BEGE Power Transmission is a renowned European manufacturer, specializing in high-quality, robust industrial automation components. With decades of experience, BEGE delivers reliable, precise, and durable motion control solutions tailored to demanding engineering environments.
**Product Overview - BEGE Flanged Encoder MIG Nova+ MN-090-11-0032-7**
The MIG Nova+ is an incremental encoder engineered for advanced motion feedback and precision in industrial automation systems, ensuring optimal control for technical specialists and engineers.
**Key Features and Benefits:**
• High-resolution incremental encoder (32 pulses/channel) enables precise speed regulation and accurate feedback control in automated machinery.
• Superior signal stability improves the reliability of feedback, especially critical for demanding control applications or variable-speed drives.
• Robust stainless steel housing ensures exceptional resistance to corrosion, chemicals, and mechanical stress, significantly extending the encoder’s lifetime in harsh industrial environments.
• Dual IP55/IP67 ingress protection allows for safe operation in wet, dusty, and high-pressure environments, maintaining performance even under adverse conditions.
• Compact flange design (Ø90mm outer, 75mm BCD, 7mm thickness) allows easy integration into motor assemblies conforming to IEC 63B14 norm, supporting versatile installation in diverse machinery setups.
• 11mm shaft diameter with solid construction ensures secure and vibration-resistant coupling for consistent signal integrity.
• Wide supply voltage range (5–24VDC) with HTL/TTL A90°B / A'90°B' output compatibility provides seamless interfacing with most modern controllers and PLCs.
• 2-meter shielded cable enables effortless connection in complex control cabinets, facilitating fast installation in existing systems.
• Designed specifically for applications requiring higher resolution and signal stability such as robotics, conveyor technology, CNC machinery, and packaging equipment.
**Application Versatility:**
• Ideal for use where high-precision speed and feedback control are essential, such as in automated assembly lines, industrial robotics, and process automation.
• Outperforms basic MIG Basic models by delivering more precise motion control, making it suitable for systems where fine regulation is crucial.
• Preferable over absolute encoders like MIG AST when speed feedback is prioritized over absolute position retention, combining cost efficiency with advanced performance in dynamic automation environments.