Siemens SIWAREX FTA, Device Manual

Page: 54 / 207

Weighing Functions
SIWAREX FTA
5-42
5.2 DR3 Adjustment Parameter (NAWI, AWI)
The adjustment parameter must be tested for every weighing procedure and
changed if necessary.
The scale is basically defined using the adjustment parameters and by performing
the adjustments. In calibration operation, the data of the DR3 cannot be changed
after the calibration is complete.
Procedure:
o Check all parameters and change if necessary.
o Send DR3 to the scale
o Perform scale adjustment
o Receive DR3 from the scale
Name Type Address Default Range of Values / Explanation
Re-
ference
Adjustment digits for
Adjustment zero 0
DINT DBD000 1.398.101 0 to: 2
24
Other definitions not permitted.
5.2.1
Adjustment digits for
Adjustment weight 1
DINT DBD004 15.379.113 0 to: 2
24
Other definitions not permitted.
5.2.1
Adjustment digits for
Adjustment weight 2
DINT DBD008 0 0 to: 2
24
Other definitions not permitted.
5.2.1
Adjustment digits for
Adjustment weight 3
DINT DBD012 0 0 to: 2
24
Other definitions not permitted.
5.2.1
Adjustment digits for
Adjustment weight 4
DINT DBD016 0 0 to: 2
24
Other definitions not permitted.
5.2.1
Adjustment weight 1 REAL DBD020 50 > 0
Other definitions not permitted.
5.2.1
Adjustment weight 2 REAL DBD024 0 > 0
Other definitions not permitted.
5.2.1
Adjustment weight 3 REAL DBD028 0 > 0
Other definitions not permitted.
5.2.1
Adjustment weight 4 REAL DBD032 0 > 0
Other definitions not permitted.
5.2.1
Characteristic value
range
BYTE DBB036 0 1: Characteristic value to 1mV/V
2: Characteristic value to 2mV/V
4: Characteristic value to 4mV/V
Other definitions not permitted.
5.2.2
Filter sequence BYTE DBB037 0 Bit 0 :
0: Averaging filter before digital filter
1: Digital filter before averaging filter
Bits 1 to 7 not set
5.2.3
Type of low pass filters BYTE DBB038 0 0: critically damped
1: Bessel-Filter
2: Butterworth Filter
Other definitions not permitted.
5.2.4
Limit frequency BYTE DBB039 4 0: No filter
1: fg = 20Hz
2: fg = 10Hz
3: fg = 5Hz
4: fg = 2Hz
5: fg = 1Hz
6: fg = 0,5Hz
7: fg = 0,2Hz
5.2.5