REMKO WKF 85 - Manual (Page 47)

WKF hydraulic diagram
Functions: heating or cooling and hot water, operating mode: monoenergetic
This hydraulic diagram serves merely to assist in planning activities;
the hydraulic system on site must be planned and laid out by the installer!
A
B
C
FB KK
KW
ZK
AB
B
A
B AB
A
WW
Fig. 51: WKF example hydraulic diagram
A: Outdoor module
B: Indoor moduleWKF
C: Storage tank
FB: Floor heating cycle
KK: Cooling cycle
KW: Cold water
WW: Warm water
ZK: Circulation
WKF heat pump modules are used in systems with existing storage tank systems. Their applications are
varied and they can be ordered in a range of different equipment variants. For example, external drinking
water storage tanks with a min. HE surface area of 3.0m² can be used.
The Remko drinking water storage tank, type EWS 300 is an enamelled drinking water storage tank with a
HE surface area of 3.5m². The additionally necessitated three-way changeover valve is switched over by the
Smart Control to provide HW. In a bivalent alternative application, the boiler can be connected directly to the
indoor unit (bivalent variant).
The highly efficient primary pump in the indoor unit can be used as a circulation pump heating cycle and its
speed is regulated according to requirements. A pressure loss of max. 80 kPa is made available by the cus-
tomer. If the pressure losses on site exceed this, a separate storage tank, e.g. Remko KPS 300 must be
used as a hydraulic compensator. Then a Remko heating cycle group unmixed, type HGU, and a mixed
heating cycle group, type HGM, are available.
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