Description
BEGE is a renowned Dutch manufacturer specializing in innovative and robust drive technology solutions for industrial automation. With decades of industry experience, BEGE is known for delivering precise, durable, and high-quality motion control components trusted by engineers and technical specialists worldwide.**Key Features, Benefits, and Application Possibilities:**
High-Resolution Incremental Encoder: The MIG Nova+ offers increased resolution and enhanced signal stability, providing more accurate speed and position measurement for sophisticated automated systems.
Signal Output: Delivers both HTL and TTL output signals (A90°B / A'90°B'), ensuring compatibility with a wide variety of PLCs and controllers used in modern automation environments.
Robust and Durable Construction: Manufactured with a corrosion-resistant aluminum housing, the encoder withstands demanding industrial conditions, ensuring longevity and optimal protection.
IP55 / IP67 Rated: Sealed against dust and water ingress, allowing reliable operation in both dry and wet environments, such as food processing, packaging, and heavy-duty manufacturing.
Versatile Mounting: The Ø105mm flange (BCD 85mm, thickness 7mm) and 14mm shaft diameter are compliant with IEC 71B14 motor standards, facilitating easy and secure integration into standard and custom drive assemblies.
Wide Voltage Range: Operates on 5–24VDC, making it adaptable for various industrial power supplies and control systems.
Extended Cable Length: The 5-meter cable enables flexible installation and simplifies wiring in both compact and scalable automation setups.
Application Areas: Ideal for precision speed feedback in conveyors, robotic arms, packaging machines, and other automation scenarios requiring stable and highly accurate position/speed data.
Comparison to Other BEGE Encoders:
- MIG Basic: Entry-level incremental encoder for basic speed feedback in standard automation tasks.
- MIG AST: Absolute encoder variant for advanced motion control where exact position must be maintained even after power loss, supporting demanding positioning and safety-critical applications.

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