BEGE is a renowned manufacturer specializing in advanced industrial automation components, recognized for their robust design, high-quality materials, and reliable performance for demanding applications across numerous sectors.
**Product Name:**
BEGE Flange Encoder MIG Basic B-120-09-0002-7
**Key Features and Technical Attributes:**
Incremental Encoder designed for essential speed feedback in standard automation tasks, ensuring reliable operation for everyday industrial control systems.

Offers 2 pulses per revolution per channel for accurate monitoring of rotational speed on connected motors and mechanical assemblies.

Compliant with IEC 56B5 motor flange standards and has a flange diameter of Ø120mm, BCD 100mm, and a flange thickness of 7mm, ensuring seamless integration with a wide range of motor types and machinery.

Equipped with a robust 9mm shaft and an aluminium housing, delivering excellent durability and resistance to mechanical stress and industrial environments.

Input voltage range from 5-24VDC for compatibility with diverse control systems and simplified wiring in automation networks.

HTL (High Threshold Logic) output with A90°B signals, providing high noise immunity and stable signal transmission for dependable operation in electrically noisy environments.

Includes a 2-meter shielded cable, facilitating flexible and secure installation even in large machinery.

IP55/IP67-rated for outstanding protection against dust, water jets, and temporary immersion, supporting use in harsh or challenging conditions.
**Application Possibilities and Advantages:**
Ideal for use in conveyor technology, standard drive systems, packaging machines, and material handling where precise and consistent speed feedback is required.

Ensures easy replacement and retrofit within existing IEC-standard motor set-ups, reducing maintenance complexity and downtime.

Cost-effective solution for providing reliable speed feedback without unnecessary complexity, making it a solid choice for a broad array of standard automation systems.