L12-S Micro Linear Actuator Product Overview

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The L12 series is our standard line of Micro Linear Actuator. If you need a reliable, affordable motion device, our L12-S series is for you. The The L12-S comes with end-limit switches that will turn off power to the motor when the device reaches 1mm of the end of stroke. Internal diodes allow the actuator to reverse away from the limit switch. The limit switches are set at the factory and are not adjustable. If you need a custom stroke length actuator, check out our video on using an external end limit switch kit found here: • Actuonix Limit Switch ...
Our S series are our simplest micro linear actuators. Apply voltage to the device and it will extend, reverse the polarity and it will retract. This can be accomplished manually with a DPDT (Double-Pole Double-Throw) switch, wirelessly using our wireless linear actuator controller or using an H Bridge circuit. Our "S" series actuators can not be used with the LAC control board.
The L12-S is is very compact and weighs in at 28g-56g, depending on the stroke length that you choose. It's size makes it an ideal device for robotics applications as well as other projects with tight space and weight requirements.
Some industries where the L12-S actuator is in use:
Medical devices
Aviation
Aerospace
Simulation
Commercial transport
The L12-S line includes 24 unique models featuring:
Optional stroke lengths of 10mm, 30mm, 50mm or 100mm
3 gearing options for maximum forces between 22N (5lbs) and 80N (18lbs) and speeds between 6.5mm/s and 25mm/s
All models available in either 6V or 12V.
All of our linear actuators come with a hardware kit to make mounting easy.
If you have any questions, please give us a call at 1-888-225-9198

[@Tracks777]

Great content. Keep it up!

[@ActuonixMotionDevices]

Thank you MisterBassBoost

[@thatsmyrc]

Very helpful video, which is more powerful the 50:1 or the 100:1 The 50:1 looks to be the fastest?

[@ActuonixMotionDevices]

You are correct. 50:1 is faster, and 100:1 is more powerful. The higher the gear ratio the more force it has and the slower it will move.