REMKO LWM 110, Operating And Installation Instructions, Page: 33 / 64

14.0
Outside temperature [°C]
Heating capacity/totalheat requirement [kW]
Bivalence point - 3 °C Standard outside temperature
Heating load in accordance with DIN EN 12831
Rated frequency
n-max
Total thermal load
Bivalence point determination at inlet temperature 35 °C
Fig. 30: Heating performance diagram of the heat pump LWM
Monobloc heat pump
The REMKO inverter heat pump is connected to
the house via water-carrying pipes. The water-car-
rying pipes must be laid to be frost proof. If this is
not possible from a structural point of view, other
frost protection measures must be implemented,
e.g. glycol, trace heating, etc.
REMKO inverter technology
The heat pump's compressor is equipped with are
equipped with a speed control system, as needed.
The power control on conventional heat pumps
provides only two states, either “ON” (full output) or
“OFF” (no output). The heat pump turns on below
a specified temperature and turns off when this
temperature is reached. Heat regulation in the
REMKO monobloc heat pump is modulated to the
actual need and is adjusted to suit actual needs.
The electronics system has an integrated fre-
quency-converter which serves to modify the com-
pressor speed and the speed of the fan as
required. The compressor works at a higher speed
when under full load than under partial load. The
lower speeds ensure a longer operational lifetime
for the components, improved coefficient of per-
formance and lower noise. Lower speeds also
result in lower energy consumption (electricity) and
longer service life. I.e.: Monobloc heat-pumps will
run practically throughout the heating season. In
all, the highest efficiency possible.
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