DFS II DIGITAL FORCE GAUGES
DFS II DIGITAL FORCE GAUGES
The DFS II Series offers the best price performance of any digital force gauge available today. This easy-to-use digital force gauge is designed for basic and complex applications, and is ideal for handheld or test stand applications.
This digital force gauge is often used to collect tear strength test data on new materials, while it allows you to perform statistic analysis on the data directly on the screen. By mounting the DFS II to a Chatillon TCM test stand you can perform testing at the end of a production line and transfer the results to a PC for analysis.
A large, easy-to-read, high resolution, full color dot matrix LCD display supports a variety of standard gauge functions including normal and peak readings, high/low limits, set points, pass/fail results, statistical results, load averaging, load comparisons, % and sharp break detection, load cell actuation, and direction.
This compact, easy-to-use force gauge is designed for basic and complex applications. Ideal for handheld or test stand applications, the DFS II may be equipped with integral load cells or smart remote sensors for load measurement or torque measurement. Measurement accuracy is better than 0.1% full scale in integral load cell or dedicated remote models.
The display can be inverted and displayed results may be “hidden” from the operator.
DFS II Series Key Features:
- Simple user interface
- Selectable units of measurement (ozf, gf, lbf, kgf and N)
- Selectable password protection for gauge set ups
The easy-to-use ForceTest software comes FREE OF CHARGE when buying a DF II Series digital force gauge.
Download the free ForceTest software trial here to experience how easy it is to use.
Find out which adapter you need for your DFS II digital force gauge in this Connection Diagram.
Request more information to see how we can help you with a force gauge solution that suits your need.
See our Force Measurement Catalogue here.
Find the Declaration of Conformity for the DFS II Series force gauge here.