Description
The BEGE flange encoder MIG Nova+ MN-250-28-0032-12 is a high-precision incremental encoder, delivering enhanced resolution and exceptional signal stability, ideal for reliable speed and position feedback in advanced automated systems.
Designed with a rugged stainless steel housing, this encoder ensures maximum protection against corrosion and harsh environments, guaranteeing long operational life in industrial conditions.
With an impressive outer flange diameter of 250mm and a shaft diameter of 28mm, it is perfect for integration into large-scale drive systems and machines requiring robust and accurate feedback.
The device features a standardized 215mm bolt circle diameter (BCD) and complies with IEC norm 100/112B5, supporting effortless universal installation and compatibility with industrial motors and machinery.
It offers a flexible operating voltage range (5-24VDC) and dual HTL/TTL A, A', B, B' outputs, ensuring integration versatility with both legacy and modern control architectures.
Delivers 32 precise pulses per channel per revolution, making it well-suited for tasks requiring reliable speed control and moderate positioning accuracy.
Extremely durable, with up to 100 meters of cable for long-distance signal transmission with minimal interference in large industrial installations.
IP55/IP67 protection ratings safeguard the encoder against dust, water, and oil ingress, supporting both indoor and outdoor deployment in challenging environments.
Main applications include use in conveyor systems, motors, packaging machines, production lines, and all demanding automation solutions requiring highly stable feedback signals for refined speed regulation and positioning. **BEGE Encoder Types:**
MIG Basic – Incremental encoder for basic speed feedback in standard automation tasks.
MIG Nova+ – High-resolution incremental encoder with enhanced signal stability, suitable for precise control in sophisticated automated systems.
MIG AST – Absolute encoder, retains position after power loss, designed for precise positioning and advanced control systems.

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