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6 720 642 344 (2010/01) 5
3USE
3.1 GENERAL INFORMATION
Worcester Greensource is a range of heat pumps that
draw energy from the outside air for heating purposes,
as well as for DHW heating if required. This product
range comprises the Greensource 6, Greensource 7 and
Greensource 9.5. Consequently, it covers the entire heat
demand.
The Greensource 6-9.5 heat pumps can be linked to the
HWDU-151 internal unit. The internal unit contains a
DHW cylinder, thereby creating a complete system for
central heating and DHW. If required, the internal unit
acts as a additional heater. In such cases, the control
unit is fitted to the internal unit.
Once the heat pump has been installed and started,
there are a number of points that should be checked
regularly. This may concern an alarm triggering or
performing basic maintenance actions. In the first
instance the customer should try to rectify this and this
manual describes each step. If the problem is repeated,
you should contact the dealer.
These operating instructions describe the Greensource
heat pump, its components, maintenance, adjustments
etc. The operation of the internal unit is described in a
separate manual. Please read this document carefully,
even if you are operating the Greensource 6-9.5 together
with the HWDU-151.
3.2 HEAT PUMP FUNCTION
The heat pump draws energy from outside air. This
energy is transferred by heated water into the heating
system (radiators and/or underfloor heating system) of
the building and possibly for DHW heating. The internal
unit is equipped with a DHW cylinder.
Under certain conditions, e.g. when it is very cold
outside, the heat pump requires additional energy. This
is provided via an internal unit.
The heat pump comprises four main components:
Evaporator
Transfers heat from the air to the refrigerant circuit
and simultaneously evaporates the refrigerant into a
gas.
Compressor
Increases the refrigerant pressure.
Condenser
Condenses the gas into a liquid and transfers heat
into the heating system.
Expansion valve
Reduces the refrigerant pressure.
A refrigerant circulates through the heat pump. In some
sections of the circuit it is in liquid form, in others it is
gaseous.
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