DBS36E-S3CJ02500

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Encoder technology has become increasingly important in a wide range of industries, from robotic applications and precision measurement to automotive, machine automation and medical fields. This technology provides feedback to a microprocessor or interface, enabling it to accurately determine position, speed, direction and linear displacement. The DBS36E-S3CJ02500 is a well-known encoder, used in a variety of applications. This article will explain the application areas and working principles of this encoder.

The DBS36E-S3CJ02500 is a high-performance encoder, used for position measurement and servo motor control in various fields. It is commonly used in factory automation process control, robotic applications, medical instrumentation and instrumentation testing and calibration. It is also used in telematics, military and security equipment, industrial time switches, and power meter instruments. This encoder is designed to provide accurate, robust and high-efficiency signal feedback, as well as a wide operating range and improved reliability.

The DBS36E-S3CJ02500 is equipped with a 36-bit absolute encryption code, which can provide the corresponding signal for position, angle or linear movement. It is designed with a high-speed bidirectional, long-distance transmission, with a reliable, stable, and energy-efficient signal. The encoder is designed to be mechanically connected to the motor shaft and provides a 360-degree continuous monitoring capability with an accuracy of 0.48˚. It is also equipped with a fieldbus communication network compatible with standard industrial protocols such as EtherCAT, SmartWire and CAN-Bus.

The working principle behind the DBS36E-S3CJ02500 encoder is based on the detection of a rotating disk. This disk is made up of a metallic basis plate, which is rolled up with a layer of magnetic film. When the disk rotates, every time the magnetic field polarity changes, a pulse is generated. The number of pulses generated each time is proportional to the angular displacement. These pulses are then sent to the processor, where the data is read and interpreted. This allows for the accurate calculation of the current position and speed of the motor.

The DBS36E-S3CJ02500 encoder is an excellent choice for a wide range of applications, due to its robust construction and high accuracy. It is designed to provide a reliable, stable and energy-efficient signal, over a wide operating range. With its 360-degree continuous monitoring capability and 36-bit absolute encoding code, it can provide precise position, angle and linear displacement measurements with an accuracy of 0.48˚. The compatibility of the fieldbus with standard industrial protocols, such as EtherCAT, SmartWire and CAN-Bus, makes this encoder suitable for use in the most demanding conditions.

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