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Air-Insulated Busbar System

Bus Duct

Air-Insulated Busbar System

◆Current carrying capacity specifications

Aluminum conductor solution: 100-5000 amperes (economical and lightweight design)

Copper conductor options: 400-6300 amps (high current density configuration)

◆Voltage system

Rated operating voltage: 690V AC system (compatible with three-phase four-wire system)

Insulation withstand voltage level: 1000V power frequency voltage (in accordance with IEC61439 standard)

◆Operating frequency

50Hz/60Hz dual-frequency adaptive (supporting global mainstream power grid standards)

◆Conductor configuration

Optional electrolytic copper (purity ≥99.9%) or 6063 aluminum alloy conductor

Copper conductor contact surface is silver plated (8-12μm plating)

◆ Shell structure

Adopt extruded aluminum alloy protective shell (integral stretching process)

    Product Overview

    The Air-Insulated Busbar System (AIBS) is designed to provide a reliable and efficient way to transmit power while ensuring safety and compliance with international standards. AIBS is known for its versatility in conductor selection, operating voltage and frequency adaptability, making it suitable for a wide range of applications in industrial and commercial environments.

    One of the main features of the Air-Insulated Busbar System is its current carrying capacity specifications, which can meet various operating requirements. The system provides aluminum conductors with capacities ranging from 100 amps to 5000 amps, and copper conductor options range from 400 amps to 6300 amps, which can achieve high current density configurations. In terms of voltage compatibility, the air-insulated busbar system is rated for a maximum working voltage of 690V AC, which is compatible with the three-phase four-wire system commonly used in industrial environments. Its insulation withstand voltage level is 1000V power frequency voltage, which complies with the IEC61439 standard.

    AIBS is designed to operate efficiently at different frequencies, supporting 50Hz and 60Hz dual-frequency adaptive function. This feature is particularly beneficial for installations that may be subject to different grid standards around the world, and can be seamlessly integrated into existing power infrastructure.

     

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