Description
**High-Resolution Incremental Encoder:** The MIG Nova+ is an incremental encoder featuring enhanced resolution and superior signal stability, ideal for accurate speed and position feedback in complex automation systems.
**Industrial-Grade Materials:** Constructed from high-grade aluminum, this encoder offers exceptional durability and resistance to harsh industrial conditions.
**Long Cable Length (100 meters):** The generous standard cable length supports flexible integration, particularly in large-scale installations or extensive automated machinery.
**Robust IP55/IP67 Protection:** Certified according to IP55 and IP67 standards, the MIG Nova+ is highly resistant to dust and water ingress, enhancing reliability in challenging environments.
**Optimal Mounting Versatility:** Designed with an outer flange diameter of 350 mm (IEC 180B5, BCD 300 mm, shaft 48 mm), it ensures compatibility with a wide range of industrial motors and gearboxes.
**Flexible Electrical Interface:** Supports both HTL and TTL output signals, with A90°B / A'90°B' channels, and operates on 5-24VDC input – maximizing system compatibility.
**Key Application Areas:** This encoder excels in automated material handling, conveyor systems, industrial robotics, and high-precision speed regulation in motor control setups.
**Easy and Secure Installation:** The 12 mm flange thickness ensures mechanical stability even during high vibration operation, making it suitable for demanding industrial automation platforms.
**Optimized Precision:** With 64 pulses per channel, the MIG Nova+ delivers fine-grained feedback for accurate motion control in sophisticated engineering applications. **Difference in Encoder Types:**
*MIG Basic:* Incremental encoder for basic speed feedback in standard automation tasks.
*MIG Nova+:* High-resolution incremental encoder with excellent signal stability for precise regulation in advanced automated systems.
*MIG AST:* Absolute encoder retaining position even after power loss, suited for precise positioning and advanced control systems.

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