Omron E5AR-T User Manual page 419

Appendix
L less than 1 second
Input Initial Setting
Level
l. 0
i1-t I1-T: Input 1 Type
0 to 19
2
M
i1du I1DU: Input 1 Temperature Units
C/ F
c
M
i2-t I2-T: Input 2 Type
0 to 19
2
M
I2DU: Input 2 Temperature Units
i2du
C/ F
c
M
M
I3-T: Input 3 Type
i3-t
0 to 19
2
M
i3du I3DU: Input 3 Temperature Units
C/ F
c
M
i4-t
I4-T: Input 4 Type
0 to 19
2
M
i4du I4DU: Input 4 Temperature Units
C/ F
c
M
CH
INP.1:
inp. 1
Scaling Input Value 1
4
M
CH
DSP.1: Scaling Display Value 1
dsp. 1
19999 to Scaling Display
0
Value 2-1
M
CH
inp.2 INP.2:
Scaling Input Value 2
20
M
CH
DSP.2: Scaling Display Value 2
dsp.2
Scaling Display Value 1 +
100
1 to 99999
M
CH
DP: Decimal Point Position
dp
0 to 4
0
M
CH
RSPH: Upper Limit of Sensor
rsph
Setting Range*1
1300.0
M
CH
RSPL: Lower Limit of Sensor
rspl
Setting Range*1
-200.0
M
CH
PVDP:
PV Decimal Point Display
on
OFF/ON
M
SNC: Sensor Induction Noise
snc
Reduction
50hz
50Hz/60Hz
M
AMOV:
Move to Advanced
0
Function Setting Level
1999 to 9999
Temperature: Lower limit of sensor Setting range
to upper limit of sensor Setting range
Analog: Larger of 19999 and display value
equivalent to input lower limit to
smaller of 99999 and display value
equivalent to input upper limit
Password: 169
L less than 1 second
A-50
Control Initial
Setting Level
CH
O1-T: Output 1 Type
OREV:
oreV
o1-t
Direct Reverse Operation
Pulse voltage output (0)/
0
Oor-r
Reverse: OR-R/Direct: OR-D
Linear current output (1)
M M
O3-T: Output 3 Type
CH CLFL: Closed/Floating
clfl
o3-t
Pulse voltage output (0)/ Floating: FLOAT/
0
float
Linear current output (1) Closed: CLOSE
M
M
PMOD: Independent Operation/
CO1-T: Linear Current
pmod
co1-t
Coordinated Operation
Output 1 Type
1 mult Independent Operation: MULT/
0 to 20 mA (0)/4 to 20 mA (1)
Coordinated Operation: SNGL
M M
CO2-T: Linear Current
co2-t
snum
SNUM: Number of Segments
Output 2 Type
8/12/16/20/32
1
0 to 20 mA (0)/4 to 20 mA (1) 16
M M
T-U: Program Time Unit
CO3-T: Linear Current
t-u
co3-t Hour, Minute: HHMM/
Output 3 Type
M
Minute, Second: MMSS/
1
hhmm
0 to 20 mA (0)/4 to 20 mA (1)
Minute, Second, Decisecond: MMSSD
M M
CO4-T: Linear Current
T-PR: Step Time/Rate of Rise Programming
t-pr
co4-t
Output 4 Type Step time: TIME
time
1 Rate of rise programming: PR
0 to 20 mA (0)/4 to 20 mA (1)
M
M
PRU: Time Unit of Ramp Rate
CH
pru
SL-H: SP Upper Limit*1
sl-h
10 hours: 10H
m
Hour: H/Minute: M/Second: S
1300.0
M
M
PVST: PV Start
CH
CH
pVst
SL-L: SP Lower Limit*2 SP Start: SP/
sl-l
sp PV Start (slope priority): PV-R
-200.0
PV Start (time priority): PV-T
M
M
RSTM: Operation at Reset
rstm
MODE: Control Mode*3
mode
Stop control: STOP
stop
0 Fixed control: FSP
M
M
SPSL: Set Point Selection
spsl
Present set point: PSP
psp
Present value: PV
*1 Temperature: SP lower limit +1 to upper limit of
sensor Setting range
1 / 4 input:
*3
Analog: SP lower limit + 1 to smaller of
2 input:
99999 and display value
equivalent to input upper limit
*2 Temperature: Lower limit of sensor Setting range
to SP upper limit 1
Analog: Larger of 19999 and display value
equivalent to input lower limit to
SP upper limit 1
Advanced function
Setting Level
INIT:
init
Parameter Initialization
off
OFF/ON
M
PF1: PF1 Setting
pf1
*1
a-m
M
PF2: PF2 Setting
pf2
*1
r-s
M
CH
PF1.1:
pf1. 1
M
PF1 Monitor/Setting Item 1
1
*2
M
CH
PF1.2:
pf1.2
PF1 Monitor/Setting Item 2
0
*2
CH
PF1.5: PF1 Monitor/
pf1.5
Setting Item 5
0
*2
M
CH
PF2.1:
pf2.1
PF2 Monitor/Setting Item 1
1
*2
M
CH
PF2.2:
pf2.2
PF2 Monitor/Setting Item 2
0
*2
CH
PF2.5:
pf2.5
