U5a A14793G C16256T\nU5a1 A15218G A16399G\nU5a1h C150T G1303A C3192T G3591A T4592C C11296T C11938T G12618A C16239T\n1. JQ702878(UK) Behar                       U5a1h     07-APR-2012    A73G C150T       A263G 309.1C        315.1C A750G G1303A A1438G A2706G C3192T T3197C        G3591A T4592C T4646C A4769G        C7028T A8860G G9477A C11296T A11467G G11719A C11938T A12308G G12372A G12618A T13617C         C14766T A14793G A15218G         A15326G         T16086C C16192T         C16239T C16256T C16270T         A16399G\n2. JQ702970(Ireland) Behar                  U5a1h     07-APR-2012    A73G C150T       A263G               315.1C A750G G1303A A1438G A2706G C3192T T3197C T3202Y G3591A T4592C        A4769G        C7028T A8860G G9477A C11296T A11467G G11719A C11938T A12308G G12372A G12618A T13617C         C14766T A14793G A15218G         A15326G T15852Y T16172Y C16192T         C16239T C16256T C16270T C16290T A16399G\n3. JQ704026 Behar                           U5a1h     07-APR-2012    A73G C150T       A263G               315.1C A750G G1303A A1438G A2706G C3192T T3197C        G3591A T4592C        A4769G        C7028T A8860G G9477A C11296T A11467G G11719A C11938T A12308G G12372A G12618A T13617C         C14766T A14793G A15218G         A15326G                 C16192T         C16239T C16256T C16270T         A16399G\n4. JQ704918 Behar                           U5a1h     07-APR-2012    A73G C150T       A263G               315.1C A750G G1303A A1438G A2706G C3192T T3197C        G3591A T4592C        A4769G        C7028T A8860G G9477A C11296T A11467G G11719A C11938T A12308G G12372A G12618A T13617C         C14766T A14793G A15218G G15317A A15326G                 C16192T         C16239T C16256T C16270T         A16399G\n5. JQ705272(England) Behar                  U5a1h     07-APR-2012    A73G C150T G207A A263G 309.1C        315.1C A750G G1303A A1438G A2706G C3192T T3197C        G3591A T4592C        A4769G        C7028T A8860G G9477A C11296T A11467G G11719A C11938T A12308G G12372A G12618A T13617C         C14766T A14793G A15218G         A15326G T15889C         C16192T G16213A C16239T C16256T C16270T         A16399G\n6. JQ705910 Behar                           U5a1h     07-APR-2012    A73G C150T       A263G 309.1C        315.1C A750G G1303A A1438G A2706G C3192T T3197C        G3591A T4592C        A4769G        C7028T A8860G G9477A C11296T A11467G G11719A C11938T A12308G G12372A G12618A T13617C         C14766T A14793G A15218G         A15326G         T16086C C16192T         C16239T C16256T C16270T         A16399G\n7. JX153519(Denmark) Raule                  U5a1h     10-JAN-2014    A73G C150T       A263G 309.1C        315.1C A750G G1303A A1438G A2706G C3192T T3197C        G3591A T4592C        A4769G        C7028T A8860G G9477A C11296T A11467G G11719A C11938T A12308G G12372A G12618A T13617C         C14766T A14793G A15218G         A15326G                 C16192T         C16239T C16256T C16270T         A16399G\n8. JX154011(Denmark) Raule                  U5a1h     10-JAN-2014    A73G C150T       A263G               315.1C A750G G1303A A1438G A2706G C3192T T3197C        G3591A T4592C        A4769G        C7028T A8860G G9477A C11296T A11467G G11719A C11938T A12308G G12372A G12618A T13617C         C14766T A14793G A15218G         A15326G         T16189C C16192T         C16239T C16256T C16270T         A16399G\n9. KF161226(Denmark) Li        (INCOMPLETE) U5a1h     01-OCT-2013    A73G C150T       A263G               315.1C A750G G1303A A1438G A2706G C3192T T3197C        G3591A T4592C        A4769G        C7028T A8860G G9477A C11296T A11467G G11719A C11938T A12308G G12372A G12618A T13617C         C14766T A14793G A15218G         A15326G                 C16192T         C16239T C16256T C16270T A16374N A16399G\n10. KF161529(Denmark) Li                     U5a1h     01-OCT-2013    A73G C150T       A263G               T310C  A750G G1303A A1438G A2706G C3192T T3197C        G3591A T4592C        A4769G        C7028T A8860G G9477A C11296T A11467G G11719A C11938T A12308G G12372A G12618A T13617C         C14766T A14793G A15218G         A15326G                 C16192T         C16239T C16256T                 A16399G\n11. KF161886(Denmark) Li                     U5a1h     01-OCT-2013    A73G C150T       A263G               T310C  A750G G1303A A1438G A2706G C3192T T3197C        G3591A T4592C        A4769G        C7028T A8860G G9477A C11296T A11467G G11719A C11938T A12308G G12372A G12618A T13617C         C14766T A14793G A15218G         A15326G                 C16192T         C16239T C16256T C16270T         A16399G\n12. KF162918(Denmark) Li                     U5a1h     01-OCT-2013    A73G C150T       A263G 309.1C        T310N  A750G G1303A A1438G A2706G C3192T T3197C        G3591A T4592C        A4769G        C7028T A8860G G9477A C11296T A11467G G11719A C11938T A12308G G12372A G12618A T13617C         C14766T A14793G A15218G         A15326G                 C16192T         C16239T C16256T C16270T         A16399G\n13. KP271999(England) FTDNA                  U5a1h     14-JAN-2015    A73G C150T       A263G               315.1C A750G G1303A A1438G A2706G C3192T T3197C        G3591A T4592C        A4769G        C7028T A8860G G9477A C11296T A11467G G11719A C11938T A12308G G12372A G12618A T13617C         C14766T A14793G A15218G         A15326G         T16189C C16192T         C16239T C16256T C16270T         A16399G\n14. KY662469 FTDNA                           U5a1h     08-MAR-2017    A73G C150T       A263G 309.1C 309.2C 315.1C A750G G1303A A1438G A2706G C3192T T3197C        G3591A T4592C        A4769G        C7028T A8860G G9477A C11296T A11467G G11719A C11938T A12308G G12372A G12618A T13617C         C14766T A14793G A15218G         A15326G                 C16192T         C16239T C16256T C16270T         A16399G\n15. MG660643(Russia) Dryomov                 U5a1h     01-OCT-2019    A73G C150T       A263G                      A750G        A1438G A2706G C3192T T3197C        G3591A               A4769G A6895G C7028T A8860G G9477A         A11467G G11719A         A12308G G12372A G12618A T13617C A13966G C14766T A14793G A15218G         A15326G         G16129A                 C16239T C16256T C16270T         A16399G\n16. MK393443(England) FTDNA                  U5a1h     29-JAN-2019    A73G C150T       A263G 309.1C        315.1C A750G G1303A A1438G A2706G C3192T T3197C        G3591A T4592C G4659R A4769G        C7028T A8860G G9477A C11296T A11467G G11719A C11938T A12308G G12372A G12618A T13617C         C14766T A14793G A15218G         A15326G T16086C T16124C C16192T         C16239T C16256T C16270T         