Description
BEGE Power Transmission is an innovative manufacturer specializing in reliable motion technology for industrial automation. Their encoders are renowned for precision, durability, and seamless integration into modern automated systems. **Key Features and Advantages:**
High-Resolution Incremental Encoder: The MIG Nova+ delivers accurate rotational feedback for precise motion regulation, supporting demanding industrial automation tasks.
Enhanced Signal Stability: Advanced electronics minimize signal noise and interference, ensuring reliable data in high-EMI environments.
Rugged Construction: Encapsulated in high-quality aluminium, offering excellent durability and corrosion resistance for long operational lifetimes.
Flexible Output Options: Supports both HTL/TTL (A90°B / A'90°B') signals for broad compatibility with leading automation controllers and PLCs.
Wide Voltage Range Input (5-24VDC): Facilitates easy integration into diverse industrial power systems.
Extra-Long 50m Cable: Allows for flexible installation on large machines and remote axes without additional extension requirements.
IP55 / IP67 Protection: Designed for harsh industrial environments, resistant to dust and water ingress for reliable operation.
Easy Installation: 140mm outer flange, 115mm pitch circle diameter, and 7mm flange thickness adapted for IEC 63B5 motors and quick integration.
Precision Shaft Sizing: 11mm shaft diameter ensures solid coupling with standard drive components. **Application Possibilities:**
Optimized for use in conveyor systems, industrial robots, packaging machines, and other automated equipment requiring high-precision speed and position feedback.
Ideal for integration in advanced motion controllers and drive systems where accurate rotational data facilitates efficient process control.
Select MIG Basic for essential incremental speed feedback in standard automation, MIG Nova+ for enhanced accuracy and stability, or MIG AST (absolute encoder) for applications where position memory after power loss and advanced positioning are crucial.

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