Description
High-Precision Incremental Encoder: The MIG Nova+ model is a high-resolution incremental encoder that delivers superior signal stability, making it ideal for precise speed regulation in advanced automation environments.
Outstanding Signal Quality: Advanced sensor technology ensures optimal signal integrity even in noisy industrial settings, supporting both HTL/TTL outputs for flexible integration into various control systems.
Durable Stainless Steel Construction: The encoder’s stainless steel housing ensures excellent resistance to corrosion, chemicals, and mechanical wear, making it suitable for demanding industrial applications and harsh environments.
Wide Compatibility: Designed with a 80mm flange diameter (BCD 65mm) and a 9mm shaft, it complies with IEC 56B14 norms, facilitating direct mounting and seamless integration with standard motors and drive systems.
High Environmental Protection: With an IP55 and IP67 rating, the encoder is reliably protected against dust, water jets, and temporary immersion, maximizing uptime and minimizing maintenance needs.
Long Cable Reach: The integrated 10-meter cable supports flexible installation, allowing utilization across large machines or complex production lines without signal loss.
Application Versatility: Ideal for automated process lines, conveyor systems, robotics, and packaging equipment where accurate speed and position feedback are crucial for process optimization and system reliability.
Pulses per Revolution: 32 pulses per revolution per channel allow accurate and reliable feedback for control-loop applications, supporting processes requiring intermediate positioning and dynamic responses.
Different Encoder Types:
MIG Basic – Incremental encoder for essential speed feedback in standard automation tasks.
MIG Nova+ – Enhanced incremental encoder for higher resolution and improved signal stability, enabling precise control in sophisticated automated systems.
MIG AST – Absolute encoder that retains position information after power loss, suitable for high-precision positioning and advanced control systems.

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