Description
BEGE is a renowned Dutch manufacturer specializing in dedicated drive technology, recognized for developing robust, precision-engineered encoders designed to enhance industrial automation, reliability, and ease of integration.**Key Features, Technical Advantages & Application Possibilities:**
High-resolution incremental encoder providing 256 pulses per channel, ideal for precise speed feedback and closed-loop regulation in demanding automation tasks.
Superior signal stability thanks to advanced electronics, ensuring consistent performance even in environments with electrical interference.
Stainless steel housing and 90 mm outer flange diameter guarantee exceptional corrosion resistance and mechanical durability for harsh industrial settings.
Comes with a 7 mm thick flange and 75 mm BCD, designed for easy integration with IEC 63B14 motors and retrofitting into standard industrial systems.
Supports both HTL and TTL output signals with A, A’, B, B’ channels at 5-24VDC, maximizing compatibility with a wide variety of control systems and PLCs.
50 meter shielded cable allows for convenient installation over long distances in large-scale automation facilities or when panel space is restricted.
IP55/IP67 protection class secures the encoder against dust ingress, water jets, and temporary immersion, optimal for food processing, packaging, or outdoor applications.
11 mm precision shaft ensures accurate coupling and minimal signal error under high-speed rotation cycles.
Designed for use in advanced conveyor systems, robotics, automated warehouses, and precise process control equipment requiring dependable, high-resolution speed regulation.**Application Comparison:**
MIG Basic: Incremental encoder for standard speed feedback tasks in general automation.
MIG Nova+: Enhanced incremental encoder offering higher resolution and signal quality for demanding and precise automated operations. This model.
MIG AST: Absolute encoder maintains position after power loss, enabling precision positioning and advanced control for complex automation architectures.

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