BEGE Power Transmission is a renowned Dutch manufacturer specializing in innovative drive technology for industrial automation. Their robust and reliable encoders are engineered to meet the highest demands of precision, longevity and versatility in technical applications.
The MIG Nova+ incremental encoder delivers outstanding performance and signal reliability, specifically designed for high-precision motion control and demanding automation environments.
Key Features and Advantages:

High Resolution: Provides extremely precise speed feedback, ideal for applications requiring superior regulation and control accuracy.

Enhanced Signal Stability: Guarantees reliable pulse output, minimizing error and signal loss even at high speeds or in electrically noisy environments.

Rugged Stainless Steel Construction: The encoder’s housing and shaft are made from corrosion-resistant stainless steel, maximizing durability and enabling use in aggressive industrial settings and washdown environments.

Wide Supply Voltage Range (5-24VDC): Versatile integration with various PLCs, controllers, and automation systems, ensuring compatibility and simplified installation.

Flexible Output Signals: A90°B / A'90°B' HTL/TTL output supports a wide range of interface standards and high-speed counting inputs for both legacy and modern systems.

Two Pulses per Channel: Suitable for precise but basic position or speed detection where fine resolution is not critical, while leveraging improved signal integrity.

Robust Environmental Protection: IP55/IP67-rated for excellent protection against dust, water, and harsh operating conditions.

Large Flange Dimensions: Outer diameter of 200mm and BCD of 165mm with 9mm flange thickness, supporting IEC 90B5 motors and secure mounting in complex assemblies.

Long 5 Meter Cable: Facilitates convenient installation over extended distances without signal degradation.
Application Possibilities:

Precision control in conveyor systems, packaging machines, bottling lines, and automated production cells.

Retrofit or upgrade projects where legacy systems require higher accuracy and more stable speed feedback.

Industrial environments demanding high hygiene standards, such as food, beverage, and pharmaceutical industries.

Any motion application where incremental encoders with robust design and high signal stability are required for reliable automation performance.