Mycom S CLM 153
6 Commissioning
Hauser
61
2 outputs:
MBB1
Acid:
Alkali:
I length
I length
Select the control type
Dosing can be carried be carried out using:
PWM (= pulse length proportional),
PFM (= pulse frequency proportional) or
1x three-PS (= three-point step controller)
MBB2
+relay
–Relay
Motor run
time
Xsd
n.c.
n.c.
%
Downward dosing: Relay selection
(for three-point step controller)
Xsd
: Switching differential
Description see above.)
MBB3
Relay:
max. pulse
frequency
n.c.
1/min.
Downward dosing: Relay selection
(for pulse frequency)
Description see above.)
MBB4
Relay:
Period:
t
E
min:
n.c.
000.0s
000.0s
Downward dosing: Relay selection
(for pulse length)
Description see above.)
MBB5
+relay
–Relay
Motor run
time
Position
feedback
n.c.
n.c.
off
Upward dosing: Relay selection
(for three-point step controller)
Description see above.)
MBB6
Relay:
max. pulse
frequency
n.c.
1/min.
Upward dosing: Relay selection
(for pulse frequency)
Description see above.)
MBB7
Relay:
Period:
t
E
min:
n.c.
000.0s
000.0s
Upward dosing: Relay selection
(for pulse length)
Description see above.)
Sensor technology:
MC1
Look-ahead control:
Meas. value input 1 =
controller
Meas. value input 2 = look-
ahead
Note in display: Look-ahead measurement
(only look-ahead)
In Quick Setup one process with look-ahead control
was selected.
!
Note!
Control with look-ahead measurement is only possible
in conjunction with a flowmeter and a two-circuit
transmitter.
MC2
Control with:
Meas. value input 1
Meas. value input 2
Electrical assignment:
(only redundancy)
Selection of with which measured value, control is
effective.
MC3
L
B
:
L
S
:
L
E
:
0.5 m
0.5 m
1.5 m
System arrangement
Enter sensor/dosing point distances:
L
S
: Distance between the controlling sensor and the
acid dosing point
L
B
: Distance between the controlling sensor and the
alkali dosing point
L
E
: Distance between the controlling sensor and the
look-ahead sensor
Notes on fig. : Sensor 1 is the controlling sensor, sensor
2 is the look-ahead el.
CODE
CHOICE
(default = bold)
INFO
