What Are The Steps Required For Oil Chromatography Analysis?

Oil chromatography analyzer, also known as gas chromatography analyzer. It can realize instantaneous vaporization sampling of packed columns, large-diameter capillary column sampling, capillary column split sampling, and fixed-volume gas sampling of plane rotary valve according to the analysis needs of actual samples, do pyrolysis chromatography.

In the process of using the transformer, we must ensure the safety of the machine as much as possible. If you want to discover the problems in the transformer utilization process in time, this involves the chromatographic analysis of transformer oil. How to do chromatographic analysis?

Mainly divided into the following steps:

1. Take out a certain amount of transformer oil

First, prepare a certain amount of transformer oil. After the color of the transformer oil has changed, use a test tube or syringe to extract a certain amount of transformer oil and put it into a glass container for use.

2. Separation of gas in transformer oil

Transfer the spare transformer oil to the vacuum degassing device, use the degassing device to separate the gas and the liquid, and separate the various gases and oily liquid dissolved in the transformer oil to facilitate subsequent detection.

3. Pass the appraiser test

After the separation of gas and transformer oil liquid by degassing device, the separated gas will be put into the appraiser one by one. The gas appraiser will make corresponding identification data according to the chemical composition and composition of different gases, and convert their related properties into electronic data through computer display system for people to analyze.

4. Judge fault type

According to the identification of the gas type contained in the oil quality of the transformer, the fault type in the transformer can be determined. And take effective repair measures to repair the fault in time to avoid greater loss due to the damage of the transformer.

The above is the specific operation steps to determine the fault type of the transformer bychromatographic analysis. Following the above steps to operate can basically quickly determine the fault of the transformer and solve the fault problem, improve the power production capacity, and create higher economic benefits for the enterprise. GDZX is at your service, for more information, visit GDZX's official website:http://en.m.xbtforme.com/