Description
**Incremental encoder for basic speed feedback:** The BEGE MIG Basic Flanged Encoder is designed specifically for standard automation tasks, providing reliable incremental feedback for essential speed monitoring applications.
**Robust aluminium housing:** Constructed with a durable aluminium enclosure, this encoder ensures longevity and resilience, even in demanding industrial environments.
**High protection rating:** The dual IP55/IP67 classification guarantees superior resistance to dust, moisture, and harsh operating conditions—making the encoder ideal for use in environments such as processing plants, packaging lines, and conveyor systems.
**Precise mechanical design:** With a flange outside diameter of Ø120 mm and a bolt circle diameter (BCD) of 100 mm, it fits perfectly on IEC 80B14 standard motors, ensuring straightforward integration and high mechanical compatibility.
**Versatile 5-24VDC input:** The encoder supports a wide range of input voltages for flexible installation across different industrial power setups.
**HTL output with A90°B channels:** The High Threshold Logic (HTL) differential signal output provides stable, noise-immune signals essential for reliable communication with modern industrial controllers and PLCs.
**1 pulse per revolution per channel:** Well-suited for machines and processes that require basic speed measurement without complex position feedback demands, such as simple conveyors, fans, or pump drives.
**Generous cable length:** The included 10-meter industrial cable allows for flexible installation at a distance from the main control cabinet, meeting the needs of various machine layouts.
**Flange thickness 7 mm, shaft diameter 19 mm:** Engineered for robust mounting and perfect fit to standard drive shafts, further enhancing mechanical compatibility and vibration resistance.
**Proven BEGE reliability & support:** As a product from BEGE, this encoder benefits from extensive technical expertise and comprehensive support, ensuring a reliable solution tailored to industrial requirements.

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