BEGE Power Transmission is a recognized manufacturer of advanced industrial automation components, specializing in robust and reliable encoders for demanding environments. Their products are renowned for precision, durability, and adaptability, making BEGE a preferred partner for industrial engineers worldwide.
**Product Name: BEGE Flange Encoder MIG Basic MB-120-09-0004-7**
This encoder is an incremental encoder tailored for fundamental speed feedback in standard automation applications.

Flange outer diameter: 120 mm and bolt circle diameter (BCD): 100 mm enable straightforward integration in IEC 56B5 compatible motors and machinery.

Equipped with a stainless steel housing, offering superior corrosion resistance and durability for harsh industrial environments.

Robust 7 mm flange thickness and 9 mm shaft diameter ensure mechanical stability and reliable operation.

Designed to IEC 56B5 standard, allowing direct mounting to compliant motors in a wide range of industrial settings.

Compatible with 5–24 VDC input voltage, providing versatile interfacing options for modern control systems.

HTL output signal (A90°B) delivers clear incremental feedback, supporting real-time speed monitoring.

Provides 4 pulses per revolution per channel, suitable for fundamental automation and speed-control tasks.

Long 20-meter cable enables flexible installation, even at significant distances from the control system.

Stainless steel construction ensures dependable performance in applications subject to dust, moisture, chemicals, and heavy use.

Dual IP55/IP67 ratings deliver solid protection against dust ingress and temporary immersion, maximizing safety and uptime.
**Application Possibilities**
Ideal for conveyors, packaging machinery, and other standard automation equipment requiring reliable speed feedback.

Suitable for integration into standard motor groups, processing lines, and general-purpose industrial automation.

Meets the needs of engineers seeking robust, easy-to-install, and low-maintenance encoders for diverse mechanical systems.