Introduction With Commentary To The Diagrams: Main Applications - Immergas MAGIS HERCULES PRO Manual

MAGIS HERCULES PRO
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INTRODUCTION WITH COMMENTARY TO THE DIAGRAMS: MAIN APPLICATIONS

43-43.1 Diagram with MAGIS HERCULES PRO with 1 direct zone (hot / cold with dehumidification)
+ photovoltaic
Description of winter functioning:
- CH phase active: The Remote zone panel placed in the room activates consent in the winter phase; in this diagram
MAGIS HERCULES PRO is integrated through the 3 kW electric resistance(s) (optional), to be inserted in the hydronic module/
inertial storage tank.
The logic plans to activate the integrative resistance(s) if I do not reach the temperature set within the maximum time (settable via
parameters), or below a certain outdoor temperature (again settable via parameters) I can immediately activate the electrical resistance.
By setting specific parameters, the Heat pump and the system integrative resistance(s) can activate simultaneously or alternately
with each other. It is also possible to set "concurrent" operation (only in the presence of integrative electrical resistance) between a
system and DHW (Domestic hot water) request.
- Domestic hot water phase: the MAGIS HERCULES PRO electronics constantly monitor the DHW temperature set (probe
located in the storage tank), activating MAGIS HERCULES PRO.
The logic plans to activate the integrative resistance(s) if I do not reach the setting set within the maximum time (settable via pa-
rameters), or below a certain outdoor temperature (again settable via parameters) I can immediately activate the DHW electrical
resistance.
By setting specific parameters, the Heat pump and the system integrative resistance(s) can activate simultaneously or alternately
with each other. It is also possible to set "concurrent" operation (only in the presence of integrative electrical resistance) between a
system and DHW (Domestic hot water) request (e.g. with cooling request the heat pump activates and with "concurrent" DHW
request the DHW resistance activates).
The "DHW (Domestic hot water) BOOST" function is also available, by activating this function via the parameter menu, the
DHW (Domestic hot water) operation takes place with the contribution of both the heat pump and the electrical resistance, with
a logic that minimises storage tank charging time.
N.B.: In case of production from photovoltaic (contact closure "S 39"), the DHW (Domestic hot water) storage tank is heated to
a maximum storage temperature exclusively by the heat pump. In case of simultaneous DHW (Domestic hot water) and system
request, the system will decide which service to satisfy, in order to ensure the best comfort.
44-44.1 Diagram with MAGIS HERCULES PRO with 3 zones (1 direct and two mixed, Hot/Cold) + DWH
solar thermal system
Description of winter functioning:
- Central heating mode active: 1 or more request contacts activates consent in the winter phase; in this diagram
MAGIS HERCULES PRO is integrated through the 3 kW electric resistance(s) (optional), to be inserted in the hydronic module/
inertial storage tank.
The logic plans to activate the integrative resistance(s) if I do not reach the temperature set within the maximum time (settable via
parameters), or below a certain outdoor temperature (again settable via parameters) I can immediately activate the electrical resistance.
By setting specific parameters, the Heat pump and the system integrative resistance(s) can activate simultaneously or alternately
with each other. It is also possible to set "concurrent" operation (only in the presence of integrative electrical resistance) between a
system and DHW (Domestic hot water) request (e.g. with cooling request the heat pump activates and with "concurrent" DHW
request the DHW resistance activates).
- Domestic hot water phase: the MAGIS HERCULES PRO electronics constantly monitor the DHW temperature set (probe
located in the storage tank), activating MAGIS HERCULES PRO.
The logic plans to activate the integrative resistance(s) if I do not reach the setting set within the maximum time (settable via pa-
rameters), or below a certain outdoor temperature (again settable via parameters) I can immediately activate the DHW electrical
resistance.
By setting specific parameters, the Heat pump and the system integrative resistance(s) can activate simultaneously or alternately
with each other. It is also possible to set "concurrent" operation (only in the presence of integrative electrical resistance) between a
system and DHW (Domestic hot water) request.
The "DHW (Domestic hot water) BOOST" function is also available, by activating this function via the parameter menu, the
DHW (Domestic hot water) operation takes place with the contribution of both the heat pump and the electrical resistance, with
a logic that minimises storage tank charging time.
N.B.: Any solar system must be managed by a solar control unit found in the solar thermal coupling kit (optional).
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