In alpha · v1.0 planned for Jan 2027
IO-Link Wireless IO Adapter
32 inputs and 32 outputs, connected over IO-Link Wireless. Made for sensors and actuators on parts that move, where cables keep breaking.
In alpha · v1.0 planned for Jan 2027
32 inputs and 32 outputs, connected over IO-Link Wireless. Made for sensors and actuators on parts that move, where cables keep breaking.
Put a cable through a robot wrist, a turntable or a rotating joint and it will twist, rub and eventually break. Drag chains help for a while, then they become one more thing to maintain.
The adapter sits on the moving part and talks to the IO-Link Wireless master over radio. It reads up to 32 sensors and drives up to 32 outputs, such as valves on a pneumatic gripper.
During setup and servicing, a technician can switch valves directly from the adapter, without going through the PLC. Several adapters can also run a sequence together, which is handy for repeatable tests and diagnostics.
No cabling through the joint, no drag chain, and much less to replace when things wear.
Operate valves and pneumatics wirelessly while setting up or repairing the machine.
Chain several adapters into one sequence for testing, diagnostics and maintenance routines.
Grippers, manipulators, turntables, moving axes. The places cables have the hardest life.
IO-Link Wireless is built for deterministic timing, so sensor and actuator signals arrive when expected.
It's compact and fits in tight spaces, so you can add it without redesigning the cell.
Still in alpha, so details may change before 1.0. Ask us for the latest.
| Digital inputs | 32 |
|---|---|
| Digital outputs | 32 |
| Wireless protocol | IO-Link Wireless (IEC 61131-9) |
| Service interface | Short-range wireless |
| Sequence control | Synchronised across multiple adapters |
| Typical use | Pneumatics, robotics, modular cells |
Control valves on manipulators and actuators, and service them without disconnecting any lines.
No cable routing along moving axes. Change the cell layout without rewiring it.
Plug-in IO for modular production cells, with sequences that span several adapters.
Tell us about it, and we'll tell you honestly whether the adapter is a good fit.