Description
Brand Information: BEGE Power Transmission is a renowned manufacturer of high-precision automation components, recognized for reliable, durable, and innovative encoder solutions tailored for diverse industrial environments.
Product Type: Incremental Encoder for Basic Speed Feedback
Product Name: BEGE Flanged Encoder MIG Basic MB-105-14-0002-7
Key Features and Advantages:
Robust Aluminium Housing: Ensures durability, vibration resistance, and optimal protection in demanding industrial settings.
Large Flange Diameter (Ø105mm) and BCD of 85mm: Facilitates easy mounting on IEC 71B14 motors and supports mechanical stability for seamless integration in existing drive systems.
14mm Shaft Diameter: Suitable for a wide range of motor and machine coupling requirements, providing strong rotational support.
Ingress Protection Rating IP55/IP67: Offers reliable protection against dust and water, making it ideal for use in harsh environments or washdown zones.
Wide Voltage Range Input (5-24VDC): Ensures compatibility with various industrial PLCs, controllers, and automation systems.
Pulse Output: Generates 2 pulses per channel, suitable for rotation detection and basic speed control in automated processes.
Output Signal: A90°B HTL provides reliable, noise-resistant signal transmission, ensuring accurate feedback even in electrically noisy industrial applications.
Long Cable Length (15m): Enables flexible installation at a distance from the control system without signal loss, reducing installation constraints.
Aluminium Construction: Lightweight yet strong, contributing to efficient heat dissipation.
Application Possibilities:
Well-suited for basic speed monitoring, conveyor systems, standard production lines, and automated warehouse applications where simple incremental feedback is required.
Ideal for integration with standard AC and servo motors in mainstream industrial automation, packaging machines, and entry-level motion control solutions.
Why Choose BEGE MIG Basic?
This encoder delivers essential speed feedback, robust construction, and easy installation, supporting increased uptime and reduced maintenance in standard automation tasks.

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