Product Overview:

The QJC-8 fully automatic gel layer analyzer is a high-tech product that is the result of the wisdom of coal chemical industry experts and automatic control experts. Equipped with automatic measurement of glial layer thickness (Y value) and X value, the entire process does not require human interventionThe measurement process fully complies with the provisions of the national standard GB/T479-2000 due to its high intervention and measurement accuracy. It can be widely used in coal quality testing departments in industries such as coal, metallurgy, and coking.

Performance characteristics:

The entire process does not require manual intervention, achieving automatic measurement and control of test temperature, X displacement curve, and gel layer thickness (Y value), and displaying the overall operating status of the equipment in real time on the computer screen.

Measurement of the maximum thickness (Y value) of the gelatinous layer - using an intelligent robotic arm for automatic measurement. According to the peak shape changes in the expansion and contraction curves of the coal sample, the computer automatically determines the coal type and measures itMeasure the upper and lower layers of the gelatinous layer, draw the curves of the upper and lower layers of the gelatinous layer, and calculate the maximum thickness (Y value) of the gelatinous layer, which is suitable for measuring the thickness (Y value) and X value of the gelatinous layer of any coking coal. The measurement results are more scientific and accurate, avoiding human errors caused by manual measurements and reducing the labor intensity of laboratory personnel.

The intelligent robotic probe fully simulates the manual measurement process. When penetrating and extracting from the glial layer, it automatically determines the rotation force and number of rotations based on the magnitude of the torque, thereby preventing it from being carried outThe gelatinous body or the sudden escape of gas accumulated in the gelatinous layer ensures the integrity of the volume curve and the accuracy of Y value measurement.

On the basis of the original, the intelligent robotic arm probe has been upgraded to make the operation of the laboratory technician more convenient; The entire process only takes a few seconds.

Real time display of coal sample expansion curve. This device uses displacement sensors to convert the expansion and contraction process of coal samples into voltage changes, and then through data acquisition and processing, the expansion process of coal samples is analyzedReal time display on the computer screen avoids the frequent breakage and discontinuity of the expansion curve of coal samples in previous equipment (using a drum clock to record the expansion and contraction process of coal samples), and improves measurement accuracy.

The intelligent robotic arm is rotatable and features a unique probe automatic rotation design, making it easy to operate and more in line with national standards

Color printed output test records and test reports.

Store previous test data for querying and printing.

Dual interface (computer and controller) control display for easy analysis and maintenance.

Technical parameters:

Measurement accuracy of X value: △ X<3mm

Measurement accuracy of Y value: When Y ≤ 20mm, △ Y<1mm; When y="">20mm, △ Y<2mm

Pressure sensor measurement accuracy: 0.03%

Displacement measurement range: 0-100mm, accuracy of 0.5%

■ Temperature control range and accuracy: Between room temperature and 800 ℃, the furnace temperature should have a temperature difference of less than ± 3 ℃ compared to the national standard requirements

Temperature control process: 0-250 ℃, 30 minutes, heating rate: 8 ℃/min; 250-800 ℃, 160 minutes, heating rate: 3 ℃/min.

Control time: 0 to 190 minutes.

Power: 5kW.

Power supply voltage: AC220V ± 10% 50HZ

Standard configuration: QJC-8 controller machine/furnace body/Lenovo brand computer/laser printer