Control how much and how quickly your drive system slows down

Control when to transmit power with a clutch and when to hold a load in place with a brake

Start and stop the transmission of power to machinery

Push and pull loads with more precise positioning than air and hydraulic cylinders

A motor and speed reducer in one to slow speed and increase torque in AC- or DC- power applications

Keep machinery and equipment moving with AC or DC power

Move parts with precision in electronics, robotics, and other automated processes

Grip and twist the lever to turn circuits on and off, preventing accidental actuation

Receive signals from a motor controller and deliver them to your stepper motor

Manage the speed of AC and DC motors

Upgrade your motor starter protector to use less energy and emit less heat

Turn motors on and off and protect them from current overloads

Turn motors, lighting, and electric heat circuits on and off

Protect electric motors by cutting power when faults occur

Convert your facility's AC voltage to power equipment that runs on DC voltage

Electrically open and close circuits to control power to lights, motors, and other equipment

Create rotary motion with accurate positioning and fine control over speed and torque

Reduce shaft speed and increase torque while transmitting rotary motion

Stepper motor and gearbox in one for high torque in areas large motors won’t fit

The motor shaft turns in small, equal increments for precise positioning

Turn machinery on or off after receiving an electrical signal that starts the timer

Keep torque at or below a set limit to control tension or braking or protect machinery from overload