A/d conversion – Toshiba SX 2000 User Manual
Page 113
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Chapt.2 Specifications
A/D Conversion
{aj+100mV
Digital Value
(b) K thermo-couple
HF060
-4000
(c) J thermo-couple
Digital Value
(d) E thermo-couple
Digital Value
HF060
-4000
Data format (Input Swords)
F E D C B A 9
8
7
6
5
4
3
21
0
XWn~ n + 7 |
d
15|
d
14|
d
13|
d
12|
d
1
i
|
d
1
q
| D9 I D8 I D7 I D6 I D5 I D4 I D3 I D2 I Pi I DO I
Analoa input value
Analoa conversion data
R esolution
± lOOmV
Hexadecimal
Integer
Positive
Uboer limit ibositive)
+ 102mV
7F80H
32640
32640
3.125pV/bi
Full scale ibositive)
+ 100mV
7D00H
32000
32000
0
+ 0V
OOOOH
0
0
Full scale ineoative)
-lOOmV
8300H
-32000
33536
Lower limit ineoative)
-102mV
8080H
-32640
32896
(b) K thermo-couple
(c) J thermo-couple
(d) E thermo-couple
Input temperature
Analoa conversion data
R esolution
-270 to -M 350°C
Hexadecimal
Integer
Positive
Upper limit (positive)
-M370°C
6B08H
27400
27400
0.05°C /bit
Full scale (positive)
-M200°C
5DC0H
24000
24000
0
o°c
OOOOH
0
0
Full scale (negative)
-200°C
F060H
-4000
61536
Lower limit (negative)
-270°C
EAE8H
-5400
60136
On burnout
Thermo-couple
disconnected
7PPPH
32767
32767
Input temperature
Analoa conversion data
R esolution
-210 to +1200°C
Hexadecimal
Integer
Positive
Upper limit (positive)
-M200°C
5DC0H
24000
24000
0.05°C /bit
Full scale (positive)
-
f
800°C
3E80H
16000
16000
0
0°C
OOOOH
0
0
Full scale (negative)
-200°C
F060H
-4000
61536
Lower limit (negative)
-210°C
EF98H
-4200
61336
On burnout
Thermo-couple
disconnected
7PPPPI
32767
32767
Input temperature
Analoa conversion data
R esolution
-270~-M000°C
Hexadecimal
Integer
Positive
Upper limit (positive)
-M000°C
4E20H
20000
20000
0.05°C /bit
Full scale (positive)
-
f
600°C
2EE0H
12000
12000
0
o°c
OOOOH
0
0
Full scale (negative)
-200°C
F060H
-4000
61536
Lower limit (negative)
-270°C
EAE8H
-5400
60136
On burnout
Thermo-couple
disconnected
7PPPPI
32767
32767
NOTE
For deteils, refer to the separate maunal "High Function Analog Module User’s Manual".
96
Sequence Controller S2T