BEGE Power Transmission is a trusted manufacturer specializing in high-quality motion control components, renowned for innovative engineering in industrial automation and drive technology. Their encoders are engineered for demanding environments, offering robust performance and reliable feedback for optimal system integration.
**Product name:**
BEGE Flange Encoder MIG Basic MB-090-11-0016-7, 16 pulses, 5m cable, Stainless Steel
**Key Features and Benefits:**
Incremental encoder designed for fundamental speed feedback in standard automation tasks, providing straightforward integration and reliable performance.

Stainless steel construction ensures high corrosion resistance and durability in harsh industrial environments, ideal for applications exposed to moisture or aggressive substances.

Flange outer diameter of 90mm and BCD of 75mm with a flange thickness of 7mm—compatible with standard IEC 63B14 motors, supporting flexible mounting and broad usability.

11mm shaft diameter engineered for stable, secure mechanical coupling, minimizing installation variance and backlash in system assemblies.

IP55/IP67 protection classes deliver robust defense against dust and temporary submersion, ensuring long operational life and reduced maintenance intervals.

Operates with 5-24VDC input voltage and outputs A 90° B HTL signals, enabling seamless integration with various drive controllers and PLCs.

16 pulses per revolution per channel allow for simple yet consistent speed regulation and feedback in basic automated systems, suitable for conveyors, packaging, and general machinery.

5-meter cable provides flexible installation options for connection to control panels even at a distance, reducing the need for additional wiring.

Reliable partner for cost-conscious projects that require standard velocity feedback without unnecessary complexity or maintenance burden.
**Application Areas:**
Ideal for integration in conveyor systems, basic positioning tasks, rotary indexing tables, and standard industrial automation solutions where essential speed monitoring is required.