Description
High-Resolution Incremental Encoder: The MIG Nova+ is designed for advanced speed feedback applications where enhanced accuracy and signal stability are critical, making it an ideal choice for precise control in automation systems.
Resolution: 256 pulses per revolution per channel, ensuring fine-grained detection and improved control over complex machinery.
Enhanced Signal Stability: Equipped with optimized output A90°B / A'90°B' (HTL/TTL), this encoder delivers interference-resistant signals, essential for systems requiring real-time speed and direction feedback.
Wide Voltage Input Range: Accepts 5-24VDC, supporting compatibility with most industrial controllers and PLCs on the market.
Robust Construction: Machined from premium aluminium with IP55/IP67 rating for dust and water resistance—guaranteed reliable operation in harsh environments.
Long Cable Reach: Delivered with a 50-meter cable to support versatile mounting and integration options—reducing signal loss across greater distances.
Standardized Mounting: Flange outer diameter Ø105mm, BCD 85mm, and shaft size 14mm match IEC 71B14 motors, facilitating straightforward replacement or integration into new designs.
Thin Flange: Only 7mm thick, supporting space-saving installation in compact drive units.**Applications:**
Precise speed and position control in conveyor systems, packaging lines, and automation cells.
Ideal for servo systems, synchronized drives, and real-time feedback in robotics and advanced motion control architectures.
Suitable for all standard industrial environments requiring high signal quality and dependable position feedback over long cable distances.**MIG Nova+ vs. MIG Basic / MIG AST:**
Where MIG Basic is ideal for standard speed feedback in basic automation tasks, MIG Nova+ delivers higher resolution and improved stability for more demanding, precise regulation. For applications requiring absolute position retention after power loss, consider the BEGE MIG AST absolute encoder, designed for high-end positioning and advanced control systems.

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