A2040 Distillate Fuel Oil Oxidation Stability Tester Introduction
A2040 Distillate Fuel Oil Oxidation Stability Tester is designed and manufactured according to SH / T0175 and ASTM D2274 standards. It is used to determine the inherent stability of middle distillate fuel oils with an initial boiling point of not less than 175 ° C and a 90% recovery temperature lower than 370 ° C Performance, that is, the ability of the sample to resist changes in the atmosphere in the absence of environmental factors such as water or active metal surfaces and dirt. Features
5 inch TFT color touch screen display, clear image and easy operation.
The instrument automatically records the time and has an alarm.
By operation, the instrument can calculate the final result.
Six samples can be tested simultaneously.
The flow of each channel is independently controlled. Technical Parameters
Measurement range: room temperature to 100 ° C
Resolution: 0.1 ℃
Temperature control accuracy: 0.2 ℃
Test hole slot: 6 holes
Ambient temperature: ≤30 ℃
Relative humidity: ≤85 ℃
Storage and transportation temperature: (-25 ～ 55) ℃
Working power: AC220V ± 10%, 50Hz
Power: <2.4 kw
Dimensions: 500mm x550mm x1600mm (host)
Black box size: 350mm x 250mm x1000mm (black box)
A2040 distillate fuel oil oxidation stability tester is designed and manufactured according to SH / T0175 and ASTM D2274 standards. A2040 distillate fuel oil oxidation stability tester is used to determine the initial boiling point of not less than 175 ℃, and the 90% recovery temperature is less than 370. The inherent stability of middle distillate fuel oil at ℃ is the ability of the sample to resist changes in the atmosphere in the absence of environmental factors such as water or active metal surfaces and dirt.
