BEGE Power Transmission is a renowned manufacturer of high-quality encoders, specializing in innovative automation and drive technology solutions. Their products are widely trusted by industrial specialists and engineers for their reliability, precision, and robust performance in demanding applications.
**Product name:**
BEGE Flanged Encoder MIG Nova+ MN-140-11-0001-7 – Incremental Encoder with High Resolution, 1 Pulse, 140 mm Flange, 11 mm Shaft, Aluminium, 5 m Cable
**Key Features and Benefits:**
High-resolution incremental feedback ensures enhanced speed and position monitoring for precise control in automated systems.

Robust aluminium housing provides excellent durability and resistance to harsh industrial environments.

IP55/IP67 protection class offers reliable operation in both dusty and wet conditions, suitable for a wide range of industries.

HTL/TTL compatible output signals (A90°B / A’90°B’) allow seamless integration into existing automation and PLC systems.

5-24VDC input voltage range enables compatibility with diverse control architectures and ensures flexible application.

Inclusive of a 5-meter shielded cable for simplified installation and extended reach in industrial set-ups.

Motor flange according to IEC 63B5 and BCD 115 mm ensures easy mechanical integration with standard motors.

7 mm flange thickness supports robust mounting and vibration resistance in dynamic applications.

Large 140 mm flange diameter and 11 mm shaft enable compatibility with various motor types and sizes.
**Key Applications:**
Ideal for advanced automation solutions requiring precise motor speed and position control, such as conveyor systems, robotics, textile machinery, and packaging equipment.

Suitable for drive systems where enhanced signal stability and resolution improve operational efficiency and system feedback.

Perfect fit for process control environments demanding high reliability and resistance to contaminants or moisture.

Recommended for modernizing or retrofitting existing systems to increase accuracy and performance through upgraded encoder technology.