Brand Overview: BEGE is a renowned manufacturer specializing in drive technology and motion control solutions. Their encoders are engineered for precision, durability, and adaptability, supporting various industrial automation applications around the world.

Encoder Type: MIG Nova+ is an incremental encoder with high resolution and enhanced signal stability, ideal for precise regulation and control in automated systems.

Key Application Areas: Suitable for machine automation, process control, robotics, conveyor systems, and intelligent production lines requiring accurate velocity and positioning feedback.

Enhanced Signal Stability: Provides reliable and stable output thanks to advanced signal processing technology, reducing noise susceptibility and ensuring consistent data transmission.

High Precision Feedback: Delivers precise speed and position information with 8 pulses per channel, enabling more accurate motion control in demanding industrial applications.

Robust Aluminum Construction: Manufactured from high-grade aluminum for optimal strength and minimal weight, delivering superior resistance to environmental conditions and mechanical wear.

Flexible Mounting: Features a large Ø350mm flange (BCD 300mm) and a shaft diameter of 42mm, compatible with IEC 160B5 motors—facilitating seamless integration into existing drive systems.

Versatile Electrical Interface: Input voltage range from 5-24VDC and dual output (A90°B / A'90°B', HTL/TTL), ensuring interoperability with diverse automation platforms.

Extended Cable: Comes with a 15-meter cable, offering flexible installation possibilities and reducing the need for additional wiring in large-scale setups.

High Protection Rating: IP55/IP67-rated, guaranteeing strong protection against dust and water ingress, thus supporting use in harsh industrial environments.

Key Benefits: Increased system performance, minimized downtime, improved process accuracy, and simplified integration for engineers and technical specialists.

Anvendelsesmuligheder: Applications include high-precision motor feedback, conveyor synchronization, automated packaging, printing, material handling, and advanced motion control systems requiring accurate and robust incremental position feedback.