Manufactured by BEGE Power Transmission, a renowned Dutch brand known for highly reliable automation components, this flanged encoder sets a standard for precision feedback and robust industrial performance.

The MIG Basic is an incremental encoder designed for basic speed feedback, ideal for standard automation tasks demanding robust and accurate input.

Key Features:

– Large 140mm stainless steel flange and 24mm shaft diameter ensure high mechanical stability and compatibility with IEC 90B14 motors.

– Rugged construction with stainless steel housing provides optimal corrosion resistance for harsh environments.

– Offers basic incremental feedback with 32 pulses per revolution/channel supporting precise yet straightforward speed measurements.

– Equipped with HTL A90°B output compatible with common industrial PLCs and drive systems.

– Wide input voltage range (5–24VDC) supports integration into diverse control architectures.

– IP55/IP67-rated enclosure ensures protection against dust, water jets, and temporary immersion, supporting reliable performance in industrial environments.

– Extended 10-meter industrial-grade cable allows for flexible installation across machinery.

– Standardized flange and BCD (Ø140mm, BCD 115mm, 9mm thick) ensure seamless replacement and mounting in various mechanical setups.

– Compliant with international IEC 90B14 norm and BCD 115 for broad compatibility.

Application Scenarios:

– Speed feedback for conveyor belts in material handling, packaging, and assembly lines.

– Monitoring and regulation of motor speed in HVAC systems, pumps, and fans.

– Basic motion monitoring in automated production lines and standard robotic applications.

– General retrofitting of automation equipment requiring dependable incremental feedback.

For higher precision and advanced requirements, BEGE also offers MIG Nova+ (advanced incremental encoder, high resolution and signal stability for fine regulation in automated systems), and MIG AST (absolute encoder retaining position after power loss, for sophisticated positioning and advanced control systems).