BEGE Power Transmission is a leading manufacturer specializing in advanced motion control and industrial automation solutions. Renowned for their precision engineering and robust product quality, BEGE encoders are widely trusted by engineers and technical specialists throughout the industry.
**Product Name:**
BEGE Flanged Encoder MIG Nova+ MN-140-24-0016-9
**Key Product Attributes:**
Flange Outer Diameter: 140 mm

Flange Hole Pitch Circle (BCD): 115 mm

Shaft Diameter: 24 mm

Compliant Motor Size: IEC 90B14

Flange Thickness: 9 mm

Stainless Steel Construction for superior corrosion resistance and durability in industrial environments

Input Voltage Range: 5 - 24 VDC

HTL/TTL output (A90°B / A'90°B') for reliable signal transmission in demanding applications

Pulses per Revolution: 16 per channel for precise feedback

Cable Length: 2 meters for flexible installation

Ingress Protection: IP55/IP67 for high resistance against dust and water
**Encoder Types and Typical Applications:**
MIG Basic – An incremental encoder for standard automation tasks. Delivers reliable speed feedback, ideal for basic industrial machinery and general motion control.

MIG Nova+ – An incremental encoder with higher resolution and enhanced signal stability, suited for precise regulation in automated systems such as packaging lines, robotics, and conveyor control systems.

MIG AST – An absolute encoder, which retains position after power loss; perfect for advanced positioning solutions and high-precision motion controllers required in complex automation, robotics, and production environments.
**Feature Benefits & Application Possibilities:**
Robust stainless steel brings longevity and optimal performance in corrosive or challenging industrial settings.

High ingress protection IP55/IP67 ensures reliable operation in environments with dust, moisture, or washdowns.

Flexible installation with standard motor compatibility (IEC 90B14) and 2-meter connection cable.

HTL/TTL output supports integration with modern PLCs, frequency inverters, and automation controllers.

Precise pulses per revolution allow for accurate speed and position monitoring, crucial for process optimization, safety interlocks, and synchronized machinery.