Size
Type
Criterion for the (static) range without break
to be met at multiaxial load
(The load of each individual
component must not exceed its breaking
load)
Lateral force at break (Fx, Fy),
related to F
; F
,
x
nom
Axial force at break (Fz), related
2)
to F
,
z
nom
Bending moment at break (Mx,
My), related to M
x,nom
Torsional moment at break (Mz),
2)
related to M
z,nom
2)
At static load and uniaxial load
The load criteria apply to the sum of all simultaneously occurring loads, regardless of
whether these are measured or parasitic.
The origin of the sensor coordinates is in the geometric center (half the height of the sen
sor). In the application, the bending moment generated by a lateral force must be taken
into account when determining the maximum bending moment that can occur. Please
note that half the height of the sensor must be taken into account as an additional lever
arm.
Size
Type
Mechanical values
Nominal (rated) displacement at lat
eral force Fx & Fy
Nominal (rated) displacement at
axial force Fz
Tilt angle at M
x,nom
Torsion angle at M
Stiffness in the radial direction
(x or y)
Stiffness in the axial direction (z)
44
2)
y,nom
2)
; M
y,nom
; M
y,nom
z,nom
BG1
005
%
LRS<450
F
%
>490
x(y),B
F
%
>330
z,B
M
%
>600
x(y),B
M
%
>280
z,B
BG1
005
<0.03
mm
<0.02
mm
degrees
<0.04
degrees
<0.08
37
kN/mm
kN/mm
353
BG2
010
025
050
LRS<600
>520
>340
>270
>400
>250
>330
>610
>430
>340
>320
BG2
010
025
050
<0.04
<0.05
<0.05
<0.03
<0.03
<0.04
<0.05
<0.05
<0.06
<0.08
<0.06
<0.07
54
117
202
471
993
1664
BG3
100
200
>370
>320
>360
>320
>410
>340
>300
BG3
100
200
<0.05
<0.07
<0.04
<0.05
<0.05
<0.05
<0.08
<0.07
452
659
3018
4824
MCS10
SPECIFICATIONS