14
Null (mV V) + "
4 @ R
The table shows the adjustable misalignments for R
87 Ω.
R
=
Bridge
ZERO
R
1
3.9⋅10
2
2.2⋅10
3
750⋅10
4
301⋅10
5
121⋅10
6
49900
7
21000
8
9090
Set the coarse value with the ZERO DIP switches, the fine adjustment can be
implemented with the Zero potentiometer on the front.
5.4 Set amplification
The amplification is set with GAIN (Fig. 5.2) and the Gain potentiometer
(Front). To achieve the highest possible measured value resolution, you should
use the maximum output voltage of the amplifier ("10 V).
Partial load
Meas.range inV
@
Nominal load
The table shows the measuring ranges that can be adjusted with GAIN
dependent on the bridge excitation voltage V
GAIN
1
2
3
4
5
6
7
8
HBM
@ 1000
R
Bridge
)R
W
Bridge
Zero for R
ZERO
Ω
6
" 0.020 (factory setting)
6
3
3
3
@ SensitivityinmV V + Nom.meas.range (Range)inmV V
10V
V
= 5 V
E
mV/V
11.76 - 25 (factory setting)
6.06 - 12.9
2.94 - 6.25
1.54 - 3.28
0.84 - 1.74
0.46 - 0.96
0.234 - 0.5
Not used
Bridge
= 350 W
Bridge
mV/V
" 0.035
" 0.110
" 0.280
" 0.710
" 1.730
" 4.000
" 9.200
.
E
5.88 - 12.5 (factory setting)
RM4220
350 Ω and
=
= 87 W
Zero for R
Bridge
mV/V
" 0.005 (factory setting)
" 0.009
" 0.028
" 0.070
" 0.175
" 0.430
" 1.000
" 2.300
V
= 10 V
E
mV/V
3.03 - 6.45
1.47 - 3.125
0.77 - 1.64
0.42 - 0.87
0.23 - 0.48
0.117 - 0.25
Not used
A1091-4.0 en/de