Daikin RXYSQ6M7V3B Manuel d'utilisateur

EEDEN12-200Air ConditionersVRV® Air-cooled Selection ProcedureTechnical Data

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure8222 Selection in heating mode2 - 1 FlowchartCONDITIONSSELECTION OF INDO

•VRV® Systems • Air cooled selection procedure9• Air-cooled selection procedure222 Selection in heating mode2 - 2 Step by step2 - 2 - 1 Design conditi

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure10222 Selection in heating mode2 - 2 Step by step2 - 2 - 7 Selection of

•VRV® Systems • Air cooled selection procedure11• Air-cooled selection procedure222 Selection in heating mode2 - 3 Example2 - 3 - 1 Design conditions•

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure12222 Selection in heating mode2 - 3 Example2 - 3 - 6 Define heating cap

•VRV® Systems • Air cooled selection procedure13• Air-cooled selection procedure222 Selection in heating mode2 - 3 Example2 - 3 - 7 Selection of outdo

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure14233 Capacity correction ratio3 - 1 VRV®III heat recovery with connecti

•VRV® Systems • Air cooled selection procedure15• Air-cooled selection procedure233 Capacity correction ratio3 - 1 VRV®III heat recovery with connecti

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure16233 Capacity correction ratio3 - 1 VRV®III heat recovery with connecti

•VRV® Systems • Air cooled selection procedure17• Air-cooled selection procedure233 Capacity correction ratio3 - 1 VRV®III heat recovery with connecti

EEDEN12-200Air ConditionersVRV® Air-cooled Selection ProcedureTechnical Data

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure18233 Capacity correction ratio3 - 2 VRV®III heat recovery small footpri

•VRV® Systems • Air cooled selection procedure19• Air-cooled selection procedure233 Capacity correction ratio3 - 2 VRV®III heat recovery small footpri

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure20233 Capacity correction ratio3 - 2 VRV®III heat recovery small footpri

•VRV® Systems • Air cooled selection procedure21• Air-cooled selection procedure233 Capacity correction ratio3 - 2 VRV®III heat recovery small footpri

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure22233 Capacity correction ratio3 - 2 VRV®III heat recovery small footpri

•VRV® Systems • Air cooled selection procedure23• Air-cooled selection procedure233 Capacity correction ratio3 - 2 VRV®III heat recovery small footpri

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure24233 Capacity correction ratio3 - 2 VRV®III heat recovery small footpri

•VRV® Systems • Air cooled selection procedure25• Air-cooled selection procedure233 Capacity correction ratio3 - 2 VRV®III heat recovery small footpri

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure26233 Capacity correction ratio3 - 2 VRV®III heat recovery small footpri

•VRV® Systems • Air cooled selection procedure27• Air-cooled selection procedure233 Capacity correction ratio3 - 2 VRV®III heat recovery small footpri

•VRV® Systems • Air-cooled selection procedure1• Air-cooled selection procedure1 Selection procedure VRV® system based on cooling load. . . . 2Flowch

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure28233 Capacity correction ratio3 - 3 VRV®III heat recovery high COP comb

•VRV® Systems • Air cooled selection procedure29• Air-cooled selection procedure233 Capacity correction ratio3 - 3 VRV®III heat recovery high COP comb

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure30233 Capacity correction ratio3 - 3 VRV®III heat recovery high COP comb

•VRV® Systems • Air cooled selection procedure31• Air-cooled selection procedure233 Capacity correction ratio3 - 3 VRV®III heat recovery high COP comb

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure32233 Capacity correction ratio3 - 4 VRV®III heat pump small footprint c

•VRV® Systems • Air cooled selection procedure33• Air-cooled selection procedure233 Capacity correction ratio3 - 4 VRV®III heat pump small footprint c

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure34233 Capacity correction ratio3 - 4 VRV®III heat pump small footprint c

•VRV® Systems • Air cooled selection procedure35• Air-cooled selection procedure233 Capacity correction ratio3 - 4 VRV®III heat pump small footprint c

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure36233 Capacity correction ratio3 - 4 VRV®III heat pump small footprint c

•VRV® Systems • Air cooled selection procedure37• Air-cooled selection procedure233 Capacity correction ratio3 - 4 VRV®III heat pump small footprint c

