Starrett - L2 Force Testing System FMD Series

SKU
Starrett - L2 Force Testing System FMD Series
STOCK-4 WEEKS
$0.00
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Description
FMD dual-column, bench top test frames are designed for high capacity material testing applications. Available in three load capacities, FMD test frames are optimized for laboratory and research and development testing. FMD frames feature a granite base and extrude aluminum columns for inherent stiffness. The drive system includes synchronized pre-loaded ball screws matched to precision linear guides and high resolution encoder for unprecedented motion control, accuracy and repeatability. Magnetic travel limits protect against over-travel. Push button controls for crosshead movement, test control and emergency stopping are easily accessible and rugged. Communication is USB. Quick-connect clevis is supplied for securing test fixtures. 
More Information
ACCESSORY 1 CUSTOM & STANDARD GRIPS
ACCESSORY 2 LOAD CELLS OPTIONS FOR VARIOUS TEST APPLICATIONS
ACCESSORY 3 L2 CONTROLLER `
X/Y MACHINE ACCURACY ACCURACY POSITION MEASUREMENT: +/- 0.0002INCH (+/- 5 µm)
Z MACHINE ACCURACY ACCURACY CROSSHEAD SPEED: +/- 0.1% OF SET SPEED
SOFTWARE PACKAGE L2PLUS SOFTWARE: Designed for advance force measurmement and analysis, l2 plus systems are optimized for quality and engineering personnel. Test setup is intuitive, efficient, and non compromising. Measurements and analysis are performed graphically using ur Windows based, all in one computer. Results are displayied on graphs, in data tables, or combinations based on load, distance or time.

TECHNICAL SPECS 1

LOAD CAPACITY: N = 50000, kgf = 5000, lbf = 11250


TECHNICAL SPECS 2

MINIMUM SPEED: 0.001 MM/MIN, 0.00004 IN/MIN
MAXIMUM SPEED: 752 MM/MIN, 0.00004 IN/MIN


Z-AXIS MEASUREMENT CAPACITIES

VERTICAL TEST SPACE: 1220 MM, 48 IN


NOTE

Notes
1) Total vertical space is the distance from the top surface of the base plate to the bottom surface of the crosshead, excluding load cell sensor, test fixtures, and clevis adapter.
2) Listed spec or 0.1% of displacement (whichever is greater). Assumes Linear Error Correction and Deflection Compensation has been performed on test frame.