A16399G\n..  23andMe('mlledarcel'-6133)               U5a1h                     73G              263G                                    1438G  2706G  3192T  3197C         3591A  4592C                       7028T  8860G  9477A          11467G  11719A  11938T  12308G  12372A  12618A  13617C                          15218G                  15889C                                  16256T  16270T          16399G\nU5a1i C4796T C12103A C14003T A14893G T14971C\n1. KC257306(S-12E) Sequeira                 U5a1i     04-FEB-2013    A73G A263G 309.1C T310C 523.1C 523.2A       A750G A1438G        A2706G T3197C A4769G C4796T C7028T C7834T A8860G G9477A G10589A         A11467G G11719A         A12308G G12372A                 T13617C                 C14766T A14793G         A14893G T14971C A15218G A15326G A16183G         C16256T C16270T         A16399G\n2. MH120710(Poland) Piotrowska-Nowak        U5a1i     11-DEC-2018    A73G A263G        315.1C                    A750G A1438G G1748A A2706G T3197C A4769G C4796T C7028T        A8860G G9477A                 A11467G G11719A C12103A A12308G G12372A                 T13617C C14003T         C14766T A14793G         A14893G T14971C A15218G A15326G         C16192T C16256T C16270T A16272G\n3. MH120743(Poland) Piotrowska-Nowak        U5a1i     11-DEC-2018    A73G A263G        315.1C              A533G A750G A1438G        A2706G T3197C A4769G C4796T C7028T        A8860G G9477A                 A11467G G11719A         A12308G G12372A                 T13617C         C14097T C14766T A14793G G14869A A14893G T14971C A15218G A15326G                 C16256T C16270T T16362C A16399G\n..  23andMe('Dianne Geo')                    U5a1i                     73G  263G                                   750G  1438G         2706G  3197C  4769G         7028T         8860G  9477A          11410C  11467G  11719A          12308G  12372A          12561A  13617C  14003T          14766T  14793G                          15218G                          16256T  16270T          16399G\n..  23andMe('Margaret Nolan'-1816)           U5a1i                     73G  263G                                   750G  1438G         2706G  3197C  4769G         7028T         8860G  9477A  10084C          11467G  11719A          12308G  12372A  12406A          13617C  14003T          14766T  14793G                          15218G                          16256T  16270T  16272G  16399G\n..  23andMe('Roy')                           U5a1i                     73G  263G                                   750G  1438G         2706G  3197C  4769G         7028T         8860G  9477A          11410C  11467G  11719A          12308G  12372A          12561A  13617C  14003T  14745T  14766T  14793G                          15218G                          16256T  16270T          16399G\nU5a1i1 C12103A C14003T\n1. HQ384205(Spain36) Gomez-Carballa         U5a1i1    05-JUL-2011    A73G       A263G        315.1C A750G A1438G A2706G T3197C        A4769G C4796T C7028T        A8422G A8860G G9477A                 A11467G G11719A C12103A A12308G G12372A         T13617C         C14003T         C14766T A14793G A14893G T14971C A15218G A15326G C16192T C16256T C16270T         A16399G\n2. JQ705326(Norway) Behar                   U5a1i1    07-APR-2012    A73G       A263G        315.1C A750G A1438G A2706G T3197C        A4769G C4796T C7028T               A8860G G9477A                 A11467G G11719A C12103A A12308G G12372A         T13617C         C14003T         C14766T A14793G A14893G T14971C A15218G A15326G C16192T C16256T C16270T C16366T A16399G\n3. KC569552 FTDNA                           U5a1i1    20-FEB-2013    A73G A235G A263G 309.1C 315.1C A750G A1438G A2706G T3197C        A4769G C4796T C7028T        T8772A A8860G G9477A                 A11467G G11719A C12103A A12308G G12372A         T13617C T13781C C14003T         C14766T A14793G A14893G T14971C A15218G A15326G C16192T C16256T C16270T         A16399G\n4. KF179064 FTDNA                           U5a1i1    12-JUN-2013    A73G T195C A263G        315.1C A750G A1438G A2706G T3197C        A4769G C4796T C7028T C7471- A8761G A8860G G9477A         T11410C A11467G G11719A C12103A A12308G G12372A G12561A T13617C         C14003T C14745T C14766T A14793G A14893G T14971C A15218G A15326G C16192T C16256T C16270T         A16399G\n5. KX467281(India) Sharma                   U5a1i1    30-JUN-2017    A73G       A263G T310Y  G316S  A750G A1438G A2706G T3197C C4456T A4769G C4796T C7028T               A8860G G9477A G10172A         A11467G G11719A C12103A A12308G G12372A         T13617C         C14003T         C14766T A14793G A14893G T14971C A15218G A15326G C16192T C16256T C16270T T16362C A16399G T16519C\n6. MK311354(Sweden) FTDNA                   U5a1i1    26-DEC-2018    A73G       A263G        315.1C A750G A1438G A2706G T3197C        A4769G C4796T C7028T               A8860G G9477A                 A11467G G11719A C12103A A12308G G12372A         T13617C         C14003T         C14766T A14793G A14893G T14971C A15218G A15326G C16192T C16256T C16270T         A16399G\n..  MF498725(Germany-ancient) Knipper (INC.) U5a1i1    12-SEP-2017    A73G       A263G               A750G A1438G A2706G T3197C        A4769G C4796T C7028T               A8860G G9477A                 A11467G G11719A C12103A A12308G G12372A         T13617C         C14003T         C14766T A14793G A14893G T14971C A15218G A15326G C16192T C16256T C16270T         A16399G\nU5a1j A3198G A4745T G8994A\n1. KF262460(Italy) FTDNA                    U5a1j     08-JUL-2013    A73G A263G 309.1C 315.1C A750G A1438G A2706G T3197C A3198G A4745T A4769G        C7028T A8860G G8994A G9477A A11467G G11719A A12308G G12372A T13617C C14766T A14793G A15064G A15218G A15326G C16192T C16256T C16257T A16399G\n2. KF647698(Czech) FTDNA                    U5a1j     29-SEP-2013    A73G A263G 309.1C 315.1C A750G A1438G A2706G T3197C A3198G A4745T A4769G A5894G C7028T A8860G G8994A G9477A A11467G G11719A A12308G G12372A T13617C C14766T A14793G         A15218G A15326G C16192T C16256T C16270T A16399G\n3. MN699906(Poland) Chylenski               U5a1j     20-JAN-2020    A73G A263G        T310C  A750G A1438G A2706G T3197C A3198G A4745T A4769G A5894G C7028T A8860G G8994A G9477A A11467G G11719A A12308G G12372A T13617C C14766T A14793G         A15218G A15326G C16192T C16256T C16270T A16399G G16569A


New Age Hero eCanter\nThe recently launched Fuso eCanter.\nThe liquid cooled lithium-ion batteries used by the Fuso eCanter.\nThe Fuso eCanter can be fully charged in 90 minutes.\nInside the Fuso eCanter.\nThe Fuso eCanter ready for action.


