BEGE Power Transmission is a renowned manufacturer of high-quality industrial automation components, specializing in drive technology and control solutions. Their products are engineered for durability, reliability, and precision, meeting the demanding requirements of automation specialists and engineers worldwide.
Product: BEGE Flanged Encoder MIG Basic MB-105-14-0002-7, Incremental EncoderKey Features, Advantages, and Applications:
Incremental encoder designed for standard speed feedback in industrial automation systems, making it ideal for basic motor control and routine automation tasks.

Rugged aluminium housing ensures high durability and provides outstanding resistance to mechanical wear, suitable for use in harsh industrial environments.

IP55 / IP67 protection rating offers excellent resistance against dust, water, and various contaminant ingress, supporting reliable operation in demanding settings.

Flange diameter of 105mm with BCD norm 85mm and flange thickness of 7mm, compliant with IEC 71B14 motor mount standard, facilitating easy integration with a wide range of electric motors.

14mm solid shaft delivers stable mechanical coupling and accurate transmission of rotational movement, reducing the risk of misalignment and signal errors.

Electrical input range of 5–24VDC and output A90°B HTL signals provide compatibility with most common PLCs and motion controllers in automation applications.

Provides 2 pulses per revolution per channel, supporting precise speed measurement in conveyor systems, packaging machines, and general machinery requiring simple feedback loops.

Equipped with a robust 5-meter cable and 4P connector, allowing for flexible installation and secure electrical connections even in larger automation setups.

Ideal for OEMs, system integrators, and engineers focusing on standard automation and requiring cost-effective, reliable speed feedback solutions for motor-driven applications.
Applications:
Perfect for conveyor technology, packaging machinery, material handling systems, and automation platforms needing reliable, basic speed feedback functionality.