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Air conditioning plant, indoor air quality con-
trol, lighting
(reception area)
Heating and cooling, indoor air quality control
·
Room-supply air temperature control/CO
·
Automatic data exchange between room HVAC and primary
plant
·
VAV controllers for optimization of ventilation system
·
Remote control of individual rooms or room groups
·
Demand-compensated production of heat and cooling energy
thanks to automatic data exchange with heating and refrigera-
tion controller
·
Constant light control
·
Efficiency class A conforming to EN 15232
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VAV plant, indoor air quality control,
lighting, and sun protection
(restaurant area)
Heating and cooling, indoor air quality control
·
Fully integrated VAV application with temperature, CO
volumetric air flow control
·
Automatic data exchange between room HVAC and primary
plant
·
VAV controllers for optimization of ventilation system
·
Remote control of individual rooms or room groups
·
Demand-compensated production of heat and cooling energy
thanks to automatic data exchange with primary plant
·
Constant light control
·
Efficiency class A conforming to EN 15232
Efficiency class
Temperature control and automatic data exchange
control
2
with primary plant together save up to 30% heat-
ing/cooling energy.
Time- and presence-dependent temperature control
saves up to 20% heating/cooling energy.
Demand-compensated ventilation saves 20% to 70%
ventilation energy.
Time-, presence- and brightness-dependent control
of lighting saves up to 45% light energy.
Monitoring of operating times and error messages
from the lighting system ensure reliability.
Display of energy efficiency saves energy: Fault
status messages are sent to the facility manager and to
personnel.
Efficiency class
Temperature control and automatic data exchange
and
2
with primary plant together save up to 30% heat-
ing/cooling energy.
Time- and presence-dependent temperature control
saves up to 20% heating/cooling energy.
Demand-compensated ventilation saves 20% to 70%
ventilation energy.
Time-, presence- and brightness-dependent control
of lighting saves up to 45% light energy.
Monitoring of operating times and error messages
from the lighting system ensure reliability.
Time- and daylight-dependent shading control saves
up to 30% heating/cooling energy.
Display of energy efficiency saves energy: Fault
status messages are sent to the facility manager and to
personnel.
A
A
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