Z SERIES FUZZY CONTROLLER X (48)96, 96)96mm)

PYX5,9
Parameter sheet for PYX
Lock
level
All
locked
Only
SV
End
User
Set
Maker
Lock
level
All
locked
Only
SV
End
User
Set
Maker
0 1 2 3
0 1 2 3
Mean of parameters Range Unit
Display
Display
Mean of parameters Range Unit
####
Measured value (PV) 0~100%
Engineering
unit
A11H
Hysteressis for Alarm 11 0~100%
Engineering
unit
####
Setting value (SV) 0~100%
Engineering
unit
AL12 Set value for Alarm 12 0~100%
Engineering
unit
####
Manual manipulated variable
(MV)
–3~103%
%
A12H Hysteressis for Alarm 12 0~100%
Engineering
unit
LOCK Lock for other parameters 0~3
AT
STAT
TIME
PROG
TM1R
TM1S
D-SV
CAS
Remote SV input value
OUT 1 MV for output 1
MOD Mode of control AUTO
MAN
Auto tuning command
Ramp / Soak location
Ramp / Soak rest time
Ramp / Soak command
0~100%
REM
OFF
ON
LOW
Second SV 0~100%
OFF
1-RP
1-SK
2-RP
2-SK
3-RP LOOP Time for Loop break detection 0.0~99.59 MM. ss
3-SK
4-RP
4-SK
END
OFF
RUN
HOLD
(END)
SV1 1st. target point (SV) 0~100%
TM2R
TM2S
Time of 1st. Ramp segment 0.0~99.59
Time of 1st. Soak segment 0.0~99.59
SV2 2nd. target point (SV) 0~100%
SV3
TM3R
TM3S
TM4R
TM4S
P-ON
Time of 2nd. Ramp segment 0.0~99.59
Time of 2nd. Soak segment 0.0~99.59
3rd. target point (SV) 0~100%
Time of 3rd. Ramp segment 0.0~99.59
Time of 3rd. Soak segment 0.0~99.59
SV4 4th. target point (SV) 0~100%
P
HYS
I
D
OUT 2
DB
AR
MAN
–3~103%
MV for output 2 –3~103% %
0.0~99.59/
100h
Time of 4th. Ramp segment 0.0~99.59
Time of 4th. Soak segment 0.0~99.59
Auto start demand when turn on NO
for Ramp/Soak
YES
Proportional Band
0.0~999.9
Hysteresis for two step control 0~100%
Reset time
Rate time
Dead Band/ Overlap
0~3200
0~999.9
COOL
Rate of Proportional Band
0.0~10.0
for cooling
–50~50%
Anti-Reset Wind-up 0~100%
Manual Reset value
–100.0~
%
100.0
AL1T Alarm actions for Alarm 1
0000~(*1)
3FFFh
Engineering
unit
%
Engineering
unit
HH. mm
Engineering
unit
HH. mm
HH. mm
Engineering
unit
HH. mm
HH. mm
Engineering
unit
HH. mm
HH. mm
Engineering
unit
HH. mm
HH. mm
%
Engineering
unit
Second
Second
%
Engineering
unit
AL13 Set value for Alarm 13 0~100%
AL2T Alarm actions for Alarm 2
AL21 Set value for Alarm 21
HB-A
CT
CTRL
STNO
A13H Hysteressis for Alarm 13 0~100%
PVT
PVF
PVB
SFT
Curent setting for Heater break
detection
Input type/Decimal point/Temp.
Unit
Upper scale for PV
Lower scale for PV
PV offset
Kind of control
0000~(*1)
3FFFh
0~100%
A21H Hysteressis for Alarm 21 0~100%
AL22 Set value for Alarm 22 0~100%
A22H Hysteressis for Alarm 22 0~100%
AL23 Set value for Alarm 23 0~100%
A23H Hysteressis for Alarm 23 0~100%
PVD
TF
DT
REV-1
Heater Curent indicated value
Decimal point position
Rate of Digital Filter
Cycle of computing
Not es : *(1) : Hexa decimal code : refer to "Kinds of alarm" (page 4).
(2) : Hexa decimal code : refer to "Input range" (page 2).
1~50
0~50
0000~
4111h (*2)
–1999~
9999
–1999~
9999
0~2
0.0~900.0
–50~50%
SV-H High limit setting of SV 0~100%
SV-L Low limit setting of SV 0~100%
REMF Upper scale of Remote SV 0~100%
REMB Lower scale of Remote SV 0~100%
REV-2
TC-1
TC-2
Control action for output 1
(Direct of reverse)
Control action for output 2
(Direct of reverse)
Proportional Cycle for output 1
Proportional Cycle for output 2
FUZY
PID
0.5
1~120
1~120
MV-H High limit of MV
–3~103% %
AO-H Upper scale of AO
0~100% %
AO-L Lower scale of AO
0~100% %
Station No. for communication
NORM
REV
NORM
REV
MV-L Low limit of MV
–3~103% %
BURN Action when input is abnormal 0~4
AOT Kind of Analog ourput source PV
SV
MV
1~15
Engineering
unit
Engineering
unit
Engineering
unit
Engineering
unit
Engineering
unit
Engineering
unit
Engineering
unit
Engineering
unit
Amp.
Amp.
Code No.
1 word
DEC
1 word
DEC
1 byte DEC
Second
Engineering
unit
Engineering
unit
Engineering
unit
Engineering
unit
Engineering
unit
Second
Second
Second
AL11 Set value for Alarm 11
0~100%
Engineering
unit
6