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Page 15 of 23
11/14/2006 Rev. 14
BLOCK 0
HEX DEC PARAMETER DESCRIPTION READ/WRITE
HIGH BYTE, ANALOG OUTPUT 2
BITS 8 – 12
0000 = N/A
0001 = Temperature
0010 = Linear Input A
0011 = Carbon value
0100 = Dewpoint value
0101 = Oxygen value
0110 = Redox value
0111 = Output Power
1000 = Control Output 1
1001 = Control Output 2
1010 = Linear Input B
1011 = Programmable*
*For Reference Number and Programmable ,
write required output value into DACV2, where
DACV2 = 0 is minimum output and
DACV2 = 4096 is maximum output.
BITS 13 – 15 SPARE
Special case: If Analog Output 1 = CONTROL
OUTPUT 1 and Analog Output 2 = CONTROL
OUTPUT 2 and the Control Mode is dual, then
Analog Output 1 is 4-20ma for 0 to +100% PO
and Analog Output 2 is 4-20ma for 0 to -100%
PO.
0C 12 DAC_OFFSET_1 DAC 1 OFFSET CALIBRATION READ/WRITE
0D 13 DAC_SPAN_1 DAC 1 SPAN CALIBRATION READ/WRITE
0E 14 DAC_OFFSET_2 DAC2 OFFSET CALIBRATION READ/WRITE
0F 15 DAC_SPAN_2 DAC2 SPAN CALIBRATION READ/WRITE
10 16 AOUTOF1 ANALOG OUTPUT 1 OFFSET
Minimum source value that correlates to
minimum Analog Output of 4 mA. The source
value is based on the selection in ASRC lower
byte
READ/WRITE
11 17 AOUTRN1 ANALOG OUTPUT 1 RANGE
Maximum source value that correlates to
maximum Analog Output of 20 mA. The
source value is based on the selection in
ASRC lower byte where
READ/WRITE
12 18 AOUTOF2 ANALOG OUTPUT 2 OFFSET
Minimum source value that correlates to
minimum Analog Output of 4 mA. The source
value is based on the selection in ASRC upper
byte
READ/WRITE
13 19 AOUTRN2 ANALOG OUTPUT 2 RANGE
Maximum source value that correlates to
maximum Analog Output of 20 mA. The
READ/WRITE