PF2 Monitor/Setting Item 5
0
*2
M
CH-N:
ch-n
Number of Enabled Channels
1 to 4
M
RAMM: RAM Write Mode
ramm
Backup Mode: BKUP
bkup
RAM Write Mode: RAM
M
CMOV:
Move to Calibration Level
0 1999 to 9999
*1: OFF/RUN/RST/R-R/ARUN/ARST/HOLD/
AHON/AHOF/ADV/AADV/BAK/ABAK/
AT/A-M/PRG/PFDP/CH
*2: OFF/PVSP/PVDV/SEG.R/P/I/D/AL-1/
AL1H/AL1L/AL-2/AL2H/AL2L/AL-3/
AL3H/AL3L/AL-4/AL4H/AL4L
L Key 3 seconds or more
L less than 1 second
Control Initial Setting
2 Level
l.1
OUT.1: Control/Transfer
Oout.1
Output 1 Assignment
0
0 to 32
Oout.4
0
M
EV.1: Event input 1
eV.1
Assignment
0
0 to 81
eV.10
0
M
SBO.1: Auxiliary Output
sbo.1
1 Assignment
1
0 to 84
sbo.10
M
M
PSOT
Program Output Selection
psot
Segment Output: SGO/
sgo
Segment number ouput: SGN/
M
Time Signal: TSG
TRH.1:
trh.1
Transfer Output 1 Upper
Limit
M
TRL.1:
trl.1
Transfer Output 1 Lower
Limit
M
TRH.2:
trh.2
Transfer Output 2 Upper
Limit
M
TRL.2:
trl.2
Transfer Output 2 Lower
Limit
M
TRH.3:
trh.3
Transfer Output 3 Upper
Standard (0)/heating or cooling (1) Limit
M
Standard (0)/heating or cooling (1)/ TRL.3:
trl.3
Transfer Output 3 Lower
Standard with remote SP (2)/
Limit
Heating or cooling (3) with remote SP/
M
Proportional (4)/Cascade standard (5)/
Cascade heating or cooling (6)
L
less than 1 second
Expansion control
Setting Level
L
less than 1 second
l. a df
P-ON:
Operation at Power On
CH
p-on
CONT/RST/MANU/RUN/
cont
RMPB
M
CH
ESET: End Condition
eset
RST/CONT/FST
rst
M
CH
WT-M: Wait Mode
wt-m
SEND/ALL
send
M
CH
ALSP: Alarm SP Selection
alsp
PSP/TSP
psp
M
PEND:
CH
pend
Program End ON Time
M 0.0
ON/0.0 to 10.0
M
CH
SPTR: SP Tracking
sptr
OFF/ON
off
M
PIDI: PID Set Automatic
CH
pidi
Selection Data
pV
PV/DV/SP
M
CH
PIDH: PID Set Automatic
pidh
Selection Hysteresis
0.50
0.10 to 99.99
M
CH
P-DB: PV Dead Band
p-db
0 to 99999
0.0
M
CJC.1: Input 1 Cold
cjc.1
Junction Compensation
on
OFF/ON
CJC.4: Input 4 Cold
cjc.4
Junction Compensation
on
OFF/ON
M
CH
alfa ALFA:
0.00 to 1.00
0.65
Control stops
l.2
trh.4 TRH.4:
Transfer Output 4 Upper Limit
M
OUT.4: Control/
trl.4 TRL.4:
Transfer Output 4
Transfer Output 4 Lower Limit
Assignment
M
0 to 32
LAG.1: First Order Lag
lag.1
Operation 1 Enabled
off
OFF/ON
EV.10: Event Input LAG.4: First Order Lag
lag.4
Operation 4 Enabled
10 Assignment
off
0 to 81 OFF/ON
M
MAV.1: Movement
maV.1
Average 1 Enabled
off
OFF/ON
MAV.4: Movement
SBO.10: Auxiliary
maV.4
Average 4 Enabled
Output 10 Assignment
0 off
OFF/ON
0 to 84
M
SQR.1: Extraction of
sqr.1
Square Root 1 Enabled
off
OFF/ON
SQR.4: Extraction of
sqr.4
Square Root 4 Enabled
off
OFF/ON
M
SCL.1: Straight-line
Approximation 1 Enabled
scl.1
OFF/ON
on
SCL.2: Straight-line
scl.2
Approximation 2 Enabled
on
OFF/ON
M
FNC.1: Broken-line
fnc.1
Approximation 1 Enabled
off
OFF/ON
M
CH
CALB: Motor Calibration
calb
OFF/ON
off
M
CH
MOT: Travel Time
mot
1 to 999
30
l.exc
CH
PVTR: PV Tracking
pVtr
OFF/ON
off
M
CH
MANT: Manual Output Method
mant
HOLD/INIT
hold
M
MANI: Manual MV Initial Value
CH
mani
Standard Type: 5.0 to 105.0
0.0
Heating/cooling: 105.0 to 105.0
M
ORLM:
CH
orlm
MV Change Rate Limit Mode
0
Mode 0:0/Mode 1:1
M
CH
AT-G: AT Calculated Gain
at-g
0.1 to 10.0
M
1.0
M
CH
AT-H: AT Hysteresis
at-h
0.1 to 9.9
0.2
M
CH
LCMA: Limit Cycle MV Amplitude
lcma
5.0 to 50.0
20.0
M
TATE: Temporary AT Execute
CH
tate
Judgement Deviation
10.0
0.0 to 100.0
M
CH
RBMP: Bumpless at Run
rbmp
Disabled: OFF/Enabled: ON
off
M
PMEC: Operation at
CH
pmec
Potentiometer Input Error
off
Stop: OFF/Continue: ON
M
DOST: Disturbance Overshoot
dost
Adjustment Function
off
OFF/ON
Power ON