Calorific Heat Value Test Equipment by Oxygen Bomb Calorimeter

I. Introduction:
1. The oxygen bomb calorimeter is designed and made according to GB/T213-2008 Method for the determination of the calorific value of coal,
GB/T384 Method for the determination of the heat value of petroleum products and Calibration and Inspection Regulation of People’s Republic of China JJG672-2001 Oxygen Bomb Calorimeter.
2. This oxygen bomb calorimeter is suitable for the determination of water free oil products (gasoline, jet fuel, diesel oil and fuel oil, etc.) and combustible material such as coal, coke, paraffin wax content determination of calorific value.

3. This calorific value tester is a high grade instrument with the advantages of automatic, efficient, safe, high precision, fast test speed and easy to use.

II.Features:
1) The calorific value tester uses a single-chip control technology, color LCD display, high-precision temperature sensor and high-performance A / D conversion device, consisting of a high degree of automation, screen effect is good, easy to use, convenient intelligent data compilation instrument.

2) The oxygen bomb calorimeter is fully automated in the testing process, after the sample in place, correct input various parameters automatically without manual intervention to complete each test process; you can print measurement data directly on the A4-format printer configuration after the end of the trial.

3) This calorimeter adopts the self sealing type oxygen bomb, all the structure is made of stainless steel, and the strength is enough to withstand the pressure test of 20MPa at room temperature.

4) The inner tube of the heat value tester is made by stainless steel sheet, section of pears, put the barrel of water was 3000 grams, water cylinder with electric blender, to ensure that the inner tube water bath temperature uniformity.

5) The automatic oxygen bomb calorimeter of the external water jacket is a double container and experiment when filled with water, through the water jacket mixer to cylinder in uniform temperature, formed to meet the test requirements of the constant temperature environment.

III.Specifications: