BEGE is a renowned manufacturer of high-quality industrial automation components, specializing in drive technology solutions for demanding environments. Their innovative encoders are engineered for precision, reliability, and integration in diverse automation systems.
**Product Name:**
BEGE Flanged Encoder MIG Nova+ MN-140-24-0008-9, 8 pulses, 15m cable, aluminium
**Key Features & Advantages:**
• High-resolution incremental encoding for precise speed and position feedback, ideal for applications demanding superior control accuracy in industrial automation.
• Advanced signal stability enabled by cutting-edge sensor technology guarantees consistent, interference-free pulse output even in electrically noisy environments.
• Output type: A90° B / A'90° B' HTL/TTL, allowing interface flexibility across various drive controllers and PLCs common in modern automation architectures.
• 8 pulses per revolution per channel, suitable for monitoring, speed regulation, and position tracking in conveyor systems, packaging machines, and processing equipment.
• Robust aluminium housing (Ø140mm outer diameter) ensures durability, optimal thermal management, and resistance to industrial wear and tear.
• Extended cable length of 15 meters enables remote installations and facilitates flexible machine configuration in large-scale automation systems.
• Dual IP classifications (IP55/IP67) offer excellent dust and water ingress protection, making the encoder suitable for harsh and demanding industrial environments.
• Compact flange design (BCD 115mm, 9mm thickness; IEC 90B14) ensures easy integration with a wide range of motor types and gearbox mounting standards.
**Application Possibilities:**
• MIG Basic: Ideal for standard automation tasks requiring basic incremental speed feedback in packaging lines, conveyor belts, or entry-level position monitoring.
• MIG Nova+: Suited to applications needing higher resolution and enhanced signal reliability, including CNC machining, robotic arms, and automated inspection systems.
• MIG AST: Perfect for advanced control architectures that require absolute position feedback retained after power loss, such as advanced robotics, servo drive synchronization, and critical positioning systems.