LP35-S-AG-10-H30S-28/SI-SM12-T2

Encoders

LP35-S-AG-10-H30S-28/SI-SM12-T2 application field and working principle

Encoder is a type of device commonly used in automation and control, primarily in robotics as well as in a wide variety of industrial applications. It is a device used to change an input signal into an output signal with different characteristics. In essence, the encoder is an electromechanical switch that converts rotary or linear motion into electrical signals.

The LP35-S-AG-10-H30S-28/SI-SM12-T2 is a single-turn mounted hollow shaft encoder with a mechanical contact output. It is one of the STAR series encoders from EXOR. The STAR series are characterized as being compact, robust, and high-performance.

Regarding the LP35-S-AG-10-H30S-28/SI-SM12-T2 application field, it is ideal for closed-loop motor control applications where dynamic linear position accuracy is required. It is suitable for applications where high speed, high accuracy, and the need for an electrical signal generator are important. Additionally, its contact output is suited for interfacing with a variety of control systems as well as providing feedback signals for other systems such as rotary and linear servo drive systems.

The LP35-S-AG-10-H30S-28/SI-SM12-T2 working principle is essentially the same as any other encoder. It works by translating mechanical motion into electrical signals; more specifically, it converts linear or rotational motion into electrical pulses. This is done with a sensing element, such as an encoder disk which has two parts, a light source and photodetector. When the disk rotates, light from the source passes through the holes or teeth on the disk and is detected by the photodetector. This sends a signal to the circuit to generate output.

The LP35-S-AG-10-H30S-28/SI-SM12-T2 is an ideal choice for applications that require high accuracy and reliability, such as those found in robotics, automation, and assembly. Its highly robust construction combined with its simple installation make it a viable option for a variety of applications. Additionally, its precise electrical output combined with its closed-loop feedback capabilities make it well-suited for a variety of closed-loop motor control applications.