Mark-10 F755S-EM Test frame with EasyMESUR® control panel, vertical, short, 750 lbF / 3.4 kN
Series F test frames with EasyMESUR® are engineered to perform a wide range of tension and compression tests, including break testing, cycling, limit testing to a load or distance, load holding, average force testing, and more.
Set up and run tests, export results, and create a report via the integrated, easy-to-use touchscreen interface – no PC or force gauge required. For unique needs, run the tester from a PC with your own custom application utilizing EasyMESUR®’s serial command library.
Sample setup and fine positioning are a breeze with available FollowMe® force-based positioning - using your hand as your guide, push and pull on the force gauge or load cell to move the crosshead at a variable rate of speed.
Engineered around a modular function platform, the EasyMESUR® run screen can be arranged with large, simple controls – or configured for more advanced applications with a selection of optional functions, including distance measurement, graphing, cycling, and more. Purchase functions and packages at time of order or enable them in the field via activation codes. All testers are shipped in a 160-hour evaluation mode, in which all functions are available.
Generous travel, clearance, and depth dimensions accommodate samples of various shapes and properties. Modular mechanical design accommodates single- and double-column extensions for oversized specimens.
Select from a broad range of force sensor capacities and an expansive array of grips and fixtures.
- Range:750 lbF / 3.4 kN
- Accuracy:±0.1% of full scale
- Details:Rigid and precise by design
Exceptionally rigid frames feature custom extrusion designs, engineered for stiffness. Factory compensation of test frames and force sensors ensure position accuracy of ±0.006 in / 0.15 mm under any load, at any position.
Solid-state upper and lower limit switches may be used as test limits or as test exceptions. Dual-graduated rulers aid in switch placement.
Most electronics are housed in an integrated module, easily replaced without special tools or processes.