BEGE Power Transmission is a renowned Dutch manufacturer, specializing in high-quality automation solutions and robust drive components. BEGE encoders are trusted across a wide range of industrial sectors for their reliability, precision, and innovative design, enabling seamless integration into complex automated systems.
**Product Name**
BEGE Flanged Encoder MIG Nova+ MN-120-19-0020-7
**Key Features and Benefits**
Flange outer diameter of 120mm, BCD 100mm—facilitates easy installation and sharp compatibility with IEC 80B14 motor setups.
Robust 19mm solid shaft ensures stable and direct coupling for highly accurate feedback in demanding environments.
Supports 20 pulses per channel, enabling high-resolution incremental position detection and enhanced speed control.
A90°B / A’90°B’ HTL/TTL output provides versatile compatibility with modern control systems, supporting both standard and high-speed signal requirements.
Accepts wide input voltage range (5-24VDC), making it suitable for different industrial power interfaces.
IP55 / IP67 protection class allows reliable operation in dusty, humid, or wet environments, increasing industrial uptime.
Made from strong aluminium for exceptional mechanical durability and low weight, suitable for heavy-duty applications.
Equipped with a 2-meter cable for flexible mounting and integration in control cabinets or tight spaces.
Flange thickness of 7mm ensures robust mounting and resistance to vibration, particularly important in motor feedback applications.
**Application Possibilities**
Ideal for use in industrial automation systems—especially in conveyor technology, packaging machines, robotics, and motor feedback loops requiring precise speed regulation.
Well-suited for applications demanding high signal stability and accuracy, such as automated assembly lines and pick-and-place systems.
Can be easily integrated into existing systems compliant with IEC 80B14 standard, streamlining upgrades and new installations.
The MIG Nova+’s advanced signal processing enables more responsive and stable closed-loop motor control in dynamic manufacturing environments.