Product Description

The ADF160B-B05TA1-CS03-D2N1/S010 main spindle motor is manufactured by Rexroth Indramat. It is designed with some unique features that give it an edge over other types of Industrial manufacturers and make it the preferred choice for printing, textile, and plastic injection molding machines. For example, it is liquid-cooled, meaning it can be installed and operated at any elevation level. Also, the ADF160B-B05TA1-CS03-D2N1/S010 uses a high-resolution closed-loop motor feedback system, which allows the spindle controller to effectively control its speed, position, torque output and also maintain a broad speed range without human interaction. The spindle motor is designed with high mechanical service life; if operated within the standard radial load and average speed specified in the motor's documentation, the ADF160B-B05TA1-CS03-D2N1/S010 can operate optimally for about 20,000 hours without breaking down.

The ADF160B-B05TA1-CS03-D2N1/S010 spindle motor is incredibly efficient. With a nominal input current of 111 Amperes, the spindle motor can deliver a nominal torque and nominal power output of 250Newton Meters and 55 Kilowatts, respectively. Also, at nominal current, the shaft of the spindle motor rotates at a speed of 2100 Min^-1, though at maximum current, this speed can increase to 6000 min^-1. The shaft of the  ADF160B-B05TA1-CS03-D2N1/S010 spindle motor is designed with a full key, which prevents relative rotation and ensures efficient torque transmission between the motor and that rotating machine component. The spindle motor has no holding brake.

Now to the safety information. The ADF160B-B05TA1-CS03-D2N1/S010 spindle motor is designed with a strong and durable housing that protects its internal components from harmful external factors such as water and dust particles. The spindle motor's housing is also uniquely covered with a black coat that is resistant to rust, alkaline solutions, and dilute acid. This unit can be shipped globally with a one-year warranty period from Wake Industrial.