Description
**Brand Description:** BEGE Power Transmission is a renowned manufacturer specializing in high-quality drive technology, offering innovative motion solutions for industrial automation. BEGE encoders are distinguished by industrial strength, reliability, and precision engineered for challenging environments.
**Product Overview:** The BEGE flanged encoder MIG Basic MB-200-24-0008-9 is an incremental encoder designed for fundamental speed feedback in standard automation applications, providing robust, reliable, and accurate operation in demanding industrial settings.
**Key Features and Benefits:**
- **Incremental Encoder Technology:** Enables real-time speed feedback for consistent process control in conventional automation environments.
- **Stainless Steel Construction:** Provides maximum corrosion resistance and mechanical durability, ideal for food, pharmaceutical, and harsh industrial sectors.
- **Large Flange Diameter (Ø200mm) and BCD 165mm:** Facilitates robust mounting for compatibility with a wide range of IEC 90B5 motors and applications.
- **Shaft Diameter 24mm:** Ensures high torque transmission and secure installation, supporting various mechanical coupling requirements.
- **8 Pulses per Revolution:** Delivers standard speed measurement, suited for applications where simple, reliable feedback is sufficient.
- **Power Supply 5–24VDC & Output A90°B (HTL):** Wide voltage input and industry-standard HTL signal output for flexible integration with PLCs, drives, and controllers.
- **Cable Length 5 meters:** Permits installation versatility and remote electronics placement for enhanced system design flexibility.
- **Protection Class IP55/IP67:** Safeguards against dust and water, allowing use in both indoor and outdoor industrial installations.
**Application Possibilities:**
- Suited for general automation, conveyor systems, packaging machines, and speed monitoring in production lines where standard feedback is required.
- Compatible with BEGE MIG Nova+ for higher resolution or BEGE MIG AST for absolute positioning in more advanced automation systems.

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