Description
- Incremental encoder with enhanced resolution and improved signal stability, ideal for precise control in demanding automated systems- Output signals: A90°B / A'90°B', compatible with both HTL and TTL logic for versatile integration- 16 pulses per revolution per channel offering accurate speed feedback- Wide input voltage range (5-24VDC), ensuring compatibility with various industrial control systems- Robust stainless steel housing, providing superior corrosion resistance and longevity in challenging environments- Large 140 mm flange diameter (Ø140mm) and 115 mm pitch circle diameter (BCD), ensuring mechanical compatibility with IEC 63B5 standard motors- 7 mm flange thickness delivers mechanical rigidity for vibration-prone applications- 11 mm shaft diameter accommodates standard industrial motor shafts- IP55/IP67 rated for dust tightness and high-level water resistance, supporting both indoor and outdoor installations- Extended 10 meter cable length simplifies installation in large-scale automation setupsAdvantages for Technical Specialists:
- High signal reliability reduces the risk of signal degradation in electrically noisy environments- HTL/TTL support enables seamless integration with diverse PLCs, drives, and controllers- Corrosion-resistant stainless steel construction extends operational life and reduces maintenance cycles- High ingress protection rating ensures uninterrupted performance in wet, dusty, or washdown conditions- Long cable enables remote installation without signal lossApplications:
- Precision speed feedback in conveyors, packaging, and textile automation systems- Accurate positioning in robotics, material handling, and CNC machinery- Suitable for use in food processing, marine, chemical, and other harsh industrial environmentsEncoder Type Differentiation:
- MIG Nova+: High-resolution incremental encoder for precise and stable feedback in automated systems- MIG Basic: Incremental encoder for basic speed feedback in standard automation tasks- MIG AST: Absolute encoder for maintaining position after power loss, supporting advanced motion control and positioning systems

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