UL side outlet low-voltage switchgear is a switchgear developed for distribution and motor control applications. The design complies with IEC 61439 and IEC 61641 standards. At the same time, the modular design is able to provide integrated solutions for the customer's growing business.
In industry, buildings and infrastructure, the operation of all kinds of systems depends on a safe and reliable supply of electricity, and even a brief power outage can have serious consequences. To do this, you need products and systems that can handle a variety of contingencies to meet safety requirements. As the world's leading power distribution system supplier, Xuanhong Power provides customers with stable, reliable, safe and intelligent power distribution solutions. UL standards protect you with the strictest safety reliability.
Major advantage
· The revolutionary design eliminates the danger of contact with the live busbar (arc ignition protection area), ensuring the safety of maintenance personnel
· Reduce the risk of arcing caused by mechanical failure and reduce maintenance downtime
· 92% fewer bus components compared to traditional bus systems
· The drawers are more compact and smaller, the switchgear footprint is reduced by 25%, and the capital expenditure of the switchgear room is reduced
· Excellent heat dissipation performance, reducing heat output by 20%, saving energy and reducing costs
· Advanced high-performance and durable drawer connectors
Through the UL certification (UL:Underwriter Laboratories Inc.) Underwriters Laboratory of America
Modular, reliable design: low-voltage switchgear combined with "modular" design
Main characteristics
· Modular low-voltage switchgear, operating conditions up to 400/415 V, 3200 A
· Comply with the requirements of GB/T 7251.1/.12, IEC 61439-1/-2 and IEC 61641 3rd Edition and pass type tests
Passive arc protection Standards 1 to 7, tested as required by IEC TR 61641, 3rd Edition (up to 400 V, 80 kA / 500 ms)
· Laminated bus system up to 3200 A, 80 kA / 1 s
· Drawer and plug-in motor circuits and feed circuits
· Keep pace with The Times, and release higher working conditions and more functions in the future
digitization
· Integrated temperature sensors are installed on the inlet/outlet end of the air circuit breaker (ACB) and the withdrawal unit
· Detect electrical parameters and equipment operating status through ABB's intelligent electrical equipment (such as motor controller M10x, feed management unit FC610, circuit breaker Emax 2, Tmax XT, etc.)
· Access data collected and analyzed by the locally deployed device operation monitoring system through a browser
· Connect to the plant's monitoring and control systems via serial protocols (Modbus RTU, Profibus DP) and Ethernet-based protocols (Modbus TCP, Profinet, IEC 61850)
· Optional cloud device health management system