Operation - Omron E5ZN Series Manual

Operation

The setting data that can be set from the E5ZN-SDL Setting Display Unit is shown below.
Depending on the protection settings and other factors, some settings may not be displayed.
A password is required to move to the advanced function setting level.
The display below indicates that
there is setting data for ch1 or ch2.
in-h
100
0 1
: This symbol indicates setting data that is displayed only for models with pulse output.
P
("Models with pulse output" is used here to indicate models with voltage output or transistor output.)
: This symbol indicates setting data that is displayed only for models with analog output.
A
Advanced function
setting level
Move to
the
advanced
init Parameter
function
initialize
off setting
u
0
level by
M
entering
eV-m
Number of
the
multi-SP
1
u
0 password
used
"−169".
M
eV
Event input
allocation
none
0 u
M
mspu
Multi-SP used
off
0 u
M
sprt
SP ramp set
value
0
0 1
M
rest
Standby sequence
reset
a
0 u
M
al1n
Alarm 1 open
in alarm
n-o
0 1
M
C
alh1
Alarm 1
hysteresis
0. 2
0 1
M
al2n
Alarm 2 open
in alarm
n-o
0 1
CH
M
C
alh2
Alarm 2
hysteresis
0. 2
0 1
M
al3n
Alarm 3 open
in alarm
n-o
0 1
CH
M
C
alh3
Alarm 3
hysteresis
0. 2
0 1
M
hbu
HBA used
P
on
0 u
M
Heater Burnout Latch
hbl
P
off
0 u
M
hbh Heater burnout
hysteresis
0. 1
0 1
P
CH
Press the Button to switch
between the screens for ch1 and ch2.
ch2: ch1:
in-h in-h
100
0 2 0 1
CH
L Key 1 s min.
Voltage output type
ot-2
A
0
0 u
M
sedu Sensor error
indicator used
3
u
0
M
Move to advanced
amoV
function setting level
0
u
0
M
Top of initial setting level
α
alfa
0. 6 5
u
0
M
ol-h MV upper limit
105. 0
0 1
M
ol-l MV lower limit
- 5. 0
0 1
CH
M
Input digital filter
inf
0. 0
0 1
M
Additional PV display
pVad
off
0 u
M
isdp
Additional
temperature input
off
0 u
shift value display
M
istp Temperature
input shift type
0
0 u
M
Alarm 1 latch
a 1lt
off
0 1
M
Alarm 2 latch
a2lt
off
0 1
M
Alarm 3 latch
a3lt
off
0 1
M
Input error output
sero
off
0 u
M
Cold junction
cjc
compensating
on
method
0 u
M
Top of advanced function setting level
100
Control output 2
out2
allocation
5
0 u
M
sub1 Auxiliary output 1
allocation
2
0 u
M
sub2 Auxiliary output 2
allocation
7
0 u
M
sub3 Auxiliary output 3
allocation
12
0 u
A
M
sub4
Auxiliary output 4
allocation
17
0 u
A
M
Operation after
cont
power ON
no
0 u
M
tr1h OUT1 transfer
output upper limit
1300
0 u
A
M
OUT1 transfer
tr1l
output lower limit
-200
0 u
A
M
tr2h
OUT2 transfer
output upper limit
1300
0 u
A
M
tr2l OUT2 transfer
output lower limit
-200
0 u
A
M
tr3h SUB3 transfer
output upper limit
1300
0 u
A
M
tr3l
SUB3 transfer
output lower limit
-200
0 u
A
M
SUB4 transfer
tr4h
output upper limit
1300
0 u
A
M
tr4l
SUB4 transfer
output lower limit
-200
0 u
A
M
ot-1 Current output type
A
0
0 u
M
Communications
setting level
len
7
0 u
M
sbit
2
0 u
L Key
M
1 s max. prty
eVen
0 u
M
sdwt
20
0 u
M
L Key
Initial setting value
L Key
in-t Input type
0
0 u
M
in-h Scaling upper limit
100
0 1
M
in-l Scaling lower limit
0
0 1
M
Decimal point
dp
0
0 1
M
Temperature unit
d-u
c
0 u
M
SP upper limit
C sl-h
1300
0 1
M
SP lower limit
C sl-l
- 200
0 1
M
PID control and
cntl
ON/OFF control
onof
switching
0 1
M
cp Control period
(heat)
2
0 1
M
Control period
c-cp
(cool)
2
0 1
M
Direct/reverse
oreV
operation
or-r
0 1
M
alt1 Alarm 1 type
2
0 1
M
Alarm 2 type
alt2
2
0 1
M
Alarm 3 type
alt3
2
0 1
M
Control output 1
out1
allocation
0
0 u
M
Communica-
tions data
length
Communica-
tions stop bit
Communica-
tions parity
Communica-
tions
response wait
time
10