BEGE is a renowned Dutch manufacturer of innovative drive technology components, known for reliability and technologically advanced solutions in motion control for industrial automation.
The MIG Nova+ is an incremental encoder uniquely designed to provide high-resolution speed and position feedback, allowing for precise control and regulation of automated processes in demanding industrial environments.
**Key Features and Application Possibilities:**
- High-resolution output with 2048 pulses per channel enables accurate and stable speed feedback, ideal for precise control in robotics, conveyors, packaging, and material handling systems.
- Superior signal stability ensures reliable operation, even in high-dynamic or vibration-prone applications—minimizing the risk of signal loss and system disruption.
- Output available in A90°B / A'90°B' HTL/TTL, ensuring compatibility with a wide variety of control systems and PLCs.
- Robust stainless steel construction and IP55/IP67 protection support use in harsh industrial environments with exposure to dust, moisture, or chemicals.
- Large flange (Ø140mm, BCD 115mm, thickness 9mm) and 24mm shaft diameter for easy integration with IEC 90B14 motors and direct motor mounting.
- Long cable length (50 meters) offers versatile installation possibilities, supporting both centralized and remote control panel configurations.
- Wide input voltage range (5–24VDC) accommodates various automation system requirements.
- Applications include advanced packaging machines, conveyor systems, industrial robots, printing and textile machinery, and process automation—especially where high accuracy and repeatable control are critical.
**Model Comparison – BEGE MIG Encoders:**
- MIG Basic: Incremental encoder for fundamental speed feedback in standard automation tasks.
- MIG Nova+: High-resolution incremental encoder with enhanced signal stability, suited for accurate regulation in advanced automated systems.
- MIG AST: Absolute encoder preserving position after power loss, ideal for high-precision positioning and sophisticated control systems.