BEGE is a renowned Dutch manufacturer specializing in high-quality drive technology and automation solutions for industrial applications. Their encoder solutions are trusted by technical specialists and engineers for their reliability, durability, and innovative signal processing.
**Product Name:** BEGE Flanged Encoder MIG Nova+ MN-080-09-0008-7
**Product Type:** Incremental Encoder with Enhanced Resolution and Signal Stability
**Key Features and Advantages**
- High corrosion resistance due to robust stainless steel housing, ensuring long-lasting performance in demanding industrial environments.
- Large flange diameter of 80mm and standardized BCD of 65mm allow for easy integration with IEC 56B14 motors and compatibility with most industrial drive systems.
- Precision shaft with 9mm diameter for stable connection and accurate transmission of rotational movement, reducing vibration and wear.
- Extremely flexible installation with a 100-meter cable length, enabling signal transmission over large distances in extensive plant layouts.
- Enhanced output options, supporting both HTL and TTL signal types (A90°B / A’90°B’), make the encoder adaptable to a wide variety of automation and control systems.
- High ingress protection (IP55/IP67), suitable for harsh operational environments with exposure to dust, water, and various contaminants.
- Delivers 8 pulses per revolution per channel, ideal for speed feedback and accurate control in automation setups requiring improved regulation.
- Power supply voltage range from 5–24VDC for easy integration with existing industrial control panels and PLC systems.
**Application Possibilities**
- MIG Basic version: Suitable for general speed feedback in standard automation applications such as conveyor systems and basic motor control.
- MIG Nova+ version (this model): Ideal for applications demanding higher resolution and signal stability, such as packaging machinery, robotics, automated warehouse systems, and precise process control in manufacturing environments.
- MIG AST version: Designed for advanced positioning and control systems where precise absolute feedback is crucial, and position data must be retained after power loss, making it ideal for CNC machinery and high-end automation.