Rinstrum R427 - Page 126

Reference Manual Rev 1.13
Page 126 004R-646-113
Name Address Type Description
78
d
a single read. The register IDs are listed in
hexadecimal. All numbers are returned as 32
bit.
Example:
To get the net and tare weights, send
“2012004E:00270028;”.
Reply Stream ID 004F
H
79
d
Same as register 004E
H
except that stream
IDs are used.
Example: To get the first 3 items of stream
data, send “2012004F:010203;”.
IO Status 0051
H
81
d
Number 32 bits of IO status sent as 8 hex chars
Pulse count 1 0055
H
85
d
Number Number of pulses on IO1 since last reset
Pulse count 2 0056
H
86
d
Number Number of pulses on IO2 since last reset
Pulse count 3 0057
H
87
d
Number Number of pulses on IO9 since last reset
Pulse count 4 0058
H
88
d
Number Number of pulses on IO10 since last reset
Pulse count 5 0059
H
89
d
Number Number of pulses on IO17 since last reset
Pulse count 6 005A
H
90
d
Number Number of pulses on IO18 since last reset
Pulse count 7 005B
H
91
d
Number Number of pulses on IO25 since last reset
Pulse count 8 005C
H
92
d
Number Number of pulses on IO26 since last reset
Clear pulse count 005D
H
93
d
Execute Values of 0 .. 7 clear pulse counts 1 .. 8. A
value of 8 clears all pulse counts.
Settable Consecutive
Print ID
007A
H
122
d
Number The settable consecutive print ID.
User ID strings 1 .. 5 0090
H
144
d
..
0094
H
148
d
String These strings are also accessed via the ID
function on the keypad.
The following registers relate to calibration (marked with *).
Calibration weight * 0100
H
256
d
Number This register is used to set the calibration
weight for span and linearity calibrations.
Weights are sent in decimal or hexadecimal
(depending on command used). They must
be in displayed weight without decimal point
or units.
Example:
• 10.00kg → 1000 → 3E8H
• 1000kg → 1000 → 3E8H