||
|
-EP45-AA25 |
AXC module, cooling system 1 |
Included in AXC 40 |
067 060 |
|
|
-EP45-GP10 |
Circulation pump, cooling system 1 |
Modbus: 1825 |
||
|
-EP45-QN12 |
Reversing valve, cooling |
Modbus: 1830 (input) See the valve’s manual for a port description. |
||
|
-EP25 |
Passive cooling system |
AXC 40 |
067 296 |
|
|
-EP25-AA25 |
AXC module, cooling |
Included in AXC 40 |
||
|
-EP25-BT64 |
Temperature sensor, cooling flow line |
Included in AXC 40 Modbus: 30 (input) |
||
|
-EP25-BT65 |
Temperature sensor, cooling return line |
Included in AXC 40 Modbus: 31 (input) |
||
|
-EP25-EP13 |
Supply air coil/fan coil |
|||
|
-EP25-GP13 |
Circulation pump, cooling |
Modbus: 1833 (input) |
||
|
-EP25-QN18 |
Mixing valve, cooling |
Modbus: 1570 (input) See the valve’s manual for a port description. |
||
|
-EP25-RM1 |
Non-return valve |
|||
|
-EQ1 |
Active cooling. |
NIBE ACS 45 |
067 195 |
|
|
-EQ1-AA25 |
AXC module, cooling |
Included in NIBE ACS 45 |
||
|
-EQ1-BP6 |
Pressure gauge, brine |
|||
|
-EQ1-BT57 |
Temperature sensor, collector |
Included in NIBE ACS 45 Modbus: 90 (input) |
||
|
-EQ1-BT64 |
Flow temperature sensor, cooling |
Included in NIBE ACS 45 Modbus: 30 (input) |
||
|
-EQ1-BT75 |
Temperature sensor, flow line after heat dump |
Included in NIBE ACS 45 Modbus: 91 (input) |
||
|
-EQ1-CM3 |
Expansion vessel, brine |
|||
|
-EQ1-EP6 |
Heat exchanger |
|||
|
-EQ1-EP18 |
Coolant radiator |
|||
|
-EQ1-FL3 |
Safety valve, brine |
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-EQ1-GP10 |
Circulation pump |
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|
-EQ1-GP12 |
Circulation pump |
Included in NIBE ACS 45 |
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|
-EQ1-GP14 |
Circulation pump for heat dump |
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|
-EQ1-GP20 |
Circulation pump, heat dump |
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-EQ1-QM40.1 |
Shut-off valve |
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-EQ1-QM40.2 |
Shut-off valve |
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-EQ1-QN12 |
Reversing valve, cooling |
Modbus: 1830 (input) See the valve’s manual for a port description. |
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|
-EQ1-QN18 |
Shunt valve, cooling shunt |
Modbus: 1570 (input) See the valve’s manual for a port description. |
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-EQ1-QN36 |
Shunt valve, heating shunt |
Modbus: 1569 (input) See the valve’s manual for a port description. |
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|
-EQ1-QN44 |
Shut off valve |
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|
-EQ1-RM1 |
Non-return valve, heat dump |
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-EQ1-RM2 |
Non-return valve, heat dump |
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|
-EQ1-RM3 |
Non-return valve, heat dump |
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|
-EZ2 |
Domestic hot water module |
Cetetherm AquaEfficiency |
Cetetherm AB |
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|
-GC1 |
Solar panels |
NIBE PV |
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|
-QZ1 |
Hot water circulation (HWC) |
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|
-QZ1-AA25 |
AXC module |
Included in AXC 40 |
067 060 |
|
|
-QZ1-BT70 |
Supply temperature sensor, HWC |
Included in AXC 40 Modbus: 87 (input) |
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|
-QZ1-BT82 |
Return line sensor, HWC |
Included in AXC 40 Modbus: 174 (input) |
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|
-QZ1-FQ3 |
Mixer valve, HWC |
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|
-QZ1-GP11 |
Circulation pump, HWC |
Modbus: 1063 (input) |
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|
-QZ1-QN2 |
4-way valve, HWC |
See the valve’s manual for a port description. |
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|
-QZ1-RM1 |
Non-return valve, HWC |
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|
-QZ1-RN1 |
Trim valve, HWC |
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|
-QZ1-RN4 |
Trim valve, HWC |
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|
-XL27 |
Filling connection |
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|
-QM33 |
Shut off valve, brine flow |
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|
-XL27 |
Filling brine |
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|
-XL28 |
Filling brine |
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|
-FL2 |
Miscellaneous |
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|
-RN1.1 |
Miscellaneous |
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|
-BP5 |
Pressure gauge, heating medium |
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|
-BP6 |
Pressure gauge, brine |
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|
-CM1 |
Expansion vessel, heating medium |
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|
-CM2 |
Level vessel, brine |
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|
-CM3 |
Expansion vessel, brine |
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|
-CM4 |
Expansion vessel, hot water |
Included in NIBE S1155 |
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|
-CM11 |
Expansion vessel |
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|
-FL1 |
Safety valve, hot water |
|||
|
-FL2 |
Safety valve, heating medium |
|||
|
-FQ1 |
Mixing valve |
Thermal |
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|
-RM1 |
Non-return valve |
|||
|
-RM1.1 |
Non-return valve |
|||
|
-RM1.2 |
Non-return valve |
|||
|
-RM1.3 |
Non-return valve |
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|
-RM2 |
Non-return valve |
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|
-RM3 |
Non-return valve |
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|
-RN1 |
Trim valve |
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|
-RN1.1 |
Trim valve |
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|
-RN1.2 |
Trim valve |
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|
-RN1.3 |
Trim valve |
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|
-RN2.1 |
Trim valve |
|||
|
-RN2.2 |
Trim valve |
|||
|
-RN3.1 |
Trim valve |
|||
|
-RN3.2 |
Trim valve |
|||
|
-RN4.1 |
Trim valve |
|||
|
-RN4.2 |
Trim valve |
|||
|
-RN5.1 |
Trim valve |
|||
|
-RN5.2 |
Trim valve |
|||
|
-QM1 |
Drain valve, heating medium |
|||
|
-QM30 |
Shut-off valve, hot water |
|||
|
-QN17 |
Pressure reduction valve |
|||
|
-QN44 |
Shut off valve |
|||
|
-WM3 |
Tundish, cold water |
Included in NIBE S1155 |
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|
-WM4 |
Tundish, T&P valve |
Included in NIBE S1155 |
Designations according to standard EN 81346-2.
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