Intelligent Compressive Strength Testing System for Concrete Specifications

Technical parameters of pressure testing machine (single unit)
Maximum test force: 2000kN;
Testing machine level: 0.5 level;
Compression space: 330mm;
Piston stroke: 300mm;
Press plate size: φ300mm;
Effective distance between columns: 450×450mm;
Main unit dimensions: 720×1250×1930 mm;

Technical parameters of automatic feeding system
Control cabinet dimensions: 1210×650×1200mm;
Gripper clamping specimen size: 100/150mm (adjustable);

Details

Intelligent Compressive Strength Testing System for Concrete is mainly composed of electro-hydraulic servo pressure testing machine, six-degree-of-freedom manipulator, pneumatic gripper, silent servo hydraulic system, servo control system, visual system, automatic feeding platform, automatic cleaning device, etc. The maximum test force of the testing machine is 2000KN, and the accuracy is 0.5 level.

Intelligent Compressive Strength Testing System for Concrete adopts oil-electric power hybrid technology. The test process of sample feeding, compression test, result judgment, and discharging is all completed automatically by the equipment, eliminating human intervention and ensuring the accuracy and consistency of the test data.

Intelligent Compressive Strength Testing System for Concrete adopts double loading car and three press configuration, which can work continuously for more than 24 hours, with super high work efficiency, reducing the labor intensity of test personnel, and realizing the automation and intelligence of the testing machine system.

Intelligent Compressive Strength Testing System for Concrete can set the loading rate according to the corresponding national standards and meet the standard loading rate control indicators to perform compressive tests on concrete materials under rated test forces. It has the functions of dynamic display and timely control of load, time and test curves and maximum test force retention.

Common Questions

① Before starting the machine each time, check whether there is oil leakage (specific parts such as: oil pipes, various control valves, oil tanks, etc.), whether the bolts (i.e. the collective name of various screws) are tightened, and whether the electrical system is intact; check regularly to maintain the integrity of its components.

② After each test, the piston should be restored to its initial position and the garbage should be cleaned in time, and the workbench should be treated for rust prevention.

③ After running for a period of time, the test machine should be inspected and maintained as necessary, the sliding parts should be lubricated regularly, and the rust-prone parts should be coated with rust-proof oil to keep them clean and prevent rust.

④ Prevent high temperature, excessive humidity, dust, corrosive media, water, etc. from corroding the instrument.

⑤ The hydraulic oil must be replaced every year or after 2000 cumulative working hours.

⑥ Do not install other application software in the computer to prevent the test machine control system software from not running normally; the computer should be prevented from being infected by viruses.

⑦ Before starting the machine, you must check whether the connection line between the computer and the host, the power plug and socket are correct and whether there is any looseness. Only after confirming that they are correct can you start the machine.

⑧ Do not unplug the power cord and signal line at any time, otherwise it is easy to damage the control components.

⑨ During the test, please do not press the buttons on the control cabinet panel and the test software at will. Do not raise or lower the beam during the test operation state, and it is strictly forbidden to put your hands in the test space during the test.

⑩ During the test, do not touch the equipment and various connecting wires at will to avoid affecting the accuracy of the data.

⑪ Check the changes in the tank level frequently.

⑫ Check the connection line of the controller regularly to see if it is in good contact. If it is loose, tighten it in time.

⑬ If the equipment is not used for a long time after the test, turn off the main power of the equipment, and run the equipment at no load several times regularly during the equipment out of use to ensure that all performance indicators are normal when the equipment is put into use again.