Cerveza Mahou Mixta Shandy con limón pack de 12 latas de 33 cl. Mixta - Mahou - Carrefour supermercado compra online\nMixta - MahouCerveza Mahou Mixta Shandy con limón pack de 12 latas de 33 cl. pack 12x33 cl.\nCantidad neta del alimento:3.96 Litros


Jo Malone 'Garden Liles' Cologne 1.0oz/30ml Spray New | Fruugo AU\nThe scent of dawn at the lily pond captured with effervescent water lilies, dewy green sap and lush ylang ylang enhanced with white musk and a wisp of vanilla. Notes: water lilies, green sap, ylang, ylang, white musk, vanilla. The Bloomsbury Set Unboxed ITEM COMES WITHOUT ANY BOX<\_li>\nFruugo ID: 25271038-54793831


ELFOSystem GAIA Edition 2010 by Milena De Barba - issuu\nDF08L 001I 02\nCl i v etS . p. A. · Vi aCa mpL onc25Z. I . Vi l l a pa i er a· 32032· F el t r e( BL ) I t a l y T el . +3904393131· F a x+390439313300· i nf o@c l i v et . i t\nwww. c l i v et . c om\nE L F OS y s t em GAI AE di t i on S i s t emadi c l i ma t i z z a z i one a dener gi ar i nnov a bi l e peri l r es i denz i a l e\nI LF UT URO DELNOSTROPI ANET A DI PENDEDACOMERI USCI REMOADI MI NUI RE L ' UTI LI ZZODELLERI SORSEENERGETI CHEFOSSI LI P ASSANDOAQUELLERI NNOVABI LI\nUNACOS CI E NZAE COL OGI CA E DI L I ZI AS OS T E NI BI L E L ami gl i or eener gi a r i nnovabi l eèquel l ac he nons i c ons uma: unasda c hes i c ombat t es udue f r ont i . L ar i duz i onedei c ons umi gr az i eadedic i c on s i s t emi di i s ol ament o i nnovat i vi ei mpi ant i ad al t aeﬃc i enz a. L ' ut i l i z z odi ener gi e r i nnovabi l i , ec ol ogi c hee gr at ui t e, c her i duc onol a di pendenz adai c ombus t i bi l i f os s i l i .\nI MPI ANT I CL I MAT I CI EVOL UT I Cl i v ethar eal i z z at oun i mpi ant oc l i mat i c o c ompl et oc onc epi t operi l r i s par mi oener get i c oc on di s pos i t i vi adal t a eﬃc i enz ai ngr adodi ut i l i z z ar eener gi a r i nnovabi l e. Ri s c al dament o, r aﬀr eddament o, ac qua c al das ani t ar i aequal i t à del l ’ ar i ai nununi c o i mpi ant oac i c l oannual e.\nI LS OL E F ONT EPRI MARI ADI E NE RGI A\nE NE RGI A S OL AR E I NDI R E T T A\nE NE RGI A S OL AR E DI R E T T A\nc a mi no e mi s s i oni CO2 pol v e r ini a l t r es os t a nz enoc i v e\nni nv er nol epompedi I c al or epr el evano l ' ener gi adal l ' es t er noel a t r as f er i s c onoal l ' i nt er no del l ' edic i o.\nPOMP ADI CAL ORE\nI nes t at el epompedi c al or epos s onoi nv er t i r e i l l or of unz i onament oe t r as f er i r ei l c al or e del l ’ edic i ov er s o l ’ es t er nor i nf r es c andogl i ambi ent i .\n7 5 % a c qua\na c quac a l da s a ni t a r i a\nùdel 75% del l ' ener gi ac hel a Pi Pompadi Cal or eus aègr at ui t ae i l l i mi t at aper c hépr ovi enedal s ol e, ac c umul at adaar i a, ac quaet er r a. Cons ol oi l 25% di ener gi ael et t r i c a ques t avi eneel evat aadunl i v el l o ot t i mal eperi l c omf or t es t i v oei nv er nal e. L aDI RETTI VARES( Renewabl eEner gy Sour c es )ès t at aappr ovat ai l 23Apr i l e 2009dal Par l ament oEur opeo di c hi ar andoc hei l c al or eambi ent eè r i c onos c i ut oc omeener gi ar i nnovabi l e. L epompedi c al or e, ut i l i z z andoi l c al or e c ont enut oi nar i a, ac quaet er r a, ont er i nnovabi l e. at t i ngonoqui ndi daf\nGARANTI SCEI LCOMFORTTUTTOL ' ANNOSFRUTT ANDODAL75AL100%DIENERGI ERI NNOVABI LI\nUnuni c oi mpi ant oper r i s c al dament oe r aﬀr eddament o.\ne ne r gi a e l e t t r i c a\nL APOMP ADICAL OREUTI L I ZZA L ' ENERGI ASOL AREI NDI RETT A\nL APOMP ADI CAL ORE\nCOMBUS T I ONECONVE NZI ONAL E\nE ner gi a Pr i ma r i a(1) 102\nCombus t i bi l i f os s i l i\nE ner gi a 102\nRendi ment omedi os t a gi ona l e98% P OMP EDI CAL OR E\nE ner gi a Pr i ma r i a(2) 54, 2\nI dr oel et t r i c o T er mi c o Ri nnov a bi l i\nE ner gi a el et t r i c a 25\nEner gi a gr a t ui t a da l l ' a mbi ent e\nE ner gi a r i nnov a bi l e 75\n100 S COP(3)=4, 0\nRi duz i onedel 47%del c ons umodi ener gi apr i ma r i a Ri duz i onedel 50%del l eemi s s i oni di CO2 ( 1) Ut i l i z z a bi l enel l as uaf or mapr es ent ei nna t ur a ( 2) F a t t or edi c onv er s i one2, 17t r aener gi ael et t r i c adi s poni bi l ea l l ar et eedener gi apr i ma r i aut i l i z z a t aper l as uapr oduz i one ( 3) Coeﬃc i ent edi pr es t a z i ones t a gi ona l e\nE L F OS YS T E MPUO' UT I L I ZZAREANCHE L ' E NE RGI AS OL AREDI RE TT A r at ut t el epompedi c a l or e T di s poni bi l i s ul me r c a t o E L F OS y s t e mGAI AE di t i ons i di s t i nguepoi c hèpuòe s s e r e di r e t t a me nt ec ol l e ga t oa i pa nne l l i s ol a r i t e r mi c i . I n que s t oc a s ol ' a c quac a l da r i ape rbuonapa r t e s a ni t a de l l ' a nnov i e nepr odot t a gr a t ui t a me nt e . S ea bbi na t oa i pa nne l l i s ol a r i f ot ov ol t a i c i può por t a r ea dunaa ut onomi a e ne r ge t i c ada l l ef ont i f os s i l i de l 1 0 0 %.\nGAI A +e n e r g i as o l a r ed i r e t t a\n=100% =0% GAI Apuòar r i var eadus ar es ol o ener gi as ol ar e.\nUnr i f ugi o peri l pr opr i obenes s er e\nEL FOSy s t em\n, 365gi or ni l ’ a nno\nConEL FOSy s t em i l c l i ma i deal edur at ut t ol ’ anno, c omes ei nc as ai l t empo s i f er mas s eper c onc eder eunr el axc he nondi pendedaf at t or i es t er ni .