In addition to a closed steel housing that keeps out dust, these solenoids have a PTFE coating on the rod to minimize friction for a long service life. All are pull solenoids—they exert force when the rod retracts.

For technical drawings and 3-D models, click on a part number.

Create linear motion economically with one of these open-frame solenoids.

Pull solenoids exert force when the rod retracts.

Push solenoids exert force when the rod extends.

Pull/push solenoids exert force when the rod retracts and extends.

For technical drawings and 3-D models, click on a part number.

High-force solenoids draw more power than our other open-frame solenoids, so they can deliver higher force. They also have a laminated rod that minimizes friction during operation.

Pull solenoids exert force when the rod retracts.

Push solenoids exert force when the rod extends.

For technical drawings and 3-D models, click on a part number.

A thin profile allows these solenoids to fit well in narrow spaces. You can use them to push or pull—use the side with the unthreaded rod (R) and two mounting studs to push or use the opposite side with the threaded rod to pull.

For technical drawings and 3-D models, click on a part number.

Move loads with consistent, repeatable push-pull motion. These actuators hold their loads in position even if power fails. Some actuators have a brake that prevents loads from shifting even slightly, so they’re best for vertical and high-vibration applications.

To protect the motor from overload when the extension rod is at the end of the stroke, all actuators have either a limit switch or clutch. Fixed limit switches cannot be moved to adjust the length of the stroke. Move adjustable limit switches to change the length of the stroke. Actuators with a load-limiting clutch also protect the motor from jams and impact or shock loads. If the load exceeds the maximum capacity or if the extension rod reaches the end of its stroke, the clutch slips and stops the rod from moving. You can set the clutch to slip at a specific load capacity.

Actuators with automatic overload protection prevent damage to the motor from overheating. They have a switch that shuts off the motor if it’s too warm or if it exceeds the maximum duty cycle. The switch automatically resets once the motor is cool enough to operate.

All actuators have a clevis hole on each end for mounting. Secure both ends of actuators with rotating extension rods to fixed surfaces, so the rod extends and retracts instead of rotates. Twist the extension rod until the clevis holes line up with your mounting bracket. Only the motor body end of actuators with nonrotating extension rods needs to be mounted to a fixed surface. Their clevis ends cannot twist.

Maximum speed is how fast the actuator will move under no-load conditions. If you increase the load, the actuator speed will decrease. Use a speed-load chart to confirm which actuator will work for your application. Click on a part number and select “Product Detail” to view the chart for an actuator.

For technical drawings and 3-D models, click on a part number.

Accurately position a load by combining these actuators with a stepper motor, driver, and controller (all not included). Instead of just fully extending and retracting, these actuators precisely move loads to any point along the length of the stroke. And with a repeatability of ±0.01 mm, they'll move to the same spot on the stroke length every time. They’re often used in automated assemblies and other processes that require fine motion control. All are rated IP65 to withstand light rinses.

The extension rod is nonrotating, so it won’t twist as it extends and retracts. Thread accessories, such as clevis ends and ball joints, onto the rod end to attach your load.

Actuators for NEMA 23 motors mount from the motor body end to your mounting bracket with a clevis pin.

Actuators for NEMA 34 motors mount to a flat surface with the included base.

For technical drawings and 3-D models, click on a part number.