BEGE is a renowned manufacturer specializing in drive technology and automation solutions for the industrial sector. With a focus on innovation and reliability, BEGE produces high-quality encoders that meet the stringent requirements of engineers and technical specialists across various industries.
Product Overview:
BEGE Flanged Encoder MIG Nova+ MN-105-14-0032-7 is an incremental encoder with high resolution and enhanced signal stability, ideal for accurate speed and position feedback in sophisticated automation systems.
Key Features and Advantages:
High Resolution: 32 pulses per channel enable precise speed and position control in demanding applications.

Enhanced Signal Stability: Provides reliable and consistent feedback, minimizing signal errors and supporting stable control loops.

Robust Housing: Durable aluminium construction offers superior resistance to mechanical stress and harsh industrial environments.

Flexible Output: Supports both HTL and TTL output signals, allowing easy integration into varied automation and drive systems.

Wide Voltage Range: Operates with 5-24VDC input, making it compatible with a broad range of controllers and PLCs.

Water and Dust Protection: Available in both IP55 and IP67 ratings, ensuring dependable operation in environments exposed to dust, water, or oil.

Long Connection Cable: 10-meter cable increases installation flexibility for complex or large machinery.

Standardized Mounting: Flange diameter of Ø105mm, BCD 85mm, shaft diameter 14mm, and IEC 71B14 compliance enable simple replacement and integration.

Compact Design: Flange thickness of 7mm ensures fit even in applications with limited mounting space.
Application Possibilities:
Industrial automation systems requiring precise speed regulation and feedback.

Positioning and control in robotics and advanced material handling equipment.

Integration in conveyors, packaging machinery, and production lines where signal reliability is critical.

Retrofit projects demanding compatibility with IEC-standard motors and industry communication standards.