DGS35-1J405000 Sensors, Transducers

Encoders

Encoders are mechanical devices used to detect the position of a rotary or linear shaft or axle. They measure position with digital signals and are usually available in two different types; absolute and incremental. An encoder reading is often expressed in counts per revolution, revolutions per second or linear distance per count.

The DGS35-1J405000 is a type of absolute encoder. Absolute encoders are used to measure the position of a mechanical shaft or motor with absolute accuracy without requiring a reference point. This makes them ideal for applications where there will be frequent changes in the direction or speed of the motor, as they need no resetting.

DGS35-1J405000 application field and working principle

The DGS35-1J405000 is typically used in automated machinery which must maintain an accurate, maintained position of a rotating or linear element. Typical applications include automotive production, printing presses, CNC machining, robotics, and industrial automation. The DGS35-1J405000 is also ideal for use in measuring angular displacement and speed.

The DGS35-1J405000 works by outputting an electronic signal based on the position of the motor or shaft. The signal contains both a digital output that can be used to measure the angular displacement of the motor or shaft and an analogue voltage output which represents the absolute angle of the motor or shaft at any given point.

The DGS35-1J405000 is designed to be used in challenging environments including high speeds and extreme temperatures. The encoder is resistant to water, dust, and electromagnetic interference, and can operate over a wide range of speeds and temperatures. The device has no mechanical contacts, making it both reliable and efficient.

The DGS35-1J405000 is a reliable and accurate device which is well suited to a wide range of industrial and automotive applications. The device is simple to install and its reliable performance ensures its longevity and reliable operation in demanding environments.