Description
Incremental encoder with advanced resolution—MIG Nova+ delivers 256 pulses per revolution per channel, supporting precise speed and position feedback for automated control systems in demanding industrial settings.
Superior signal stability ensures accurate data transmission, minimizing vibration-induced errors and enhancing reliability in servo drives, packaging lines, and robotics.
Robust aluminium housing provides outstanding durability while keeping the encoder lightweight, making it perfect for use in industrial environments with exposure to mechanical stress or potential impacts.
Comprehensive protection with IP55/IP67 ingress ratings enables deployment in harsh conditions with water, oil, and dust, supporting continuous operation in factories, food processing, or outdoor automation.
Flexible voltage input (5–24VDC) allows compatibility with a broad range of controllers and PLCs, making integration into legacy or new systems straightforward.
HTL/TTL-compatible A/B/A’/B’ signal outputs support standard interface protocols, simplifying system upgrades or retrofits in diversified machinery.
Large flange (Ø200mm, BCD 165mm) and 24mm shaft diameter, standardized to IEC 90B5, ensure easy mounting and mechanical compatibility with most industrial AC motors and drive systems.
Long 15-meter preassembled cable facilitates remote installation in complex or large-scale automation systems without the need for additional extension assemblies.
Use cases: Conveyors, pumps, CNC machines, material handling, motor control, and precise speed regulation tasks requiring dependable signal quality and mechanical endurance.**BEGE Encoder Range Overview:**
MIG Basic: Incremental encoder, ideal for standard speed feedback in automation solutions where basic velocity monitoring is required.
MIG Nova+: Incremental encoder with higher resolution and improved signal accuracy, suited for environments demanding precise regulation and advanced process control.
MIG AST: Absolute encoder, retains precise position data after power loss, essential for advanced positioning, robotics, and high-end motion control systems.

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