S21GNNA-RNNL-00
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S Series Brushless Servo Motor manufactured by Pacific Scientific. This Brushless Servo Motor features a Holding Brake Option of No Brake along with a Frame Size/Stack Length of NEMA 23/1 Stack.
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Product Description:
The S21GNNA-RNNL-00 is another incredible product added in the range of servo motors introduced by Pacific Scientific. The company is known for manufacturing top quality and maintenance-free automation products according to the needs of the industrialists and other users. The S21GNNA-RNNL-00 is an S-series motor which features Neodymium magnets for giving high torque to inertia ratio which is required in modern machining processes such as changing tools, drilling, printing, boring, etc. The 6 pole servo motor offers a rated speed of about 12500RPM and a peak torque of 1.36Nm.
The feedback mechanism of the servo motor is due to the size 21 frameless resolver sensor which is used for sensing and controlling the degree of rotation of machine components. Whereas, the hall sensors of the S21GNNA-RNNL-00 are used to sense the position, speed, and current of the machinery. The motor is specially designed by Pacific Scientific to be used in a compact space and only weighs 1.4kg which makes it easy to be carried to different places within or outside the industry.
The S21GNNA-RNNL-00 features a heavy-duty, non-sealed output shaft which is made up of high-quality material to bear stresses without bending or fracture. The frame of the S21GNNA-RNNL-00 is built according to the NEMA 23 standards and it protects the sensitive components of the servo motor from water, heat, dust, etc. The frame also prevents the passage of electric current to the user if he is in contact with the motor making this product user-friendly and safe. The S21GNNA-RNNL-00 can only be used in the horizontal configuration as it does not offer a holding brake to clamp the components in a vertical direction. Pacific Scientific suggests an external fused wire to be used with the high-quality servo motor to increase its durability and life cycle.
