Description
**Precision Speed Feedback:** Provides 64 pulses per channel per revolution for reliable and basic speed feedback in standard automation tasks, ensuring accurate process control in a wide range of machines and conveyance systems.
**High Compatibility:** Conforms with IEC 132B14 motor standard and 165mm BCD, making integration with compatible motors and gearboxes fast and straightforward for retrofitting or new installations.
**Rugged Construction:** Constructed from stainless steel with a robust 200mm flange diameter and 12mm thick flange, ensuring excellent resistance to corrosion and mechanical wear for use in demanding industrial environments such as food processing, water treatment, or outdoor installations.
**Flexible Connectivity:** Equipped with a 15-meter cable and compatible with 5-24VDC power input, offering versatile and extended installation possibilities, even in spacious or distributed automation closets.
**HTL Output Signals:** Delivers high-transmission-level A quad B (A90°B HTL) incremental signals for dependable interfacing with a wide variety of frequency converters, PLCs, and automation controllers.
**Ingress Protection:** Supplied with IP55/IP67 ratings, the encoder is suitable for both indoor and outdoor industrial applications where dust or water ingress protection is crucial.
**Application Areas:** Ideally used for reliable speed monitoring and control on conveyor systems, packaging lines, pumps, fans, and other automated machinery where robust incremental feedback is a necessity for efficient drive regulation.
**Simple Maintenance:** Stainless steel and a straightforward design facilitate easy cleaning and maintenance for high uptime and minimal operational disruptions.**Other BEGE Encoder Types:**
**MIG Nova+:** An incremental encoder with higher resolution and enhanced signal stability, ideal for precision regulation and control in advanced automated systems.
**MIG AST:** An absolute encoder that retains position data after power loss for applications that demand advanced positioning and safety in automation and motion control systems.

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