TRICONEX 3503EN Spring performance testing system

TRICONEX 3503EN Spring performance testing system

The development of 3503EN as an intelligent device capable of realising spring performance testing has become a necessity and an inevitable trend in the development of the spring industry. In recent years, with the spring production enterprises to improve the quality consciousness, more and more automation equipment, such as sensors, controllers, intelligent instrumentation, etc. applied to the control site of industrial production. This design involves mechanical, electronic, control and pneumatic and other subject areas of technology, the device consists of mechanical, electrical, software three parts, is a typical mechatronics system.

3503EN can achieve precise positioning control of CNC system and serial communication between computer and PLC, and real-time monitoring of the whole testing process by expert control, with intelligent functions, can automatically record management data, judge the test results, analyse the cause of the failure, the design and development of this product can greatly improve the efficiency and accuracy of the spring performance testing. A spring has a number of parameters to be tested, such as load, stiffness, flexibility, etc., of which the load is the most common testing indicators, which indicates the specified deformation in the case of the spring generated by the value of the load, used to control the power required by the automated machinery, while not generating too large a load.

3503EN sorts batches of springs by checking whether the force output of the spring meets the requirements of the system when compressed or extended to a certain degree. The spring performance testing system consists of an upper computer and a lower computer, including the mechanical part, the electrical control part, the computer software part. Detection system according to the settings can be completed intelligent operation, in order to achieve full automation of the spring performance testing system testing process, to achieve intelligent control requirements, the operator needs to be operated through the host computer software for the entire testing process before parameter settings, settings include the spring type, the number of times the spring is compressed, the compression stroke each time, the qualification standards, limit settings and other content.