Produced by BEGE Power Transmission, a reputable manufacturer known for delivering robust and reliable motion control components designed to meet demanding industrial automation requirements.

The BEGE Flanged Encoder MIG Basic MB-160-28-0004-9 is an incremental encoder engineered for basic speed feedback in general automation applications, ensuring stable and accurate resolution at an attractive price point.

Flange outside diameter: 160 mm – ideally suited for larger drive motors, securing compatibility with IEC 100/112B14 motors in a variety of automation systems.

Flange BCD standard: 130 mm – provides easy integration into standard industrial applications and motor designs.

Shaft diameter: 28 mm – optimized for compatibility with both standard and custom motor shafts, supporting secure and reliable mounting.

Input voltage: 5–24 VDC – ensures flexibility and compatibility across various system voltage requirements, allowing integration into existing systems.

Output signal: A90°B HTL – enables straightforward interfacing with frequency inverters, controllers, and PLC modules, providing dependable incremental pulse feedback.

Pulses per revolution: 4 per channel – designed for essential speed measurement applications, offering robustness and ease of configuration for monitoring and basic automation tasks.

Cable length: 10 meters – allows for easy installation at greater distances from control cabinets, suitable for large machines and production environments.

Aluminium housing – ensures low weight and high resistance against corrosion, supporting long product lifetime even in demanding industrial settings.

Ingress protection: IP55/IP67 – engineered to operate reliably in dusty or humid environments, minimizing risk of ingress-related failures.

Best suited for basic speed control, conveyor systems, material handling, and other automation solutions where incremental feedback suffices.

BEGE encoders are well-regarded for their reliable performance, precision manufacturing, and ease of integration across multiple drive technologies in industrial motion control.