BEGE is a reputable and well-established manufacturer specializing in advanced motion control solutions for industrial automation. Known for reliability, innovation, and precision, BEGE produces a wide range of encoders, motors, and mechanical transmission components tailored for demanding engineering environments. Their robust products are designed to meet stringent standards for quality and long-term performance in various industrial sectors.
**Product: BEGE Flanged Encoder MIG Basic MB-200-38-0016-12**
- Incremental encoder designed for essential speed feedback in standard automation applications, providing consistent and reliable pulse signals for process control and monitoring.
- Engineered with a robust stainless steel housing, offering excellent resistance against corrosion and making it ideal for harsh industrial environments such as food processing, chemical, and heavy industry.
- 200mm outer flange diameter and a 38mm shaft diameter, suitable for IEC 132B14 motor compatibility, ensuring versatile mounting possibilities for various motor types.
- 16 pulses per channel at A90°B HTL output, supporting accurate detection of rotational speed and direction in general automation tasks.
- Wide input voltage range (5-24VDC), ensuring flexible integration into existing control systems.
- Equipped with a 10-meter cable for easy and versatile installation, even in large installations or where remote mounting is required.
- IP55/IP67 protection rating, guaranteeing reliability in both dust-laden and wet operating conditions, and suitable for outdoor or washdown environments.
- Flange BCD: 165mm and flange thickness: 12mm provide secure and stable mounting for optimal alignment and durability.
- Excellent fit for conveyor systems, packaging machinery, and manufacturing lines where basic yet durable speed feedback is essential.
- BEGE’s MIG encoder series also offers the MIG Nova+ for higher-resolution, enhanced signal stability demanding greater precision, and the MIG AST absolute encoder for applications needing position retention after power loss, perfect for advanced positioning and control.