The MIG Nova+ series from Dutch manufacturer BEGE is renowned for precision-engineered encoders tailored for demanding industrial automation. BEGE stands out for robust, innovative solutions that ensure reliable feedback and integration in motor systems for automation specialists worldwide.
Key Features and Benefits:
• High-Resolution Incremental Encoder: The MIG Nova+ provides incremental feedback with superior signal stability and higher resolution, supporting precise speed and position control in advanced automated environments.
• Stainless Steel Housing: Constructed from high-grade stainless steel for outstanding resistance to corrosion, chemical exposure, and mechanical wear, making it ideal for harsh environments and food or pharmaceutical industries.
• Flange and Shaft Design: Outer flange diameter of 90mm, BCD 75mm, and 7mm flange thickness for robust, standardized mounting (IEC 63B14 / 90mm flange), with an 11mm shaft for compatibility with a wide range of motors.
• Electrical Interface: Capable of handling input voltages from 5 to 24VDC, with HTL/TTL compatible outputs (A90°B / A'90°B'), ensuring seamless integration with various control systems and PLCs.
• Ultra-Long Cable Reach: Supplied with a 20-meter cable allowing flexible installation and remote sensor positioning in large machines or automation lines.
• Superior Environmental Protection: IP55/IP67 rating offers excellent dust and water ingress protection, suitable for use in challenging outdoor and washdown applications.
Applications:
• Servo and stepper motor feedback for CNC, robotics, and automated conveyor systems needing accurate speed and position monitoring.
• Packaging, food processing, and pharmaceutical industries demanding hygienic, corrosion-resistant, and robust components.
• Material handling, assembly lines, and smart manufacturing setups requiring long cable runs and resilient sensor solutions.
• Also available: MIG Basic for cost-effective incremental speed feedback in standard automation, and MIG AST absolute encoders for retaining position after power loss, ideal for safe machine position referencing.