Unvented Heat Pump with buffer Cylinder EC-Eau ... - Dimplex
Unvented Heat Pump with buffer Cylinder EC-Eau ... - Dimplex
Unvented Heat Pump with buffer Cylinder EC-Eau ... - Dimplex
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<strong>Unvented</strong> <strong>Heat</strong> <strong>Pump</strong> <strong>with</strong> <strong>buffer</strong> <strong>Cylinder</strong><strong>EC</strong>-<strong>Eau</strong> <strong>EC</strong>S210HP75-580FeaturesDuplex stainless steel cylinder <strong>with</strong> large heat pump coil60mm PU foam insulation for low standing heat lossesOver 60% in volume from recycled materialSurface mounted sensor devices for compatibility and ease ofmaintenanceCompatible <strong>with</strong> extensive <strong>Dimplex</strong> heat pump rangePU-insulation <strong>with</strong> GWP < 1 and ODP = 0KIWA approved (water and building regulations)Scope of delivery<strong>Cylinder</strong> <strong>with</strong> one immersionT+P valveInlet group2 port valveExpansion vessel <strong>with</strong> fixing kit andconnection hoseTundishInstallation & User manualTerms and conditions210 l + 75 l1/2”, 7bar/90°CPRV 3bar, ERV 6bar-19 l15mm/22mmTechnical data: C O N N E C T I O N S I Z E SIndirect coil- mm<strong>Heat</strong> pump coil28 mmTechnical data: V O L U M ESolar coil- mmNominal volumetbc lInlet/outlet pipe22 mmPrimary hot water capacity (1) #Aux hot water capacity (1)Indirect coil volumetbc l--Secondary returnT+P Valve1/2” F BSP1/2” F BSPIndirect coil heatable volume-Immersion heater1 3/4” F BSP<strong>Heat</strong> pump coil volume #tbc l<strong>Heat</strong>ing <strong>buffer</strong>28 mm<strong>Heat</strong> pump coil heatable volume #tbc lSolar coil volume-Technical data: R E - H E A T T I M E SDedicated solar storage vol. (KIWA) (2)nominal<strong>Heat</strong>ing <strong>buffer</strong> volume---Primary re-heat time (1) #Aux. re-heat time (1)tbc mins-Expansion vessel volume19 lTechnical data: H E A T L O S SMinimum mains flow rate15 l/minMaximum standing heat loss (y) #tbc kW/24h(1) Determined in accordance <strong>with</strong> EN12897-2006(2) Determined in accordance <strong>with</strong> KIWA document for unvented hot water storage cylinders to the requirements of the UK building regulations,Annex D(3) All the dimensions are taken from the base of the cylinder to the centreline on the component(y) <strong>Heat</strong> loss figure calculated based on measured surface temperatures. Indicative only.(+)Calculated value(**) Calculated - based on measurements# for equivalent values please see the respective <strong>Heat</strong> <strong>Pump</strong> data<strong>Unvented</strong> <strong>Heat</strong> <strong>Pump</strong> <strong>with</strong> <strong>buffer</strong> <strong>Cylinder</strong>
<strong>Unvented</strong> <strong>Heat</strong> <strong>Pump</strong> <strong>with</strong> <strong>buffer</strong> <strong>Cylinder</strong><strong>EC</strong>-<strong>Eau</strong> <strong>EC</strong>S210HP75-580Cross-sectional drawingTechnical data: D I M E N S I O N SHeight (3)DiameterTilt heightWeight (empty)CW Inlet (3)Secondary return (3)HW Outlet (3)T&P valve (3)HP Buffer Immersion (3)2080 mm580 mm2160 mmtbc kg190 mm967 mm1275 mm1275 mm1667 mmBtm. Immersion (3)HP return (3)HP <strong>buffer</strong> return (3)Btm. Thermostat (3)ST return (3)Indirect return (3)Top Immersion (3) 208 mm - mmHP flow (3) 190 mm 895 mmHP <strong>buffer</strong> flow (3) 1642 mm 1852 mmTop Thermostat (3) 732 mm - mmST flow (3) - mm - mmIndirect flow (3) - mm - mmPressure drop diagram of cylinder and coils3.0m 2 Coil Pressure DropTechnical data: C O I L S and ImmersionsIndirect coil surface area-m²7000060000Indirect coil rating (1)-kWPressure Drop (Pa)500004000030000Indirect coil flow rate (1)<strong>Heat</strong> pump coil surface area-l/min3.0 m²2000010000<strong>Heat</strong> pump coil rating (1) #tbc kW00.0 0.5 1.0 1.5 2.0 2.5Flow Rate (m 3 /h)Attainable cylinder temperature as a function of heat pump output,flow rate at 55°C flow temperature<strong>Heat</strong> pump coil flow rate (1) #Solar coil surface areaSolar coil rating (1)Solar coil flow rate (1)Immersion ratingtbc l/s-m²-kW-l/min2.7/3.0 kW at 230/240 VACAttainable cylinder temperature as a function of heat pump output,flow rate at 65°C flow temperatureTechnical data: P R E S S U R EMax. sply. Pres. at red. valvePressure reducing valve settingPress. relief valve opening pres.T&P valve opening pres.Pre-charge expansion vesselMin. mains dynamic pres.Max. operating pres. cylinderMax. design pres. cylinderMax. op. pres. indirect coilMax. op. pres.heat pump coilMax. op. pres.solar coilMax. op. pres.<strong>buffer</strong>12 bar3 bar6 bar7 barmin 2 bar1.5 bar3 bar12 bar- bar3 bar- bar- bar
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