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure2211 Selection procedure VRV® system based on cooling load1 - 1 Flowchar

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure38233 Capacity correction ratio3 - 4 VRV®III heat pump small footprint c

•VRV® Systems • Air cooled selection procedure39• Air-cooled selection procedure233 Capacity correction ratio3 - 4 VRV®III heat pump small footprint c

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure40233 Capacity correction ratio3 - 4 VRV®III heat pump small footprint c

•VRV® Systems • Air cooled selection procedure41• Air-cooled selection procedure233 Capacity correction ratio3 - 4 VRV®III heat pump small footprint c

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure42233 Capacity correction ratio3 - 4 VRV®III heat pump small footprint c

•VRV® Systems • Air cooled selection procedure43• Air-cooled selection procedure233 Capacity correction ratio3 - 4 VRV®III heat pump small footprint c

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure44233 Capacity correction ratio3 - 4 VRV®III heat pump small footprint c

•VRV® Systems • Air cooled selection procedure45• Air-cooled selection procedure233 Capacity correction ratio3 - 5 VRV®III heat pump high COP combinat

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure46233 Capacity correction ratio3 - 5 VRV®III heat pump high COP combinat

•VRV® Systems • Air cooled selection procedure47• Air-cooled selection procedure233 Capacity correction ratio3 - 5 VRV®III heat pump high COP combinat

•VRV® Systems • Air cooled selection procedure3• Air-cooled selection procedure211 Selection procedure VRV® system based on cooling load1 - 2 Step by

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure48233 Capacity correction ratio3 - 5 VRV®III heat pump high COP combinat

•VRV® Systems • Air cooled selection procedure49• Air-cooled selection procedure233 Capacity correction ratio3 - 5 VRV®III heat pump high COP combinat

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure50233 Capacity correction ratio3 - 6 VRV®III-S1. Rate of change in cooli

•VRV® Systems • Air cooled selection procedure51• Air-cooled selection procedure233 Capacity correction ratio3 - 6 VRV®III-S1. Rate of change in cooli

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure52233 Capacity correction ratio3 - 7 VRV®III heating only&RUUHFWLRQ

•VRV® Systems • Air cooled selection procedure53• Air-cooled selection procedure233 Capacity correction ratio3 - 7 VRV®III heating only&RUUHFWLRQ

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure54233 Capacity correction ratio3 - 7 VRV®III heating only&RUUHFWLRQ

•VRV® Systems • Air cooled selection procedure55• Air-cooled selection procedure233 Capacity correction ratio3 - 7 VRV®III heating only&RUUHFWLRQ

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure56233 Capacity correction ratio3 - 7 VRV®III heating only&RUUHFWLRQ

•VRV® Systems • Air cooled selection procedure57• Air-cooled selection procedure233 Capacity correction ratio3 - 7 VRV®III heating only&RUUHFWLRQ

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure4211 Selection procedure VRV® system based on cooling load1 - 2 Step by

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure58233 Capacity correction ratio3 - 7 VRV®III heating only&RUUHFWLRQ

•VRV® Systems • Air cooled selection procedure59• Air-cooled selection procedure233 Capacity correction ratio3 - 7 VRV®III heating only&RUUHFWLRQ

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure60233 Capacity correction ratio3 - 7 VRV®III heating only&RUUHFWLRQ

•VRV® Systems • Air cooled selection procedure61• Air-cooled selection procedure233 Capacity correction ratio3 - 7 VRV®III heating only&RUUHFWLRQ

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure62233 Capacity correction ratio3 - 7 VRV®III heating only&RUUHFWLRQ

•VRV® Systems • Air cooled selection procedure63• Air-cooled selection procedure233 Capacity correction ratio3 - 7 VRV®III heating only&RUUHFWLRQ

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure64244 Integrated heating capacity coefficientREYQ-P8/P9INTEGRATED HEATIN

•VRV® Systems • Air cooled selection procedure65• Air-cooled selection procedure244 Integrated heating capacity coefficientREYHQ-PINTEGRATED HEATING C

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure66244 Integrated heating capacity coefficientINTEGRATED HEATING CAPACITY

•VRV® Systems • Air cooled selection procedure67• Air-cooled selection procedure244 Integrated heating capacity coefficientINTEGRATED HEATING CAPACITY

