Advanced Industrial Control Module: 1783-US8T – Unleashing Precision & Efficiency in Manufacturing Automation

The 1783-US8T Industrial Control Module is engineered to revolutionize manufacturing automation by delivering unparalleled precision, reliability, and efficiency in process control applications. Designed to meet the stringent demands of modern industries, this module offers seamless integration and advanced functionalities to optimize operational performance.

Description

Ports per Module:8

Copper Ports:8 x 10/100 Full/Half Duplex, Autonegotiate

Power Requirements:20V AC / 24V DC

Input Power Range:10-24V AC, 10-35V DC

Inrush Current, Max:2.2A

Power Consumption, Max:4 W (6VA), Current 400 mA at 10V DC Max

Enclosure Type Rating:Meets IP20, Din Rail Mounted, Series B

    The Allen-Bradley 1783-US8T is engineered to withstand the rigors of industrial conditions, featuring an IP20 enclosure rating for protection against dust and splashing liquids, ensuring reliability in challenging environments.

    Equipped with 8 copper ports supporting both 10/100 Full and Half Duplex configurations, it seamlessly integrates with various industrial devices, enhancing network flexibility and efficiency.

    With its robust power requirements, the switch can operate on either AC or DC power sources, making it adaptable for diverse industrial applications without the need for complex power adaptations.

    Featuring an inrush current limit of 2.2A and a maximum power consumption of 4W (6VA) at 10V DC, this switch optimizes energy use while delivering consistent performance under varying loads.

    Delivering a compact footprint of 200×58.5x64mm and weighing just 210 grams, the Allen-Bradley 1783-US8T is designed for easy installation and integration within any industrial setup, offering a versatile solution for networking needs.

1783US8T  1783-US8T

Reviews

There are no reviews yet.

Be the first to review “Advanced Industrial Control Module: 1783-US8T – Unleashing Precision & Efficiency in Manufacturing Automation”

Your email address will not be published. Required fields are marked *