TLS-20000II全自动弹簧拉压试验机

武汉格莱莫检测设备有限公司 电话：13545068882 027-86619889

传真：027-86619889   网址：www.glmgs.com

一、TLS-20000II全自动弹簧拉压试验机 产品简介
A, TLS-20000II automatic spring tension and compression testing machine products
该产品是依据弹簧拉压试验机标准规定的技术要求研制而成。新一代弹簧检测仪器，该系列采用变频调速技术，实现了高速逼近测试点，低速状态下检测，保证了测试效率，提高了精度。因此，适用于各种精密拉伸和压缩螺旋弹簧的试验及脆性材料的测试。采用数控电机拖动、滚珠丝杠传动，可以代替同类型进口产品，性能稳定可靠。
The product is based on the spring tension and compression testing machine standards for technical requirements and research. A new generation of spring testing equipment, the series of variable frequency speed control technology, to realize the high-speed approximation test point, under the low speed condition detection, to ensure the testing efficiency, improves the accuracy of. Therefore, applicable to all kinds of precision tensile and compression helical spring test and brittle material testing. Using the numerical control motor, ball screw drive, can replace similar imported products, stable and reliable performance.
二、TLS-20000II 全自动弹簧拉压试验机 技术指标
In two, TLS-20000II automatic spring tension and compression testing machine technical parameters
★自动变速检测5个测试点，并自动返回到试验初始位置
Automatic transmission test 5 test points, and automatically return to the initial position of test
★可以储存4种模式8个文件
Can store 4 kinds of mode of 8 documents
★LED显示，人及对话直观明了便于操作
LED display, intuitive and convenient operation and dialogue
★可以自由选择多种测试方法，顺次自动完成一批工件的测试，可查看已测数据
People are free to choose a variety of testing methods, in order to automatically complete a batch test, test data can be viewed
★设定变形量F，检测弹簧的试验力P。
Set the deformation of F, spring force P detection test.
★设定弹簧的剩余高度H，检测弹簧的试验力P；
Of the remaining H height setting spring, spring force P detection test;
★弹簧变形量的检测以工作压盘接触弹簧为准，此时试验力应有反应，试验力的大小任意设定。
In the spring deformation detection work in pressure contact spring is accurate, the test force should be reaction, the test force of the size of arbitrary set.
★由传感器引起的变形量可以补偿。即传感器和整机刚度引起的变形量不影响位移的精度。
Of deformation can be caused by the transducer compensation. The sensor and the rigidity caused by the deformation does not affect the accuracy of displacement.