Branson Krautkramer MIC 10, User Manual

Page: 109 / 146

Example:
<ESC>CM<CR> Read report format:
3<CR> Result: 3
<ESC>CM 5<CR> New format: 5
CO - Read / set instrument configuration
Syntax: <ESC><CO> [n] <CR>
Description:
Reading as well as disabling and enabling of different
instument configurations.
A code number n is given as parameter. It is calcu-
lated as follows:
n = c(Cal) + 2
*
c(tm) + 4
*
c(Lo) + 8
*
c(Hi) + 16
*
c(Logger)
+ 32
*
c(Card) + 128
*
c(E140)
Meaning of the individual factors:
c(Cal) = 0
calibration value not variable
c(Cal) = 1 calibration value variable
c(tm) = 0 dwell time not variable
c(tm) = 1 dwell time variable
c(Lo) = 0 lower alarm threshold not variable
c(Lo) = 1 lower alarm threshold variable
c(Logger) = 0 Data Logger function disabled
c(Logger) = 1 Data Logger function enabled
(only MIC 10 DL)
c(Card) = 0 Memory Card function disabled
c(Card) = 1 Memory Card function enabled
(only MIC 10 DL)
c(E140) = 0 conversion according to DIN 50 155
c(E140) = 1 conversion according to ASTM E 140
For example, in order to only make the calibration
value variable, to disable the Data Logger and Mem-
ory Card functions and to seletct the conversion ac-
cording to DIN 50 155, the code is:
n = 1 + 2
*
0 + 4
*
0 + 8
*
0 + 16
*
0 + 32
*
0 + 128
*
0 = 1
The remote-control command CO without any par-
ameter results in the current instrument configuration
with the coding described above.
Examples:
<ESC>CO<CR> Read the current configuration
code:
63>CR><LF> Result: 63
<ESC>CO 1<CR> Set configuration as shown in
the above example
Data transfer with a PC
Interface and peripherals (only MIC 10 DL)
Krautkrämer MIC 10 Issue 08, 08/01 11-9
Example:
<ESC>CM<CR> Read report format:
3<CR> Result: 3
<ESC>CM 5<CR> New format: 5
CO - Read / set instrument configuration
Syntax: <ESC><CO> [n] <CR>
Description:
Reading as well as disabling and enabling of different
instument configurations.
A code number n is given as parameter. It is calcu-
lated as follows:
n = c(Cal) + 2
*
c(tm) + 4
*
c(Lo) + 8
*
c(Hi) + 16
*
c(Logger)
+ 32
*
c(Card) + 128
*
c(E140)
Meaning of the individual factors:
c(Cal) = 0
calibration value not variable
c(Cal) = 1 calibration value variable
c(tm) = 0 dwell time not variable
c(tm) = 1 dwell time variable
c(Lo) = 0 lower alarm threshold not variable
c(Lo) = 1 lower alarm threshold variable
c(Logger) = 0 Data Logger function disabled
c(Logger) = 1 Data Logger function enabled
(only MIC 10 DL)
c(Card) = 0 Memory Card function disabled
c(Card) = 1 Memory Card function enabled
(only MIC 10 DL)
c(E140) = 0 conversion according to DIN 50 155
c(E140) = 1 conversion according to ASTM E 140
For example, in order to only make the calibration
value variable, to disable the Data Logger and Mem-
ory Card functions and to seletct the conversion ac-
cording to DIN 50 155, the code is:
n = 1 + 2
*
0 + 4
*
0 + 8
*
0 + 16
*
0 + 32
*
0 + 128
*
0 = 1
The remote-control command CO without any par-
ameter results in the current instrument configuration
with the coding described above.
Examples:
<ESC>CO<CR> Read the current configuration
code:
63>CR><LF> Result: 63
<ESC>CO 1<CR> Set configuration as shown in
the above example
Data transfer with a PC
Interface and peripherals (only MIC 10 DL)
Krautkrämer MIC 10 Issue 08, 08/01 11-9