Daikin EKPS076207 [215/216] Pump station

Daikin EKPS076207 [215/216] Pump station
215
EKSVP
EKSRPSA
EKSV-P/EKSH-P
Accessory EKSV21P EKSV26P EKSH26P
Mounting Vertical Horizontal
Dimensions Unit
Height x Width x Depth
mm , x , x  , x , x  , x , x 
Weight Unit kg  
Volume l . . .
Surface Outer . .
Aperture . .
Absorber . .
Coating Micro-therm (absorption max. %, Emission ca. % +/-%)
Absorber Harp-shaped copper pipe register with laser-welded highly selective coated aluminium plate
Glazing Single pane safety glass, transmission +/- %
Allowed roof angle Min.~Max. ° ~
Operating pressure Max. bar
Stand still temperature
Max. °C 
Thermal
performance
collector eciency (ηcol) % 
Zero loss collector eciency η % . .
Heat loss coecient a W/m².K . .
Temperature dependence of the heat
loss coecient a
W/m².K²
. .
Thermal capacity kJ/K . .
Auxiliary Solpump W -
Annual auxiliary electricity
consumption Qaux
kWh -
Solstandby W -
Accessory EKSRPS4 EKSRDS2A
Mounting On side of tank On wall
Dimensions Unit
Height x Width x Depth
mm  x  x   x  x 
Weight Unit kg ,
Operation range
Ambient temperature
Min.~Max. °C ~ -~
Operating pressure Max. bar -
Stand still temperature
Max. °C  
Control Type Digital temperature dierence controller with plain text display
Power consumption W
Sensor Solar panel temperature sensor Pt
Storage tank sensor PTC -
Return ow sensor PTC -
Feed temperature and ow sensor Voltage signal (.V DC) -
Power supply Phase/Frequency/Voltage Hz/V ~// -//
Power supply intake Indoor unit
Auxiliary Solpump W , 
Annual auxiliary electricity consumption Qaux
kWh , 
Solstandby W . .
Pump station
Save energy and reduce CO
emissions with a solar system
fordomestic hot water production
Pump station connectable to drain-back solar system
Pump station and control provide the transfer of solar heat
tothe domestic hot water tank
EKSRPS4A/EKSRDS2A
Solar collector
Thermal solar collector for hot water production
Solar collectors can produce up to % of the energy needed
forhot water production - a major cost saving
Horizontal solar collector for domestic hot water production
Vertical solar collector for domestic hot water production
High eciency collectors transfer all the short-wave solar radiation
into heat as a result of their highly selective coating
Easy to install on roof tiles
Can be used for drain-back and pressurised applications
Solar

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