Description
BEGE is a renowned manufacturer specializing in high-quality, robust automation components designed for industrial drive systems. With a reputation for innovation and reliability, BEGE encoders are trusted by engineers and technical specialists for seamless integration and long-lasting performance in demanding environments.**Key Features & Advantages:**
Incremental encoder designed for basic speed feedback in standard automation applications – ideal for industries such as manufacturing, logistics, and material handling.
High mechanical durability and resistance to harsh environments due to a full stainless steel housing, ensuring longevity and reduced maintenance in industrial settings.
Compatible with IEC 56B5 motor flange standard and features a 120mm outer diameter and 100mm BCD flange, allowing easy replacement and broad compatibility.
9mm shaft diameter supports robust, secure shaft-motor coupling, minimizing play and signal loss in drive systems.
IP55/IP67 ingress protection class makes the encoder suitable for both dust-laden and humid environments, safeguarding against water and particle ingress.
Output signal A90°B, HTL level, provides reliable digital output for universal PLC and drive controller integration.
8 pulses/revolution per channel enable straightforward speed measurements and simple position referencing, supporting basic closed-loop control tasks.
Wide input voltage range (5-24VDC) permits flexible integration across a variety of automation electronics.
10-meter integrated cable supports easy and remote installation on machinery, including conveyors, pumps, and standard production line equipment.**Application Possibilities:**
Perfect for providing basic feedback in conveyor lines, automated doors, or any machinery requiring simple speed monitoring and control.
Robust construction makes it ideal for food processing, packaging, and other harsh industrial environments.
Suitable for retrofitting or upgrading automation systems where basic incremental feedback is required with minimal engineering effort.

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