Product Description
With the MAD130D-0200-SA-M0-AH1-05-N1, users can install this motor in their industrial applications that require a high torque of 150 Nm with nominal speeds of up to 2000 rotations per minute. Since this Asynchronous AC motor comes with a normal standard bearing, it can attain a maximum speed of 7500 rotations per minute, which can allow it to produce a torque of 341 Nm for a brief period of time. To help keep the motor cool, the MAD130D-0200-SA-M0-AH1-05-N1 comes with an axial blower attached to the rear end of the motor to allow ambient air to regulate inside the motor, keeping the motor coil cool.
To rotate the shaft much more accurately, the MAD130D-0200-SA-M0-AH1-05-N1 AC Asynchronous motor comes with a multiturn absolute encoder with an increments resolution of 512 increments in a single rotation. This divides a 360-degree rotation into 512 smaller steps, helping increase the preciseness of the shaft positioning. The encoder requires 5 volts to operate and draws 30 mA of current. With each increment, this encoder generates a 5-volt square wave pulse to notify the control module. When rotating in the opposite direction, the encoder generates an inverse square wave pulse, allowing the control module to differentiate the direction of rotation. The multiturn encoder can also count the number of turns the shaft takes.
This Asynchronous motor also comes with an 80 Nm electrically released holding brake that prevents the shaft from rotating and keeps it in a stationary position when needed. The brake requires 24 volts DC to operate and draws around 1.6 Amperes of current. It has an engagement delay of 70 ms, while the disengagement delay is around 110 ms.