BEGE Power Transmission is a renowned manufacturer specializing in innovative transmission components for industrial automation. Their encoders are recognized for high durability, precision, and integration versatility across demanding automation environments.
Product Name:
BEGE Flanged Encoder MIG Nova+ MN-120-09-0128-7
Product Description & Key Features:
• Incremental encoder with enhanced resolution and superior signal stability, engineered for accurate speed feedback and advanced control within automated systems.
• Output channels feature A90°B / A'90°B' HTL/TTL signals, providing clear and reliable feedback for precision regulation.
• Delivers 128 pulses per revolution per channel—ideal for applications requiring detailed velocity measurement and fine adjustment.
• Output voltage range of 5–24 VDC, compatible with a wide range of industrial control systems and PLCs.
• Constructed from highly durable stainless steel for outstanding corrosion resistance, ensuring longevity in harsh environments and minimizing maintenance needs.
• Features a 120 mm outer flange diameter with standardized 100 mm BCD and a 9 mm shaft, enabling seamless integration into IEC 56B5 motors and other mechanical setups.
• Flange thickness is 7 mm, allowing for compact installations without sacrificing robustness.
• Designed to IP55/IP67 protection class, providing strong defense against dust and water ingress—suited for demanding industrial settings.
• Supplied with a 5-meter cable for flexible connectivity and easy installation in various machinery layouts.
Benefits & Application Areas:
• Supports more precise regulation in conveyors, packaging machines, robotics, and process automation systems where stability and high-resolution feedback are essential.
• Easy to retrofit into new or existing setups thanks to standardized mounting dimensions and broad electrical compatibility.
• Robust material and sealing allow use in food & beverage, chemical, and outdoor production facilities.
• Ensures long-term operation, reduced downtime, and consistent feedback, even under frequent washdowns or fluctuating environmental conditions.
• Ideal for technical specialists and engineers needing reliable, high-resolution incremental feedback for motion control, speed regulation, and system optimization.