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Country Of Origin : India
The Digital Compression Testing Machine, model EIE 456, is an advanced solution designed for applications requiring precise and reliable measurement of compressive strength in materials such as concrete, cement, and other building materials. Engineered to comply with prominent international standards - EN 12390-4, ASTM C39, AASHTO T22, and IS: 14858 (2000) - this machine offers unparalleled mechanical stability, load accuracy, and repeatability. With its fully automatic controls and versatile attachment options, the Digital Compression Testing Machine ensures accurate and efficient testing for a variety of materials, making it an indispensable tool in quality assurance and research laboratories.
The EIE 456 model adheres to widely recognized international testing standards, which include: - EN 12390-4: Available for concrete testing, providing guidelines for the correct performance of compression testing procedures. - ASTM C39: Governs the standard test method for compressive strength of cylindrical concrete specimens. - AASHTO T22: Followed for the compressive strength of cylindrical specimens. - IS: 14858 (2000): Indian standard specifying the procedure for determining compressive strength.
The machine is built on a robust plate model, ensuring maximum mechanical stability during testing. This resilience significantly reduces vibrations and displacements, resulting in: - Accurate Centering of Load: Aligns the specimen accurately, ensuring a more uniform distribution of load. - Excellent Repeatability: Enhances testing consistency and reliability.
Designed for ease of operation, the EIE 456 features: - Pace Rate Control: Automatically controls the loading rate, which enhances the precision of test results by maintaining the required loading rate throughout the test. - Auto Stop: Stops the machine automatically once the test specimen fails, preventing damage to the equipment and ensuring operator safety. - Auto Release: Automatically releases the load once the test is completed, further simplifying operation and preparing the machine for the next test.
The Digital Compression Testing Machine is designed to accommodate a wide range of testing scenarios beyond compressive strength, making it a flexible solution in materials testing. The machine can be integrated with additional frames for diverse testing requirements: - Flexural Load Frame: For conducting flexural tests, which are essential for determining the flexural strength or the bending capacity of materials. - 500 KN Load Frame: Suitable for higher capacity tests, providing additional range and flexibility in testing. - Attachment for Split Tensile Test: Necessary for evaluating tensile strength by splitting, which is another critical property of construction materials. - Modulus of Elasticity Attachment: Facilitates testing for modulus of elasticity, a vital parameter that indicates the stiffness of a material.
The Digital Compression Testing Machine boasts several advanced features and specifications that underline its superior performance: - Maximum Load Capacity: Customizable as per requirement, typically offered in standard ranges. - Loading Control: Fully automated with precision control for accurate rate of load application. - Actuator Stroke: Adequate to enable sufficient travel ensuring efficient compression test execution. - Display: Digital screen for easy monitoring and data retrieval. - Data Output: Option to connect to a computer system for data analysis and record-keeping. - Safety Features: Built-in mechanisms to ensure safe operation, including overload protection, automatic shutdown in case of system failure, and emergency stop functionality.
Due to its versatile features and adherence to various international standards, the EIE 456 Digital Compression Testing Machine is extensively used in the following fields: - Construction and Civil Engineering: For testing the compressive strength of concrete and other construction materials, ensuring structure reliability and safety. - Educational and Research Institutions: As a critical tool in the curriculum for engineering and materials science students, and for research into new materials and their properties. - Quality Assurance Laboratories: Ensuring the materials used in construction meet the requisite standards and quality parameters. - Production Facilities: For routine testing in manufacturing plants to maintain consistent product quality.
Utilizing the EIE 456 is simple and straightforward. Below is an outline of the basic operational steps: 1. Preparation of Specimen: Ensure the test specimen is prepared according to the relevant standards (e.g., EN 12390-4, ASTM C39). 2. Placement in Machine: Carefully place the specimen in the center to ensure accurate load application. 3. Set Parameters: Input the required load rate and other necessary parameters using the digital interface. 4. Start Test: Initiate the test through the control interface. 5. Monitoring: Monitor the test through the digital display, following the progress
