Product Description

The ADF132B-B05TB1-BS07-A2S2 Main spindle motor is a sophisticated and advanced spindle motor designed by Indramat to generate a high power output, high torque, and generate kinetic energy for industrial production machines. The ADF132B-B05TB1-BS07-A2S2 spindle motors are also characterized by a broad speed range, high life expectancy, and broad field weakening range of 1:6. It is a liquid-cooled spindle motor. It is perfectly suited for NC controlled machines such as printing and paper processing machines, textile and plastic injection machines, drills, plasma and water jet cutters, and many more. The spindle motor’s movement and positioning are controlled by the drive controller, which sends digital signals to the motor through a motor feedback cable. The spindle motor’s motor feedback functions with a resolution of 1/2000000th of a revolution; this makes it possible for the drive controller to monitor and control the spindle motor even at the lowest speed.

Although the ADF132B-B05TB1-BS07-A2S2 spindle motor does not have a holding brake to hold the shaft load in place during a power interruption, the spindle drive is efficiently designed following the standard induction principle; it is very durable and does not require frequent maintenance. The spindle motor's housing is designed to resist and protect the motor from penetration by external objects, penetration by seeping water, and contact with moving parts of the motor. The motor features a plain output shaft without a shaft sealing ring, which provides the motor with higher run quality and a backlash-free connection between shaft and hub.

The ADF132B-B05TB1-BS07-A2S2 spindle motor has a nominal speed of about 2000min^-1 and a nominal power output of 20 kilowatts. The spindle motor also uses a nominal voltage and nominal current of 380Volts and 68 Amperes, respectively. The spindle motor weighs about 94 kilograms and can reach a maximum speed of 7500min^-1. This unit can be shipped globally with a one-year warranty period from Wake Industrial.