BEGE is a renowned manufacturer of high-quality motion control solutions, trusted by engineers and technical specialists across various industrial sectors. BEGE encoders are known for their robust construction, innovative design, and reliable performance in demanding automation environments.
**Product Name:**
BEGE Flanged Encoder MIG Nova+ MN-120-19-0008-7, 8 pulses, 15m cable, aluminum
**Key Features, Advantages, and Application Possibilities:**
- Incremental encoder with higher resolution and exceptional signal stability, making it ideal for precise speed and direction feedback in sophisticated automated systems.
- Designed with a rugged Ø120mm flange and a 100mm bolt circle diameter compliant with IEC 80B14, facilitating seamless integration into motors and equipment utilizing standard mountings.
- Equipped with a robust 19mm shaft and a 7mm flange thickness, ensuring reliable mechanical coupling and durability under continuous operation.
- Delivers A90°B / A'90°B' HTL/TTL output signals, supporting 8 pulses per channel for accurate pulse counting and feedback suitable for frequency monitoring, conveyor systems, and speed regulation tasks.
- Operates with a wide input voltage range (5-24VDC), providing flexible integration with various industrial controllers and PLCs.
- Long cable length (15 meters) allows for easy installation even in large machines or remote-access environments.
- Manufactured from corrosion-resistant aluminum, ensuring a lightweight yet robust housing for extended lifecycle in harsh industrial conditions.
- Meets IP55/IP67 protection standards, offering resistance to dust and moisture, and making it suitable for deployment in environments exposed to washdown or particulates.
- Especially suited for applications like automated assembly lines, packaging machinery, textile processing, and factory automation where stable and precise feedback is critical for system reliability and performance.
- The improved resolution and signal stability differentiate the MIG Nova+ from the MIG Basic series (intended for standard automation feedback), and position it as the optimal choice for advanced regulation and synchronizing tasks where accuracy is paramount.