Description
BEGE Aandrijftechniek is a renowned Dutch manufacturer with decades of expertise in drive technology and motion control solutions. Their encoders are recognized for reliability, precision, and superior engineering quality, meeting demanding industrial standards.**Product Description and Key Features:**
• Incremental encoder with high resolution and enhanced signal stability for precise regulation in automated systems
• Robust stainless steel housing (outer diameter 120mm) offers outstanding resistance to corrosion for harsh industrial environments• 9mm solid shaft and IEC 56B5 motor compatibility ensure versatile integration with standard motors and geared systems• 64 pulses per revolution per channel enables accurate speed and position feedback for control systems
• HTL/TTL output with A90°B / A'90°B' channel options supporting both differential and single-ended interfaces for broad compatibility
• Wide power input support (5-24 VDC), suitable for diverse applications and existing control architectures• Generous 20-meter cable length simplifies remote installations and ensures flexible placement even in large machinery setups
• Flange mounting (BCD 100mm, flange thickness 7mm) for stable and secure installation on standard motor and drive units
• Dual ingress protection (IP55/IP67) safeguards against dust, water, and aggressive agents for dependable operation in challenging conditions**Application Areas:**
• Ideal for high-precision speed regulation in automated conveyors, sorting systems, robotic arms, and production lines in manufacturing industries
• Reliable position and velocity feedback for packaging machinery, material handling, and industrial automation• Excellent fit for applications requiring both precision and high durability, such as in food, pharmaceutical, chemical, or marine environments due to stainless steel enclosure• Suited for both new installations and as upgrade solutions for existing automated machinery with incremental feedback needs
**Choose the MIG Nova+ for applications that demand accurate, stable, and rugged speed and position feedback in even the most challenging industrial environments.

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