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■ Model with carbon potential (CP) compensation
Chapter 5. FUNCTIONS
Analog input 1
Cold junction compensation
Wiring resistance compensation
A/D conversion
Input range type
Square-root extraction
Equalizer (approximation
by linearization table)
Equalizer (approximation
by linearization table)
Upper and lower limit alarm
Temperature unit range
Upper and lower limit value scaling
Digital filter
PV shift
Bias
Setting : setup data C01
(For resistance temperature detector)
(For thermocouple)
Setting: setup data C07, C10
(For DC current and voltage)
Setting: setup data C08, C09
(For DC current and voltage)
Setting: setup data C04 to C06
(For thermocouple and resistance temperature detector)
Setting: setup data C02, C03
Setting: setup data C30
Variable parameters PA51 to PA70
Setting: variable parameter PA13
Setting: program setting PV shift item
Setting: variable parameter PA12
PV1
Analog input 2
mV range
A/D conversion
Upper and lower limit alarm
Digital filter
Bias
Setting: setup data C30
Variable parameters PA71 to PA90
Setting: variable parameter PA23
Setting: variable parameter PA22
mV value
Setting: variable parameter PA40
PV shift
PV2
CP or PO
2
computation
Setting: setup data C44
variable parameters PA98 to PA10
0
Setting: PV shift item
in program setting
Setting: variable parameters PA97,
and PA101 to PA120
Temperature compensation
Compensation
(approximation by linearization)