Description
Incremental Encoder with High Resolution: Provides 256 pulses per channel, enabling precise speed and position feedback for accurate automation control.
Enhanced Signal Stability: Upgraded electronics ensure stable output signals (A90°B / A'90°B' HTL/TTL), minimizing noise and errors in high-speed industrial applications.
Long Cable Length (15 meters): Facilitates flexible installation even in large or remote industrial setups.
Robust Aluminium Casing: Lightweight yet highly durable, ideal for harsh industrial environments.
Dual IP Classification (IP55/IP67): Offers superior dust and water protection, ensuring long-term reliability in demanding conditions.
Large Outer Diameter (350 mm) & Flange BCD (300 mm): Suitable for heavy-duty motor flange mounting (IEC 180B5 standard).
Compatible Shaft Diameter (48 mm): Designed for seamless integration with large drive motors.
Wide Voltage Range Input (5–24 VDC): Increases application flexibility with different control systems.
Standardized Motor Flange (IEC 180B5): Enables easy retrofitting or replacement in standardized motor setups.Application Scenarios:
Automated conveyor systems requiring high-resolution feedback for speed and direction control.
Material handling and packaging machinery needing precise synchronization and error minimization.
Motor feedback in robotic arms or gantry systems where accuracy and signal integrity are critical.
Ideal for challenging production environments—thanks to IP67 rating and robust aluminium design.
Versatile across production lines, logistics automation, and process control systems where exact feedback boosts performance and reliability.Available Encoder Variants:
MIG Basic: Entry-level incremental encoder for basic speed feedback in standard automation tasks.
MIG Nova+: Advanced incremental encoder (this model) with higher resolution and enhanced signal stability for precise regulation in complex automated systems.
MIG AST: Absolute encoder retaining position after power loss, crucial for advanced motion control and precision positioning in smart automation.

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