6. Configuration
6.1 Flow diagram for the programming levels
Power supply on
EN
RUN mode
PV/SV display
25
0
+
MODE (3 sec)
Basic setting mode
Input type
En
MODE
Scaling the upper
CL
limit value
1370
MODE
Scaling the lower
CLL
limit value
200
MODE
Decimal point
setting
0
MODE
Event output EV1
E8o1
000
MODE
Event output EV2
E8o2
000
MODE
Heater burnout
1
alarm 1
00
MODE
Heater burnout
2
alarm 2
00
MODE
Control loop
LF
monitoring alarm
0
time
MODE
Control loop
L
monitoring alarm
0
span
MODE
Event input DI1
E8 1
000
MODE
Legend:
Options
22
+
+MODE+
(3 sec)
ON/ OFF
Program Control
ON/
OFF
Program con-
(1 sec)
25
trol RUN
0
Event input DI2
E82
000
MODE
Ext. regulated input,
rL
upper limit value
1370
MODE
Ext. regulated input,
rLL
lower limit value
200
MODE
Transmit output
Fo
type
P8
MODE
Transmit output
L
upper limit value
1370
MODE
Transmit output
LL
lower limit value
200
MODE
SV1
0
MODE
SV2
2
0
MODE
SV3
3
0
MODE
SV4
4
0
MODE
Return to RUN mode
WIKA operating instructions models CS6S, CS6H, CS6L
Delete data
cLr
Yes/No
no
Control output OFF function
Control output
oFF
OFF
MODE
Main setting mode
SV1
0
MODE
Step 1 time
1
0
MODE
Step 1 value
1
0
MODE
SV2
2
0
MODE
Gives setting options
for steps 2-9.
Step 9 value
9
0
MODE
Return to RUN mode
MODE (3 sec)
Monitor mode
MV display
2
[MV]
MODE
Remaining
2
time
[remaining time]
MODE
Current step
25
number
[Step number]
SV number
25
[SV number]
MODE
Return to RUN mode
Program Control
Manual control
25
(MV blinks)
0
+
MODE
Secondary setting mode
AT/Auto-reset
A
Execute/Delete
MODE
O1 proportional
P
range
10
MODE
Integral time
200
MODE
Derivative time
0
MODE
ARW
0
MODE
Manual reset
E
0.0
MODE
O1 proportional
c
cycle
30
MODE
O1 ON/OFF
Hysteresis
1.0
MODE
O1 upper limit value
oL
100
MODE
O1 lower limit value
oLL
0
MODE
O1 gradients
oA
0
MODE
O2 cooling method
cAcF
A
MODE
O2 proportional
b
range
1.0
MODE
O2 proportional
cb
cycle
30
MODE