DS025CC1ANEA200

Product Description:

The DS025CC1ANEA200 is a top-tier linear servo motor manufactured and released by Sanyo Denki under the Sanmotion G series. The DS025CC1ANEA200 is characterized by its flat design, magnetic core, and built-in Hall effect sensor. Like all other Sanmotion G products by Sanyo Denki, the DS025CC1ANEA200 must be connected to a compatible servo amplifier and magnetic rail model. This device, together with the servo amplifier and the magnet rail model, completes the linear servo motor. Servo applications require a high degree of precision during operation. Typically, servo systems employ some type of feedback where an output signal is fed back to the input to adjust the operating parameters based on some condition.

For the DS025CC1ANEA200, the encoded signal is the magnetic field intensity and direction. The Hall effect sensor encodes the magnetic field information into electrical signals. The converted electrical signal is then used by the amplifier or separate controller to perform some logic evaluation. With a magnetic width of 25 millimeters, the DS025CC1ANEA200 achieves a maximum magnetic attraction force of 940 N. Owing to its compact construction and flat design, the DS025CC1ANEA200 has a low coil mass of 1.1 kilograms. Because of its low weight, the coil or forcer achieves relatively higher speeds. Particularly, the DS025CC1ANEA200 can achieve operating speeds between 2.3 m/s and 3.2 m/s.

As a consequence of its lightweight frame, however, the DS025CC1ANEA200 can only deliver limited thrust force during operation. At rated conditions, the DS025CC1ANEA200 can transmit a thrust force of 140 N. When operated at the rated velocity, the forcer can safely transmit a concentrated linear force of 270 N. Without a rotating component, linear servo motors such as the DS025CC1ANEA200 provide efficient solutions for generating precise linear motions.