BEGE is a renowned manufacturer specializing in automation components, with a strong reputation for delivering high-precision, reliable encoders engineered for industrial environments. Their products combine robust construction with advanced signal processing, tailored for demanding engineering and automation requirements.
**Product Name**
BEGE Flange Encoder MIG Basic MB-140-24-0002-9
**Key Features & Benefits**
Incremental encoder optimized for basic speed feedback in standard automation tasks, ensuring reliable operation for general motion control applications.

Offers 2 pulses per revolution (ppr) per channel, ideal for systems that require straightforward monitoring and control of rotational speed.

Robust aluminium housing ensures high durability and protection against industrial environmental factors.

Large 140mm flange (outer diameter), 24mm shaft diameter, and 115mm bolt circle diameter (BCD) for standard IEC 90B14 motor mounting compatibility.

Versatile input voltage range of 5-24VDC to accommodate different power setups in automation panels.

High-quality HTL (High Trigger Level) output signal (A90°B HTL) delivers reliable and noise-immune signal transmission for industrial control systems.

Available with extended protection class options (IP55 / IP67), ensuring optimal performance in dusty or moist environments for maximum uptime.

5-meter pre-installed cable allows flexible installation in large or complex machinery layouts.
**Application Scenarios**
MIG Basic: Suited for basic speed monitoring in conveyors, fans, pumps, and other standard drive systems. Perfect for OEMs and system integrators working on standard automation projects.

MIG Nova+: Designed for more precise speed regulation in automated environments requiring higher resolution and signal stability, such as robotics, packaging, or advanced process control.

MIG AST: Functions as an absolute encoder with position memory retention during power loss. Ideal for advanced positioning tasks in robotics, CNC, and multi-axis machine systems where system safety and precision are critical.