\nE L F OS y s t em c ont r ol l aeges t i s c eT UTT I gl i a s pet t i del Comf or t : TEMPERATURA UMI DI T À RI CAMBI O EQUALI T ÀARI A SI LENZI OSI T À\n, a r i af r es c aepul i t a\nS enz ar i c a mbi odel l ' a r i a i nc a s as i a c c umul a no odor i edel ement i noc i v i . L ar ec ent et endenz a a l l ' a ument odegl i i s ol a ment i t er mi c i nel l e a bi t a z i oni r i c hi edeun r i c a mbi omec c a ni c o c ont r ol l a t odel l ' a r i a a mbi ent e . ' i mmi s s i onedi a r i aes t er na L nons empr eès a l ut a r ee c ompor t ac os t i ener get i c i el ev a t i . E L F OS y s t em es pel l el ' a r i a i nt er naa l l ' edic i oed i mmet t ea r i aes t er na pur ic a t aut i l i z z a ndoun s i s t emadi r ec uper o s f r ut t a ndoi l pr i nc i pi odel l a pompadi c a l or e .\nI QUATT ROPI L AS T RI DI E L F OS y s t e m\nE NE RGI A\nf ont i r i nnov a bi l i eus oeﬃc i ent e\nPRODUZI ONECALDO/ FREDDO GAI AAr i aoGAI AAc qua Pr oduz i onediener gi at er mi c aef r i gor i f er anec es s a r i eas oddi s f a r el ees i genz edic a l do,dif r eddoedi pr oduz i onea c quas a ni t a r i aa t t r a v er s opompedi c a l or ea da l t aeﬃc i enz aener get i c a .\nQUALI TÀARI AELFOFr es h2 Ri nnov oepur ic a z i onedel l ’ a r i aac ondi z i oni c ont r ol l a t eer ec uper odel c a l or eda l l ’ a r i aes pul s a .\nDI STRI BUZI ONECALDO/ FREDDO ELFODi s t r i but i on Di s t r i buz i onedel c a l or emedi a nt ev ent i l c onv et t or i , pa nnel l i r a di a nt i or a di a t or i .\nCONTROLLOI MPI ANTO ELFOCont r ol Cont r ol l odel l at emper a t ur at r a mi t ec ent r a l i nac l i ma t i c ai ngr a dodi a t t i v a r ei v a r i di s pos i t i v i del l ’ i mpi a nt oi n f unz i onedel c omf or tr i c hi es t o.\nELFOFr es h2 Di s pos i t i v operi l r i c a mbi oel a pur ic a z i onedel l ’ a r i a\nDi s t r i buz i one de l c a l or eme di a nt e v e nt i l c onv e t t or i , pa nne l l i r a di a nt i or a di a t or i\nGAI A P r oduz i one e ne r gi a t e r mi c ae f r i gor i f e r ae c quac a l da a s a ni t a r i a\nEL FOS y s t emus aener gi a r i nnov a bi l epr ov eni ent eda l s ol eea c c umul a t anel l ' a r i a , a c quaet er r aoc a pt a t a di r et t a ment eda i pa nnel l i s ol a r i t er mi c i ef ot ov ol t a i c i . T ut t i gl i el ement i del l ’ i mpi a nt o oget t a t i a ﬃnc hé s onopr l ’ ener gi anec es s a r i aa l l ’ edic o v engapr odot t ac onl api ù el ev a t aeﬃc i enz aedi s t r i bui t a nel l aqua nt i t ànec es s a r i as ol o dov eequa ndoèr i c hi es t a . Nonnonpr oduc eemi s s i oni di CO2, pol v er ini ea l t r e s os t a nz enoc i v e. Ri duc el e ndi r et t edi emi s s i oni di CO2i ol t r ei l 50%. Nonut i l i z z aga so a l t r i c ombus t i bi l i f os s i l i ed es c l udec os ì l apos s i bi l i t àdi f ughedi s os t a nz eper i c ol os ei n a mbi ent e.\nL ’ ener gi as ol ar e i r r adi at as ul l at er r aè\nvol t es uper i or eal l ’ ener gi a us at adal l ’ umani t à\nEL FOSys t em us aques t aener gi a\nCol l ega ment o c oni pa nnel l i s ol a r i t er mi c i\nPI ÙVAL ORE\nperi l t uoi mmobi l e\nL ' Uni oneE ur ope aha e ma na t ounadi r e t t i v a ( 2002/ 91/ CE ) c hepr e v e de l ' obbl i godi unc e r t ic a t oc he a t t e s t i l ' e ﬃc i e nz ae ne r ge t i c a de gl i e dic i c ons i de r a ndo l ’ e ne r gi apr i ma r i a . l v a l or edi uni mmobi l e I di pe ndea nc hedaque s t o. E L F OS y s t e m, c onc ons umi di e ne r gi apr i ma r i ai nf e r i or i de l 50%r i s pe t t oa l l e s ol uz i oni t r a di z i ona l i c on c a l da i aapa r i t àdi e dic i o, c ons e nt ec l a s s i e ne r ge t i c he s upe r i or i . E L F OS y s t e mc ont r i bui s c e a l l ' e ﬃc i e nz ae ne r ge t i c ae qui ndi a l v a l or ede l l ' i mmobi l e , c onunr i t or no de l l ’ i nv e s t i me nt o me di a me nt edi 34a nni .\nEner gi apr i mar i as pec ic aperi l r i s c al dament o[ k Wh/m2anno]\nGAI A+E L F OF r es h2+F ot ov ol t a i c o\nGAI A+E L F OF r es h2\n56, 8kWh/m2 83, 6kWh/m2\n( ŋ=98%) Ca l da i a+E L F OF r es h2 ( ŋ=98%) ( ŋ=70%) Ca l da i a+Rec . Pa s s i v o\n( ŋ=98%) Ca l da i a\nCl as s ic az i oneener get i c as ul l abas edel l el i neegui danaz i onal i L ’ es empi or i por t at os i r i f er i s c ea: L oc al i t à: Mi l ano, ZonaCl i mat i c aE( 2404GG) . Edic i oRes i denz i al euni f ami l i ar e. S uperc i edi pa v i ment o: 200m2; v ol umel or dor i s c a l da t o: 600m3; s uperc i edi s per dent e: 440m2; r a ppor t oS / V: 0. 73m1I s ol a ment odi i nv ol uc r o: r i s pet t odei v a l or i di t r a s mi t t a nz al i mi t edi l egge( Umur i : 0. 34; Uc oper t ur a : 0. 30; Uba s a ment o: 0. 33; Ui ns s i : 2. 2W/ m2K)\nCent r a l et er mi c apr ea s s embl a t a I l c uor edi E L F OS y s t em\nL edi ﬃc ol t àdi s el ez i one , i ns t a l l a z i onee c ol l ega ment oel et t r i c o degl i el ement i pr es ent i i n uni mpi a nt ot r a di z i ona l e v engonoel i mi na t egr a z i ea Ga i a , l ’ uni t àc her a c c hi ude a l s uoi nt er not ut t i i c omponent i del l ’ i mpi a nt o gi àc ol l a uda t i et es t a t i da Cl i v et . I t empi di i ns t a l l a z i one v engonodr a s t i c a ment e r i dot t i at ut t ov a nt a ggi odi unr i s ul t a t odi qua l i t a ’ . L os pa z i ooc c upa t o da l l ' i mpi a nt oi nc ent r a l e t er mi c as i r i duc edel 60% r i s pet t oa gl i i ngombr a nt i s i s t emi t r a di z i ona l i .