JCB8018-02D Automatic Gasoline Oxidative Stability Tester (Induction Period Method)-Jingzhou Chuangbo Instrument Manufacturing

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JCB8018-02D Automatic Gasoline Oxidative Stability Tester (Induction Period Method)

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It is designed and manufactured in accordance with the requirements specified in the national standard GB/T 8018-87, “Method for Determining Oxidative Stability of Gasoline (Induction Period Method),” and is suitable for determining the oxidative stability of gasoline under accelerated oxidation conditions as prescribed by GB/T 8018. It is widely applicable to departments such as petroleum, chemical engineering, metallurgy, electric power, transportation, commodity inspection, and scientific research.

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Product Details

　　 Technical Performance:

　　1. Designed and manufactured in accordance with the requirements specified in the national standard GB/T 8018-87, “Method for Determining Oxidative Stability of Gasoline (Induction Period Method),” this instrument is suitable for determining the oxidative stability of gasoline under accelerated oxidation conditions as prescribed by GB/T 8018. It is widely applicable to departments such as petroleum, chemical engineering, metallurgy, electric power, transportation, commodity inspection, and scientific research.

　　2. The core host is equipped with TI’s AM3354 processor, featuring a Cortex‑A8 core and a 1 GHz clock speed; the operating system is Windows Embedded Compact 7, a real-time industrial control system. This design completely eliminates the use of bare‑bones microcontrollers without a CPU or OS, truly modernizing instrument control and ushering the device into a new era of intelligence.

　　3. The display features a genuine imported 7.0-inch LCD screen and a brand-new Android-based Chinese–English operating interface, delivering crisp, intuitive, and elegant visuals.

　　4. The operation utilizes a capacitive touchscreen, which offers advantages such as zero mechanical wear, dust and water resistance, RF interference immunity, and an extended service life.

　　5. Historical data is stored in FLASH memory, with a capacity to retain 2,010 records; once stored, the data cannot be modified.

　　6. Equipped with a rear-mounted USB port and an RS‑232 serial port, it can connect to a computer for software updates and export experimental data to both the computer and a USB flash drive.

　　7. The printer uses an embedded thermal printer, delivering quieter, faster, and clearer printing.

　　8. A metal bath is used in place of a traditional water bath, offering pollution-free operation and eliminating the need for refilling. It features rapid heating, high precision, and enhanced ease of use.

　　9. The refined thermal insulation system not only saves energy but also eliminates the risk of burns to operators.

　　10. Automatic pressure display, automatic inflation and deflation, automatic leak detection, automatic inflection-point identification, automatic printing upon test completion, automatic power‑failure recovery, alarm functionality, and the ability to perform repeated cycles.

　　11. The integrated design of the oxygen bomb assembly shortens the oil‑gas pressure test tubing, enhancing the accuracy of pressure measurement, while the excellent sealing of the oxygen bomb during testing ensures more reliable experimental results.

　　 Technical Performance Parameters:

　　Temperature control range: room temperature to 200°C

　　Temperature control accuracy: 100.0 ± 0.1℃

　　Pressure range: 0–1600 kPa

　　Work unit: 2 oxygen bombs

　　Ambient temperature: ≤30℃

　　Relative humidity: ≤85%

　　Power Supply: AC 220V ±10%, 50 ±10% Hz

　　Motor: 25W

　　Power Supply Power: 2000W

　　External dimensions: 620×430×400 mm

　　Weight: 45 kg