40109
00108
40110
00109
......
......
40120
00119
40121
00120
40122
00121
Loadcell sensiti-
40123
00122
40124
00123
40125
00124
40126
00125
40127
00126
40128
00127
40129
00128
40130
00129
40131
00130
40132
00131
40133
00132
40134
00133
40135
00134
40136
00135
40137
00136
......
......
40160
00159
M04-02110701
AD conversion
Initial value: 2, 0: 120times/s, 1: 240times/s, 2:
rate
480times/s, 3: 960times/s.
Reserved
Calibration Parameters
Unit
Initial value: 1, 0-g 1-kg 2-t 3:lb
Initial value: 3bits. 0-0bit; 1-1bit; 2-2bits; 3-
Decimal
3bits; 4-4bits.
Initial value: 2 mV/V; 1:1mV/V;2:2mV/V;
vity
3:3mV/V
Initial value: 0. 0:0.001;1:0.002;2:0.005;
Resolution
3:0.010;4:0.020;5:0.050
Initial value: 10,000. Range: Full scale ≤Deci-
Full scale
mal*100000 ≤999999.
Zero cali-
When write in 1, the present weight will be zero,
bration
only allowed to write when scale is stable.
with
When read, it will return present millivolt value
weight
at zero calibration.
Gain cali-
Input weight value (≤Full scale)
bration
When read, it will be the zero millivolt of
with
loadcell.
weight
Input zero millivolt.
Zero point
Range: when loadcell is 2Mv/v, it is 0.020-
calibration
8.000mV, bridge voltage is 5V.
without
When read, it will be the zero millivolt of
weight
loadcell.
Gain cali-
Range:
bration
volt≤10.000mV-zero millivolt. When write in,
without
indicator will store. When read, it will be zero
weight(mi-
millivolt of loadcell.
llivolt
Gain
Write in gain weight value(≤full scale). Must
weight ca-
write in gain millivolt first, which proceed gain
libration
calibration by both weight value and millivolt
without
value when write the register.
weight
Reserved
M04 User Manual
2mV/V
(loadcell)
<
milli-
- 39 -