Sinuo SN1211 IEC 60065 Intelligent Compression Testing Equipment For Pressure Tests And Crush Tests (120VAC, 0~1T)

Product Overview:

This machine is the most direct test instrument for verifying the compressive strength of cartons or other packaging containers. It is used to determine the compressive strength of cartons, and can be used for steady pressure tests and crush tests. The results of the tests can be used as an important reference for the height of the finished product containers at the factory. The important basis for designing the packaging box. It can also be used to process testing as per IEC 60950-1:2013 clause 4.1, clause 4.2.10 and IEC60065:2014 clause 12.7.3.6, etc. 

Intelligent crush testing equipment, also known as intelligent compression testing equipment, is a specialized apparatus used to evaluate the compressive strength and load-bearing capacity of various materials, components, or structures. This type of equipment incorporates intelligent features and advanced technology to provide accurate and efficient testing results. Here are the key features and functions typically associated with intelligent crush testing equipment:

Load Application and Control: Intelligent crush testing equipment utilizes a controlled load application system to apply compressive forces to the test specimen. This system can be motorized or hydraulic, allowing for precise control over the force application rate, magnitude, and duration. The equipment may also include closed-loop feedback mechanisms to ensure accurate and consistent load application.

Intelligent Data Acquisition: These testing machines are equipped with intelligent data acquisition systems that capture and record measurements during the testing process. This includes real-time monitoring of applied forces, displacement, deformation, and other relevant parameters. The data acquisition system may employ sensors, transducers, or load cells to capture accurate measurements.

Automated Testing Procedures: Intelligent crush testing equipment often features automated testing procedures, where predefined testing protocols and parameters can be programmed into the system. This allows for standardized and repeatable tests, reducing human error and ensuring consistent testing conditions across multiple samples.

Data Analysis and Reporting: The equipment is typically equipped with intelligent software that analyzes the testing data and generates comprehensive reports. This software may include advanced algorithms to calculate key parameters such as compressive strength, yield strength, modulus of elasticity, and other performance indicators. The generated reports provide valuable insights into the material's behavior under compression and aid in decision-making processes.

Safety Features: Safety is a crucial aspect of intelligent crush testing equipment. These machines often incorporate safety mechanisms such as emergency stop buttons, overload protection, and safety interlocks to prevent accidents and ensure operator well-being during the testing process.

Versatility and Customizability: Intelligent crush testing equipment is designed to accommodate a wide range of specimens, materials, and testing requirements. The equipment may offer various load capacities, adjustable test speeds, and interchangeable fixtures or platens to accommodate different specimen sizes and shapes.

Compliance with Standards: Intelligent crush testing equipment is often designed to comply with industry standards and testing protocols, such as ASTM (American Society for Testing and Materials) or ISO (International Organization for Standardization) specifications. Compliance ensures that the testing results obtained are accurate, reliable, and comparable across different testing laboratories.

Intelligent crush testing equipment is widely used in industries such as construction, materials testing, manufacturing, and research and development. It allows for the evaluation of a material's structural integrity, load-bearing capacity, and performance under compression, contributing to quality control, design optimization, and product development processes.