\nGAI Ac ont i enea l s uoi nt er no: Qua dr oel et t r i c odi c ont r ol l o Va l v ol at er mos t a t i c ama nda t a a c quas a ni t a r i a Gr uppodi c a r i c oi mpi a nt oc on ma nomet r o l v ol adi by pa s st a r a bi l el a t o Va ut i l i z z o Va s odi es pa ns i onel a t out i l i z z o Va l v ol as i c ur ez z al a t out i l i z z oe l a t oa c quas a ni t a r i a\nS E ZI ONE E L ETT RONI CA DI COMANDO ECONT ROL L O\nS E ZI ONE I DRAUL I CA DI ACCUMUL O E DI S T RI BUZI ONE\nCi r c ol at or eadi nv er t eri nc or r ent e c ont i nual at out i l i z z o Ci r col at or eadi nver t eri ncor r ent e cont i nuaperr i ci r col os ani t ar i o Ac c umul o200l i t r i perac qua s ani t ar i a ambi at or eapi as t r eperpannel l i Sc s ol ar i t er mi c i Ci r c ol at or eadi nv er t eri nc or r ent e c ont i nual at os or gent e( s ol oGAI A Ac qua)\nS E ZI ONE F RI GORI F E RA I NVE RT E RI N CORRE NT E CONT I NUA\nCompr es s or eDCi nv er t er Va l v ol at er mos t a t i c ael et t r oni c a\nL apompadi c a l or e c hes os t i t ui s c ec a l da i aec ondi z i ona t or e\nt ut t i i c omponent i del l ’ i mpi a nt os onoa l l ’ i nt er nodel l ’ uni t à\nS I S T E MAI NT E GRAT ODI RE CUPE ROE NE RGI AS OL AREDA COL L ETT ORI T E RMI CI\npr oduz i onedel l ’ a c quac a l das a ni t a r i agr a t ui t aa t t r a v er s ol ’ ener gi a c a pt a t ada i pa nnel l i s ol a r i\nPRODUZI ONEACQUACAL DAS ANI T ARI AI NT E GRAT A\nE ﬃc i enz as t a gi ona l ema s s i mi z z a t a CAL DAI A\nT ut t oa ut oma t i c o\nPOMP ADICAL ORE CONSUMI\nCE NT RAL EPE RI LCOMF ORTA E NE RGI A RI NNOVABI L E MONOBL OCCO\nc ona c c umul oda200l i t r i ( s ol oGa i aAc qua )\nS I S T E MA CON L A MI GL I OREE F F I CI E NZA S T AGI ONAL E PRE S E NT ES ULME RCAT O\nt ec nol ogi aI nv er t er DC a ppl i c a t aac ompr es s or e ,v ent i l a t or e , c i r c ol a t or ei mpi a nt oec i r c ol a t or es a ni t a r i o\nPRODUZI ONEACQUA F I NO A 60° C,F UNZI ONAME NT O CONARI AE S T E RNAF I NOA–20° C\nA Cal dai a Pompa GAI c al or e\nT ec nol ogi aa di nv er t eri nc or r ent ec ont i nuaa ppl i c a t aa l c ompr es s or e , a l c i r c ol a t or eea l v ent i l a t or e . L av el oc i t àdei v a r i di s pos i t i v i puòes s er emodul a t ai nf unz i onedel l ar ea l e ener gi ar i c hi es t aper met t endoun’ ul t er i or er i duz i onedei c ons umi eduns i gnic a t i v omi gl i or a ment odel l ’ eﬃc i enz a s t a gi ona l e .\nGAI Aèdot a t adi s e r i edi unc ont r ol l oa ut oma t i c ope rl a ge s t i onec ompl e t ade l l ' uni t àc hec ons e nt el apr ogr a mma z i one or a r i agi or na l i e r aes e t t i ma na l e , l af unz i onec l i ma t i c ae s t i v ae d i nv e r na l ei mpos t a bi l i , l ’ i ns t a l l a z i oneabor doma c c hi nao r e mot ape ri ns t a l l a z i onei na mbi e nt e . Di a l ogac onE L F OCont r ol pe rl age s t i onec ompl e t ade l l ’ i mpi a nt o.\nPompadi c al or e “ Ar i aAc qua” Nel l av er s i oneAr i a , GAI Aper met t ei l r ec uper o del l ’ ener gi at er mi c a ef r i gor i f er a c ont enut anel l ’ a r i a es t er na .\nGAI A Ar i a per met t e dir ec uper ar el ’ ener gi a di s poni bi l e nel l ’ ar i a anc he quando l a t emper at ur aes t er naèmol t or i gi da noa–20° C.I lvent i l at or er adi al eadi nver t eri n c or r ent ec ont i nuaas s i c ur aun’ el evat as i l enz i os i t àgr az i eadunac os t ant emodul az i one del l avel oc i t ài nf unz i onedel l ec ondi z i onidif unz i onament o. Los c ambi at or ediener gi aèmol t o es s i bi l epoi c hèc ons ent el ' i ns t al l az i onei nt ut t el e s i t uaz i onii mpi ant i s t i c hes i aal l ' i nt er noc heal l ' es t er nodel l ' edic i o. I lc ol l egament ot r aGAI AAr i ael oSc ambi at or ediEner gi aèdit i pof r i gor i f er oevi t ando qui ndiqual s i as ir i s c hi odic ongel ament o.\nSCAMBI AT OREDIENERGI A\nPompadic al or e “ Ac quaAc qua”o “ Ac quagl i c ol at aAc qua” . Nel l av er s i oneAc qua, GAI Aper met t ei l r ec uper odel l ’ ener gi a t er mi c aef r i gor i f er aper t ut t el eappl i c az i oni c he ut i l i z z anoac quadi f al da, ac quadi poz z oo i mpi ant i geot er mi c i .\nGAI A Ac qua è un' uni t à es t r ememanet e es s i bi l e, di mens i onat a per oper ar e i ndi ﬀer ent ement ec ons ondegeot er mi c heoppur ec onac quadif al da.L ' uni t às t andar d è pr ovvi s t a diun c i r c ol at or ei nc or r ent ec ont i nua l at os or gent ec he modul a aut omat i c ament el apor t at adel l ' ac quai nf ur nz i onedel l at emper at ur aperot t i mi z z ar ne l epr es t az i oni . GAI AAc quaèequi paggi at a, c omeopz i one, del l af unz i onenat ur al c ool i ngc heper met t e i lr aﬀr es c ament os enz aaverbi s ognodiat t i var ei lc ompr es s or e.\nRECUPERODEL L ’ ENERGI ADAL L ’ ACQUADIF AL DA\nRECUPERODEL L ’ ENERGI ADALTERRENO\nMandat aaboc c a l i ber aoc anal i z z at a\nL I NEEFRI GORI FERE L adi s t anz amas s i mat r ai dueel ement i puòes s er edi 20met r i di c ui al mas s i mo 15met r i di di s l i v el l o.\nL amandat apuò es s er er uot at as ui 4l at i\nCol l et t or i v er t i c al i\nSCAMBI AT OREDIENERGI AI NST AL L AT OAL L ’ ESTERNO ar i dos s odel mur o es t er noc ones pul s i one del l ’ ar i al at er al e.\nc onc anal i z z az i one del l amandat adel l ’ ar i a edes pul s i onel ont ana dal l ’ abi t az i one.\nSCAMBI AT OREDIENERGI AI NST AL L AT OAL L ’ I NTERNO nel s ot t ot et t o, c on pr es aar i aes t er nada una nes t r aed es pul s i onel at er al ei n c oper t ur a.\nnel s emi nt er r a t oc on pr es adel l ’ a r i aes t er na a t t r a v er s ol aboc c adi l upoedes pul s i one , a t t r a v er s ouna c a na l i z z a z i one s ot t er r a nea , l ont a na da l l ’ a bi t a z i one .