About This Item
Introducing the Mark-10 WT3-201 Wire Crimp Pull Tester
Are you in need of a reliable tool to measure the pull-off force of your wire and tube terminations? Look no further than the Mark-10 WT3-201 Wire Crimp Pull Tester. This cutting-edge device is designed to provide accurate and consistent results for your crimped wire and tube terminations.
The WT3-201 features an ergonomic lever that allows for easy application of up to 200 lbF (1,000 N) of force, ensuring that you can perform your tests efficiently and effortlessly. The adjustable wire terminal grip contains multiple slots for wire diameters up to AWG 3 (0.25 in / 6.3 mm), providing versatility for a wide range of wire sizes.
Equipped with a large, backlit graphic LCD, this pull tester displays easy-to-read values including real-time force, peak force, programmable pass/fail limits, and units of measurement.
You can easily transfer your data to a PC or other data collector via USB, RS-232, Mitutoyo (Digimatic), or analog outputs. Plus, an analog load bar is shown on the display for a graphical representation of the applied force.
With on-board data storage for up to 1,000 readings, statistical calculations, and output to a PC, the WT3-201 wire crimp pull tester offers convenience and efficiency. Its unique automatic output and data storage features, as well as zeroing upon sample break, help automate testing processes, saving you time and effort.
For added versatility, an optional ring terminal fixture is available to secure ring terminations.
And when it comes to transportation, the optional carrying case ensures that your pull tester is safe and easily portable.
Invest in the Mark-10 WT3-201 Wire Crimp Pull Tester and experience accurate and reliable results for your wire and tube terminations. This manual wire crimp pull tester delivers a maximum force of 200 lbF (1,000 N), measures real-time and peak force values, and offers multiple outputs for data transfer.
Choose the Mark-10 WT3-201 wire crimp pull tester and take control of your testing processes.