LIU Kecheng, ZHANG Lijun, MA Huifang, et al. Study on the Multi-parameter Based Calibration Technology for SF6 Leakage Detection Equipment[J]. High voltageapparatus, 2016, 52(12): 184-188.
LIU Kecheng, ZHANG Lijun, MA Huifang, et al. Study on the Multi-parameter Based Calibration Technology for SF6 Leakage Detection Equipment[J]. High voltageapparatus, 2016, 52(12): 184-188. DOI: 10.13296/j.1001-1609.hva.2016.12.029.
Study on the Multi-parameter Based Calibration Technology for SF6 Leakage Detection Equipment
In order to overcome the problems of excessive consumption of standard materials
high workload and low efficiency associated with the calibration of SF
6
detection instrument
a multi-parameter based calibration technology for SF
6
leakage detection instrument using standard gas has been studied. Meanwhile an integrated and intelligent calibration platform is designed to improve the level of automation. The SF
6
decomposed gas analyser
purity meter and leak detector are calibrated by the platform where the standard gas required by the calibration is composed through a multi-gas dynamic supplier
controlled by computer. The humidity generator is controlled to prepare the constant humidity gas which is used to calibrate the micro-water detector in SF
6
gas. An air quality monitoring system is used to monitor the real environment and if any leakage is detected
acoustic and optic alarms will be raised and air circulation fan is switched on to ensure a safe environment. The developed platform can be used to carry out multi-parameter calibration of SF
6
gas detection instrument with high detection efficiency
which ensures the measurement accuracy and reliability of the calibration instrument.