Bus duct
Intelligent Busbar at the Data Center’s Terminal End
A comprehensive AC/DC system solution. Featuring flexible configuration, it is suitable for single‑path or dual‑path deployment.
Intelligent Busbar at the Data Center’s Terminal End
A comprehensive AC/DC system solution. Featuring flexible configuration, it is suitable for single‑path or dual‑path deployment.
GE Series Compact Busway
Superior insulation performance: The conductors are encased in high‑strength, flame‑retardant insulating material, and the phases are separated by a specialized insulator. This insulating material is resistant to high temperatures and aging, ensuring long‑term stable operation.
Superior insulation performance: The conductors are encased in high‑strength, flame‑retardant insulating material, and the phases are separated by a specialized insulator. This insulating material is resistant to high temperatures and aging, ensuring long‑term stable operation.
Air-insulated busbar
Superior insulation performance: The conductor surface is tinned along its entire length and subjected to heat-shrink tubing, while phase-to-phase and phase-to-ground gaps are separated by insulating spacers, providing the copper busbar with double-layered insulation protection.
Superior insulation performance: The conductor surface is tinned along its entire length and subjected to heat-shrink tubing, while phase-to-phase and phase-to-ground gaps are separated by insulating spacers, providing the copper busbar with double-layered insulation protection.
Pouring busbar
Fully enclosed, waterproof design: The housing features a sandwich‑type, tightly stacked conductor structure formed by encapsulating with insulating resin, providing fourfold protection against water, moisture, corrosion, and explosion. With an ingress protection rating of IP68, it meets the power‑supply requirements of a wide range of specialized environments.
Fully enclosed, waterproof design: The housing features a sandwich‑type, tightly stacked conductor structure formed by encapsulating with insulating resin, providing fourfold protection against water, moisture, corrosion, and explosion. With an ingress protection rating of IP68, it meets the power‑supply requirements of a wide range of specialized environments.
Fire-resistant busbar
Outstanding fire‑resistance performance: Utilizing specialized refractory materials and a robust structural design, it maintains stable electrical performance during a fire, ensuring uninterrupted power supply to critical equipment; with a fire‑resistance rating exceeding 950°C, it can withstand temperatures of 950°C for up to 195 minutes.
Outstanding fire‑resistance performance: Utilizing specialized refractory materials and a robust structural design, it maintains stable electrical performance during a fire, ensuring uninterrupted power supply to critical equipment; with a fire‑resistance rating exceeding 950°C, it can withstand temperatures of 950°C for up to 195 minutes.
Tubular busbar
The current-carrying conductor of the GGM-HTY tubular busbar is made of a high‑quality, high‑purity T2y hollow copper tube of specified wall thickness, with a copper content of ≥99.90%. It exhibits excellent electrical performance and chemical stability, low dielectric loss, flame retardancy, and superior resistance to aging, typically offering a service life exceeding 30 years.
The current-carrying conductor of the GGM-HTY tubular busbar is made of a high‑quality, high‑purity T2y hollow copper tube of specified wall thickness, with a copper content of ≥99.90%. It exhibits excellent electrical performance and chemical stability, low dielectric loss, flame retardancy, and superior resistance to aging, typically offering a service life exceeding 30 years.