Item | Parameter |
---|---|
Recovery rate | 120m³/h |
Booster | 5m³/h@liquid |
Vacuum pumping rate | 17m³/h |
Ultimate vacuum | ≤10Pa |
Buffer tank | 300L, design pressure 5MPa |
Inflation rate | 250kg/h |
The RF-1000 UHV GIS full-process gas service processing special equipment is designed and manufactured by our company. It adopts the design concept of "integrated main unit • split modules • intelligent IoT", focusing on solving the on-site installation, maintenance and emergency repair work of 1000kV UHV GIS. It mainly consists of an integrated control main unit for UHV GIS full-process gas service processing, a front - end vacuum pumping device, a front - end gas charging device, a front - end recovery device, an external sulfur hexafluoride storage tank, a switch pressure identification device, and an on - site operation digital management and control system. The equipment is designed and manufactured with a modular combination, featuring a compact and reasonable structure, beautiful appearance, simple and clear operation, and convenient use and maintenance. Its functions include vacuum pumping, gas recovery, gas charging, pressure - charging storage tanks, and filling gas cylinders for UHV GIS sulfur hexafluoride electrical equipment. The special equipment adopts integrated intelligent control, enabling one - touch operation on the touch screen and real - time interconnection of recovery, gas charging, and vacuum pumping data. The data is sent to the UHV intelligent management and control platform through the Internet of Things for processing.
1. Vacuum pumping and vacuum degree detection of the main body of the UHV GIS full - process gas service processing special equipment system and external pipelines
2. Large - flow recovery and storage of sulfur hexafluoride gas
3. Multi - cylinder flipping and vaporization large - flow gas charging function
4. Liquid sulfur hexafluoride filling function, filling a 40L gas cylinder with 50kg in (5 - 8) minutes
5. This UHV GIS full - process gas service processing special equipment adopts a digital management and control system, is equipped with a wireless transmission module, realizes the linkage control between the main unit and front - end equipment, and the real - time transmission of operation parameters. It has the functions of self - walking and self - loading and unloading, and has the ability of electric - driven walking and transfer operation as well as self - loading and unloading.
6. It has the function of hoisting on - site tools with a hoisting weight of 1.5t
7. The recovery and gas charging pipelines are separated to avoid cross - contamination, and both can filter impurities such as moisture, oil, and dust in the gas.
8. 40L gas cylinders are automatically flipped, four cylinders in a group, with two groups in total, which can be used alternately without interruption.
9. This UHV GIS full - process gas service processing special equipment uses electronic weighing equipment to measure the recovery and gas charging amounts.
10. The gas charging pipeline is equipped with a residual gas recovery compressor to reduce the gas residue in the gas cylinder.
11. The power supply is centrally provided and has the function of automatic phase sequence conversion.
12. The data of the main unit of this UHV GIS full - process gas service processing special equipment is transmitted to the UHV intelligent platform in real - time for gas charging, recovery, and vacuum pumping data.
Parameter Name | Parameter Value |
---|---|
Recovery Rate | 120m³/h |
Booster | 5m³/h@liquid |
Vacuum Pumping Rate | 17m³/h |
Ultimate Vacuum | ≤10Pa |
Buffer Tank | 300L, design pressure 5MPa |
Inflation Rate | 250kg/h |
Annual Equipment Leakage Rate | <0.5% |
Dust Filtration Precision | <1μm |
Self-loading and Unloading Capacity | 8000kg |
Self-propelled Mileage | 3km |
Hoisting Load | ≤1500kg |
Dimensions | 4850mm×1800mm×2700mm (L×W×H) |