BLOKSET Series low-voltage switchgear cabinets
  • 400v
  • 50Hz or 60Hz
  • 7300A
  • IP41、IP40、IP31、IP30
  • 1000v
  • Four Remotes

The BLOKSET series of low-voltage switchgear is a premium drawer-type power distribution system officially authorized by Schneider Electric. Featuring a white exterior with green warning markings, its drawer-style switching design ensures easy equipment assembly and on-site maintenance, while supporting unattended operation—making it the ideal solution for modern industrial, commercial, and infrastructure power distribution applications.

The product is developed and manufactured in strict compliance with multiple authoritative international and domestic standards, including IEC 60439-1, IEC 60529, IEC 60947, GB 7251.12, and GB/T 18859. Its electrical performance, mechanical properties, and safety protection capabilities have all undergone rigorous testing. The dual assurance of brand authorization and stringent standards guarantees product quality.
The equipment offers comprehensive functional capabilities, serving flexibly as a Power Distribution Center (PDC), Motor Control Center (MCC), capacitor compensation unit, and terminal distribution device, providing end-to-end solutions for power control, voltage conversion, and power distribution in industrial applications. Its fixed compartmentalized design features easy installation and debugging of both mechanical and electrical interlock systems, with a streamlined layout that significantly reduces cabinet footprint and enhances space utilization efficiency in distribution rooms. A key technological innovation is the patented drawer-type single-plug connector with dual clamps, ensuring durable and stable contact on distribution busbars. Combined with a simplified main and auxiliary circuit connection structure, this design enables over 10 years of maintenance-free operation, substantially reducing subsequent operational costs for personnel and materials.
Modular design permeates the entire product lifecycle, where standardized components integrated with modular cabinets significantly enhance production, assembly, and debugging efficiency in factories. It also enables flexible configuration adjustments and circuit expansion on-site according to operational needs, ensuring exceptional equipment scalability. A comprehensive safety protection system is implemented, featuring specialized designs for operator personal protection, internal electrical safeguards, and system redundancy. The equipment has passed rigorous national-level tests—including full-type certification, seismic resistance, internal combustion arc protection, high-altitude performance, salt spray resistance, and EMC compliance—making it suitable for diverse complex and harsh operating environments. The electrical configuration incorporates four intelligent remote modules (control, signaling, measurement, and adjustment), supporting remote digital management and meeting requirements for smart grids and data centers. Protection ratings are available as IP30, IP31, IP40, or IP41, selectable based on specific site conditions.


application scenarios

BLOKSET Series low-voltage switchgear cabinets

application scenarios

The Electric Vehicle Charging Cluster Project at P4 Parking Lot of Hefei High-Speed Railway South Station is Anhui Province's first demonstration project for prefabricated modular units and a key project within a Level 1 protected zone. Zhongtongfu developed a comprehensive E-House prefabricated unit solution, integrating 22 BLOKSET factory-made switchgear units with an intelligent power distribution system, with a total contract value of 7.6 million yuan. This solution enables factory prefabrication, rapid on-site assembly, and instant power supply, ensuring the charging infrastructure is operational on schedule.


Covering cutting-edge and critical sectors across the industry: The telecommunications sector provides uninterrupted power supply for base stations and core data centers, meeting the stringent power stability requirements for high-frequency data transmission; Data centers rely on highly reliable power distribution architectures to ensure 24/7 operation of high-density computing equipment; The petrochemical industry utilizes specialized explosion-proof and corrosion-resistant designs suitable for hazardous environments involving flammable and explosive substances; In municipal infrastructure projects such as rail transit systems and water treatment facilities, it establishes stable urban energy networks; Additionally, it can be applied in various scenarios including power plants, offshore ship platforms, and papermaking, printing, and light manufacturing industries.


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