General Common electrical connection Shunt controlled additional heat Step controlled additional heat Hot water comfort Ground water system Shunt controlled brine Hybrid connection - charge pumps Hybrid connection - reversing valves Pulse energy meter Technical data Contact information AXC 40...
General COMPONENT LOCATION, AXC MODULE (AA25) This accessory is used to enable connection and control of AA5-X4 AA5-S2 the following accessory functions. One AXC 40 is required for each function. • shunt-controlled additional heat • step-controlled additional heat • control of circulation pump for hot water circulation •...
0.5 mm² up to 50 m, for example EKKX, LiYY or equivalent. • AXC 40 must be installed via an isolator switch. The cable area has to be dimensioned based on the fuse rating used. •...
Page 7
CONNECTING COMMUNICATION AXC 40 contains an accessory board (AA5) that connects directly to the main product’s PCB (terminal block AA2-X30). If several accessories are to be connected, or are already installed, the boards are connected in series. Because there can be different connections for accessories...
The heat pump/indoor module controls a shunt valve (EM1- line to the climate system after the heat pump according to QN11) and a circulation pump (EM1-GP10) via AXC 40. If the the outline diagram. heat pump/indoor module cannot manage to maintain the •...
Page 9
External AA25 24 23 22 21 20 19 18 17 16 15 14 13 AA5-X2 Caution The relay outputs on the accessory board can have a max load of 2 A (230 V) in total. AXC 40 S-series | EN...
Page 10
Connection of 0-10 V control of shunt motor (EM1-QN11) Connect a 2-core cable to AA5-X2:5 (0-10 V) and AA5-X2:6 (GND). External AA25 7 6 5 4 AA5-X2 At 0 V the shunt is closed and at 10 V the shunt is open. AXC 40 S-series | EN...
Page 11
PROGRAM SETTINGS NOTE Activating AXC 40 can be performed via the start guide or directly in the menu system. Forced control is only intended to be used for troubleshooting purposes. Using the function in The main product’s software must be the latest version.
This is an outline diagram. Actual installations must electric boiler, to aid with heating. be planned according to applicable standards. With AXC 40, three potential-free relays can be used for EXPLANATION additional heat control, which then gives max. 3 linear or 7 binary steps.
Page 14
2 A (230 V) in total. CONNECTING HEATING MEDIUM PUMP (EB1-GP10) Connect the external heating medium pump (GP10) to AA5- X9:8 (230 V), AA5-X9:7 (N) and X1:3 (PE). AA25 External AA5-X9 GP10 AA25-X1 AXC 40 S-series | EN...
Page 15
PROGRAM SETTINGS NOTE Activating AXC 40 can be performed via the start guide or directly in the menu system. Forced control is only intended to be used for troubleshooting purposes. Using the function in The main product’s software must be the latest version.
Heat pump Temperature sensor, hot water Temperature sensor, hot water top OUTLINE DIAGRAM WITH ADDITIONAL WATER HEATER, HWC AND ELECTRONIC MIXING VALVE -EB100 -QZ1 -QZ1-AA25 -QZ1-FQ3 -QZ1-BT70 -BT82 -QZ1-RN1 -QZ1-RM1 -QZ1-GP11 -CP1 -EB100-BT7 -CP2 -QZ1-BT83 -EB100-BT6 AXC 40 S-series | EN...
Page 18
Connect the sensor to AA5-X2:19-20. Connect the circulation pump (GP11) to AA5-X9:8 (230 V), AA5-X9:7 (N) and X1:. BT83 AA25 External AA5-X9 GP11 External AA25 24 23 22 21 20 19 18 17 16 15 14 13 AA25-X1 AA5-X2 AXC 40 S-series | EN...
Page 19
CONNECTION OF THE MIXER VALVE (QZ1-FQ3) PROGRAM SETTINGS Connect the mixing valve motor (FQ3) to AA5-X9:6 (230 V, Activating AXC 40 can be performed via the start guide or open), AA5-X9:5 (N) and AA5-X9:4 (230 V, close). directly in the menu system.
Page 20
Activating mixing valve: Activated if mixer valve is installed and it is to be controlled from AXC 40. When the option is active, you can set the outgoing hot water temperature, shunt amplification and shunt waiting time for the mixer valve.
EB100 Heat pump GENERAL BT57 Brine sensor, supply line With AXC 40 a ground water pump can be connected to the BT58 Brine sensor, return line heat pump if the software controlled output (AUX output) OUTLINE DIAGRAM WITH GROUNDWATER is used for something else.
Page 23
When the contact closes, the groundwater pump is blocked. 7 6 5 4 AA5-X2 Pump speed EP12-GP3 100 % approx 0 V DC 50 % approx 5 V DC approx 10 V DC AXC 40 S-series | EN...
Page 24
DIP SWITCH PROGRAM SETTINGS The DIP switch (S2) on the accessory board (AA5) must be Activating AXC 40 can be performed via the start guide or set as follows. directly in the menu system. The main product’s software must be the latest version.
Electrical installation and wiring must be carried out in accordance with national provisions. NOTE The main product must be disconnected from the power supply when installing AXC 40. To prevent interference, sensor cables to external connections must not be laid close to high voltage cables.
