BEGE is a renowned manufacturer known for their reliable, high-performance automation components, with a strong focus on robust engineering and high precision in drive technology solutions.
The MIG Nova+ is an incremental encoder offering high resolution and enhanced signal stability, making it ideal for accurate speed and position feedback in demanding automation and motion control environments.
**Key Product Features and Advantages:**
• High-resolution incremental feedback ensures precise speed and acceleration control for advanced automated machinery.
• Superior signal stability provides reliable data transmission, reducing downtime caused by signal disturbances in industrial environments.
• 16 pulses per channel enable accurate monitoring and fine-tuned adjustments in motion systems.
• HTL/TTL output and dual-channel A90°B / A'90°B' interfaces increase compatibility with a wide range of control systems.
• Large Ø250 mm aluminium flange (BCD 215 mm) and 28 mm shaft diameter ensure a robust mechanical interface suited for high-load industrial setups (conformant to IEC 100/112B5).
• With a flange thickness of 12 mm and IP55/IP67 rating, the encoder is resistant to dust, moisture, and harsh conditions, prolonging service life in demanding environments.
• Long 20-meter cable supports flexible installation where control panels and machinery are located far apart.
• Input voltage range of 5-24VDC for versatile integration into most industrial automation systems.
**Application Possibilities:**
• Precision speed feedback in automated conveyors, packaging lines, and robotics systems.
• Accurate positioning and motion control for CNC machines, pick-and-place units, and printing equipment.
• Enhanced reliability in feedback loops of servo drives, inverters, and PLC-based control systems in manufacturing and process industries.
• Suitable for retrofitting existing systems as well as integration in new automation projects requiring superior stability and measurement accuracy.
Choose BEGE MIG Nova+ for applications requiring robust construction, fine resolution, and reliable signal quality—preferred by engineers and technical specialists in industrial automation.