MOV
SM402
SM402
SM402
X10 X11
M4
ST0
M4
X11
M4
X10
MOV
SD6300
K500
K500
SET
SET
K0MOV
RST
RST
D510PID D500
RST
D500
D510
D511.0
D511.5
SET D511.7
K2000MOV D532
D533
SM6301
D502
D502
M4
ST0
Y1
END
X10
MOV
SET
K50
K2000
K0MOV
SET
D511.6
D535
D536
D537
K-50MOV D538
D511.4
MOV
OUTHS ST0 K2000
The target value is set to 50°C
The sampling time is set to
500 ms
The operation direction is set to
backward operation
PID instruction
initial setting
FX5-4AD-TC-ADP
Measured temperature value
CH1: SD6300
0: Enable
1: Disable
Heater output control
The upper and lower limits of
output value is set to valid
Use overshoot
suppression setting
The output value lower limit
is set to ON for 0 sec.
FX5-4AD-TC-ADP is set to used CH
CH1: SM6301
The PID output is initialized
PID instruction
drive
PID is executed
The heater operation
cycle is set to 2 sec.
Preset
Heater output
The output value upper limit
is set to ON for 2 sec.
The auto-tuning mode is set
to limit cycle method
The PV value threshold
(hysteresis) width (SHPV) is
set to 5.0°C
The output value upper limit
(ULV) is set to ON for 2.0 sec.
Auto-tuning
initial setting
The output value lower limit
(LLV) is set to ON for 0 sec.
Auto-tuning is started
The wait setting parameter
(kW) from the end of tuning
cycle to PID control start is
set to -50 (wait is not provided)
Initial pulse
Initial pulse
Initial pulse
PID control is started
after auto-tuning
PID is executed
PID is executed
PID control is started
after auto-tuning
PID control is started
(without auto-tuning)
Heater operation
cycle
PID control is started
(without auto-tuning)
PID is executed
ST0<D502
< ST0 D502
PID control is started
after auto-tuning
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