Tailor-made and versatile: B-Nimis MC extension modules from Berghof
Extend your modular controller by adding the extra technical capabilities that make sense for your specific application.
Select from our 20 EtherCAT® extension modules, all of which can be connected directly to our B-Nimis MC-Pi controllers and have UL certification. Alternatively, they can also be used remotely on any EtherCAT® controller via the bus coupler module.
MC bus coupler 3A
E-I/O bus coupler
MC-BK DI 16/DO 16
E-I/O bus coupler with 16 digital inputs and 16 digital outputs.
MC extender 2 port
Serves to extend E-I/O blocks with additional EtherCAT devices and converts the transmission physics from LVDS (E-bus) to twisted-pair Ethernet.
MC-CAN
Extends an MC-PI controller with an additional CAN interface that is connected via EtherCAT.
MC-DI 16 1 ms
16 digital inputs
MC-DI32 1 ms
32 digital inputs
MC-DO 16 0.5A
16 digital outputs
MC-DI/DO 16/16
16 digital outputs and 16 digital inputs
MC relay NO 24V
8 relay outputs, 24 V
Relay NO 230VAC
8 relay outputs, 230 V
AI4-I 12 Bit CoE
4 analog inputs for current signals. The measuring range can be adjusted for each channel to 0 ... 20 mA or 4 ... 20 mA.
AI8-I 12 Bit CoE
8 analog inputs for current signals. The measuring range can be adjusted for each channel to 0 ... 20 mA or 4 ... 20 mA.
AI4/8-U 13 Bit CoE
8 analog voltage inputs 0(-10)...10V; -5...5V; -2.5...2.5V
AI8/16-U 13 Bit CoE
16 analog voltage inputs. 0(-10)...10V; -5...5V; -2.5...2.5V
AI4-Thermo 16 Bit CoE
4 analog inputs for PT100(0), NI100(0) and J/K type thermocouples.
AI8-Thermo 16 Bit CoE
8 analog inputs for PT100(0), NI100(0) and J/K type thermocouples.
AO4-U/I 16 Bit CoE
4 analog outputs, each channel can be set as unipolar or bipolar and can output either voltage or current. 0(-10)...10V 0(4)...20mA
XR01
8 analog I/Os, 8 digital outputs, 8 digital inputs that can also be used as encoder and counter inputs.
XR02
8 digital outputs, 8 digital inputs that can also be used as encoder and counter inputs.
Counter/Posi 2 5V
The module has two identically structured channels. Each channel has a connection for an incremental encoder as well as 4 digital inputs, a digital output and an analog output.
