**Brand Description:**
BEGE Power Transmission is a globally recognized manufacturer specializing in innovative drive technology and motion solutions for industrial automation. Their products are engineered for reliability, precision, and integration into demanding environments, reflecting decades of expertise in power transmission systems.
**Encoder Type Differentiation:**
The MIG Basic is an incremental encoder ideal for fundamental speed feedback in standard automation applications, providing cost-effective and robust performance for general industrial control.
The MIG Nova+ is an incremental encoder with higher resolution and improved signal stability, perfectly suited for more precise regulation and advanced motion control tasks within automated systems.
The MIG AST is an absolute encoder; it retains position after power loss, allowing for accurate positioning and is optimal for sophisticated control systems and applications requiring high-level process safety.
**Key Features and Benefits:**
High Resolution: Outputs 1024 pulses per channel, enabling finely-tuned measurement and control for higher process accuracy.
Enhanced Signal Stability: Advanced electronics and output (A90°B / A’90°B’, HTL/TTL) ensure robust performance in industrial environments, reducing errors and downtime.
Wide Voltage Input: Accepts 5-24VDC supply, allowing seamless integration with diverse automation controls and PLC systems.
Long Cable Reach: 100 meters cable included, facilitating installations over large machines or distant control panels without signal degradation.
Durable Construction: Precision-engineered aluminium housing ensures low weight, high strength, and corrosion resistance for harsh industrial settings.
Flexible Mounting: Flange outer diameter 120 mm, BCD 100 mm, 7 mm flange thickness, and IEC 56B5 motor compatibility ensure easy installation on standardized motors.
Environment Protection: Rated IP55/IP67 for resistance to dust and water, ensuring reliable operation even in challenging manufacturing or outdoor environments.
**Application Scenarios:**
Ideal for automated conveyor systems requiring precise speed and position feedback.
Suitable for robotics, packaging lines, and process control where high-resolution incremental signals improve throughput and accuracy.
Perfect for high-speed automation, textile machines, and motion applications needing advanced signal fidelity over long distances.
Reliable choice for retrofitting or upgrading existing motor-driven systems for improved diagnostic feedback and system optimization.