XL type low-voltage power distribution cabinet, the shell is made of bent steel plate, has the characteristics of compact structure, convenient maintenance, flexible combination of circuit copy, etc.
XL type low-voltage power distribution cabinet, the shell is made of bent steel plate, has the characteristics of compact structure, convenient maintenance, flexible combination of circuit copy, etc.: the distribution cabinet can be installed with air circuit breakers and fuses as circuit protection, and can also be used for circuit breakers. Equipped with contactors and thermal relays, the front door of the box can be equipped with operation buttons and indicator lights, and when a power distribution switch is required, the electric switch operating handle is installed on the upper part of the right column in front of the box, which can be used to switch the power supply the door. After the door is opened, all the equipment in the distribution box is exposed, which is convenient for maintenance.
The XL type power distribution cabinet is used in industrial and mining enterprises, civil buildings, schools and institutions. The AC frequency is 50Hz-60Hz and the load current is below 630A. Phase and three-phase, IT system, TN-C system, TT system (original three-phase three-wire, three-phase four-wire power system) with voltage below 500V as power, lighting distribution.
Frequency： 50Hz-60Hz
Power cabinets find application in various industries and settings, including:
Industrial Facilities: Power cabinets are commonly used in industrial plants, manufacturing facilities, and process industries to distribute electrical power, control machinery, and protect equipment.
Commercial Buildings: They are installed in commercial buildings such as offices, retail stores, and healthcare facilities to distribute electricity, control lighting, and manage HVAC systems.
Data Centers: Power cabinets are critical components of data center infrastructure, providing electrical distribution, backup power, and control for servers, networking equipment, and other IT systems.
Renewable Energy Systems: They are used in renewable energy installations such as solar farms and wind turbines to manage the distribution and conversion of electrical power generated by renewable sources.
