Manufactured by BEGE Power Transmission, a trusted specialist recognized for robust drive components and industrial automation solutions across Europe, this encoder delivers reliability and quality for industrial applications.

Incremental encoder suited for basic speed feedback in standard automation tasks, ensuring ease-of-integration in a wide variety of control systems.

Constructed from durable stainless steel for superior resistance to corrosion, making it ideal for challenging industrial environments requiring hygienic and robust materials.

Wide supply voltage range (5-24 VDC) allows flexible integration with different control architectures in processing and manufacturing lines.

Flange design with a 105 mm outer diameter (IEC norm 71B14, BCD 85 mm), optimized for easy mounting on a broad spectrum of motors and machinery in accordance with industry standards.

Sturdy 14 mm shaft diameter for direct coupling and high mechanical stability—essential under dynamic operating conditions.

Standard HTL output (A90°B channels) enables compatibility with most PLCs and frequency inverters, providing straightforward signal processing and dependable speed monitoring.

Pulses per revolution: 1 per channel—perfect for simple, rugged speed detection, or for activating relay operations in basic automation setups.

High ingress protection (IP55/IP67) ensures operation in dusty or humid environments, extending lifecycle and minimizing maintenance requirements.

Supplied with a 10-meter cable for flexible installation across large machinery or wherever remote encoder positioning is necessary.

Optimized for use in material handling, conveyors, packaging machines, pumps, and standard factory automation where essential speed detection is required.

BEGE encoders are valued by engineers for precise feedback, integration simplicity, and long-term reliability in demanding industrial automation environments.
**Note:** MIG Nova+ and MIG AST models offer advanced features like higher resolution or absolute positioning for systems requiring finer control or position retention after power loss.