Reference Manual Rev 1.13
004R-646-113 Page 127
Name Address Type Description
• 0.1000t → 1000 → 3E8H
Example:
Sent (10.00kg): 20120100:3E8
Response(ok): 81120100:0000
Zero calibration * 0102
H
258
d
Execute This register is used to perform a zero
calibration in the same way as the zero
calibration via the menus. The display will
change to indicate that a zero calibration is
taking place.
Example:
Sent (calibrate): 20100102
Response (ok): 81110102:00000000
Send (status?): 20110021
Response (calibrating): 81110021:0000A400
Send (status?): 20110021
Response (calibrating): 81110021:0000A400
Send (status?): 20110021
Response (not calibrating): 81110021:00008400
Span calibration *
0103
H
259
d
Execute This register is used to perform a span
calibration in the same way as the span
calibration via the menus. The display will
change to indicate that a span calibration is
taking place. The calibration weight must be
entered before a span is executed using
register 0100H.
Example:
Sent (1000kg cal weight): 20120100:3E8
Response(ok): 81120100:0000
Sent (calibrate): 20100103
Response (ok): 81110103:00000000
Send (status?): 20110021
Response (calibrating): 81110021:0000A400
Send (status?): 20110021
Response (calibrating): 81110021:0000A400
Send (status?): 20110021
Response (not calibrating): 81110021:00008400
Linearity calibration * 0104
H
260
d
Execute This register is used to perform linearity
compensation. Up to 10 linearity points can
be used [numbered 0 .. 9]. The calibration
weight must be entered, using register
0100H, before doing a linearity calibration.
The display will change to show that a
linearisation is taking place. The linearisation
point number is sent as a parameter
[numbered 0 .. 9].
Example:
Sent (5000kg cal weight): 20120100:1388
Response(ok): 81120100:0000
Sent (calibrate 1st point): 20100104:0
To Next Page
Loading...
