Description
BEGE Power Transmission is a renowned Dutch manufacturer specializing in advanced drive components for industrial automation. Their encoders are recognized for reliability, innovation, and robust design, supporting demanding applications worldwide.**Product Key Features and Benefits:**
Incremental encoder for fundamental speed feedback in standard automation tasks, ensuring reliable monitoring and control of machinery operations.
Flange outer diameter: 160 mm and BCD: 130 mm – perfectly suited for integration with IEC 71B5 motors, guaranteeing compatibility across multiple system setups.
Durable stainless steel housing ensures exceptional resistance to corrosion and harsh environments, extending service life in industrial conditions.
High ingress protection (IP55 / IP67), allowing flexible deployment in dusty, wet, or challenging industrial environments without risking signal integrity.
14 mm shaft diameter and 7 mm flange thickness deliver robust mechanical stability, minimizing vibration effects and improving sensor accuracy.
Output: A90°B HTL, providing a strong signal for seamless interfacing with a variety of control systems and PLCs.
Resolution: 32 pulses per channel per revolution, ideal for speed feedback in conveyor systems, packaging machinery, and other general automation equipment.
10-meter shielded cable included, simplifying installation in larger machines or within distributed automation layouts.
Operating voltage range: 5–24 VDC, allowing direct connection to most industrial control voltages and reducing the need for additional adaption.
Complies with international IEC standards (IEC 71B5), supporting global machine design and retrofit projects. **Application Possibilities:**
MIG Basic: Suited for standard speed monitoring, conventional automation applications, and drive synchronization in conveyors, pumps, and fans.
MIG Nova+: Higher resolution and enhanced signal stability enable precise speed regulation for advanced automation, robotics, and dynamic production lines.
MIG AST: Absolute position retention after power loss; perfect for accurate positioning, motion control, and safety-critical control systems.

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