BEGE is a renowned Dutch manufacturer and supplier specializing in high-quality motion control components for industrial automation. Their encoders are known for robust construction, precision, and long-term reliability in demanding environments.
- Incremental Encoder MIG Basic is designed for fundamental speed feedback in standard automation tasks, delivering reliable and consistent signal generations for drive and control systems.
- Rugged housing constructed from stainless steel ensures excellent resistance to corrosion, ideal for harsh industrial environments and food or chemical processing industries.
- High ingress protection rating of IP55/IP67 provides strong protection against dust and water, making it suitable for outdoor installation and washdown applications.
- Specially engineered 200mm flange diameter with 165mm BCD in accordance with IEC 80B5 facilitates easy mounting directly to most IEC-standard motors and gearboxes used in industrial settings.
- 19mm solid shaft delivers a robust mechanical interface for precise signal transmission and reliable operation under variable loads.
- Delivers 4 pulses per channel per revolution (A90°B HTL output), enabling accurate basic speed and direction detection for assembly lines, packaging machines, or conveyor systems.
- 5-24VDC input voltage range ensures compatibility with a wide array of controllers and PLCs.
- Extra-long 15 meter fixed cable allows for flexible installation, reducing the need for extension cables in large machines or installations.
Application Possibilities:
- Ideal for monitoring motor speed and direction in conveyors, pumps, fans, and simple automation cells.
- Suited for OEM machine builders requiring a durable speed feedback device for standard drive regulation.
- Can be directly mounted to IEC 80B5 electric motors in industrial drive trains.
- Suitable for food, beverage, or chemical processing industries due to its stainless steel construction and high IP rating.
For higher precision, consider BEGE MIG Nova+ (with increased resolution and improved signal stability) or MIG AST (absolute version for position retention after power loss; essential for advanced positioning in robotics and automation).