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GE UR SHH URSHH Industrial Control Module - dcsintegration Automation

The GE-FANUC UR SHH URSHH Module is a specialized Industrial Automation Module designed for advanced control applications in manufacturing and automation environments. It seamlessly integrates with various industrial systems to enhance productivity and efficiency.

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TEL:400-887-3214
Mail:jilineasyyi@outlook.com
Q Q:615739355
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Processor Type:Advanced 80188 processor

I/O Points:512 input/output channels

Processor Speed:10 MHz clock speed

Weight:0.92 kg

Series:GE PLC Mark VI

Module Type:Extended Communication Module

Dimensions:22 cm x 10 cm x 5 cm

    The GE UR SHH URSHH Module is engineered for optimal performance in demanding industrial environments. Its robust design ensures reliable operation under harsh conditions, backed by GE‘s commitment to quality and innovation.

    Equipped with an advanced 80188 processor, this module offers unparalleled computational power, enabling efficient execution of complex control algorithms and data processing tasks.

    With 512 I/O points, the UR SHH URSHH Module provides extensive connectivity, supporting a wide range of input and output devices. This feature facilitates seamless integration with various sensors, actuators, and other industrial components.

    Operating at a clock speed of 10 MHz, the module ensures fast response times and smooth data transmission, crucial for real-time control applications. Its high-speed processing capabilities make it suitable for applications requiring quick decision-making and precise control.

    The lightweight design (0.92 kg) makes installation and maintenance easier, reducing downtime and minimizing operational costs. The compact dimensions (22 cm x 10 cm x 5 cm) ensure efficient use of space within control cabinets or on DIN rail.

    Built to withstand industrial environments, the UR SHH URSHH Module is designed with durability and longevity in mind. It adheres to strict quality standards, ensuring consistent performance over extended periods.

GE UR SHH URSHH Module