DL-5000 cement press machine

　DL-5000 cement press machineWorking Principle:

The mortar tensile testing machine adopts an electromechanical integrated design, mainly composed of force sensors, servo drivers, microprocessors, computers, and color inkjet printers. The high-precision servo speed regulating motor can be set with a stepless test speed. All integrated components are connected through plug-in connections. The floor standing model has fully considered the principles of modern industrial design and ergonomics in its design and coating.

　DL-5000 cement press machineTest steps

1. Raise the sample under standard test conditions for 13 days, apply high-strength adhesive such as epoxy resin on the surface of the sample, align the upper fixture on the adhesive, and ensure that the upper fixture does not tilt. Continue curing for 24 hours.

2. Test the tensile strength of the station structure.

3. Insert the steel cushion plate onto the base mortar block, install the tensile bonding strength fixture onto the testing machine, place the sample in the tensile fixture, and connect the fixture to the testing machine using a ball joint movable connection.

4. Set operating parameters.

5. If the failure surface during the test is located inside the inspected mortar, it is considered as the load value at effective failure. If the destructive mode is a tensile fixture or adhesive failure, the test results are invalid.

Software Function Introduction:

1. Load, displacement curve, load, time curve; Displacement and time curves; Stress and strain curves, etc.

2. According to the requirements of each country for the sample, edit the corresponding testing standards, fill in the sample data, edit the testing method, and provide options for future testing.

3. Automatically store the results of this experiment and edit them into a report for printing and output, and compare multiple tested curves.

4. The decimal place, physical units, and password protection can be set.

The mortar tensile testing machine has three closed-loop control modes: stress, strain, and displacement. It is connected to a computer printer to achieve full computer control and print standard test reports; Using the Windows operating system to dynamically display experimental data curves, experimental data can be freely deleted and added, making curve operations more convenient and easy. Curve traversal, stacking, separation, scaling, printing, and other fully electronic display monitoring can be performed anytime, anywhere.