Description
**Product: BEGE Flanged Encoder MIG Nova+ MN-140-24-0064-9**
High-resolution incremental encoder designed for demanding industrial applications requiring reliable speed and position feedback.
Key Features & Benefits:
• High Resolution: Provides 64 pulses per channel for accurate speed and position detection, supporting precise regulation in automated systems.
• Enhanced Signal Stability: Advanced signal processing ensures consistent and noise-immune output (HTL/TTL, A90°B/A’90°B’), crucial for stability in complex environments.
• Robust Construction: Manufactured from premium stainless steel, offering exceptional durability, corrosion resistance, and suitability for harsh industrial conditions.
• Versatile Output Voltage: Operates with 5–24 VDC, enabling easy integration with various control systems and PLCs.
• Long Cable Reach: Supplied with a 15-meter cable for flexible installation in larger machines or challenging environments.
• Secure Mechanical Fit: Features a 140 mm flange outer diameter, 115 mm bolt circle diameter (BCD), and 24 mm shaft diameter tailored for standard IEC 90B14 motors.
• Superior Environmental Protection: Available with both IP55 and IP67 ratings, ensuring reliable operation in dusty, moist, or washdown environments.
Application Possibilities:
• Suitable for precise speed and position feedback in packaging equipment, conveyors, and process automation.
• Ideal for integration in servo drives, production lines, and high-precision automated machinery requiring stable and high-resolution encoder feedback.
• Used in environments demanding robust encoders capable of withstanding aggressive cleaning and outdoor operation.
**Product Type Differences:**
• MIG Basic: Incremental encoder ideal for basic speed feedback in standard automation tasks.
• MIG Nova+: High-resolution incremental encoder with superior signal stability, designed for accurate control in advanced automated systems.
• MIG AST: Absolute encoder, retaining position after power loss and enabling precise positioning in complex motion control applications.

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