ADMET eP2 - Page 15

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eP2 Controller
Operators Manual
Analysis
Description
Parameter 1
Parameter 2
Max Load
Maximum Load in specified displacement range
Displacement1
Displacement 2
Local Maximum
Maximum Load in specified displacement range
Displacement1
Displacement 2
Max Ld/Width
Maximum Load/Sample Width specified displacement
range
Displacement1
Displacement 2
Max Stress
Maximum Stress
None
None
Min Load
Minimum Load in specified displacement range
Displacement1
Displacement 2
AVG Ld1 <> Disp
Average Load in specified displacement range
Displacement1
Displacement 2
AVG Ld2@Ld-Dp
Average Load in specified displacement range measured
from displacement at specified load threshold
Load
Displacement
Window
Load at Break
Load at specified break point
Load Change%
None
Disp at Break
Displacement at specified break point
Load Change
None
Percent Elong
Percent Elongation, length at specified break point divided
by original gage length.
Load Change%
Gage Length
Load at Disp
Load at specified displacement
Displacement
None
Disp at Load
Displacement at specified load
Load
None
Stiffness
Force/displacement between two specified displacements
Displacement1
Displacement 2
Energy <> Disp
Area beneath force displacement curve between two
specified displacements
Displacement1
Displacement 2
Free Height *
Cross head position at threshold relative to ABS zero
None
None
Static Us**
Static coefficient of friction
Sled Weight
None
Kinetic Uk***
Kinetic coefficient of friction
Sled Weight
None
Table 4.0 Analyses and Analysis Parameters
* Free Height: You MUST set the Absolute zero position when using the free height analysis.
** Static Us: You MUST have the Max Load analysis active with Displacement 1 set to 0 in. and Displacement 2 set
to 0.1 in.
*** Kinetic Uk: You MUST have the average load in displacement range analysis (AVG Ld1 <> Disp) active with the specified
displacement window after the max load analysis.