BEGE is a leading manufacturer of high-quality encoder solutions for industrial automation, renowned for precision, durability, and innovative technology. Their encoders are widely used by technical specialists and engineers in various sectors to ensure optimal performance and reliability in automated systems.
**Product Name**
BEGE Flanged Encoder MIG Nova+ MN-160-14-0128-7, 128 pulses, 50m cable, stainless steel
**Key Features & Benefits**
Incremental encoder with high resolution and enhanced signal stability, suitable for precise motion control in advanced automation systems.

Output type: A90°B / A'90°B' HTL/TTL, ensuring compatibility with both modern and legacy control architectures for flexible integration.

128 pulses per revolution per channel provide excellent accuracy in speed and position feedback, crucial for demanding control applications.

Robust stainless steel construction offers outstanding resistance to corrosion and harsh industrial environments, extending operational lifetime.

Comprehensive ingress protection with IP55/IP67 classification safeguards the encoder from dust, moisture, and water immersion, making it ideal for challenging conditions.

Flange dimensions (outer Ø160mm, BCD 130mm, thickness 7mm) and shaft diameter (14mm) conform to IEC 71B5 standard, simplifying installation on various motor types.

Supports long cable lengths up to 50 meters, enabling stable signal transmission even in large-scale installations without signal degradation.

Wide input voltage range (5–24VDC) offers flexibility for integration into both new and existing automation systems.
**Application Possibilities**
Suitable for complex automated production lines requiring precise positioning and speed control.

Ideal for robotics, packaging machinery, conveyor systems, and material handling equipment where high-resolution feedback is essential.

Engineered for harsh and demanding environments in food processing, chemical plants, marine, or outdoor applications.

A perfect upgrade for existing systems demanding higher performance and signal reliability for critical monitoring and control tasks.