Actuator
Our actuator modules give precise, quiet control of seating functions like tilt, lift, and recline.
Two independent channels deliver smooth starts and stops, protect motors from overload, and remember favourite positions for quick daily positioning. Plug-and-play CAN wiring keeps installation tidy and medical-grade safety circuits guard every move.
All actuator modules come with bult-in accelerometers and gyroscopes to provide the precise angle measurements in 3 dimensions, as well as a Control Input port to wire additional tilt or general-purpose sensors and switches.
2 Channel
Our 2-channel module is the economical choice when you only need the essentials or need more actuators than the 4-channel actuator module and power modules can provide – perfect for tilt and recline or lift and leg-rest combinations. Each channel delivers smooth, programmable motion with soft-start and soft-stop, overload protection, and position memory. Plug it into the CAN bus, assign functions in seconds, keep wiring light and installation fast.
4 Channel (ACT 400)
When seating gets sophisticated, step up to the 4-channel module. It drives up to four independent actuators – think tilt, lift, recline, and leg-rest – while keeping every movement synchronised and safe. Advanced current sensing prevents damage to actuators or seating components.
Each actuator channel can be used to setup custom position presets to let riders reach favourite postures with one touch, using either the built-in tilt sensor or additional sensors wired to the CI port.
The ACT400 can be added to systems that include either a PMDO or PMAL to support 6 actuators or a PMAL + ACT200 to support 8 actuator channels.
Available documents to download
NOTE: Please refer to the page 8 of LiNX Product Catalogue
Frequently asked questions
Should I pick 2-channel or 4-channel?
Choose 2-channel for tilt and lift. Use 4-channel when you also need recline and leg rest.
Do seating presets survive power-off?
Yes. The module stores presets and restores them at start-up.
How is overload prevented?
Built-in current sensing stops motion and logs a fault if load gets high.