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Application:
The principle for operating mode A is based on liquid condensation and additional heat from an immersion
heater. The built-in control unit Rego600 controls the heat pump with an outdoor sensor GT2 and return sensor
GT1 according to outdoor compensated control curve. When the heat pump is not able to meet the heating
requirements, the water heater starts automatically and together with the heat pump provides the required
temperature. Hot water is prioritised and controlled by a sensor, GT3 in the hot water heater. While the heat
pump is heating the water in the immersion heater, the heating system is disconnected temporarily through the 3-
way valve. Radiotor operation continues when the immersion heater is hot enough.
Rego600 can also control other curves together with a mixing valve. The mixer curve must be set lower than the
curve for the rest of the heating system. This extra function is used e.g. for floor heating systems that demand a
lower temperature.
Connecting the sensors:
External sensors GT1 and GT2 must always be connected. GT3 is connected if the heat pump is to produce hot
water. Sensor GT4 is connected if the mixer curve is used and GT5 if the room sensor is required.
*Acc. tank:
A 100-300-litre accumulator tank is recommended for systems with separate controls for e.g. floor heating to
ensure good operational times for the heat pump. For this solution, GT1 is mounted in accordance with *GT1.
(X) The distance between both cut offs must not be more than 10 times the dimension of the pipe.
Connecting the E series to the heating system and operating mode A
FILTER
P1, RADIATOR PUMP
HEAT TRANSFER
SYSTEM
EXP
*ACC. TANK
Safety valve
DHW
CW
HEAT PUMP
HOT WATER HEATER
MIXING VALVE
It is also possible to control other heating
systems with a mixing valve. For example,
for a combination of radiator and floor
heating systems.
MIXED HEATING SYSTEM
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