Product Description

Danaher produces the HC52536000240 Incremental encoder that is designed for the precise feedback of motion in automation systems. This shafted encoder has optical sensing technology and a stainless steel shaft that is 3/8 inch in diameter. This 2.3-pound instrument is flange-style attached. A 10-pin MS connector is used by the encoder to support an axial connection.

The HC52536000240 incremental encoder is equipped with a line driver type 7272 and operates within a voltage range of 5 to 26 VDC for both input and output. The output's duty cycle is maintained at 43 to 57%. The encoder is capable of supporting high-speed applications due to its maximal frequency response of 250 kHz. The signal output comprises A, A', B, and B' signals, which adhere to Format A, in which A precedes B in a counterclockwise direction. The precise control of motion and position is made possible by the 3600 pulses per revolution resolution. The flange is composed of aluminum, while the disk is composed of glass, which guarantees consistent optical sensing. The termination is achieved through a 10-pin MS connector that is compatible with industrial automation requirements, and the connection is axial. The encoder is protected by an IP54 housing that prevents the entry of dust and precipitation.

The HC52536000240 encoder operates consistently in non-condensing environments with humidity levels of up to 98 percent. The encoder's impact resistance is 50G for 11 milliseconds, and its vibration resistance is 20G within a frequency range of 5 to 2000 Hz. The encoder is appropriate for systems that necessitate consistent speed feedback and protection from signal disturbance. The encoder is designed to satisfy the requirements of automated systems for motion control.