Description
BEGE Power Transmission is a leading Dutch manufacturer known for its high-quality motion control and drive solutions for industrial automation, engineering, and production environments. Their encoders are developed for robust reliability and long service life under demanding conditions. **Product Features, Benefits & Application Opportunities:**
The MIG Nova+ is an incremental encoder with high resolution (512 pulses per channel), ensuring precise speed and position feedback for advanced dynamic automation tasks.
Enhanced signal stability minimizes electrical noise, optimizing performance in environments with complex machinery or high electromagnetic interference.
Constructed from durable aluminum, it offers lightweight robustness and high resistance to industrial stresses, ensuring long-term operational reliability.
Wide input voltage range (5-24 VDC) supports integration with a variety of automation and control systems.
A90°B / A’90°B’ HTL/TTL output signals provide versatile interface compatibility for state-of-the-art control systems and PLCs.
Mounting dimensions (Flange diameter: Ø200mm, BCD: 165mm, Shaft diameter: 38mm, Flange thickness: 12mm) adhere to IEC 132B14 standard for simple retrofitting and broad applicability across motors and drives.
Rated IP55 / IP67 ensures reliable operation in both dusty and wet industrial environments.
5-meter cable length simplifies installation in larger machines or where remote mounting is required.
Typical applications include packaging lines, material handling systems, conveyor drives, robotics, and process automation where higher feedback accuracy is essential. **Range Overview:**
MIG Basic encoders deliver essential incremental feedback for general speed monitoring in standard automation tasks.
MIG Nova+ provides higher resolution with improved signal stability for accurate speed control in sophisticated automated environments.
MIG AST offers absolute position feedback, retaining position data after power loss, critical for advanced motion control and precise positioning tasks.

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