RSA-G2 Getting Started Guide Page 55
Geometry Mass
Geometry mass (weight) is an important parameter that enables the RSA-G2 to account for the effects of
test geometry inertia at higher frequencies. The mass of the geometries are entered when configuring a
geometry in TRIOS software. Some of the geometries’ mass are listed in Table
. For special or unknown
geometries, obtain the mass through direct weighing with the RSA-G2 transducer, or perform the Upper
Fixture Mass Calibration in TRIOS software. Refer to TRIOS Help for additional information.
Table 8: RSA-G2 Geometry Mass
Size
(mm)
Type Position
Mass
(mg)
Compliance
(mrad/N*m)
3-pt bending top 69 0
10 3-pt bending bottom 84 0
15 3-pt bending bottom 90 0
20 3-pt bending bottom 97 0
Cantilever bending top 83 0
30 Cantilever bending bottom 119 0
Tension (film/fiber) top 98 0
Tension (film/fiber) bottom 79 0
8 Compression (parallel plate) top/bottom 82 0
15 Compression (parallel plate) top/bottom 90 0
25 Compression (parallel plate) top/bottom 92 0
2 Shear sandwich top 77 0
1 Shear sandwich top 79 0
0.5 Shear sandwich top 82 0
Shear sandwich bottom 88 0
Contact lens geometry top 79 0
Contact lens geometry bottom 83 0
To Next Page
Loading...
Need help?
General
