ASTM D525 Automatic Oxidation Stability of Gasoline Tester
USD $10800 - $10900 /Piece
Min.Order:1 Piece
Hunan Addition Instruments and Apparatus Co., Ltd.
Automatic Oxidation Stability of Gasoline Tester
Product model: JF8018B
Product Introduction
This instrument is mainly suitable for measuring the oxidation stability of gasoline under accelerated oxidation conditions. The induction period can be used to indicate the tendency of automobile gasoline to form gums during storage.
Technical Parameters
1. Applicable standards: ASTM D525, ISO7536, DIN51780, IP40
2. Temperature control method: PID temperature control technology, automatic temperature control
3. Temperature control accuracy: 100±0.1℃
4. Display content: Windows interface
① Control temperature and set temperature;
② Sample No.
③ Time/pressure logarithmic curve (dual-channel display at the same time);
④ Test results
⑤ Troubleshooting, etc.
5. Working unit: two oxygen bombs
6. Pressure correction: externally connected to a precision pressure regulator, the computer program can correct the pressure deviation
7. Connection method: high-quality stainless steel quick connector connection, no leakage
8. Working power supply: AC220V 50HZ
9. Power of the whole machine: 1500W
10. Instrument size: 630*560*490mm
11. Net weight: 42KG
Features:
1. The instrument is controlled by a microcomputer, which can carry out two groups of tests at the same time. The entire test process and the printing of the measurement data are automatically carried out.
2. Large-screen touch screen interface, hyperbolic screen display (including temperature control status, pressure curve, test data, average value, etc.) The entire test process is clear at a glance.
3. The instrument has the function of automatic leak detection, which greatly saves the workload of the operator.
4. The instrument control part adopts high-quality components to ensure the reliability of the instrument.
5. The instrument has the function of test failure and fault alarm display, which is convenient for fault diagnosis.