Description
Manufactured by BEGE, a renowned specialist in drive technology with decades of experience delivering reliable motion control solutions to the industrial sector. BEGE encoders are known for robust construction, innovation, and compatibility with a wide range of automation and drive systems.Key Features and Benefits:
Encoder Type: The MIG Nova+ is an incremental encoder with enhanced resolution and improved signal stability, ensuring precise speed/positioning feedback for demanding automation and control tasks.
Signal Output: A90°B / A’90°B’ output, compatible with both HTL and TTL formats, allowing flexible integration with diverse controllers and drive electronics.
Power Supply: Wide input voltage range from 5–24VDC, suitable for various industrial power environments.
Pulses per Revolution: 1 pulse per channel, ideal for applications requiring synchronized basic position or speed verification.
Durable Construction: Made with a robust aluminium housing that offers excellent mechanical protection and high resistance to industrial conditions.
Flange and Shaft Dimensions: Designed for IEC 160B14 motors with a flange outside diameter of 250mm, a bolt circle diameter (BCD) of 215mm, flange thickness of 12mm, and a solid 42mm shaft—ensuring compatibility with heavy-duty machinery.
Environmental Protection: IP55/IP67 classification, providing resilience against dust, moisture, and immersion, suitable for harsh environments.
Cable: 2 meter cable length for flexible installation in control cabinets or machine enclosures.Application Possibilities:
Ideal for automated machinery needing high-resolution speed and position feedback, e.g., packaging, material handling, robotics, and conveyor systems.
Suitable for integration in advanced servo and frequency inverter systems demanding stable and precise control signals.
Perfect for upgrading standard automation solutions to higher accuracy requirements without compromising on reliability.
Engineered to serve technical specialists and engineers seeking an encoder that combines precision, robust build, and installation flexibility in complex industrial environments.

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