Description
BEGE Power Transmission is renowned for its high-performance motion control solutions, trusted by industrial specialists and engineers worldwide. Their encoders are known for durability, precision, and easy integration into complex automation systems.**Key Features, Advantages, and Application Possibilities:**
High-Resolution Incremental Encoder: The MIG Nova+ delivers 64 pulses per revolution per channel, making it ideal for applications requiring precise speed and position feedback in advanced automated systems.
Enhanced Signal Stability: Reliable signal transmission (A90°B / A'90°B', HTL/TTL output) ensures optimal performance in environments with electrical noise or long cable runs.
Wide Input Voltage Range (5-24VDC): Maximizes compatibility with a broad spectrum of control systems, simplifying integration for engineers.
Robust Aluminium Construction: The encoder is manufactured with a durable aluminium housing, providing resistance against mechanical impact, corrosion, and harsh industrial conditions.
Large Flange and Shaft Dimensions: With a flange outside diameter of 350 mm, BCD of 300 mm, and 48 mm shaft, it is suitable for mounting on large industrial motors conforming to IEC 180B5.
Extended Cable Length (15 meters): Enables flexible installation, even in systems where the control cabinet is distant from the monitoring point.
IP55/IP67 Protection Class: Suitable for a range of environments, offering dust and water resistance for dependable long-term performance.
Perfect Fit for Industrial Automation: Optimised for high-precision conveyors, robotics, packaging machines, printing presses, and other applications requiring accurate motion tracking and feedback.**Encoder Type Overview:**
**MIG Basic**: Incremental encoder for basic speed feedback in standard automation tasks.
**MIG Nova+**: High-resolution incremental encoder with improved signal stability for more accurate control in automated systems.
**MIG AST**: Absolute encoder maintaining position after power loss, for precise positioning and advanced control applications.

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