•VRV® Systems • Air cooled selection procedure5• Air-cooled selection procedure211 Selection procedure VRV® system based on cooling load1 - 3 Example1

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure68244 Integrated heating capacity coefficientINTEGRATED HEATING CAPACITY

•VRV® Systems • Air cooled selection procedure69• Air-cooled selection procedure244 Integrated heating capacity coefficient3TW30402NOTES1. The figure s

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure70244 Integrated heating capacity coefficient3TW30402NOTES1. The figure s

•VRV® Systems • Air cooled selection procedure71• Air-cooled selection procedure244 Integrated heating capacity coefficient5;<5437:127( 7

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure72255 Refnet pipe systemsDISCHARGE GAS SIDE JUNCTIONSUCTION GAS SIDE JUN

•VRV® Systems • Air cooled selection procedure73• Air-cooled selection procedure255 Refnet pipe systemsDISCHARGE GAS SIDE JUNCTIONSUCTION GAS SIDE JUN

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure74255 Refnet pipe systemsGas-side junctionBHFQ22P1007 BHFQ22P1517ID Ø31.

•VRV® Systems • Air cooled selection procedure75• Air-cooled selection procedure255 Refnet pipe systemsSUCTION GAS SIDE JUNCTION DISCHARGE GAS SIDE JU

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure76255 Refnet pipe systems2TW29119-1Gas side junctionLiquid side junction

•VRV® Systems • Air cooled selection procedure77• Air-cooled selection procedure255 Refnet pipe systemsDISCHARGE GAS SIDE JUNCTIONSUCTION GAS SIDE JUN

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure6211 Selection procedure VRV® system based on cooling load1 - 3 Example1

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure78255 Refnet pipe systemsDISCHARGE GAS SIDE JUNCTIONSUCTION GAS SIDE JUN

•VRV® Systems • Air cooled selection procedure79• Air-cooled selection procedure255 Refnet pipe systems2TW29659-1Gas-side junction Liquid side junctio

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure80255 Refnet pipe systems2TW29679-1Suction gas side junction Discharge g

•VRV® Systems • Air cooled selection procedure81• Air-cooled selection procedure255 Refnet pipe systemsGAS SIDE JUNCTION DISCHARGE GAS SIDE JUNCTION L

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure82266 Example of Refnet piping layoutsType of fitting Sample systemsDist

•VRV® Systems • Air cooled selection procedure83• Air-cooled selection procedure277 Refrigerant pipe selection7 - 1 VRV®III heat recovery small footpr

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure84277 Refrigerant pipe selection7 - 1 VRV®III heat recovery small footpr

•VRV® Systems • Air cooled selection procedure85• Air-cooled selection procedure277 Refrigerant pipe selection7 - 2 VRV®III heat recovery small footpr

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure86277 Refrigerant pipe selection7 - 2 VRV®III heat recovery small footpr

•VRV® Systems • Air cooled selection procedure87• Air-cooled selection procedure277 Refrigerant pipe selection7 - 3 VRV®III heat recovery with connect

•VRV® Systems • Air cooled selection procedure7• Air-cooled selection procedure211 Selection procedure VRV® system based on cooling load1 - 3 Example1

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure88277 Refrigerant pipe selection7 - 3 VRV®III heat recovery with connect

•VRV® Systems • Air cooled selection procedure89• Air-cooled selection procedure277 Refrigerant pipe selection7 - 4 VRV®III heat pump small footprint

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure90277 Refrigerant pipe selection7 - 4VRV®III heat pump small footprint c

•VRV® Systems • Air cooled selection procedure91• Air-cooled selection procedure277 Refrigerant pipe selection7 - 5 VRV®III-Sab c d e fghi j kl mn1234

• Air-cooled selection procedure•VRV® Systems • Air cooled selection procedure92277 Refrigerant pipe selection7 - 5 VRV®III-SBP 11 2 3ABBP 1BP 3faedcb

•VRV® Systems • Air cooled selection procedure93• Air-cooled selection procedure277 Refrigerant pipe selection7 - 6 Piping thicknessO annealed1/2H hal

Naamloze Vennootschap - Zandvoordestraat 300, B-8400 Oostende - Belgium - www.daikin.eu - BE 0412 120 336 - RPR OostendeEEDEN12-200 • CD • 04/12 • Cop