\nCol l et t or i or i z z ont al i\nFUNZI ONENATURALCOOL I NG( OPZI ONAL E) 3\nL aba s s at e mpe r a t ur ade l t e r r e no ode l l ' a c quadi f a l dapuòe s s e r e ut i l i z z a t agr a t ui t a me nt epe r i l r a ﬀr e s c a me nt ode gl i a mbi e nt i de l l ' a bi t a z i one . T ut t i i c ompone nt i s onoa l l ' i nt e r node l l ' uni t à . ( 1 ) ma nda t aa c quar e f r i ge r a t a ( i mpi a nt o) ( 2 ) r i t or noa c quar e f r i ge r a t a( i mpi a nt o) ( 3 ) s c a mbi a t or el a t out i l i z z o ( 4 ) s c a mbi a t or el a t os or ge nt e ( 5 ) r i t or noa c quas or ge nt e ( 6 ) ma nda t aa c quas or ge nt e ( 7 ) s c a mbi a t or eapi a s t r ena t ur a l c ool i ng ( 8 ) v a l v ol ea3v i ede v i a t r i c i ( 9 ) r ubi ne t t i di s c a r i c o\nE L F OF r es h\nPI U' COMF ORT , PI U' BE NE S S E RE Ri nnov a , pur ic al ' a r i aegener aener gi a Ar i anuov ai nc a s a , f r es c aepul i t a\nE L F OF r es h2èdot a t odi unc i r c ui t o f r i gor i f er oda l l ’ el ev a t aeﬃc i enz a c hea s s or bel ’ ener gi ac ont enut a nel l av enad’ a r i ai nes pul s i one c edendol aaquel l ai ni mmi s s i one . Ol t r ea l r ec uper odi c a l or eda l l ’ a r i a a di es t r a z i one , E L F OF r es h2gener unqua nt i t a t i v oba s edi ener gi a f or ni t aa l l ’ edic i os i ad’ es t a t ec he d’ i nv er no. Gr a z i ea l s uoel ev a t o i ndi c edi eﬃc i enz aener get i c a , E L F OF r es h2oper ai nc ondi z i oni di ba s s oc ons umoel et t r i c o, di gr a n l ungai nf er i or es el as t es s aener gi a v eni s s ef or ni t ada l gener a t or e pr i nc i pa l e( pompadi c a l or e) .\nPr es aa r i aes t er na E s pul s i one\nI mmi s s i one i na mbi ent e a r i apul i t a\nRi pr es a a r i av i z i a t a da l l ’ a mbi ent e\nE l i mi nagl i i nqui na nt i\nDeumi dic a\nRECUPEROTERMODI NAMI COATTI VO es t i v oedi nv er nal e\nSODDI SF ACI MENT OFI NOAL L ’ 80% DELF ABBI SOGNODEL L ’ EDI FI CI O FI L TRAZI ONEEL ETTRONI CA\nperunapr ot ez i oneeﬃc a c ea nc hec ont r ogl i i nqui na nt i pi ùi ns i di os i ( PM10, ba t t er i , pol l i ni )\nDEUMI DI FI CAZI ONE\nes t i vai deal eperl ’ abbi nament oal r aﬀr eddament or adi ant e\nFREECOOL I NG\nEL FOF r es h2èl ’ i nnovat i v odi s pos i t i v odi r i c ambi oepur ic az i onepera v er ear i as empr epul i t a, al l a t emper at ur ai deal e, al gi us t ol i v el l odi umi di t à, peri l benes s er et ot al ei nc as a. c el t aaﬃdabi l eec onv eni ent e,per c héperc ambi ar el ’ ar i adic as anonèpi ù EL FOF r es h2 èunas nec es s ar i oapr i r el e nes t r edi s per dendoc al or e.\nE L F OF r es h2es pel l el ' a r i av i z i a t aei mmet t ea r i aes t er na pur ic a t aec l i ma t i z z a t a . Gl i el ement i noc i v i egl i odor i pr es ent i nel l ' a r i aes t er nadel l ' a bi t a z i onev engonoel i mi na t i da l l ' eﬃc i ent es i s t emadil t r a z i one . I ll t r oel et t r os t a t i c o, f a c i l ment ees t r a i bi l e , èc ompl et a ment er i gener a bi l et r a mi t e l a v a ggi o.\nDur a nt ei l f unz i ona ment oes t i v oEL F OF r es h2,r a ﬀr edda ndo l ' a r i adi r i nnov o, nees eguel adeumi dic a z i onemi gl i or a ndo i l c omf or t . L ’ i mpi egodi EL F OF r es h2negl i i mpi a nt i di r a ﬀr es c a ment oc he ut i l i z z a nopa nnel l i r a di a nt i apa v i menent o, pa r et eos oﬃt t o r endes uperual ’ i ns t a l l a z i onedel deumi dic a t or e .\nI LPRI NCI PI ODI F UNZI ONAME NT OI NVE RNAL EE DE S T I VO\nMi gl i or al ac l a s s eener get i c adel l ’ edic i o\nI l r ec uper oc henonpena l i z z al av ent i l a z i one\nCAL DAI Aη=9 8 %+ R E C. P AS S I VOAF L US S I I NCROCI A T I η=7 0 %\n5 , 1 k Wh/ m2\nE ne r gi a r e c upe r a t a 21k Wh/ m2\nGAI A+ E L F OF r e s h²\nF a bbi s ogno e ne r ge t i c o E dic i o:\n1 1 , 1 k Wh/ m2\nE ne r gi a r e s a 44k Wh/ m2\nk Wh/ m\n1 0 , 2 k Wh/ m2\nE ne r gi a r e s a 41k Wh/ m2\nT ot a l eE l e t t r i c a 5 , 1k Wh/ m2 T ot a l eP r i ma r i a 6 5k Wh/ m2\nT ot a l eE l e t t r i c a 2 1 , 3k Wh/ m2\n4 0 % T o t . E ne r gi apr i ma r i a : 7 6kWh/ m3\nE ne r gi a pr i ma r i a i nc a l do\nT o t . E ne r gi apr i ma r i a : 4 6kWh/ m3\nCl a s s eC\nB A 20° C\nD 0° C\nCl a s s eA\nF 22° C\nF unz i ona ment oes t i v o\nP a nne l l i s ol a r i + Ca l da i a + Ac c umul o + Condi z i ona t or e + Re c upe r a t or epa s s i v o s t a t i c oa us s i i nc r oc i a t i + De umi dic a t or e\nP a nne l l i s ol a r i + GAI A + E L F OF r e s h2\nA 26° C\nD 32° C\nAmbi ent ei nt er no\nGAI A+E L F OF r e s h²\nF 16° C\nF r eec ool i ng: i l c omf or tgr a t ui t o Nel l es t agi oni i nt er medi e, l ec ondi z i oni c l i mat i c he es t er ne, s pec i al ment edi s er a, pos s onor i s ul t ar epi ù gr adev ol i di quel l ei nt er ne. ns i mi l i s i t uaz i oni , l ’ i nt el l i genz ac os t r ut t i vadi EL FOF r es h2 I per met t ei l pr el i ev odel l ’ ar i af r es c aes t er naper c l i mat i z z ar ei l oc al i ac os t oz er oc oni l s empl i c e f unz i onament odei v ent i l at or i .\nC 26° C\nD 15° C\nF 15° C\nS i s t e mat r a di z i o na l e\nGr az i eal l aval v ol a4vi evi enei nv er t i t oi l c i c l of r i gor i f er o aﬃnc héi l “ f r eddo”c ont enut onel l ' ar i adi es pul s i one( A) v engar ec uper at onel l abat t er i ac ondens ant e( B)pr i madi es egui r nel ' es pul s i one( C) . L ' ar i aes t er na( D)vi ene l t r at aes uc c es s i vament e r aﬀr eddat aedeumi dic at apas s andoat t r a v er s o l ' evapor at or e( E)pr i madi es s er ei mmes s ai nambi ent e( F) .