Description
BEGE Power Transmission is an established Dutch manufacturer known for high-quality, precision automation components. Their encoders are engineered for demanding industrial applications, combining robust materials, innovative signal technologies, and reliable operation in harsh environments.**Key Features and Advantages:**
High-resolution incremental encoder (MIG Nova+) provides superior speed feedback and enhanced signal stability, ideal for applications requiring precise control and accurate automation feedback.
Resolution: Offers incremental output with 1 pulse per channel, ensuring accurate rotational speed monitoring for process optimization.
Output: A 90° B / A' 90° B' HTL/TTL, facilitating straightforward integration with a wide array of modern control systems and PLCs.
Input voltage range: 5–24VDC supports compatibility with various industrial power systems without extra converters.
Stainless steel housing gives excellent corrosion resistance, making it suited for food processing, chemical industries, and harsh outdoor installations.
Flange diameter: Ø250 mm with BCD 215 mm and IEC 160B14 standard; enables direct replacement or upgrading on a wide range of motors and machinery.
Shaft diameter: 42 mm supports high-torque main shafts in heavy-duty industrial drives.
Ingress protection: IP55/IP67 rating ensures reliable performance against dust and water, supporting both indoor and outdoor uses.
Supplied with a 2-meter cable for flexible installation and extended reach within control cabinets or production lines.
Flange thickness of 12 mm adds mechanical stability in dynamic or vibration-prone environments.**Application Possibilities:**
Conveyor systems requiring precision speed regulation and feedback for synchronized material handling.
Robotics and automated machineries in need of high reliability and connection stability under continuous operation.
Heavy machinery and motors where robust construction, high ingress protection, and resistance to aggressive media are essential.
Ideal for retrofitting older equipment to improve accuracy and reliability in measuring and control processes across food, chemical, and manufacturing industries.

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