SICK sensor DGS80E-T03-1024PPR Intelligence Incremental encoders

SICK DGS80E-T03-1024PPR is an incremental encoder in the DGS80 series with the following features and application scenarios:

Features

Electrical characteristics: Usually supports HTL or TTL output mode, which can be selected according to the specific application scenario and controller requirements, and can provide stable and reliable signal output. The power supply voltage range is generally 5V to 30V, which can adapt to a variety of power supply systems and is easy to integrate into various control systems.

Mechanical characteristics: There are two aperture versions of 30mm and 42mm. The diameter reduction ring and mounting spring can realize flexible installation of different mechanical apertures and mechanical parameters. The slotted design of the universal mounting spring allows the installation position to be flexibly adjusted within 360° with a step of 15°. The clamping ring is convenient for clamping and installing the encoder shaft. No special coupling or modification of the motor shaft is required, and the installation is convenient.

Resolution: The resolution of 1024PPR can measure the position and speed of the rotating shaft more accurately. By calculating the number of pulses, it can provide a more accurate feedback signal for the control system.

Environmental adaptability: The enclosure protection level reaches IP65, which can effectively prevent dust and foreign objects from intruding, and can also withstand a certain degree of water spray. The operating temperature range is - 25°C to + 85°C, and it has strong shock and vibration resistance, and can work stably in harsh industrial environments and complex mechanical motion environments.

Application scenarios

AC motor speed feedback: Provide speed feedback for the rotating motor shaft to help achieve accurate measurement and control of the AC motor speed, and can be applied to various equipment and systems that require accurate control of the motor speed.

Production machinery motion control: For example, in the conveyor belts, mesh rollers, rollers and other equipment in the steel rolling and metallurgical production lines, speed measurement feedback is provided for the motion control of production machinery to better control the production process and ensure production stability and product quality.

Other scenarios: It can also be used in stage equipment, elevators and other occasions where large-aperture incremental encoders are required. It can also be used for angle and speed measurement of robot joints, feed systems and spindle control systems for machine tool processing, etc., to help achieve precise motion control.