BEGE Power Transmission is a renowned manufacturer of high-quality industrial automation components, specializing in rugged, reliable solutions for demanding environments. Their encoders are trusted by engineers and technical specialists worldwide for their precision and durability.
**Product: BEGE Flange Encoder MIG Basic MB-090-11-0064-7**
Incremental encoder engineered for basic speed feedback in standard automation tasks, supporting efficient and cost-effective process monitoring.

Robust stainless steel construction ensures exceptional corrosion resistance and suitability for harsh industrial environments, such as food processing and chemical industries.

Flange diameter of Ø90mm and flange BCD of 75mm for easy integration into standard IEC 63B14 motor flanges.

Output configuration: A 90° B HTL, offering compatibility with diverse control systems and reliable quadrature signal processing for accurate direction detection.

Delivers 64 pulses per revolution per channel—ideal for general speed feedback applications in conveyors, pumps, and automated material handling systems.

High IP55/IP67 ingress protection rating supports installation in demanding environments exposed to dust and water.

Long 15-meter cable length allows flexible mounting options and simplifies installation on larger machinery or remote locations.

11mm shaft diameter and 7mm flange thickness provide mechanical compatibility with a wide range of motors and drive shafts.

Wide voltage input range (5-24 VDC) for easy integration into existing control architectures.

Typical applications include motor speed monitoring, conveyor belt tracking, and process monitoring in manufacturing and logistics operations.
**Other BEGE Encoder Technologies**
MIG Nova+ incremental encoder: Higher resolution and enhanced signal stability for precise regulation and control in sophisticated automation systems, such as precision robotics or high-speed sorting machines.

MIG AST absolute encoder: Retains position information after power loss, enabling secure, accurate positioning in advanced control systems and safety-critical applications like automated assembly and robotics.