Description
BEGE is a renowned Dutch manufacturer of high-quality drive technology components, recognized for precision engineering and reliable solutions tailored to demanding industrial applications. Their encoders are known for robust performance, innovative features, maximal durability, and compliance with global standards. **Product Description & Key Features:**
The BEGE flange encoder MIG Nova+ is a high-resolution incremental encoder engineered for advanced speed and position feedback in industrial automation systems. With enhanced signal stability and precision, MIG Nova+ is ideal for technical specialists and engineers needing dependable performance in dynamic environments.
High Resolution: 64 pulses per channel enable fine speed feedback for accurate automation control.
Superior Signal Stability: Reduced risk of signal fluctuation ensures greater process reliability and fewer operational errors.
Wide Voltage Compatibility: Accepts 5–24VDC input, allowing seamless integration into diverse control architectures.
Robust Stainless Steel Construction: Withstands harsh environments, offers superior corrosion resistance, and ensures extended operational lifespan.
IP55/IP67 Protection: Dual-rated ingress protection safeguards the encoder against dust and water, making it suitable for demanding industrial applications.
Long Cable Length (15 meters): Facilitates flexible installation options for large machinery or remote positioning.
HTL/TTL Output Signals (A90°B / A'90°B'): Ensures compatibility with modern and legacy PLCs, drives, and controllers.
Flanged Mounting (Ø105mm, flange thickness 7mm): Offers secure, precise attachment for stable performance.
14mm Shaft Diameter & IEC 71B14 Interface: Compatible with a wide range of motor and gearbox assemblies. **Application Areas:**
Automated production lines requiring precise speed feedback and improved process stability.
Robotics and conveyor systems benefitting from enhanced control in start/stop and direction changes.
Packaging, food processing, and materials handling where durability and environmental resistance are critical. **Advantages:**
Boosts productivity through reliable, precise feedback.
Simplifies integration and reduces maintenance costs.
Minimizes downtime with robust protection and stable signal output.

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