Fully automatic fast low-temperature closed flash point

wholeAutomatic fast low-temperature closed flash point testerIt is designed and manufactured in accordance with the requirements of the Chinese standard GB/T 5208-2008 "Determination of Flash Point - Rapid Equilibrium Closed Cup Method". This instrument is designed with 8 inputs, with a reasonable structure, intuitive display, simple operation, accurate detection, and stable performance. It is an ideal substitute for imported instruments and can meet the requirements of petroleum, chemical, coating, paint, railway, aviation, power, commodity inspection, relevant universities and research units for rapid testing of the closed flash point of petroleum products. This instrument is particularly suitable for testing the closed cup flash point of various paints, coatings, adhesives, solvents, petroleum and related products within the range of -30 ℃ to+100 ℃. This instrument also meets the requirements of ISO 1523 and ISO 3679 standards.

1、 Main technical features

1. Complies with current standard requirements: meets the requirements of GB/T 5208-2008 standard, as well as ISO 1523 and ISO 3679 standards.

2. Micro rapid equilibrium detection: 2ml liquid sample (4ml solid or semi-solid sample); Fast detection speed.

3. Integrated design of refrigeration system: The test bath adopts a semiconductor refrigeration integrated design, which is compact in structure and easy to use.

4. Color touch screen technology: Color touch screen display and microcontroller technology, all operation and control are completed on the display screen.

5. Intelligent control technology: The instrument automatically controls the temperature, detects the flash point, locks and prints the test results after the test is completed. Truly achieve lid opening, ignition, temperature control, detection, printing, and fully automatic one click completion!

6. The instrument is equipped with a regulated power supply and a mains compensation function to ensure that it is not affected by voltage fluctuations during the testing process.

2、 Main technical parameters and indicators

1. Working power supply: AC (220 ± 10%) V, 50Hz.

2. Whole machine power consumption: ≤ 500W

3. Flash point detection range: -30 ℃ to+100 ℃

4. Measurement precision: meets the requirements of GB/T 5208

5. Measurement accuracy: ± 0.2 ℃

6. Temperature resolution: ± 0.1 ℃

7. Ignition device: Silicon carbide ignition, no open flame

8. Experimental bath refrigeration: semiconductor refrigeration

9. Data Storage: Automatically stores 120 sets of data

10. Usage environment: temperature 5 ℃~30 ℃, relative humidity (30~80)%

3、 All in allAutomatic fast low-temperature closed flash point testerInstrument operation steps

1. After unpacking the instrument, check whether the instrument is damaged, whether the switches of each instrument are intact, whether the screws are loose, and count whether the accessories are complete according to the packing list.

2. Connect the power supply, turn on the power switch, the display screen shows the temperature, and confirm that all instruments of the instrument are working normally when powered on.

3. The screen displays the words' Fully automatic low-temperature closed flash point tester ', click anywhere to enter the next interface.

4. Press the parameter setting button to set the preset temperature, label, atmospheric pressure, print switch, and hysteresis temperature.

5. Press the sample testing button to enter the main working interface of the instrument. At this time, connect the inlet and outlet water sources and ensure that there is water flow, otherwise the instrument will not cool down.

6. Temperature calibration (to be carried out under the guidance of the manufacturer) has been calibrated at the factory.

7. Instrument self-test can perform self-test on the detection function of the instrument.

8. Press the historical data button, and the instrument will display the results of each measurement and automatically store 120 results. And it can be printed and deleted at any time.

9. The instrument automatically heats or cools to the set temperature, and then ignites every degree of increase. After a flash occurs, the instrument automatically detects the result and prints it. This experiment is over.