Description
BEGE is a renowned Dutch manufacturer specializing in high-quality drive and automation components. Known for precision engineering and durable materials, BEGE encoders are designed to ensure reliable performance in industrial environments. Product Features and Key Benefits:
High-Resolution Incremental Encoder: The MIG Nova+ delivers precise speed and position feedback with 128 pulses per channel, supporting accurate regulation in complex automated systems.
Enhanced Signal Stability: Advanced electronics ensure stable output signals (A90°B / A'90°B', HTL/TTL), minimizing noise and error for more reliable operation in demanding applications.
Rugged Design: Robust aluminium housing (outer diameter 250mm) and IP55/IP67 protection offer excellent durability against dust and water, suitable for harsh industrial environments.
Versatile Mounting: Designed for EN 100/112B5 motors with a 215mm BCD flange and 12mm thickness. Easy integration into various drive systems and retrofitting.
Long Cable Reach: Supplied with a 15-meter cable to enable flexible installation on large machines or across distributed control architectures.
Wide Input Voltage: Operates on 5-24VDC, making it compatible with a multitude of control systems and PLCs.
Compact and Lightweight: Aluminum construction optimizes weight without sacrificing structural integrity, reducing mechanical load on your setup. Application Possibilities:
Ideal for conveyor systems, robotics, packaging machinery, and automated motion control requiring precise feed-back and improved regulation.
Supports advanced system integration for sectors such as intralogistics, manufacturing, process automation, and OEM machinery. MIG Encoder Type Differentiation:
MIG Basic – Incremental encoder for general speed feedback in standard automation tasks.
MIG Nova+ – Incremental encoder with higher resolution and signal stability, ideal for precise control in automated systems.
MIG AST – Absolute encoder retaining position after power loss, for high-precision positioning in advanced control architectures.

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