BEGE Power Transmission is a renowned European manufacturer specializing in high-quality motion control and drive technology for industrial automation. With a focus on robust design and reliability, BEGE encoders are trusted components in a wide range of demanding automation environments.
**Product Name:**
BEGE Flanged Encoder MIG Basic MB-160-28-0002-9
**Key Features and Benefits:**
- Incremental encoder engineered for basic speed feedback in standard automation tasks, ensuring reliable motor control in industrial applications.
- Stainless steel construction (outer diameter: 160mm, flange thickness: 9mm) provides superior corrosion resistance and mechanical durability even in harsh environments.
- Suitable for motors with IEC 100/112B14 flange dimensions, making integration seamless into standard drive assemblies.
- Precise shaft coupling with 28mm shaft diameter and 130mm bolt circle diameter (BCD) enhances installation stability and system reliability.
- Delivers 2 pulses per revolution per channel for accurate speed monitoring in motorized systems.
- Versatile power input (5-24VDC) and HTL (High Threshold Logic) A/B quadrature output enables compatibility with most industrial PLCs and controllers.
- Extended cable length (10 meters) offers greater flexibility for installations where space is limited or remote signal routing is required.
- High ingress protection (IP55/IP67) ensures robust resistance to dust and water, optimizing performance in demanding processing and manufacturing environments.
- Ideal for use in conveying, packaging machines, basic automation lines, and standard motor speed feedback solutions across industries including food, logistics, and metallurgy.
**Application Differentiation of BEGE Encoder Types:**
- MIG Basic: Incremental encoder for essential speed control in standard automation tasks.
- MIG Nova+: Incremental encoder with higher resolution and improved signal stability, tailored for more accurate control in sophisticated automation systems.
- MIG AST: Absolute encoder retaining position information after power loss, perfect for advanced positioning and complex control systems requiring high precision.