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    Xinhongda
    instrumentation Professional Quality

    Dubin +86 139-6244 2562
  • Model number：XHD-MS004

    Mouse Performance Tester

    Service hotline：+86 139-6244 2562
    • Product details

    Machine Characteristics

    Mouse performance test machine for gaming mouse button all-round automatic flip online test, through manual loading and unloading will be placed in the product to be tested area, the product is placed after the completion of the software to perform the test action, the end of the action, the product test results of the state of the data color marking display, if the test status is OK, continue to the next mouse button test, if the middle of the NG product, the test item data corresponding to the location of the red highlighting display. After the completion of the mouse point test, the results of the entire number of test points will be a comprehensive judgment.


    Machine Features

    1    1,  realize the mouse signal output travel test;

    2, the test document a test to the end, load/travel tolerance with the point can be automatically and accurately switched, followed by OK / NG judgment;

    3、 Data-curve integration real-time tracking;

    4, the test item category is complete, the algorithm is refined, add that is used;

    5, test efficiency 100-150 / h (with the number of test points);

    6、Sweeping code gun for mouse identification code entry;

    7, SFC upload function according to customer demand (for non-configuration items);

    8, microcontroller / software independent research and development;

    9, Manual assisted loading and unloading + four-axis degree of freedom flip;

    10、 Grating safety protection.



    Specification

     Product Model

     XHD-MS004

     control system

     Self-developed, self-contained control system

     laptops

     industrial grade

     Load Cells

    2Kgf (accuracy 0.03‰FS)

     Probe Specifications

     One sensor for each 1mm and 2mm diameter probe;

     X/Y translation speed

     50-5000mm/min

     Z-direction movement speed

     0-5000mm/min

     Machine Size

     L1400mm*W1400mm*H1800mm

     Using the power supply

     220V,60HZ



    product demand



    Schematic diagram of test station


    Mouse Button Test Item Category

    Test item name in Chinese

    Test Item Symbol

    Test Item Definition

    Peak point 1 load value (go)

    OF/PT

    The location of the first peak of the load value in the going range. (The load curve of the going range changes from small to large, when there is a change from large to small and exceeds a certain ratio or force value, this point is captured as the peak position)

    Trough 1 load value (go)

    BF/BT

    The location of the first valley point of the load value in the going range. (The load curve of the going range goes from small to large, when there is a change from large to small and exceeds a certain ratio or force value, this point is captured as the location of the valley point.)

    Peak point 1 load value (back)

    MF/MT

    The location of the first load peak in the return stroke. (The load curve of the return trip changes from small to large, when there is a change from large to small and exceeds a certain ratio or force value, this point is captured as the valley point position)

    Valley Point 1 load value (back)

    RF/RT

    The location of the first valley point of the load value in the going range. (The load curve of the going range goes from small to large, when there is a change from large to small and exceeds a certain ratio or force value, this point is captured as the location of the valley point.)

    Click Force/Rate(go back)

    rCf/CC(BACK)

    Peak 1 Load (Go) minus Valley 1 Load (Go) is Click Force/Rate (Go). ClickForce divided by Peak 1 Load (Go) multiplied by 100% is Rate.

    pre-departure inflection point (math.)

    TP(GO)

    Load and travel value of the corner of the going graph, you can set the upper and lower ranges of the travel of the test item, the current default travel upper limit is 0.1

    outbound leg after the inflection point (math.)

    TTF

    Load vs. stroke values at the corners of the straight line of the going graphs

    turning point before the return trip

    TP(BACK)

    The load and travel values for the return graphic corners allow you to set a range of upper and lower travel limits for the test item, currently the default upper travel limit is 0.1;

    post-travel inflection point

    rTTF

    Load vs. travel values at straight-line corners of return graphs

    Press Slope

    K(GO)

    (Peak load to destination - load at inflection point before destination) / (Peak travel to destination - travel at inflection point before destination) = k

    slope of rebound

    K(BACK)

    (return peak load - return pre-inflection load) / (return peak travel - return pre-inflection travel) = k

    Press Slope2

    K2(GO)

    Slope of the post-trip inflection point to the value of the trip valley 1 load, (post-trip inflection point load - trip valley 1 load) / (post-trip inflection point trip - trip valley 1 trip)


    Product Diagram