Mitsubishi Electric MELSEC iQ-R Series - Page 2030

2028
APPX
Appendix 1 Instruction Processing Time
S.ONF3 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.
34.500 35.800
S.DBND Input data = 50
Dead band upper limit = 100, Dead band lower limit = 0
Input range = 1
17.000 17.600
S.PGS 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.
27.500 28.000
S.SEL 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.
31.300 32.400
S.BUMP Output set value = 0, Output control value = 50
Mode switching signal = 1
Delay time = 1, Delay time zone = 1
12.000 12.400
S.AMR 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
15.100 15.600
S.FG Input data = 50, Number of break points = 2
Break point coordinates (30, 40), (60, 70)
21.600 21.900
S.IFG Input data = 50, Number of break points = 2
Break point coordinates (30, 40), (60, 70)
20.600 21.300
S.FLT Input data = 50, Data sampling interval = 1
Sampling count = 10
20.800 21.500
S.SUM Input data = 50
Input low-cut value = 0, Initial value = 0
Input range = 1
17.500 18.000
S.TPC 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
19.300 19.800
S.ENG Input data = 50, Engineering value upper limit = 100
Engineering value lower limit = 0
18.800 19.000
S.IENG Input data = 50, Engineering value upper limit = 100
Engineering value lower limit = 0
18.600 18.900
S.ADD Number of inputs = 2, Input data = 50, 100
Number of coefficients = 2, Coefficient = 1, 1, Bias = 0
17.400 17.800
S.SUB Number of inputs = 2, Input data = 50, 100
Number of coefficients = 2, Coefficient = 1, 1, Bias = 0
18.800 19.200
S.MUL Number of inputs = 2, Input data = 50, 100
Number of coefficients = 2, Coefficient = 1, 1, Bias = 0
17.500 17.900
S.DIV Input data = 50, 100
Coefficient = 1, 1, 1, Bias = 0, 0, 0
18.600 19.000
S.SQR Input data = 50
Output low-cut value = 0, Coefficient = 10
15.800 16.500
S.ABS Input data = 50 11.400 11.800
S.> Input data = 50, 100
Set value = 0, Hysteresis = 0
15.700 16.100
S.< Input data = 50, 100
Set value = 0, Hysteresis = 0
13.900 14.200
S.= Input data = 50, 100
Set value = 0
14.000 14.600
S.>= Input data = 50, 100
Set value = 0, Hysteresis = 0
15.600 16.200
Instruction name Condition Processing time (s)
Minimum Maximum