BEGE is a renowned Dutch manufacturer, specializing in innovative drive technology solutions. Their encoders are designed for industrial automation, recognized for outstanding durability, precision, and reliability.
Key Features and Advantages:
Product Name: BEGE Flange Encoder MIG Basic MB-120-19-0004-7

Incremental function enables essential speed feedback for general automation applications, ideal for motor speed monitoring, conveyor systems, and simple control tasks.

Robust aluminium housing (outer diameter Ø120 mm, BCD 100 mm, shaft diameter 19 mm) ensures mechanical strength, chemical resistance, and long-term operational reliability in demanding industrial environments.

Compliant with IEC 80B14 flange standard and a 7 mm flange thickness, allowing seamless integration with a wide range of motor types and mounting configurations.

Wide input voltage range (5-24VDC) for flexible system compatibility and simplified integration into different control architectures.

HTL output signal (A90°B) facilitates accurate incremental pulse detection, ensuring reliable interface with PLCs, frequency inverters, and standard industrial controllers.

Low pulse rate (4 pulses per revolution per channel) optimizes for basic speed regulation with reduced data load, suitable for applications where high speed, not high precision, is the primary requirement.

Comes with a 10 meter shielded cable, offering extensive installation flexibility and reliable signal transmission even in electrically noisy environments.

IP55 / IP67 ingress protection allows operation in dusty or splash-prone settings, with optional protection against immersion for harsh applications.
Application Versatility:
Perfect for basic motor speed feedback in packaging lines, conveyor systems, simple machinery, pumps, fans, and other production automation where cost-efficient, robust operation is essential.

As part of the BEGE MIG encoder series: choose MIG Nova+ for higher resolution and improved signal stability in advanced precise control tasks, or MIG AST for absolute positioning where power loss should not affect position feedback.