Description
High-resolution incremental encoder with 2048 pulses per revolution on each channel enables precise speed and position feedback, crucial for applications requiring fine control and accuracy.
Advanced signal stability and HTL/TTL output (A90°B / A'90°B') improve reliability in electronically noisy industrial environments, reducing error rates and minimizing downtime in production.
Wide input voltage range (5–24VDC) provides flexibility, making the encoder compatible with various controls, PLCs and automation systems used across industrial sectors.
Stainless steel construction (EN: Stainless steel) ensures exceptional resistance to corrosion and mechanical wear, making the encoder highly suitable for harsh conditions where hygiene and durability are key factors.
IP55/IP67 ingress protection guarantees reliable operation under exposure to dust and water, expanding the range of deployment to demanding and washdown environments.
Large 140mm flange (IEC 90B14, Flange BCD: 115mm, Flange thickness: 9mm) and robust 24mm shaft diameter enable secure mounting on standard industrial motors and gear units, streamlining integration.
Long 15-meter cable supports greater distances between encoder and controller, ideal for large machinery, conveyors, and process lines.
MIG Basic: Ideal as an incremental encoder for basic speed feedback in standard automation tasks such as conveyor drives, pump controls, and uncomplicated machine tool regulation.
MIG Nova+: Optimized for high-resolution, stable feedback in precise speed and position control, suitable for packaging, robotics, textile machines, and automated production systems.
MIG AST: As an absolute encoder, it retains position data after power loss, enabling accurate absolute positioning for advanced control systems, robotics, and applications with critical start-up requirements.
Engineered by BEGE Power Transmission, the MIG Nova+ stands for reliability, easy integration, and advanced feedback performance for technical specialists and engineers in demanding industrial environments.

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