Application:

The instrument is designed and made as per the National Standard GB/T3536 "Test Methods for Flash Point and Fire Point of Petroleum Products (Cleveland Open Cup Methods), and T0651 "Asphalt Flash Point and Fire Point Test (Cleveland Open Cup Methods)" in the Industry Standard JTJ052 Specification and Test Methods of Bitumen and Bituminous Mixtures for Highway Engineering. It is used to determine flash point of petroleum products and bituminous materials, excepting fuel oil and materials having a flash point of lower than 79 centigrade.

Adopt microprocessor techniques and equipped with advanced system software, it can control temperature, apply flame, ignite, detect flash point, and print out test data automatically. It has a 6 digits display. 4 digits for temperature display and the other 2 digits for time display.

Main technical characteristics:

1. The instrument is an automatic flash point and fire point tester. It is the best choice among the similar instruments.

2. The instrument adopts SCM controlling technologies, colored LCD, man machine conversation interface, and blank buttons. It has prompt menu to help inputting expected flash point, sample serial number, barometric pressure, test date, and other parameters.

3. The instrument adopts desktop structure. It is advanced, friendly, convenient, and accurate. It has been widely used in railway, aviation, power plant, petrochemical industry, relative college and universities, scientific research institutes, and measurement and inspection department for petroleum product flash point and fire point test.

Main technical specification and parameters:

1. Power supply: AC 220V±10%, 50 Hz;

2. Temperature measurement:

(1) Measurement range: room temperature~400°C;

(2) Repeatability: ≤4°C;

(3) Reproducibility: ≤8°C;

(4) Resolution: 0.1 °C;

(5) Accuracy: 0.5%;

3. Temperature rising speed: as per GB/T3536;

4. Ignition mode: by electron igniter; Gas flame of 3~4 mm for flame application;

5. Ambient temperature: 10~40°C;

6. Relative humidity: ≤80%;

7. Total power consumption: not more than 400 W;