oil free sf6 sulfur hexafluoride compressor for cb repair

This compressor features a completely oil-free design to ensure SF₆ gas is not contaminated during compression, meeting the highest standards of cleanliness and environmental protection. Its compact, easy-to-operate structure makes it ideal for SF₆ gas handling in various applications.

Features of Oil-Free SF₆ Sulfur Hexafluoride Compressor

1. All oil-free lubrication: Internal oil-free design eliminates the risk of oil contamination, ensuring pure and pollution-free gas output.
2. Multi-stage compression options: Offers single-stage, two-stage, three-stage, and four-stage compression to match specific efficiency and performance needs.
3. Lightweight skid-mounted design: Skid-mounted structure for easy transport, mobility, and on-site operation.
4. Low vibration and low noise: Balanced design ensures low vibration and quiet operation, suitable for 24-hour continuous duty.
5. High efficiency and low energy consumption: Optimized design improves compression efficiency while reducing energy use and operating costs.
6. Cooling modes: Choose between air cooling and water cooling to suit different working environments and reduce installation and maintenance costs.
7. Long-term load operation: Built for all-weather, continuous operation, offering high reliability and stability for long-duration tasks.

Working Principle of Oil-Free SF₆ Sulfur Hexafluoride Compressor

SF₆ gas is compressed from low to high pressure through a series of compression stages (single, double, etc.). In each stage, gas is drawn in and pressurized. The oil-free design ensures that the gas never contacts lubricants, maintaining its purity. The integrated cooling system (air or water cooled) keeps operating temperatures stable, improving both efficiency and service life.

Application Areas of Oil-Free SF₆ Sulfur Hexafluoride Compressor

1. SF₆ circuit breaker maintenance: Widely used in the power industry for SF₆ circuit breaker repair and maintenance, efficiently recovering and compressing SF₆ gas to ensure equipment safety and stability.
2. Power equipment testing: Used for SF₆ gas recovery and refilling during power equipment overhaul and testing.
3. Gas recovery and reuse: Facilitates SF₆ gas recovery and reuse in power systems, substations, and industrial areas, reducing environmental pollution and improving resource utilization.
4. High-voltage electrical equipment: Supports SF₆ gas storage and supply in the production, maintenance, and installation of high-voltage equipment.