Computerized Compression Machine 2000kN (Fully Automatic)
NL 4000 X / 034N

Standard: EN 12390-3, ASTM C39, AASHTO T22

Automatic Compression Machine, Computer Control, 2000kN

Automatic Compression Machine, Computer Control is used to determine the compressive strength of concrete by gradually and uniformly applying compressive force to a concrete sample through operating from a computer to control the force load and record data automatically, streamlining the testing process.

Automatic Compression Machine with Computer Control 2000kN Features allowing more precise control over the compression process. Operators can input parameters such as compression force, speed, and duration, and the machine executes the test accordingly. This machine provides a user-friendly interface with a one-click "RUN" operation and a clear menu display indication. It offers options to select the number of decimal points for displaying Load, Strength, and Speed. Real-time display of Load against Time curve is available, with the option to include the curve in the test report. The software allows for adding up to 10 samples per report and offers unlimited storage of test results in computer memory. Users can input Test Number, Strength, Age, Sample Size (cube, block, & cylinder), and Loading Speed. Test reports can be printed immediately after the test with a connected printer, and users can manually input report header information such as customer details, weight, mixing ratio, project, etc. The software includes both automatic and manual loading options for calibration, with an auto-correction function for load errors. Additionally, it consists of dual programs for compression and flexural tests.

Newly upgraded model, rigid, compact & with a brand new outlook. Old AC motor was replaced by a new imported DC motor for more durability, low noise pollution, low oil temperature & low power consumption. Extra improvement on safety features with full protection cover & piston travel protection switch cover. 

Features of Automatic Compression Machine, Computer Control, 2000kN

• Powered by Direct Current (DC) Motor for High Energy Saving and Motor Durability: Using a DC motor ensures efficient energy usage, resulting in cost savings over time. Additionally, DC motors are known for their durability, meaning the machine will have a longer lifespan with fewer maintenance issues.
• Heavy-Duty Industry Touch Screen Operated Monitor: The touch screen monitor is designed to withstand the demands of heavy-duty industrial environments. It allows for intuitive operation and easy navigation through the machine's functions and settings.
• Extremely Low Sound & Vibration During Operation: This feature is essential for maintaining a comfortable working environment and reducing the risk of operator fatigue or discomfort. Low sound and vibration levels also contribute to better precision in test results, as external factors are minimized.
• User-Friendly Computerized System: The computerized system is designed with the user in mind, offering intuitive controls and interfaces that make it easy to operate, even for those with limited technical expertise. This enhances productivity and reduces the likelihood of user errors.
• Original Genuine Parts Low Maintenance: Using original genuine parts ensures the highest quality and reliability, reducing the need for frequent maintenance and minimizing downtime. It also guarantees compatibility and optimal performance throughout the machine's lifecycle.
• Free from Foundation Mounting: The machine does not require foundation mounting, which simplifies installation and setup. This feature can save both time and resources during the initial setup phase.
• Fully Covered Safety Enclosure: The safety enclosure protects both operators and the machine itself. It helps prevent accidents and injuries by containing moving parts and ensuring compliance with safety regulations. Additionally, it helps protect the machine from dust, debris, and other environmental factors, extending its lifespan.

Software Super Test 7.2 

• User-friendly one click RUN to operate & clear menu display indication. 
• Options to select a number of decimal points to display for Load, Strength & Speed. 
• Real-time display of Load against Time curve & options to display curve in the test report. 
• Number of samples per report can be added up to 10 samples. 
• Unlimited savings of test results in huge computer storage memory. 
• User input of Test Number, Strength, Age, Sample Size (cube, block & cylinder) & Loading Speed
• Test reports can be printed immediately after the test with a printer connected. 
• Test report header can be input manually for various information such as customer information, weight, mixing ratio, project, etc. 
• Simple automatic or manual loading for calibration with auto-correction function for load error. 
• The software consists of dual programs for compression & flexural tests.

Standards

• EN 12390-3: This is a European standard that specifies the method for determining the compressive strength of hardened concrete specimens. It outlines procedures for preparing and testing cylindrical or cubical concrete specimens under specified conditions. EN 12390-3 provides guidance on equipment, specimen preparation, testing procedures, and calculation of results. Compliance with this standard ensures that concrete meets the required strength criteria for various construction applications.
• ASTM C39: Published by the American Society for Testing and Materials (ASTM), ASTM C39 is a widely recognized standard used in the United States and internationally for determining the compressive strength of cylindrical concrete specimens. Similar to EN 12390-3, ASTM C39 provides detailed procedures for specimen preparation, testing methods, and calculation of results. It is commonly referenced in construction specifications and quality control procedures to ensure the performance of concrete meets specified requirements.
• AASHTO T22: AASHTO (American Association of State Highway and Transportation Officials) T22 is a standard test method used in the United States for determining the compressive strength of cylindrical concrete specimens. It is specifically tailored for applications related to transportation infrastructure, such as highways and bridges. AASHTO T22 outlines procedures similar to ASTM C39 for specimen preparation, testing, and result calculation, ensuring the quality and durability of concrete used in transportation projects.

Test Procedure of Automatic Compression Machine, Computer Control, 2000kN

• Preparation of Specimens: Prepare the test specimens according to the relevant standards or specifications. This may involve casting concrete cubes, molding metal cylinders, or preparing other materials for compression testing. Ensure that the specimens are properly cured, conditioned, and labeled with relevant information such as specimen ID, dimensions, and material type.
• Machine Setup: Power on the Automatic Compression Machine and the connected computer system. Calibrate the machine if necessary to ensure accurate measurement and control of compression force. Verify that the testing area is clear and safe for operation.
• Specimen Loading: Place the prepared specimen on the compression platen or between the compression plates of the machine. Ensure proper alignment and centering of the specimen to avoid any misalignment during testing.
• Software Initialization: Launch the control software on the connected computer. Input relevant test parameters such as specimen dimensions, testing standards, loading rate, and any specific requirements for the test.
• Test Execution: Initiate the test through the software interface, typically with a simple "RUN" command. The computer-controlled system will automatically apply the compressive load to the specimen at the specified rate. Monitor the test progress through real-time data displayed on the computer screen, including load versus time curve.
• Data Collection: The software collects data during the test, including applied load, displacement, and time. Optionally, the software may allow the user to select the number of decimal points for load, strength, and speed display.
• Test Completion: Once the specimen reaches failure or the test is complete according to the predefined criteria, the machine stops applying load automatically. Record the maximum load sustained by the specimen and any other relevant data displayed on the software interface.
• Report Generation: Generate a test report using the software, which may include: Test parameters (e.g., specimen ID, dimensions, material type). Test results (e.g., maximum load, compressive strength). Load versus time curve (if selected). Any additional information or comments provided by the user.

Technical Specifications of Automatic Compression Machine, Computer Control, 2000kN

Unit Consists Of:

Optional Accessories

How to Operate Automatic Compression Machine, Computer Control, 2000kN