ASSEMBLY BRINE CIRCUIT
Heat source supply point
Connection to the heat source system (brine).
The heat source supply point is on the back of the device:
The connection to the piping of the brine circuit must be carried
out by flexible tubes (included accessories).
The tube should be laid in a quarter circle.
When assembling the brine pipes, the connection
point on the heat pump must be secured against
torsion with a spanner in order to avoid damage to
the copper pipes on the condenser side.
8
Heat source input
Heat source output
The overflow pipe must be led
from the integrated safety valve
to a collector.
Straight, direct
tube laying is not
admissible!
-
We reserve the right to make technical changes -
The heat source system must be sized in accordance with the
prescriptions in the project planning manual.
Please note:
•
�efore filling the heat source system�� it must be flushed tho-
�efore filling the heat source system�� it must be flushed tho-
roughly.
•
�� mud flap (sieve si�e ����� mm) must be installed in front of
�� mud flap (sieve si�e ����� mm) must be installed in front of
the heat pump inlet on the brine side (not delivered with the
unit)
•
The water/antifreeze-mixture (brine) must be mixed tho-
The water/antifreeze-mixture (brine) must be mixed tho-
roughly before filling in the heat source system.
•
The brine concentration must be at least 25�.
The brine concentration must be at least 25�.
•
All pipe cross sections of the heat source system must
be configured for the brine pump's minimum brine flow
rate.
Gerät
Brine flow rate
SWC 60H/S
1300 l/h
SWC 80H/S
1700 l/h
SWC 100H/S
1900 l/h
SWC 120/S
2100 l/h
SWC 140/S
2600 l/h
Open the quick-release screws of the front panel by turning coun-
ter-clockwise (90°), lift the service door and put it down safely.
Open the quick-release screws.
Free
Spread
pressure
0,46 bar
4K
0,64 bar
4K
0,44 bar
4K
0,38 bar
4K
0,50 bar
4K
8301147GB/160808
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