...that are driven by an AC motor, stepper motor, brushed DC servo motor, or brushless DC servo motor are commonly available. Direct drives are used to couple tables to drive shafts or screws. Gears pass the drive mechanism through a gear train... Search by Specification | Learn More about Rotary Stages

Brushless motors do not. For example, induction motors induce current into the rotor windings without any physical connection to the stator windings. Synchronous motors, no-slip devices that operate at constant speed up to full load, include both... Search by Specification | Learn More about Motor Controllers

DC servomotors are generally small and powerful for their size, and easy to control. Common types of DC servomotors include brushless or gear motors. Search by Specification | Learn More about DC Servomotors

...or IEEE-488 or HPIB. Choices for motor drive style for motion controllers include DC brush servo, DC brushless servo, AC servo, stepper, and hydraulic or pneumatic. A motor or amplifier drive acts as an interface between a controller and the motor... Search by Specification | Learn More about Motion Controllers

...type (analog or digital). The drive produces power conversion, amplification, and sequencing of waveform signals. Types of DC motor drives include adjustable or variable speed control, servo control, and integral motion control. Some drives... Search by Specification | Learn More about DC Motor Drives

...use brushless commutation with feedback provided by Hall effect sensors. Pole changing motors use pole number control, a method for changing the number of poles on the primary winding. Vector drive motors provide independent control of both... Search by Specification | Learn More about AC Motor Drives

DC motors are most commonly used in variable speed and torque applications. They include brushless and gear motors, as well as servomotors. Search by Specification | Learn More about DC Motors

...120V; however, 208-230 / 240V, 460 / 480V, and 575 / 600V are also used. International voltage levels, such as those common in Asia and Europe, use 50Hz power. AC servo motors and other components using 400Hz power are primarily used for aerospace... Search by Specification | Learn More about AC Servomotors

Brushless motors are synchronous electric motors that have a magnetically (AC induction) or electronically (DC) controlled commutation system instead of a brush-based mechanical commutation system. Search by Specification | Learn More about Brushless Motors

Motion control systems contain matched components such as controllers, motor drives, motors, encoders, user interfaces and software. Components in these systems are optimally matched by the manufacturer. Search by Specification | Learn More about Motion Control Systems

...products include induction motors, synchronous motors, pole number control drives, sensor-less vector drives, vector or feedback drives, and servos or brushless motors. Choices for direct current (DC) motors include brushed motors, brushless motors... Search by Specification | Learn More about Motor Speed Controllers

...coil, moving magnet, AC switched reluctance design, AC synchronous design, AC induction or traction design, linear stepping design, DC brushed design, and DC brushless design. In a moving coil design the coil moves and the magnet is fixed... Search by Specification | Learn More about Linear Motors

...or micrometers can be used to physically drive dovetail slides. These devices in turn need functional drivers or motors, which can include handwheels or cranks, linear motors (direct drives), AC motors, DC servo motors, brushless servos... Search by Specification | Learn More about Dovetail Slides

...actuate coils on the rotor. By contrast, brushless DC motors use an external power drive that allows commutation of the coils on the stator. DC servomotors have an output shaft that is positioned when a coded signal is sent to the motor. Electric linear... Search by Specification | Learn More about Linear Actuators