600V Non Segregated Phase Busway
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600V Non Segregated Phase Busway
Basic parameters
Description
The defining characteristic of an Non Segregated Phase Electric Busway is that all three phase conductors are housed within a single metal enclosure. There are no metal barriers between the phases (unlike phase segregated bus duct). The conductors are separated by air gaps and supported by high-strength, track-resistant insulators.
Key Features:
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Fully Insulated Conductors: To prevent phase-to-phase faults caused by environmental factors (dust, moisture, or vermin), the copper or aluminum bars are typically covered with high-dielectric heat-shrinkable sleeves or fluidized bed epoxy coating.
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Non-Magnetic Enclosures: For high-amperage systems (typically above 2500A), the housing is made of Aluminum Alloy. Being non-magnetic, it eliminates hysteresis and eddy current losses, preventing the enclosure from overheating.
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Robust Insulation Support: Conductors are held firmly by porcelain or epoxy resin insulators designed to withstand the massive mechanical stresses of a short-circuit event.
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All-Weather Protection: For outdoor installations, Non Segregated Phase Electric Busway systems include sloped roofs, breathers, and integrated Space Heaters to prevent condensation and maintain dielectric integrity.
Video
Parameters
| Rated Voltage | 0.6kV - 36kV |
| Rated Current | 600A to 6300A |
| Rated Frequency | 50Hz / 60Hz |
| Insulation Level (BIL) | 60kV - 170kV |
| Power Freq. Withstand (1 min) | 20kV - 70kV |
| Short-time Withstand | 25kA - 63k |
| Peak Withstand Current | 63kA - 160kA |
| Conductor Material | 99.9% High-Conductivity Copper (Silver/Tin Plated) |
| Conductor Insulation | Heat-shrinkable Sleeves or Fluidized Bed Epoxy |
| Enclosure Material | Non-Magnetic Aluminum Alloy / Galvanized Steel |
| Insulator Type | High-Alumina Porcelain or Track-Resistant Epoxy |
| Ingress Protection (IP) | Indoor: IP42 / Outdoor: IP55, IP65 |
| Surface Treatment | Polyester Powder Coating (RAL 7035/7032) |
| Temperature Rise | Conductor≤65K(Above 40℃ Ambient) |
| Standard Compliance | IEEE C37.23 / IEC 62271-200 |
Application Cases
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