Equipment Description:

The NZW-1000 microcomputer controlled torque axial force joint testing machine is suitable for mechanical characteristic testing of fasteners such as bolts, screws, and bolts. It is an essential model for fastener manufacturing, metrological quality inspection, scientific research and testing institutes, shipbuilding, metallurgy and steel, aviation manufacturing, power systems, and other related industries for testing and inspection.

The testing machine has stable and accurate loading, smooth low-speed operation, no crawling, fast no-load adjustment, and low noise at high speed. The measurement and control system adopts AEC-1200 controller and versatile modular TestLive testing software, which ensures stable operation, accurate measurement, and reliable testing.

This series of models complies with the requirements of BS EN ISO 898-1, BS EN ISO 898-2, ASTM F568M-07 and other standards.

Functional features:

Dynamic display of torque, torsion angle, and test curve.

Torque, torsion angle and other speed loading control, with stepless setting of loading speed.

Set the torque loading target value arbitrarily, and automatically maintain it after reaching the set value.

Set the torque angle loading target value arbitrarily, and automatically maintain it after reaching the set value.

Set the clamping load loading target value arbitrarily, and automatically maintain it after reaching the set value.

The function of maintaining the maximum values of torque, torsion angle, and clamping load.

You can choose to display curves such as "torque torsion angle", "torque clamping load", "clamping load torsion angle", etc.

Data query, entering the x-axis coordinate value can retrieve the corresponding data for the y-axis.

The test results can be stored and can be read and viewed at any time.

The experimental data and curves can be reanalyzed, and the curves can be locally magnified at will.

Support Excel report templates, allowing for arbitrary editing of report formats.

Equipped with travel limit protection and full-scale overload protection functions.

Technical indicators: