REMKO HTS 90 ALU - Manual (Page 43)

Hydraulic circuit diagram HTS 90/130
Functions: heating and hot water, operating mode: mono-energetic or bivalent alternative.
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
1 2 3
C
D 4
6
MPS
5
E
Schema_HTS_90_130_Frankfurt
Fig. 25: Example hydraulic diagram HTS 90/130
A: Outdoor module
B: Indoor module
C: Storage tank
D: 2. Heat source
E: Solar system (optional)
1: Hot water
2: Cold water
3: Heating circuit unmixed
4: Heating circuit 1 mixed
5: Heating circuit 2 mixed
6: Circulation
HTS compact heat pump models are ideal for use in new and old construction, where the heat pump is the
sole heat generator. In an emergency, an 2. heat genarator (bivalent alternative variant) can be switched on
by the Smart Control.
The highly efficient primary pump in the indoor module can be used as a circulation pump heating cycle (in
heat pump operation) and its speed is regulated. A pressure loss of max. 80 kPa is made available by the
customer. In bivalent variant 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.
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 external 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 module. In the accessories available in the Smart BVT set externally disposal.
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