Product introduction of microcomputer gel layer index tester:

      DTJC-1000M microcomputer colloidal index tester is a special instrument used for the determination of bituminous coal colloidal layer index (maximum thickness Y of colloidal layer, final shrinkage X volume curve). This instrument completely adopts computer network control, microcomputer control board high-precision temperature controller with intelligent PID control to control the heating curve of the equipment. This instrument fully meets the technical requirements of the national standard GB/T479-2000, the software operating environment is Windows 10 system, coal rock analysis

Performance characteristics of the microcomputer gel layer analyzer:

The two-way communication between the computer the controller fully monitors the control equipment.

Automatically control display the heating temperature of single furnace double furnace.

Automatically measure display the shrinkage of coal samples in single double furnaces.

Automatically display the power of each furnace.

Automatically draw the volume curve of single furnace double furnace.

Automatically draw the curve of furnace temperature change with time.

Automatically fill in the furnace temperature before after.

Alarm at the inflection point of the volume curve, which can be modified on the setting page.

Manually detect the data of the rubber surface, input the computer through the keyboard to save. Remind every 5 minutes, the reminder interval can be modified on the settings page.

Automatically draw the upper lower rubber surface curves calculate the maximum thickness of the rubber surface.

Automatically calculate test results, print out test records reports.

Store previous test data for query printing.

Technical parameters of the microcomputer gel layer analyzer:

Temperature control range 0-999℃

Temperature control accuracy 0.5 level

Resolution ±1℃

Temperature rise control 30min to reach 250℃, after 250℃, 3℃ per minute

Timing error ±30S/24H

Load power ≤5kw

Power supply voltage 220V±10% 50Hz