Page 27
2 A (230 V) in total. CONNECTION OF SHUNT MOTOR (EP10-QN41) Connect the shunt motor (QN41) to AA5-X9:6 (230 V, open), AA5-X9:5 (N) and AA5-X9:4 (230 V, close). External AA25 AA5-X9 QN41 Open SH + Close SH - AXC 40 S-series | EN...
Page 28
PROGRAM SETTINGS Activating AXC 40 can be performed via the start guide or directly in the menu system. The main product’s software must be the latest version. START GUIDE The start guide appears upon first start-up after heat pump installation, but is also found in menu 7.7.
A CPD type charge pump is recommended to allow the use GP12.2 Charge pump of speed control, which guarantees correct delta-t in the Miscellaneous various operating modes during the year. AXC 40 also en- Water heater ables external blocking of each associated subordinate heat Non-return valve pump.
Page 31
An additional switch can be connected to AA5-X2:15-16 to allow blocking of the heat pump(s). When the contact closes, the heat pump(s) -EB10X is blocked. External blocking External AA25 24 23 22 21 20 19 18 17 16 15 14 13 AA5-X2 AXC 40 S-series | EN...
Page 32
Operating mode Charge pump AA5-X2 Alternatives: Auto, Intermittent Auto: The charge pump runs according to the current oper- ating mode for AXC 40. -EB10Y-GP12.Y Intermittent: The charge pump starts 20 seconds before the compressor starts and it is turned off 20 seconds after the compressor stops.
Page 33
Manual speed: If you have chosen to control the charge pump manually, you set the desired pump speed here. (Settings are available per demand heating/pool/hot water.) Caution Also see the Installer Manual for the main product. AXC 40 S-series | EN...
Ground source heat pump This function allows control of up to two reversing valves. AA25 AXC module It is possible to use the same AXC 40 (AA25) for both charge BT25 External supply temperature sensor pump (GP12) and reversing valve (QN10).
Page 36
AA5-X9 -EB10X-QN10.X Brown Blue Black AA5-X10 Connection of reversing valve (QN10.Y) Connect the reversing valve motor (EB10Y-QN10.Y) to AA5- X9:8 (signal), AA5-X9:7 (N) and AA5-X10:2 (230 V). AA25 External AA5-X9 -EB10Y-QN10.Y Brown Blue Black AA5-X10 AXC 40 S-series | EN...
Page 37
Workspace for docking: The system docking is drawn here. Marking frame: Press the marking frame you want to change. Select one of the selectable components. AXC 40 S-series | EN...
BE16 Electrical installation and wiring must be carried out in accordance with national provisions. BE15 AA5-X2 The main product must be disconnected from the power supply when installing AXC 40. BE14 BE13 NOTE Read section "Common electrical connection" for BE12 instructions regarding electrical connection.
Page 40
PROGRAM SETTINGS Activating AXC 40 can be performed via the start guide or directly in the menu system. The main product’s software must be the latest version. START GUIDE The start guide appears upon first start-up after heat pump installation, but is also found in menu 7.7.
Program cycles, hours 1, 24 Program cycles, days 1, 2, 5, 7 Resolution, program min. Temperature during ball pressure test according to EN 60 730-1 °C Dimensions LxWxH 175x250x100 Weight 1.47 AXC 40 Part No. 067 060 AXC 40 S-series | EN...
F-series Table of Contents F-series Important information General Common electrical connection Shunt controlled additional heat Step controlled additional heat Hot water comfort Ground water system Shunt controlled brine Pulse energy meter Technical data Contact information AXC 40 S-series...
Page 44
General COMPONENT LOCATION, AXC MODULE (AA25) This accessory is used to enable connection and control of AA5-X4 AA5-S2 the following accessory functions. One AXC 40 is required for each function. • shunt-controlled additional heat • step-controlled additional heat • control of circulation pump for hot water circulation •...
Page 45
0.5 mm² up to 50 m, for example EKKX, LiYY or equivalent. • AXC 40 must be installed via an isolator switch. The cable area has to be dimensioned based on the fuse rating used. •...
Page 46
CONNECTING COMMUNICATION AXC 40 contains an accessory board (AA5) that connects directly to the main product’s input board (terminal block AA3-X4). If several accessories are to be connected, or are already installed, the boards are connected in series. Because there can be different connections for accessories...
Page 47
The heat pump/indoor module controls a shunt valve (EM1- line to the climate system after the heat pump according to QN11) and a circulation pump (EM1-GP10) via AXC 40. If the the outline diagram. heat pump/indoor module cannot manage to maintain the •...
Page 48
External AA25 24 23 22 21 20 19 18 17 16 15 14 13 AA5-X2 Caution The relay outputs on the accessory board can have a max load of 2 A (230 V) in total. AXC 40 F-series | EN...
Page 49
Connection of 0-10 V control of shunt motor (EM1-QN11) Connect a 2-core cable to AA5-X2:5 (0-10 V) and AA5-X2:6 (GND). External AA25 7 6 5 4 AA5-X2 At 0 V the shunt is closed and at 10 V the shunt is open. AXC 40 F-series | EN...
