The gas-liquid proportioner can accurately measure the flow rate and proportion of gas by using precision measuring tools such as proton flow meters, thereby ensuring that the composition of the mixed gas meets the expected requirements. This is crucial for scenarios such as scientific research experiments and industrial production that require high gas ratio accuracy, and helps improve product quality and experimental result accuracy. Using integrated module control and a user-friendly interactive interface such as a 7-inch touch screen, users can easily adjust parameters such as flow and time. The functionality is highly scalable, greatly reducing the difficulty and complexity of operation.

Compared to other devices that rely on traffic ratio to achieve matching, there will be no mismatch or inaccurate matching caused by traffic range limitations. Gas pipelines are often made of 316 polished pipes, which have strong corrosion resistance and can adapt to various chemical gases, extending the service life of equipment and reducing the failure and maintenance costs caused by corrosion. The design of the all stainless steel double card sleeve quick connector not only facilitates the connection and disassembly of equipment, but also effectively prevents gas leakage, ensuring safety and stability during gas transportation.

Measurement steps of gas-liquid proportioner:

1. Installation preparation: Install the oil drum components and gas flow meter for testing as required, ensuring that the grounding device is properly connected. This is to ensure the safe and stable operation of the entire system and the accuracy of subsequent measurements.

2. Connecting pipelines: Connect the various gas pipeline joints of the gas liquid proportioner using full stainless steel double sleeve quick connectors, which are convenient and can ensure good sealing to prevent gas or liquid leakage from affecting the proportioning accuracy.

3. Parameter setting: Based on specific experimental or production requirements, set the required gas and liquid flow ratios and other parameters through an integrated module control system. If the operation is carried out according to the proportioning table provided by the proportioning cabinet manufacturer, the values in the table must be strictly set.

4. Start running: Turn on the relevant equipment to mix the gas and liquid into the proportioner according to the set parameters. During operation, closely monitor the operating status of the equipment, such as whether indicators such as pressure and flow are normal.

5. Data collection and recording: During the testing process, a series of data needs to be recorded, including the fuel dispenser number, gasoline grade, model and serial number of the fuel gun, initial reading of the gas flow meter, initial reading on the fuel dispenser flow meter, reading on the gas flow meter, reading on the fuel dispenser flow meter, refueling time, etc. These data are helpful for subsequent analysis and evaluation of the proportioning results.

6. Result analysis and adjustment: Calculate the actual gas-liquid ratio or other relevant indicators based on the collected data, and compare them with the expected values. If a significant deviation is found, it may be necessary to adjust the flow rate of gas or liquid appropriately, and then repeat the test to confirm until a satisfactory proportioning effect is achieved.