Omron E5AR - MANUAL 2 User Manual page 337

Appendix
Input Initial L less than 1 second
Setting Level
l. 0
i1-t I1-T: Input 1 type
0-19
2
M
i1du I1DU: Input 1 Temperature units
C / F
c
M
I2-T: Input 2 type
i2-t
0-19
2
M
i2du I2DU: Input 2 Temperature units
C / F
c
M
M
i3-t I3-T: Input 3 type
0-19
2
M
i3du
I3DU: Input 3 Temperature units
C / F
c
M
i4-t
I4-T: Input 4 type
0-19
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-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
1-99999
M
CH
DP: Decimal point position
dp
0-4
0
M
CH
RSPH: Lower limit of sensor
rsph
setting range to upper limit of
1300.0
sensor setting range
M
CH
RSPL: Lower limit of sensor
rspl
setting range to upper limit of
-200.0
sensor setting range
M
CH
PVDP:
PV decimal point display
on
OFF (0) / ON (1)
M
snc SNC:
Sensor induction noise reduction
50hz
50Hz / 60Hz
M
AMOV:
Move to advanced
0
function setting level
-1999-9999
Password: -169
L less than 1 second
A-32
L key 3 seconds or more
L less than 1 second
Control Initial
Setting Level
l. 1
O1-T: Output 1 type
o1-t
Pulse voltage output (0) /
1
Linear current output (1)
M
O3-T: Output 3 type
o3-t
Pulse voltage output (0) /
1
Linear current output (1)
M
CO1-T:
co1-t
Linear current output 1 type
1
0-20 mA (0) / 4-20 mA (1)
M
CO2-T:
co2-t
Linear current output 2 type
1
0-20 mA (0) / 4-20 mA (1)
M
CO3-T:
co3-t
Linear current output 3 type
1
0-20 mA (0) / 4-20 mA (1)
M
CO4-T:
co4-t
Linear current output 4 type
M 1
0-20 mA (0) / 4-20 mA (1)
M
CH
SL-H: SP upper limit 1
sl-h
1300.0
M
CH
SL-L: SP lower limit 2
sl-l
-200.0
M
MODE: Control mode 3
mode
0
M
CH
OREV: Forward reverse operation
Reverse: OR-R / Forward: OR-D
or-r
M
CH
CLFL: Closed / Floating
clfl
Floating: FLOAT / Closed: CLOSE
float
1 Temperature: SP lower limit + 1 to upper limit of
sensor setting range
2 Temperature: Lower limit of sensor setting range
to SP upperlimit - 1
3 1 / 4 input: Standard (0) / heating or cooling (1)
Standard (0) / heating or cooling (1) /
Standard with remote SP (2) /
Heating or cooling (3) with remote SP /
Proportional (4) / Cascade standard (5) /
Cascade heating or cooling (6)
L less than 1 second
Advanced Function
Setting Level
l. adf
INIT:
init
Parameter initialization
off
OFF / ON
M
PF1: PF1 setting
pf1
OFF/RUN/STOP/R-S/ALLR/
a-m
ALLS/AT/BANK/A-M/PFDP
M
PF2: PF2 setting
pf2
OFF/RUN/STOP/R-S/ALLR/
r-s
ALLS/AT/BANK/A-M/PFDP
M
CH
PF1.1:
pf1. 1
M
PF1 monitor / Setting item 1
1
0-19
M
CH
PF1.2: PF1 monitor /
pf1.2
Setting item 2
0
0-19
CH
PF1.5: PF1 monitor /
pf1.5
Setting item 5
0
0-19
M
CH
PF2.1: PF2 monitor /
pf2.1
Setting item 1
1
0-19
M
CH
PF2.2: PF2 monitor /
pf2.2
Setting item 2
0
0-19
CH
PF2.5: PF2 monitor /
pf2.5
Setting item 5
0
0-19
M
ch-n
CH-N: Number of
enabled channels
M
ramm
RAMM: RAM write mode
BKUP / RAM
bkup
M
CMOV:
Move to calibration level
0
-1999-9999
Control stops
Control Initial
Setting 2 Level
OUT.1: Control / Transfer
out. 1
trh. 4
output 1 allocation
1
0-32
OUT.4:
out. 4
Control / Transfer
trl. 4
0
output 4 allocation
0-32
M
lag. 1
EV.1: Event input 1 allocation
0 -25
0
EV.6: Event input 6
allocation
0
0-25
M
SBO.1:
sbo. 1
Auxiliary output 1 allocation
1
0-36
SBO.4:
sbo.4
Auxiliary output 4
4
allocation
0-36
M
sqr. 1
TRH.1:
trh.1
Transfer output 1 upper limit
M
TRL1:
trl.1
M
Transfer output 1 lower limit
M
scl. 1
trh.2 TRH.2:
Transfer output 2 upper limit
M
TRL.2:
trl.2
Transfer output 2 lower limit
M
fnc. 1
TRH.3:
trh.3
Transfer output 3 upper limit
M
CH
TRL.3:
trl.3
Transfer output 3 lower limit
M
CH
Expansion Control
Setting Level
L less than 1 second
CH
P-ON: Operation at power On
p-on
CONT / STOP / MANU
cont
M
CH
SPTR: SP tracking CH
sptr
mani
OFF / ON
off
M
M
CH
PIDI: PID set automatic CH
pidi
orlm
selection data
PV / DV
M
M
CH
PIDH: PID set automatic
pidh CH
M at-g
selection hysteresis
0.50
1.0
0.10-99.99
M
M
CH
P-DB: PV dead band CH
p-db
at-h
0-99999
0.0
M
M
CJC.1: Input 1
CH
cjc. 1
lcma
Cold junction compensation
on
OFF / ON 20.0
CJC.4: Input 4 M
cjc. 4
CH
Cold junction
tate
on
compensation
10. 0
OFF / ON
M
M
CH
CH
ALFA: rbmp
alfa
0.00-1.00
off
0. 6 5
M
M
CH
CH
PVTR: PV tracking
pmec
OFF / ON
off
M
CH
CH
MANT:
mant dost
Manual output method
hold
HOLD / INIT
M
∗1 Heating / cooling control
L less than 1 second
l. 2
TRH.4:
Transfer output 4 upper limit
M
HRL.4:
Transfer output 4 lower limit
M
LAG.1: First order lag
operation 1 enabled
off
OFF / ON
LAG.4:
lag. 4
First order lag
off
operation 4 enabled
OFF / ON
M
MAV.1: Movement
average 1 enabled
off
OFF / ON
MAV.4: Movement
average 4 enabled
off
OFF / ON
M
SQR.1: Extraction of
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
OFF / ON
on
SCL.2: Straight-line
scl.2
approximation 2
on
enabled
OFF / ON
M
FNC.1: Broken-line
approximation 1 enabled
off
OFF / ON
M
CALB: Motor calibration
calb
OFF / ON
off
M
MOT: Travel time
mot
1-999
30
l.exc
MANI:Manual MV initial value
-5.0-105.0 (standard type) 1
0.0
ORLM:
MV change rate limit mode
0
Mode 0:0 / Mode 1:1
AT-G: AT calculated gain
0.1-10.0
AT-H: AT hysteresis
0.1-9.9
0. 2
LCMA:
Limit cycle MV amplitude
5.0-50.0
TATE: Temporary AT execute
judgement deviation
0.0-100.0
RBMP: Bumpless at Run
Disabled: OFF / Enabled: ON
PMEC:
Operation at potentiometer
off
input error
M
Stop: OFF / Continue: ON
DOST:
Disturbance overshoot
off
adjustment function
OFF / ON
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