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elector – Electrochemical Water Treatment for Heating Systems
7.1 Functional Control - Flow Rate
Of fundamental importance is the uniform and constant flow through the elector reaction vessels.
In full-flow installation, the flow rate is always guaranteed depending on the volume flow.
In bypass installation, the flow through the elector reaction vessels must be set according to the following
values.
elector Type
S10-B
M25
L60
XL130
XL+300
XL+500
Flow rate l/min
2
5
10
20
50
100
Check and correct the water flow during maintenance.
If the flow rate does not match the values in the table, check the following points:
• The supply line to the device must be at least 1 „in size. A smaller line cross-section can result in
insufficient water flow and problems with contaminants.
• The supply line must not be regulated, the regulating valves must be open.
• Is the flow regulated via an angle seat valve or is the regulating valve with flow control open?
If the function of the water meter or the flow is not given despite the above points, the elector must be rinsed.
If an automatic regulating valve is used as flow control, its function can be prevented by particles. The valve
would have to be opened and cleaned in this case. Often a vertical installation of the water meter helps to
protect it from possible damage. Under certain circumstances, the water meter must be removed, cleaned or
replaced.
7.2 Functional Control - Anode Function
The electrochemical water treatment function can be checked via the analog display device. The elector system
is self-regulating. For high-conductivity water or a large amount of dissolved oxygen, the electrochemical cell
will automatically work harder than when the water is completely depleted. The display indicates the intensity
(milliampere - mA), with which intensity the elector works.
The following interpretations of the ad are possible:
Pointer deflection <0,5 mA
Outside the heating season, this can
happen when the water has reacted.
Within the heating period, the anode
would be without function and must
be controlled.
Pointer deflection 0,5 - 9 mA
Normal workspace of the elector.
The further the pointer falls to the
left, the less work the elector has to
do to treat the water.
Pointer deflection >10 mA
After installing an elector, then
decreasing. Constant with high
conductivity of the heating water
and / or high oxygen input into the
system.
Chapter 7 - Maintenance
Anodenstrom
Anodenstrom
Anodenstrom
