Description
High-Resolution Incremental Encoder: The MIG Nova+ delivers superior signal stability and increased resolution, ensuring precise feedback and accurate speed regulation for advanced automation tasks.
Robust Aluminium Housing: Constructed from high-quality aluminium, this encoder provides excellent mechanical strength and corrosion resistance, resulting in exceptional longevity even under demanding industrial conditions.
Large Flange Diameter: With an outer flange of Ø250mm and a shaft diameter of 28mm, this model is engineered for compatibility with IEC 100/112B5 motors, allowing seamless integration into larger motor assemblies and drive systems.
Versatile Output Signals: Supports A90°B / A'90°B' HTL/TTL outputs, accommodating various control systems and interfaces for flexible application integration.
Extended Cable Length: Equipped with a 15-meter cable, facilitating installation in large-scale machinery or across significant distances without signal loss.
Ingress Protection: Rated at IP55/IP67, the encoder is protected against dust, limited ingress, and water immersion, making it suitable for harsh industrial and outdoor environments.
Precise Pulse Generation: Provides 1 pulse per channel per revolution, ideal for monitoring low-speed applications or as a reference encoder in multi-axis systems.
Standard Compliance: Designed in accordance with BCD norm 215 and IEC 100/112B5, ensuring compatibility and easy replacement in standardized motor and gearbox environments.
Application Flexibility: Perfect for high-precision factory automation, packaging lines, robotics, conveyor systems, machine tools, and other tasks requiring reliable incremental feedback.
MIG Basic: Incremental encoder for basic speed feedback in standard automation tasks.
MIG Nova+: High-resolution incremental encoder with enhanced signal stability for more precise regulation in automated systems (this model).
MIG AST: Absolute encoder, retains position even after power loss, ideal for precision positioning and advanced control systems.

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