Description
• **MIG Basic** – Incremental encoder for essential speed feedback in general automation tasks. Delivers reliable and straightforward speed monitoring for standard machinery control applications.
• **MIG Nova+** – Incremental encoder with enhanced resolution and improved signal stability, ideally suited for high-precision control in advanced automated systems. Provides stable, high-quality square wave outputs for exact motion regulation, enabling finer tuning and increased repeatability in production lines, packaging plants, and conveyor systems.
• **MIG AST** – Absolute encoder retains position information even after a power loss, making it the optimal choice for applications requiring accurate positioning and sophisticated motion control—such as robotics, CNC machines, and complex automated handling solutions.
• **Key Features of the BEGE MIG Nova+ MN-105-14-0016-7:**
– Robust flanged design with an outer diameter of 105mm and BCD 85mm, ensuring compatibility with IEC 71B14 standard motors and easy direct mounting.
– High-grade aluminium housing offers lightweight durability and corrosion resistance for industrial environments, enhancing equipment longevity.
– 14mm shaft diameter for strong mechanical coupling, providing high torsional resistance and accurate signal transfer.
– Supplies 16 pulses per channel, ideal for medium-resolution feedback in conveyor, material handling, and automated adjustment systems.
– Wide voltage input range (5–24VDC) and flexible HTL/TTL output signals (A90°B / A'90°B') compatible with most industrial drives and PLCs.
– Extended cable length (15 meters) facilitates installation across larger machines or systems, supporting greater flexibility in plant layouts.
– IP55/IP67 protection classes for reliable operation in dusty environments and during direct water splash, maximizing uptime and reducing maintenance.
– Flange thickness of 7mm supports compact system integration where installation space is limited.**Applications:**
• Conveyor speed and position monitoring, automated assembly lines, packaging machines, sorting systems, lifting devices, robotics, and any application requiring precise incremental feedback for enhanced process control.

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