\nAmbi ent ees t er no\nS empl ic al ’ i mpi a nt o\nL ' a r i ai nt er na( A) pa s s a ndoa t t r a v er s ol aba t t er i aev a por a nt e ( B) c edec a l or ea l l apompadi c a l or ees ol os uc c es s i v a ment e v i enees pul s a( C) . I lui dof r i gor i genopr es ent ea l l ' i nt er nodel l apompadi c a l or e , dopoa v ers ot t r a t t oener gi aa l l ' a r i aes pul s a , l ac ede a t t r a v er s ol aba t t er i ac ondens a nt e( E ) a l l ’ a r i aes t er nadi r i nnov o( D) pr i mac heques t av engai mmes s ai na mbi ent e( F ) .\nF unz i ona ment oi nv er na l e\nE ne r gi a r e s a 64k Wh/ m2\n6 5 k Wh/ m2\nE L F OF r es h2c onc ent r ai n un’ uni c as ol uz i onel ef unz i oni c henegl i i mpi a nt i t r a di z i ona l i s onoa s s i c ur a t edat r e el ement i : i l r ec uper a t or e pa s s i v o, i l c ondi z i ona t or es pl i t ei l deumi dic a t or e . As s i emeaGAI A, E L F OF r es h2 a s s i c ur ai l c omf or ti na mbi ent e el apr oduz i onedi a c quac a l da s a ni t a r i at ut t ol ’ a nnonel modo pi ùeﬃc i ent epos s i bi l ee s empl ic a ndonot ev ol ment e l ’ i mpi a nt odel l ’ edic i o. ol i 3el ement i di Cons E L F OS y s t em s i gener aun c omf or tedunr i s pa r mi o ener get i c os uper i or edi un i mpi a nt ot r a di z i ona l ec he dov r ebbeut i l i z z a r eben6 el ement i perga r a nt i r e f unz i oni pa r a gona bi l i .\nI l s i s t emadi v ent i l a z i onemec c a ni c ac ont r ol l a t ac onr ec uper oa t t i v ous a t odaE L F OF r es h2c ons i s t ei nun’ uni t àdot a t adi s c a mbi a t or i c onr i dot t eper di t edi c a r i c ol a t oa r i ar i s pet t oa i s i s t emi t r a di z i ona l i , t a l i dar i dur r es ens i bi l ment el ’ ener gi as pes aperl av ent i l a z i one . I r ec uper a t or i t r a di z i ona l i , di t i pos t a t i c o, s onos ogget t i apena l i z z a nt i per di t edi c a r i c os uius s i d’ a r i a . Gr a v a noc os t a nt ement es ul l a v ent i l a z i one ,gener a ndo ma ggi or ic ons umiel et t r i c ic henelc i c l oa nnuo v a nic a no gr a n pa r t edel l ’ ener gi aeﬀet t i v a ment e r ec uper a t a . E L F OF r es h2, c hees eguei l r ec uper ot er modi na mi c oa t t i v o, èr ea l i z z a t oc onba t t er i ea l et t a t ea da l t aeﬃc i enz aega r a nt i s c eper di t e di c a r i c oa s s ol ut a ment emodes t edur a nt el ’ i nt er oc i c l odi f unz i ona ment o.\nL ' eﬃc i enz aener get i c adi E L F OF r es h2ès t r a or di na r i a per c hèl as or gent et er mi c ac on c ui oper aèl ' a r i aes t r a t t a da l l ' edic i oc hehac ondi z i oni s empr ef a v or ev ol i r i s pet t o a l l ' a r i aes t er na . I nf a s ei nv er na l e , a des empi o, ut i l i z z al ' a r i aes t r a t t ac heèa c i r c a20° Cga r a nt endoCOP s uper i or i a5, 5. 2 E L F OF r es ha bba t t ei l c a r i c o del l ' a r i aes t er nadi r i nnov oe f or ni s c eul t er i or epot enz aperi l ma nt eni ment odel l ec ondi z i oni di c omf or t . I l r i s ul t a t oèl ar i duz i onea nc he del 40%del c ons umodi ener gi a pr i ma r i ai nc a l dor i s pet t oa dun s i s t emat r a di z i ona l e .\nE L F ORoom\nT emper a t ur as empr eomogeneaec ons umi r i dot t i T er mi na l i a mbi ent e E L F ODi s t r i but i on\nEL FORoom, gr az i eal f unz i onament oc ont i nuodel v ent i l at or eedal l evar i az i oni gr adual i del l as uav el oc i t à, gar ant i s c eunac os t ant e movi ment az i onedel l ’ ar i a. ’ es c l us i v omot or eel et t r i c odel L v ent i l at or ehaas s or bi ment i c he s onodel l ’ 80% i nf er i or i adun t er mi nal et r adi z i onal edi par i pot enz a. Ques t oper met t e c ons i s t ent i r i s par mi di ener gi ae c ons ent ei nol t r eunmi nor e enz ai ns t al l at a. i mpi egodi pot\nCONSUMIRI DOTTI MI NI MARUMOROSI T À FI L TROAMPI OECOMODO\nMa s s i mas i l enz i os i t à\nMent r ec l i ma t i z z apul i s c el ’ a r i a\nEL FORoom èl as i nt es i i ngegnos a di des i gnet ec nol ogi a, per as s i c ur ar eas s ol ut aomogenei t àdi t emper at ur a,l t r az i onec os t ant e del l ’ ar i aer umor os i t àdi f at t o i mper c et t i bi l e.\nI l f unz i onament oc ont i nuodel v ent i l at or eper met t e al l ’ appar ec c hi odi l a v or ar es empr eav el oc i t àmol t o r i dot t er endendol ar umor os i t àc hees s opr oduc edi f at t oi na vv er t i bi l e. I l s i s t emadi c ont r ol l odi c ui EL FORoom èdot at o per met t eunadeguament oc ont i nuodel numer odi gi r i del v ent i l at or eal l enec es s i t àdel l ’ i mpi ant o.\nEL FORoom aﬃanc aadunac ompl et ae es s i bi l e ges t i onedel l at emper at ur al ’ at t enz i oneperl aqual i t à del l ’ ar i a. Èi nf at t i dot at odi un l t r odi gr andi di mens i oni , f ac i l ment eac c es s i bi l edal pannel l of r ont al e, c heas s i c ur aunadepur az i oneeﬃc i ent edel l ' ar i ae per met t edi di r adar egl i i nt er v ent i di pul i z i a.\nE L F OCont r ol\nE L F OCont r ol GE S T I S CET UTT OL ’ I MPI ANT O I l f ut ur oi nc a s a ègi àpr es ent e\nCONTROL L OCOMPL ET ODEL L ' I MPI ANT O PROGRAMMAZI ONEORARI A\nDi al ogac oni t er mos t at i dei var i l oc al i peri l c ont r ol l odi t emper at ur a edumi di t à\nGes t i onedei pannel l i r adi ant i ( c al doef r eddo)\nPERSONAL I ZZAZI ONEDEIL I VEL L IDICOMFORT\nELFOCont r olc ont r ol l ae ges t i s c e t ut t i i c omponent idel l ' i mpi ant o di s t r i buendo l ' ener gi a nec es s ar i a nel l a gi us t a quant i t àes ol o dove e quandos er vegar ant endo i lmas s i mo del l ' eﬃc i enz a dels i s t ema.La ges t i one diognis i ngol oel ement o el ac ompl et apos s i bi l i t à diper s onal i z z az i onedel l e i mpos t az i oni c ons ent e i nol t r e di ot t ener e i l omf or tper f et t operogni c es i genz a.