Order code | Interface | Principle of operation | Outputs, number |
BNI006K |
IO-Link 1.1 | Active splitter | 24 |
BNI006U |
IO-Link 1.1 | Active splitter | 16 |
BNI006L |
IO-Link 1.1 | Active splitter | 22 |
BNI006J |
IO-Link 1.1 | Active splitter | 24 |
BNI006Y |
IO-Link 1.1 | Active splitter | 24 |
BNI006Z |
IO-Link 1.1 | Active splitter | 24 |
BNI006T |
IO-Link 1.1 | Active splitter | 16 |
BNI006N |
IO-Link 1.1 | Active splitter | 24 |
BNI006F |
IO-Link 1.1 | Active splitter | 22 |
BNI006H |
IO-Link 1.1 | Active splitter | 16 |
BNI006E |
IO-Link 1.1 | Active splitter | 16 |
BNI006P |
IO-Link 1.1 | Active splitter | 24 |
BNI006R |
IO-Link 1.1 | Active splitter | 22 |
BNI006W |
IO-Link 1.1 | Active splitter | 16 |
BNI004W |
IO-Link 1.1 | Active splitter | 24 |
BNI006M |
IO-Link 1.1 | Active splitter | 16 |
IO-Link valve interface
Available in: 16 versions
You can use the advantages of IO-Link with our IO-Link valve interfaces as well. This is because decentrally installed valve terminals and the control level can easily be connected using these components.
Features
- Compact adapter housing for direct placement on the valve terminal with minimal space consumption
- Compatible with pin assignments of various valve terminals
- Optimized wiring by connection at the control level, using standard 3/4-wire sensor cable
- Controls up to 24 solenoids