Page 50
PROGRAM SETTINGS Activating AXC 40 can be performed via the start guide or directly in the menu system. START GUIDE The start guide appears upon first start-up after heat pump installation, but is also found in menu 5.7. MENU SYSTEM...
Page 52
This is an outline diagram. Actual installations must electric boiler, to aid with heating. be planned according to applicable standards. With AXC 40, three potential-free relays can be used for EXPLANATION additional heat control, which then gives max. 3 linear or 7 binary steps.
Page 53
2 A (230 V) in total. CONNECTING HEATING MEDIUM PUMP (EB1-GP10) Connect the external heating medium pump (GP10) to AA5- X9:8 (230 V), AA5-X9:7 (N) and X1:3 (PE). AA25 External AA5-X9 GP10 AA25-X1 AXC 40 F-series | EN...
Page 54
PROGRAM SETTINGS Activating AXC 40 can be performed via the start guide or directly in the menu system. START GUIDE The start guide appears upon first start-up after heat pump installation, but is also found in menu 5.7. MENU SYSTEM...
Page 56
Heat pump Temperature sensor, hot water Temperature sensor, hot water top OUTLINE DIAGRAM WITH ADDITIONAL WATER HEATER, HWC AND ELECTRONIC MIXING VALVE -EB100 -QZ1 -QZ1-AA25 -QZ1-FQ3 -QZ1-BT70 -BT82 -QZ1-RN1 -QZ1-RM1 -QZ1-GP11 -CP1 -EB100-BT7 -CP2 -QZ1-BT83 -EB100-BT6 AXC 40 F-series | EN...
Page 58
CONNECTION OF THE MIXER VALVE (QZ1-FQ3) PROGRAM SETTINGS Connect the mixing valve motor (FQ3) to AA5-X9:6 (230 V, Activating AXC 40 can be performed via the start guide or open), AA5-X9:5 (N) and AA5-X9:4 (230 V, close). directly in the menu system.
Page 60
Ground water system Heat exchanger, groundwater HQ40 Particle filter GENERAL Groundwater pump With AXC 40 a ground water pump can be connected to the EB100 Heat pump heat pump if the software controlled output (AUX output) BT57 Brine sensor, supply line is used for something else.
Page 61
A contact (NO) can be connected to AA5-X2:21-22 to block the groundwater pump. When the contact closes, the Pump speed EP12-GP3 groundwater pump is blocked. 100 % approx 0 V DC 50 % approx 5 V DC approx 10 V DC AXC 40 F-series | EN...
Page 62
The DIP switch (S2) on the accessory board (AA5) must be set as follows. PROGRAM SETTINGS Activating AXC 40 can be performed via the start guide or directly in the menu system. START GUIDE The start guide appears upon first start-up after heat pump installation, but is also found in menu 5.7.
Page 64
The main product must be disconnected from the NOTE power supply when installing AXC 40. To prevent interference, sensor cables to external connections must not be laid close to high voltage cables.
Page 65
2 A (230 V) in total. CONNECTION OF SHUNT MOTOR (EP10-QN41) Connect the shunt motor (QN41) to AA5-X9:6 (230 V, open), AA5-X9:5 (N) and AA5-X9:4 (230 V, close). External AA25 AA5-X9 QN41 Open SH + Close SH - AXC 40 F-series | EN...
Page 66
PROGRAM SETTINGS Activating AXC 40 can be performed via the start guide or directly in the menu system. START GUIDE The start guide appears upon first start-up after heat pump installation, but is also found in menu 5.7. MENU SYSTEM...
Page 68
Electrical installation and wiring must be carried BE14 out in accordance with national provisions. BE13 The main product must be disconnected from the power supply when installing AXC 40. BE12 NOTE BE11 Read section "Common electrical connection" for instructions regarding electrical connection.
Page 69
PROGRAM SETTINGS Activating AXC 40 can be performed via the start guide or directly in the menu system. START GUIDE The start guide appears upon first start-up after heat pump installation, but is also found in menu 5.7. MENU SYSTEM...
Page 70
Program cycles, hours 1, 24 Program cycles, days 1, 2, 5, 7 Resolution, program min. Temperature during ball pressure test according to EN 60 730-1 °C Dimensions LxWxH 175x250x100 Weight 1.47 AXC 40 Part No. 067 060 AXC 40 F-series | EN...
Page 71
POLAND SWEDEN SWITZERLAND NIBE-BIAWAR Sp. z o.o. NIBE Energy Systems NIBE Wärmetechnik c/o ait Schweiz AG Al. Jana Pawla II 57, 15-703 Bialystok Box 14 Industriepark, CH-6246 Altishofen Tel: +48 (0)85 66 28 490 Hannabadsvägen 5, 285 21 Markaryd Tel.
Page 72
WS release date: 2022-09-12 12:50 Publish date: 2022-09-28 06:57 This is a publication from NIBE Energy Systems. All product illustrations, facts and data are based on the available information at the time of the publication’s approval. NIBE Energy Systems makes reservations for any factual or printing errors in this publication.