Size |
BG1 |
BG2 |
BG3 | ||||
Type |
005 |
010 |
025 |
050 |
100 | ||
Accuracy class |
0.2 |
0.1 | |||||
Nominal lateral force Fx & Fy |
Fx,nom ; Fy,nom |
kN |
1 |
2 |
5 |
10 |
20 |
Nominal axial force Fz |
Fz,nom |
kN |
5 |
10 |
25 |
50 |
100 |
Nominal bending moment Mx & My |
Mx,nom ; My,nom |
kN·m |
0.05 |
0.15 |
0.35 |
0.7 |
2 |
Nominal torsional moment Mz |
Mz,nom |
kN·m |
0.05 |
0.15 |
0.25 |
0.5 |
1.5 |
Nominal sensitivity Fx & Fy1) |
CFx,nom ; CFy,nom |
mV/V |
1.5±0.3 |
1.3±0.3 | |||
Nominal sensitivity Fz1) |
CFz,nom |
mV/V |
1.4±0.3 |
1.3±0.3 | |||
Nominal sensitivity Mx & My1) |
CMx,nom ; CMy,nom |
mV/V |
1.8±0.3 | ||||
Nominal sensitivity Mz1) |
CMz,nom |
mV/V |
1.4±0.3 |
1.6±0.3 |
1.1±0.3 | ||
Relative zero signal error, related to nominal sensitivity |
dS,0 |
% |
±1 | ||||
Effect of temperature per 10 K related to nominal sensitivity on the sensitivity on the zero signal |
TCc TC0 |
% % |
<±0.2 <±0.1 |
<±0.1 <±0.1 | |||
Linearity deviation, related to nominal sensitivity |
dlin |
% |
<±0.05 | ||||
Rel. reversibility error (0.2Fnom to Fnom), related to nominal sensitivity Forces (Fx, Fy & Fz) Moments (Mx, My & Mz) |
U (dhy) |
% % |
<±0.1 | ||||
<±0.1 |
<±0.15 |
<±0.1 | |||||
Rel. creep over 30 mins. |
dcrF+E |
% |
<0.15 | ||||
Rel. standard deviation of repeatability per DIN 1319, related to the variation of the output signal |
σrel |
% |
<±0.05 | ||||
Input resistance2) |
Ri |
Ω |
300 ... 800 | ||||
Output resistance2) |
Ro |
Ω |
300 ... 800 | ||||
Insulation resistance |
Ris |
Ω |
> 2x109 | ||||
Reference excitation voltage |
Uref |
V |
5 | ||||
Operating range of the excitation voltage |
BU,G |
V |
0.5 to 12 | ||||
Nominal temperature range |
Bt,nom |
°C |
-10 to +70 | ||||
Operating temperature range |
Bt,G |
°C |
-10 to +85 | ||||
Storage temperature range |
Bt,s |
°C |
-30 to +85 | ||||
Reference temperature |
tref |
°C |
+23 |
Strain Transducer MCS10 - datasheet | PDF, 0.86 Kb |