BEGE is an established manufacturer of advanced automation components, with a reputation for high-quality engineering and reliable solutions tailored to the demands of industrial applications. Their encoders are valued for durability, precision, and versatile integration possibilities.

**Key features and benefits:**
• High-precision incremental encoder MIG Nova+ for accurate speed and position feedback in demanding automated systems.
• Output with HTL/TTL A90°B / A'90°B' channels provides robust and stable signal transmission for compatibility with a wide range of industrial controllers.
• High resolution of 2048 pulses per revolution per channel enables exact regulation and control, ideal for applications requiring fine speed or position adjustment.
• Enhanced signal stability ensures reliability, minimizing interference and error—critical for feedback circuits in high-speed or precise environments.
• Rugged aluminium housing provides exceptional mechanical strength and resistance to industrial conditions.
• Large outer flange diameter (Ø350mm) and flange BCD of 300mm facilitate direct mounting on IEC 160B5 motors and allow easy integration in heavy-duty machinery.
• 42mm shaft diameter accommodates powerful torque transmission applications.
• Supports wide input voltage range (5–24 VDC), simplifying electrical integration with various automation systems.
• Long 10 meter cable offers flexible installation in large machines and remote setups.
• IP55/IP67 protection ratings ensure resistance to dust and strong water jets, suitable for harsh industrial environments.
**Applications:**
• The MIG Basic is ideal for standard automation tasks that require fundamental speed feedback, such as conveyor drives, basic packaging machines, and manufacturing lines.
• The MIG Nova+ excels in precise speed or position regulation, making it suitable for robotics, CNC machines, advanced production lines, and process automation requiring higher resolution and improved signal reliability.
• The MIG AST absolute encoder is specifically designed for advanced control systems where position retention after power loss and reliable, absolute feedback are essential, such as in high-end robots, automated storage systems, and complex machine tools.