Purpose:
It is suitable for bending test of earphone cable, USB cable, multi-core cable, communication cable,flat cable and signal cable.
The test method is as follows:one end of the wire rod is short is short clamped, fixed on the rotating disc, and rotated left and left and right under a certain lifting load, so as to evaluate whether the wire rod has good conduction after N times of testing.
Test Standard:
EIA-364-41D cable flexing test procedure for electrical connectors.
It is suitable for bending resistance test on headphone cable.USB cable,multicore cable conductor,flat cable and signal line,etc.The test method is as follows:Firstly,clamp one end of the wire rod and fasten it to the rotation clamp. Then have it make a horizontal rotaion with hanging load to evaluate whether wire rod conduction is good after numerous test cycles.
The machine is applicable for various connectors cable to be as tests between of various keep force tests or destructive tests, which is able to get completely accurate results of insertion forces. The local machine adopts windows procedure setting, which is easy and simple to handle, can store the testing data automatically(loading-routes curve, and the test results), and besides, all the test conditions can be stored. It adopts load cell measurement of high precision and servo motor drives, so it is able to get precise tension force results. In fact, it is a kind of necessary detecting instrument for connector and cable manufacturer and various finished products manufacturers to develop and check products.
This UTM are suitable for the testing of tensile,compression,shearing force,adhesion,peeling force,tear strength etc for semiproduct&finished product in the field of rubber,plastic,metal,nylon,fabric,paper,aviation,packing,architecture,petrochemistry,electric appliance,automobile,etc,which are the basic facilities for input quality control(I.Q.C),Quality Control(Q.C),Physical inspection,Mechanics research and material development.
Apply for tensile, compress, bending, peel, tearing, peeling, bursting, fatigue test on metal rod, metal plate, rubber, PU, leather, plastic, foam, sponge, water-proof material, cable, wire, fabric, nettle, non-woven, etc.
Intelligent integrated design
10.2"touch control computer based on windows 10 system is equipped with Intel i7 CPU, which has extraordinary calculation and processing ability, supports the sampling frequency up to 1000HZ, and the test data curve can be automatically saved.
Desktop design
can greatly save laboratory space, small body, big strength, maximum support 5KN testing.
High rigid body design
The diplacement resolution is 0.001mm and the accuracy is within ± 0.02+0.0011mm（L= any length mm）. The accuracy of force value is better than ±0.25%.
Optimize key parts
The machine adopts Japan Panasonic servo motor + SHIMPO planetary reducer + THK precision linear guide + THK ball screw are used to optimize key parts to ensure repeated positioning accuracy, high speed, low noise and durable use.
A variety of test modes
such as tensile, compression, bending, stripping and other test software packages, or connector insertion and pull-out force test software package, or key load test software package, specific consulting relevant business personnel.
With multi force channel function
the system adopts Japan NTS precision load cell, and can calibrate 5 sensors of different specifications, which is suitable for more test items.
Apply for industrial of electronic parts, houseware, wire, metal, bicycle, handbag, foodstuff, footwear, furniture, etc. to do burst resistance strength test on sample and corrugated cartons, also can be used for synthetic leather testing & textile testing & paper and paperboard testing.
With quakeproof motor driver, operated by worm driving, and then forced on testing sample at speed of 170±15ml/min, the digital load cell will show the sample broken value.
Apply for compression resistance, deformation, stacking test of package container such as corrugated paper box and honeycomb box, and also the wooden package box.
High and low temperature test chamber applying to electrical engineering, electronic products, components and the adaptive test of materials during storage, transportation and use in high and low temperature.
