Description
BEGE stands as an established manufacturer renowned for robust, high-precision motion control technology developed for demanding industrial applications. With a focus on reliability, precision, and integration, BEGE encoders are engineered to meet complex automation and drive system needs across a variety of sectors. Key Features & Benefits:
High Resolution: MIG Nova+ is an incremental encoder providing superior precision via 64 pulses per revolution per channel—ideal for applications requiring fine velocity feedback and improved control accuracy.
Enhanced Signal Stability: Advanced electronics ensure excellent signal quality and stability, minimizing errors in demanding industrial environments for consistent feedback performance.
Robust Aluminium Housing: Durable aluminum construction ensures resistance to mechanical wear, harsh environments, and vibration, extending operational life and maintaining signal integrity.
Flexible Voltage Input: Wide input voltage range (5-24V DC) for compatibility with numerous industrial control systems and PLCs, simplifying integration processes.
Comprehensive Output Options: Dual output signals (A90°B / A'90°B') HTL/TTL enable flexible interfacing choices tailored to diverse automation architectures.
Optimal Protection: Rated IP55/IP67 for dust and water ingress, making it suitable for operation in rugged, high-moisture, and outdoor environments.
Generous Cable Length: Supplied with a 10-meter cable, allowing straightforward connection in large installations and reducing the need for extension solutions.
IEC 80B14 Compliant: Designed for standard IEC 80B14 flange motors, ensuring streamlined installation and mechanical compatibility. Applications:
Standard Automation Tasks: MIG Basic version—incremental encoder, suited for basic speed feedback in general automation.
Precision Control: MIG Nova+—recommended for precise speed regulation, advanced conveyor systems, and process automation demanding higher resolution and stability.
Advanced Positioning: MIG AST—absolute encoder, retaining position data after power loss, essential for robotic arms, CNC systems, and motion controllers needing precise, fail-safe positioning.

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