Automatic Inserting Pulling Force Tester（KZ1220S）

Automatic Inserting Pulling Force Tester（KZ1220S）

4.1 Machine Features

● Test conditions are set via computer screen and can be saved. Settings can
be selected from drop-down menus or directly entered. (Including test type,
direction of motion, load measurement range, stroke measurement range, stroke
origin position, stroke origin detection, measurement speed, total number of
measurements, pause time, waiting position per cycle, and number of air
compression cycles). Connector single-hole insertion/removal test.

● Can save and print graphs (load-stroke curve, load decay life curve,
inspection report).

● Overload protection function for load cells, ensuring no damage to the load
cells.

● Simultaneously displays load-stroke curve and life curve.

● Automatic zero-point load detection, with the ability to set the origin
detection load value.

● Load unit display: N, lb, gf, kgf, freely switchable.

● Can be used with multiple load cells simultaneously. (2kgf, 5kgf, 20kgf,
50kgf, 100kgf, 200kgf, 500kgf) (Optional).

● The machine adopts a high-rigidity structural design with a servo motor,
ensuring accuracy even under prolonged use. Suitable for general tension and
compression tests, and insertion/extraction force life tests.

● Over-specification stop (During life testing, the machine automatically
stops when test data exceeds the set upper and lower limits).

● Measurement items: Maximum load value, peak value, valley value, load value
at stroke, stroke value at load, insertion point resistance value (optional),
resistance value at load or stroke.

● Equipped with dedicated MES software, supporting MES integration.

4.2 Standard Fixture

4.3 Software Introduction

4.3.1 Parameter Interface

● Directly input test items and test methods (end position, test speed,
number of tests, etc.)

● Test conditions can be flexibly input.

● Test results can be added infinitely and recalculated. 

● Test items include
maximum and minimum load values, interval values, average values, and values
at specific locations.

4.3.2 Insertion/Removal Load-Stroke Curve

● Directly displays and stores the displacement and force changes for each
test. (X-axis represents stroke, Y-axis represents force)

● Each measurement graph can be traced using a crosshair cursor to interpret
the load and stroke values corresponding to each measurement point, with a
minimum resolution of 0.01mm (0.001mm).

● Curves are automatically stored by the computer, can be zoomed in and out
at any time, and multiple curves can be displayed on a single sheet.

● Scroll bar-style curve display allows for browsing of curves.

4.3.3 Lifetime Curve

● Report header content can be modified at any time.

● The report can display the maximum, minimum, and average values for each
curve.

● The report can display the upper and lower limit specification lines for
the test.

● Multiple lifetime curves can be displayed simultaneously.

● Simultaneously displays "Load-Stroke Curve" and "Lifetime Curve"

4.3.4 Insertion/Extraction Force and Impedance Curve

● Impedance Function (Four-Wire Dynamic Impedance)

● Report header content can be modified at any time

● Displays the maximum and minimum values of each curve.

4.3.5 Overlapping Curves

● To clearly see the stability of the tested product and the changes in the
product curves, we can compare load-stroke curves from different tests.

● By selecting the number of times the product was tested and setting
different colors, all curves for the selected number can be overlaid together
for easy viewing and analysis.

● Up to 32 sets of curves can be overlaid.

4.3.6 Test Reports

● Test reports are automatically generated (A4 size) and can be exported
(e.g., to Excel) or directly exported via the network.

● Report header content can be modified at will.

● Automatically calculates: maximum value, minimum value, average value,
attenuation rate, etc.

● You can enter the upper and lower limits of the test.