BEGE Power Transmission is a leading manufacturer renowned for its innovative and robust solutions in industrial automation and drive technology. With a strong focus on precision, reliability, and adaptability, BEGE encoders are widely recognized for their high-quality materials and advanced engineering, meeting the demanding needs of various industrial sectors.
**Product Description: BEGE Flanged Encoder MIG Basic MB-120-09-0016-7**
The BEGE MIG Basic is an incremental encoder specifically designed for essential speed feedback in standard automation applications.

Robust construction using stainless steel ensures exceptional resistance to corrosion and harsh industrial environments, extending product lifespan and reliability.

Large flange diameter (Ø120mm) and flange BCD of 100mm provide compatibility with IEC 56B5 motors, facilitating seamless integration into standardized drive systems.

7mm thick flange guarantees high mechanical stability, supporting consistent performance in vibrational settings.

Equipped with a 9mm shaft for compatibility with various motor types and easy installation.

Operates with wide input voltage (5–24VDC), offering flexible integration into different automation setups.

Delivers 16 pulses per revolution (ppr) per channel, ideal for fundamental speed monitoring and basic feedback loops.

Output: A90°B HTL, ensuring reliable and noise-resistant signal transmission over long distances.

Supplied with a long 15m cable, supporting versatile placement within large machinery or installations.

Dual IP-classification (IP55/IP67) protects against dust and water, making it suitable for demanding use in various industrial environments.
**Key Applications**
Factory automation systems requiring basic speed feedback for conveyor belts, pumps, fans, and general rotary equipment.

OEMs and system integrators who need a robust, cost-effective solution for monitoring rotational speed in standard environments.

Industrial machinery where essential, reliable feedback is critical to maintaining productivity and operational safety.