BEGE Power Transmission is a renowned European manufacturer specializing in innovative drive technology, known for its high reliability and precision components for industrial automation systems.
**Product Name:**
BEGE Flanged Encoder MIG Nova+ MN-200-38-0004-12, 4 pulses, 15m cable, stainless steel
**Key Features, Benefits, and Applications:**
High-resolution incremental encoder delivers superior signal stability, allowing for accurate speed and position feedback in automated industrial systems.

Stainless steel housing provides excellent durability and resistance to corrosion, making the encoder suitable for demanding industrial environments, such as food & beverage, pharmaceutical, and marine applications.

Flange diameter of 200mm and 38mm shaft are designed for seamless integration with IEC 132B14 standard motors and setups, ensuring compatibility and minimizing installation challenges.

High environmental protection ratings (IP55/IP67) enable reliable operation in dusty, moist, or washdown environments, reducing maintenance needs and downtimes.

15-meter cable length allows flexible installation even at distance from the control cabinet, facilitating integration in larger or complex machine layouts.

HTL/TTL output signals support both conventional and modern PLCs or motion control systems, ensuring compatibility with a wide range of controllers.

4 pulses per revolution per channel provide sufficient resolution for speed monitoring and closed-loop control in standard to medium-precision automation tasks.

Ideal for use in conveyor systems, automated packaging lines, material handling, motion control, and process industries where reliability and accuracy are crucial.
**Encoders Overview:**
MIG Basic – Robust incremental encoder for fundamental speed feedback in standard automation tasks.

MIG Nova+ – Advanced incremental encoder with higher resolution and signal stability for precise regulation in automated systems.

MIG AST – Absolute encoder retaining position after power loss, designed for precise positioning and advanced control systems.