Mitsubishi Electronics Q64TCTTBWN Network Card User Manual


 
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CHAPTER 4 FUNCTIONS
4
4.20 Simultaneous Temperature Rise Function
(b) When the simultaneous temperature rise AT is started after the simultaneous
temperature rise parameter is calculated with self-tuning
The simultaneous temperature rise parameter calculated with self-tuning is effective. Then PID constants are
changed with auto tuning.
Temperature
process value
(PV)
Maximum gradient
Dead time
Self-tuning start
Setting/operation mode status
(Xn1)
CH Auto tuning status
(Xn4 to Xn7)
CH Auto tuning instruction
(Yn4 to Yn7)
CH PID auto-correction status
(b0 of Un\G575, Un\G607,
Un\G639, Un\G671)
CH Simultaneous temperature
rise parameter correction status
(b1 of Un\G575, Un\G607,
Un\G639, Un\G671)
CH Simultaneous temperature
rise parameter error status
(b9 of Un\G575, Un\G607,
Un\G639, Un\G671)
CH AT simultaneous temperature
rise parameter calculation completion
(b0 of Un\G573, Un\G605,
Un\G637, Un\G669)
CH Simultaneous temperature
rise parameter calculation error status
(b1 of Un\G573, Un\G605,
Un\G637, Un\G669)
CH AT simultaneous
temperature rise parameter
calculation flag
(Un\G573, Un\G605,
Un\G637, Un\G669)
CH Self-tuning flag
(Un\G575, Un\G607,
Un\G639, Un\G671)
CH Self-tuning error
(b10 of Un\G575, Un\G607,
Un\G639, Un\G671)
ON
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
OFF
OFF
OFF
OFF
Simultaneous
temperature rise AT start
Time
Auto tuning waveform
Simultaneous temperature rise
parameter calculation timing
by self-tuning