Mitsubishi Electric MELSEC iQ-R Series Programming Manual page 2030

Instruction name
S.ONF3
S.DBND
S.PGS
S.SEL
S.BUMP
S.AMR
S.FG
S.IFG
S.FLT
S.SUM
S.TPC
S.ENG
S.IENG
S.ADD
S.SUB
S.MUL
S.DIV
S.SQR
S.ABS
S.>
S.<
S.=
S.>=
APPX
2028
Appendix 1 Instruction Processing Time
Condition
Input data = 10
Set value pattern = 3 (without a cascade)
Tracking bit = 0
Execution cycle = Control cycle = 1
The loop is running in MAN mode.
Input data = 50
Dead band upper limit = 100, Dead band lower limit = 0
Input range = 1
Number of operation constant break points = 16
Operation type = 0 (Hold type)
Execution cycle = 1
Set value = 10
The loop is running in AUT mode and the ALM bit does not turn on.
Set value pattern = 18H (E1 and E2 used, without a cascade)
Tracking bit = 0
The loop is running in AUT mode and the ALM bit does not turn on.
Output set value = 0, Output control value = 50
Mode switching signal = 1
Delay time = 1, Delay time zone = 1
Output addition value = 50, Output subtraction value = 50
Output set value = 0, Operation output signal = 1
Output addition signal = 1, Output subtraction signal = 0
Output upper limit value = 50, Output lower limit value = 0
Input data = 50, Number of break points = 2
Break point coordinates (30, 40), (60, 70)
Input data = 50, Number of break points = 2
Break point coordinates (30, 40), (60, 70)
Input data = 50, Data sampling interval = 1
Sampling count = 10
Input data = 50
Input low-cut value = 0, Initial value = 0
Input range = 1
When both temperature and pressure are corrected
Differential pressure = 100, Measured temperature = 300
Measured pressure = 10000, Design temperature = 0
Bias (temperature) = 273.15
Design pressure = 0
Bias (pressure) = 10332.0
Input data = 50, Engineering value upper limit = 100
Engineering value lower limit = 0
Input data = 50, Engineering value upper limit = 100
Engineering value lower limit = 0
Number of inputs = 2, Input data = 50, 100
Number of coefficients = 2, Coefficient = 1, 1, Bias = 0
Number of inputs = 2, Input data = 50, 100
Number of coefficients = 2, Coefficient = 1, 1, Bias = 0
Number of inputs = 2, Input data = 50, 100
Number of coefficients = 2, Coefficient = 1, 1, Bias = 0
Input data = 50, 100
Coefficient = 1, 1, 1, Bias = 0, 0, 0
Input data = 50
Output low-cut value = 0, Coefficient = 10
Input data = 50
Input data = 50, 100
Set value = 0, Hysteresis = 0
Input data = 50, 100
Set value = 0, Hysteresis = 0
Input data = 50, 100
Set value = 0
Input data = 50, 100
Set value = 0, Hysteresis = 0
Processing time (s)
Minimum Maximum
34.500 35.800
17.000 17.600
27.500 28.000
31.300 32.400
12.000 12.400
15.100 15.600
21.600 21.900
20.600 21.300
20.800 21.500
17.500 18.000
19.300 19.800
18.800 19.000
18.600 18.900
17.400 17.800
18.800 19.200
17.500 17.900
18.600 19.000
15.800 16.500
11.400 11.800
15.700 16.100
13.900 14.200
14.000 14.600
15.600 16.200