Intelligent open flash point analyzerDetailed Introduction

This instrument is used to determine the open flash point value of petroleum products. Chinese and English operation interface, color LCD touch keyboard, guided menu for adjustable heating rate, Chinese and English printing, 232 computer management interface. This instrument complies with GB267 "Determination of Flash Point and Ignition Point of Petroleum Products (Open Cup Method)" 、 The standard method of GB3536 "Determination of Flash Point and Ignition Point of Petroleum Products (Cleveland Open Cup Method)" is an ideal instrument for open flash point testing in petroleum, chemical, power, environmental protection, railway, scientific research and other departments.

Intelligent open flash point analyzerTechnical parameters:

1Measurement range: 79 ℃~400 ℃

2Measurement accuracy: 0.1 ℃

3Repeatability: ≤ 4℃

4Ignition method: High voltage self-excited arc technology directly ignites.

5Flash fire detection: using pulse high-voltage ion ring flame detection technology.

6Data storage: It can store 560 historical data, cannot be deleted, and can be saved in case of power failure.

7Cooling method: Strong air cooling

8Environmental temperature: Room temperature~45 ℃

9Environmental humidity: ≤ 85%

10Power supply: 220 ± 5% V.AC

11Frequency: 50 ± 2.5% Hz

12Power: 500W

13Dimensions: 466 × 400 × 290mm

14Instrument weight: 20Kg

ofMain features:

1The core host adopts the IT company's AM3354 processor, Cortex-A8 core, and 1GHz clock speed; The operating system adopts Windows Embedded Compact 7 real-time industrial control system. Thoroughly abandoning the use of nuclear free and non operational microcontrollers, the modernization of instrument control has been truly achieved, ushering instruments into a new era of intelligence.

2The monitor adopts an original imported 7.0-inch 800 × 480 pixel true color TFT-LCD display screen; The keyboard adopts a human body sensing touch screen. The fully Chinese operating interface displays delicate, intuitive, and elegant graphics, making it easy to control and touch freely.

3The historical data storage adopts NVM data storage, which can store 560 historical data. The data can be saved for 10 years without loss, and the stored data cannot be changed.

4The printer adopts a micro embedded thermal printer, which prints quieter, faster, and clearer.

5The temperature measurement and control adopts the original imported PT100 platinum resistance temperature sensor, high-precision AD converter, excellent linearization mathematical model, and unique control algorithm, making the temperature measurement and control faster, more accurate, and stable.

6The ignition adopts electronic flame direct ignition, which is completely the same as gas flame ignition, safe, convenient, fast, reliable, and interference free.

7Flash fire detection adopts high-frequency ion ring flame detection technology, which enables rapid and accurate capture of sample flash fire instantly, avoiding false detection and missed detection.

8The atmospheric pressure measurement adopts a fully digital structure atmospheric pressure sensor imported from Germany, which measures the local atmospheric pressure in real time and automatically corrects the impact of atmospheric pressure changes on the measurement data.

9Automatically complete heating, detection, calculation, printing and other operations.

10The whole machine shell is made of engineering plastic ABS material, which reduces the weight compared to previous metal shells, makes it easier to move, and safer to operate.