Description
BEGE Power Transmission is a widely recognized manufacturer specializing in reliable and high-performance automation components for industrial drive systems. BEGE is known for its innovative engineering and commitment to robust solutions for demanding industrial environments.**Key Features & Technical Attributes**
- Incremental encoder designed for essential speed feedback in standard automation tasks- Model: MIG Basic; Product number: MIG B-090-11-0064-7- Pulse count: 64 pulses per channel for basic speed and direction feedback- Output: A90°B HTL, suitable for modern PLCs and drive controllers- Input voltage: 5–24VDC, flexible integration in various control systems- Flange outer diameter: 90 mm, BCD: 75 mm, IEC norm: 63B14, ideal for standardized motor interfaces- Shaft diameter: 11 mm for stable and secure mounting- Cable length: extended 10 meters for versatile installation scenarios- Material: Durable aluminium housing ensuring longevity and resistance to industrial wear- Flange thickness: 7 mm for robust, vibration-resistant mounting- IP55 / IP67 classification for high resistance to dust and water in harsh environments**Advantages & Application Opportunities**
- Reliable speed feedback for motors used in conveyor systems, packaging machines, and basic automation processes- Simple integration for OEMs and system integrators needing proven, cost-effective incremental feedback solutions- The extended cable (10m) allows installation flexibility across large machinery or plant sections- Aluminium housing and high IP rating deliver excellent durability in manufacturing or processing plants exposed to dust and moisture- Ideally suited for use in standard automation processes, where essential position and velocity feedback is required without advanced positioning needs**Encoder Types**
- MIG Basic: Incremental encoder for standard speed feedback- MIG Nova+: Incremental encoder with higher resolution and improved signal stability for precise regulation in automated systems- MIG AST: Absolute encoder retaining position info after power loss for advanced positioning and control applications

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