**Brand Overview:** BEGE is a well-established Dutch manufacturer known for high-quality industrial drive technology. Their encoder solutions are renowned for reliability, precision, and a robust build, making them a preferred choice among technical specialists and engineers worldwide.

**Incremental Encoder for Fundamental Speed Feedback:** The BEGE MIG Basic is an incremental encoder designed for basic speed feedback in standard automation applications, ensuring simplified integration and reliable performance in diverse setups.

**Core Features:** Flange outside diameter of 80mm and shaft diameter of 9mm, compatible with IEC 56B14 motors, allow for seamless installation across most industry-standard environments.

Compact flange thickness of 7mm and flange BCD of 65mm provide for efficient, space-saving installations in compact assemblies.

The durable aluminium housing offers excellent resistance against wear and harsh industrial conditions, prolonging operational lifespans.

Delivers 16 pulses per revolution per channel, providing adequate resolution and dependable output for general speed monitoring and feedback.

Supports input voltages from 5-24VDC and provides HTL output (A 90° B), offering compatibility with a wide range of PLCs and control systems.

Long 20-meter cable facilitates flexible machine layouts and remote installations without signal degradation.

IP55/IP67 protection ratings ensure the encoder operates reliably in dusty or wet industrial settings, minimizing downtime due to environmental factors.

**Application Opportunities:** Ideal for use in standard conveyors, packaging machines, automated manufacturing lines, and any application requiring accurate and cost-effective speed feedback.

**Alternative BEGE Encoders:** - BEGE MIG Nova+: Incremental encoder with higher resolution and superior signal stability—best for precise control in demanding automation systems.
- BEGE MIG AST: Absolute encoder retaining position after power loss—ideal for high-accuracy positioning and sophisticated control architectures.