Yokogawa Data Acquisition with PID Control CX2000 - Manual (Page 289)

App-30
IM 04L31A01-17E
D0601
D0602
D0603
D0604
D0605
D0606
D0607
D0608
:
D0833
D0834
D0835
D0836
D0837
D0838
D0839
D0840
Alarm value of computation channel 1
Upper 5 digits of alarm number 1
Alarm value of computation channel 1
Lower 5 digits of alarm number 1
Alarm value of computation channel 1
Upper 5 digits of alarm number 2
Alarm value of computation channel 1
Lower 5 digits of alarm number 2
Alarm value of computation channel 1
Upper 5 digits of alarm number 3
Alarm value of computation channel 1
Lower 5 digits of alarm number 3
Alarm value of computation channel 1
Upper 5 digits of alarm number 4
Alarm value of computation channel 1
Lower 5 digits of alarm number 4
:
Alarm value of computation channel 60
Upper 5 digits of alarm number 1
Alarm value of computation channel 60
Lower 5 digits of alarm number 1
Alarm value of computation channel 60
Upper 5 digits of alarm number 2
Alarm value of computation channel 60
Lower 5 digits of alarm number 2
Alarm value of computation channel 60
Upper 5 digits of alarm number 3
Alarm value of computation channel 60
Lower 5 digits of alarm number 3
Alarm value of computation channel 60
Upper 5 digits of alarm number 4
Alarm value of computation channel 60
Lower 5 digits of alarm number 4
Value, obtained by combining the upper 5 digits
and lower 5 digits, within the computation
channel span excluding the decimal point
(see the SA command)
When writing, write the value in the range of
–99999 to 99999 to either the upper or lower
register. The value is set as above regardless
of which register it is written.
Value, obtained by combining the upper 5 digits
and lower 5 digits, within the computation
channel span excluding the decimal point
(see the SA command)
When writing, write the value in the range of
–99999 to 99999 to either the upper or lower
register. The value is set as above regardless
of which register it is written.
Value, obtained by combining the upper 5 digits
and lower 5 digits, within the computation
channel span excluding the decimal point
(see the SA command)
When writing, write the value in the range of
–99999 to 99999 to either the upper or lower
register. The value is set as above regardless
of which register it is written.
Value, obtained by combining the upper 5 digits
and lower 5 digits, within the computation
channel span excluding the decimal point
(see the SA command)
When writing, write the value in the range of
–99999 to 99999 to either the upper or lower
register. The value is set as above regardless
of which register it is written.
:
Value, obtained by combining the upper 5 digits
and lower 5 digits, within the computation
channel span excluding the decimal point
(see the SA command)
When writing, write the value in the range of
–99999 to 99999 to either the upper or lower
register. The value is set as above regardless
of which register it is written.
Value, obtained by combining the upper 5 digits
and lower 5 digits, within the computation
channel span excluding the decimal point
(see the SA command)
When writing, write the value in the range of
–99999 to 99999 to either the upper or lower
register. The value is set as above regardless
of which register it is written.
Value, obtained by combining the upper 5 digits
and lower 5 digits, within the computation
channel span excluding the decimal point
(see the SA command)
When writing, write the value in the range of
–99999 to 99999 to either the upper or lower
register. The value is set as above regardless
of which register it is written.
Value, obtained by combining the upper 5 digits
and lower 5 digits, within the computation
channel span excluding the decimal point
(see the SA command)
When writing, write the value in the range of
–99999 to 99999 to either the upper or lower
register. The value is set as above regardless
of which register it is written. R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
:
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
D Register
Number
Description Value Read/Write
Appendix 6 Register Assignments