BEGE is renowned for its high-quality, robust drive technology components, bringing reliable automation solutions to industrial applications worldwide. Their encoders are trusted for precision, durability, and advanced functionality, meeting the demands of engineers and technical specialists.
**Product Name: BEGE Flanged Encoder MIG Nova+ MN-090-11-0001-7**
Flange Diameter: 90 mm | Flange BCD: 75 mm | Shaft Diameter: 11 mm | IEC Motor Standard: 63B14 | Cable Length: 2 m | Stainless Steel Housing | Output: A90°B/A'90°B' HTL/TTL | Input: 5–24 VDC | Protection: IP55/IP67 | Pulses per Revolution: 1 per channel
**Key Features, Technical Advantages & Application Areas:**
High-Resolution Incremental Encoder – The MIG Nova+ provides superior resolution and enhanced signal stability, ensuring precise speed and direction feedback for critical processes in industrial automation.

Corrosion-Resistant Stainless Steel Construction – Guarantees exceptional durability in harsh environments, suitable for food processing, chemical, marine, and outdoor installations.

Flexible Output Options – Supports both HTL and TTL output signals, allowing seamless integration with a variety of industrial controllers and drive systems.

Wide Input Voltage Range (5–24VDC) – Facilitates compatibility with multiple PLCs and automation setups, reducing supply complexity.

Dual Protection Ratings (IP55/IP67) – Delivers reliable operation in dusty, wet, or washdown environments, ideal for demanding industrial sectors.

Compact Flange Design (90mm OD, 75mm BCD, 7mm Thickness, 11mm Shaft) – Optimized for retrofitting onto IEC 63B14 standard motors and space-limited machinery.

Long 2-Meter Shielded Cable – Ensures flexible and interference-free installation for machine builders and retrofit applications.
**Application Focus:**
Suitable for highly accurate speed control and feedback in automated assembly lines, packaging machines, conveyor systems, and robotics.

Well-suited for industries demanding signal precision and robustness, such as automotive, bottling, and food production.

Enhances system safety, reliability, and maintenance efficiency through stable feedback and stainless-steel construction.