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Siemens Synco-Gamma Application Manual page 5

Hotel buildings

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3
Fan coil unit, radiator, lighting,
sun protection
(hotel room)
Heating and cooling, 2 control loops:
·
Individual room temperature control, heating
and cooling
·
2 control loops for room and bathroom
·
Automatic or manual fan control, 1- or 3-speed
·
Automatic or manual changeover of heat-
ing/cooling mode
·
Window contact – central detection of open
windows
·
Detection of presence via presence detector
and door contact
·
Presence- and time-dependent control of
HVAC, lighting, sun protection, and power sup-
ply to the room
·
Dimming and switching of lighting
·
Central operation and display of HVAC, lighting,
and sun protection
·
Pushbuttons for "SOS", "Make up room" and
"Do not disturb"
·
Demand-compensated production of heat and
cooling energy thanks to automatic data ex-
change with primary plant
4
Fan coil unit, radiator, lighting,
sun protection
(hotel room)
Heating and cooling, 1 control loop:
·
Automatic or manual fan control, 1- or 3-speed
·
Automatic or manual changeover of heat-
ing/cooling mode
·
Window contact – central detection of open
windows
·
Detection of presence via hotel card switch
·
Presence- and time-dependent control of
HVAC, lighting, sun protection, and power sup-
ply to the room
·
Dimming and switching of lighting
·
Operation and display of HVAC
·
Pushbuttons for "SOS", "Make up room" and
"Do not disturb"
·
Demand-compensated production of heat and
cooling energy thanks to automatic data ex-
change with primary plant
B
Efficiency class
Individual room temperature control and automatic data exchange
with primary plant together save up to 30% heating/cooling energy.
Time- and presence-dependent temperature control saves up to
20% heating/cooling energy.
eu.bac-certified room temperature controller guarantees high con-
trol accuracy and reliability and, in addition, saves heating/cooling
energy.
Separate temperature control in the bathroom ensures enhanced
comfort and longer life of facilities.
Presence-dependent control of lighting and power supply saves
electrical energy.
Automatic detection of occupancy ensures enhanced comfort.
Time- and daylight-dependent shading control saves heat-
ing/cooling energy when the room is not occupied.
Display of energy efficiency saves energy: Facility manager and
personnel are informed about energy waste and error messages (e.g.
open windows during nonoccupancy times).
B
Efficiency class
Individual room temperature control and automatic data exchange
with primary plant together save up to 30% heating/cooling energy.
Time- and presence-dependent temperature control saves up to
20% heating/cooling energy.
Presence-dependent control of lighting and power supply saves
electrical energy.
Time- and daylight-dependent shading control saves heat-
ing/cooling energy when the room is not occupied.
Display of energy efficiency saves energy: Facility manager and
personnel are informed about energy waste and error messages (e.g.
open windows during nonoccupancy times).
21
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5

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