Wire pull box

The cable‑driven encoder consists of a cable housing and an encoder. The encoder counts the number of rotations of the measuring drum, which is proportional to the measured length, and outputs this count. This enables the measurement of position along a linear path. Linear encoders offer a variety of interfaces, providing straightforward system integration for demanding industrial applications.

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Special Applications

For specialized industries and on-site applications, we can provide tailored products to meet our customers’ needs. These include stainless-steel, corrosion‑resistant encoders, high‑temperature‑rated encoders, and overspeed switches. In addition, we offer robust product customization capabilities, enabling us to deliver purpose‑built solutions even for the most complex and demanding operating conditions.

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Encoder accessories

Encoder applications involve numerous mounting accessories, including spring clips and signal splitters, which ensure the encoder’s full functionality and guarantee stable long-distance signal transmission. These accessories significantly accelerate installation and markedly reduce commissioning time.

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Explosion-proof encoder

Explosion-proof encoders are suitable for use in explosive and hazardous environments and are widely employed in the petrochemical industry. The products feature an explosion‑proof design, offering both incremental and absolute‑type variants, and support multiple protocols including PROFINET, PROFIBUS‑DP, and SSI.

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Servo encoder

Servo encoders are used in servo systems and serve as the core components for speed control and precise positioning of servo motors. They are available in both incremental and absolute‑type versions and support the BISS and NRZ protocols. With a maximum single‑turn resolution of up to 25 bits, they meet the demanding requirements of high‑precision positioning applications.

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Absolute multi-turn encoder

An absolute encoder assigns a unique position value to each position. Depending on the application, it can provide information about position, rotational angle, or speed. In single-turn encoders, resolution is defined as the number of distinct steps per revolution. Multi-turn encoders, in addition, can determine the number of revolutions.

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Absolute single-turn encoder

An absolute encoder assigns a unique position value to each location. Depending on the application, it can provide information about position, rotational angle, or speed. In single-turn encoders, resolution refers to the number of distinct steps per revolution. Multi-turn encoders, in addition, can determine the number of revolutions.

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Incremental encoder

Incremental encoders generate a sequence of periodic signals or pulses, with the frequency proportional to the rotational speed. The number of pulses per revolution defines the resolution. By counting these pulses, it is also possible to determine position and the number of revolutions.

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