Product Description

Rexroth Indramat's MAC093B-0-JS-4-C/130-A-3/WA612XX is specially designed for use in industrial automation applications. The two fundamental components of an AC motor are the rotor or rotating inner section connected to the motor's shaft, and the stator, which is a stationary or fixed outside drum. When compared to traditional asynchronous motors, EC motors have a clear advantage because they can attain higher efficiency levels than their AC counterparts. The electronics manage the stator, so no electricity is wasted.

The MAC093B-0-JS-4-C/130-A-3/WA612XX motor has a 093 length, convection cooling mechanism and B size. This AC motor specifies the alternating current direction with the use of an alternator, which is a specific form of electrical generator. Typically EMF is produced in a generator (alternator) when power is applied to a spinning shaft or rotor. The JS-type winding and feedback system produce the nominal torque. To prevent excessive damage, AC servo motors have safety measures such as heat or thermal protection (convection cooling) and current limitations.

A closed-loop system's accuracy and stability are increased by using a feedback sensor, which enables real-time error correction and compensation. The centering diameter (130 mm) and encoder ensure smooth and precise rotational motion. The heavy-duty brake reverses the motor's torque when the brake command is received, The flux wave's velocity across the stator is altered to produce this effect. To route encoder cables parallel to motor cables, keep a minimum spacing of 100 millimeters or use a metallic barrier to separate the service cable. This induction motor needs to be kept at ambient temperature in a shock-free, dry, and clean environment for storage. When combined with speed-controlling electronic devices, EC motors offer improved controllability and performance.