Description
Advanced incremental encoder offering high resolution and enhanced signal stability for precise speed and position feedback in demanding automation environments. Durable and engineered for easy integration with IEC 160B14 motors. **Key Features and Benefits:**
– High-Resolution Incremental Output: With 32 pulses per channel, allows for more accurate speed and position control, perfect for precise regulation in automated systems.
– Superior Signal Stability: Enhanced electronics provide stable and interference-resistant feedback, ideal for challenging industrial settings.
– Extended Cable Length (10 meters): Facilitates flexible installation across large machines or remote control cabinets.
– Robust Aluminium Construction: Ensures durability and resistance to mechanical wear in harsh environments.
– IP55/IP67 Protection: Sealed against dust and water, suited for demanding industrial and process automation applications.
– Versatile Output (HTL/TTL): Compatibility with a wide range of controllers and PLCs for easy integration.
– IEC 160B14 Motor Adaptation: Designed specifically for quick mounting on standard IEC motors, minimizing installation time.
– Flange Outer Diameter Ø250mm & Shaft Diameter 42mm: Large and stable mechanical interface provides secure, vibration-resistant mounting. **Applications:**
– Precise feedback for servo drives, conveyors, sorting systems, and packaging automation.
– Enhanced speed and position monitoring for robotics, CNC machines, and logistics systems.
– Reliable operation in environments demanding high accuracy and robust signal integrity.
– Suitable for both upgrades and new installations in industrial automation, logistics, and manufacturing machinery. **Encoder Types from BEGE:**
MIG Basic: Incremental encoder for essential speed feedback in standard automation applications.
MIG Nova+: Incremental encoder with higher resolution and improved signal stability, ideal for more precise regulation in automated systems.
MIG AST: Absolute encoder retaining position after power loss, enabling accurate positioning and advanced control systems.

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