\nOTTI MI ZZAZI ONEDEL L ’ ENERGI A DI SPL AYT OUCHSCREEN\nGes t i onei mpi ant i a doppi at emper at ur a\nGes t i oner adi at or i e t er moar r edi\nCommut az i oneval v ol e di z ona\nAt t i vaodi s at t i vapompe di c i r c ol az i one EL FOCont r olHOMEèi l “ c er v el l o”delv os t r oi mpi ant oc hedi al ogac ont ut t iic omponent ii ns t al l at i .Es s ov er ic al e c ondi z i oni di l a v or odi ogni s i ngol odi s pos i t i v oeper met t edi r egol ar ei l f unz i onament odel l ’ i nt er os i s t emadaununi c o c ent r odi c ont r ol l o, dac ui di pendel ’ i mpos t az i onedi t ut t i i par amet r i des i der at i peri l mi gl i orc omf or t .\nGODET EVI I LCOMF ORT , AT UTT OI LRE S T OCI PE NS AE L F OCont r ol ACCENDI L OERI LASSATI r ol ges t i s c et ut t i gl i el ement i del l ’ i mpi ant o: c ommut a EL FOCont aut omat i c ament ei l f unz i onament odaes t i v oadi nv er nal eevi gi l a s ul l ’ i nt er os i s t emas enz abi s ognodi al c uni nt er v ent odapar t e del l ’ ut i l i z z at or e. I l t ouc hs c r eendi EL FOCont r ol f ac i l i t aqual s i as i oper az i one: c omandi ei mpos t az i oni r i s ul t anodi f ac i l eut i l i z z oe i mmedi at ac ompr ens i one. L as c her mat apr i nc i pal epr es ent a al l ' ut ent el ' ov er vi ewdel l os t at odi f unz i onament odei c omponent i del l ' i mpi ant oedel c omf or tdegl i ambi ent i .\nPROGRAMMAZI ONEORARI A L ’ ut ent ehal amas s i mal i ber t àdi de ni r ei val or i di t emper at ur a, umi di t à, or ar i di f unz i onament operogni s t anz adel l ac as a. St anz e di v er s epos s onoes s er er aggr uppat ei nz one, i mpos t andougual i val or i di c omf or toor ar i di f unz i onament o.\nPERSONALI ZZAZI ONEDEILI VELLIDICOMFORT Ampi a es s i bi l i t ànel l ages t i onedel l es t anz edel l ’ abi t az i one or gani z z abi l i i n10z onedi s t i nt eec on gur abi l i i nmani er a aut onoma. As s egnaz i oneac i as c unaz onadi unnomede ni t o dal l ’ ut ent e( es . : “ Cuc i na ” ) .\nOTTI MI ZZAZI ONEDELL ' ENERGI A EL FOCont r ol per met t edi de ni r el ac ur vac l i mat i c aes t i vaed i nv er nal e. I nques t omodol ' i mpi ant or i s pondeal l ec ondi z i oni es t er nec al i br andos i s ul l er eal i es i genz edi c omf or t , s enz as pr ec ar e ener gi a.\nI MPI ANT I DI CL I MAT I ZZAZI ONE ACI CL OANNUAL E : CONS UMI RI DOTT I\nPE RI MPI ANT I AP ANNE L L I RADI ANT I\nQues t os i s t ema, oﬀr eunas ol uz i oneunic at aperl ’ i mpi ant oc al dof r eddoc on t er mi nal i ambi ent e, c hepr ev ede: -Ri s c al dament oer aﬀr eddament oc ont er mi nal i ambi ent eadac qua -I nt egr az i oner i s c al dament oc ons c al das al vi et t enei bagni -Ac quac al das ani t ar i ac oni nt egr az i ones ol ar et er mi c o -Ri nnov oepur ic az i onedel l ’ ar i aaut omat i c o\nCa l da i aa Condens a z i one+ E L F OS y s t em Ra di a t or i + S pl i t\nCa l da i aa Condens a z i one+ Ra di a t or i + S pl i t\nE L F OS y s t em\nCa l da i aa Condens a z i one+ L F OS y s t em Pa nnel l i r a di a nt i E +S pl i t\nCa l da i aa Condens a z i one+ Pa nnel l i r a di a nt i +S pl i t\nRi s c a l da ment o\nRa ﬀr edda ment o\nTot al e\nCos t oa nnua l edi E s er c i z i o( €/ Anno)\nE mi s s i oni di CO2( k gCO2/ Anno)\nEs empi operunaabi t az i onemonobi f ami gl i ar eda150m2c on: -i mpi ant omonot emper at ur aperpa vi ment or adi ant ei nt ut t i i l oc al i -ges t i onedi 3z oner adi ant i : gi or no( c uc i naes oggi or no) , not t e( t r ec amer e)e bagni ( n° 2) -ges t i onedei s c al das al vi et t edei bagni -uni t àperi l r i nnov oel apur ic az i onedel l ’ ar i a\n-Ca l da i aac ondens a z i onec on r e ndi me nt ome di o s t a gi ona l e98% -Cos t odel l ’ ener gi ael et t r i c ai n I t a l i a0, 18€/ k Whc on c ont a t or ededi c a t oa l l a pompadi c a l or e( 1) -Cos t oener gi ael et t r i c amedi o E ur opeo0, 12€/ k Wh( 2) -Condi z i ona t or es pl i tc on E S E E R2, 7ec os t oener gi a el et t r i c a0, 24€/ k Whs ec ondo t a r i ﬀa z i onedomes t i c a c or r ent e\nI da t i s onor i f er i t i a duna a bi t a z i ones i t aaMi l a noc on f a bbi s ognoener gi aut i l e 2 75k Wh/ mi nr i s c a l da ment oe 20k Wh/ m2i nr a ﬀr edda ment o, a l l es eguent i c ondi z i oni :\nE ner gi aPr i ma r i a( GJ / Anno)\nE s empi operunaa bi t a z i onemonof a mi gl i a r eoa ppa r t a ment oda100m2c on: -i mpi a nt oc ont er mi na l i a mbi ent eE L F ORoom i nt ut t i i l oc a l i -pompadi c a l or eperr i s c a l da ment o, pr oduz i onea c quas a ni t a r i aeper r a ﬀr edda ment o -ges t i onedi 3z one: gi or no( c uc i naes oggi or no) , not t e( duec a mer e) eba gni ( n° 2) -ges t i onedei s c a l da s a l v i et t edei ba gni r i nnov oel apur ic a z i onedel l ’ a r i a -uni t àperi l\nVANT AGGI mpi a nt os e mpl i c e , c he I c ombi naunc omf or tdi l i v e l l o s upe r i or ec ona l t ae ﬃc i e nz ae r i s pa r mi one i c ons umi : l a pompadi c a l or epr oduc e l ’ a c quaa l l ac or r e t t a t e mpe r a t ur ane c e s s a r i aa l pa nne l l or a di a nt es i ai ni nv e r no s i ai ne s t a t ei nf unz i onede l l a t e mpe r a t ur ade l l ’ a r i ae s t e r na ma s s i mi z z a ndol ’ e ﬃc i e nz a e ne r ge t i c aer i duc e ndoi c ons umi . I l c a l dooi l f r e ddo di ﬀus oi nt ut t i i l oc a l i a t t r a v e r s o i l pa nne l l or a di a nt ea ume nt ai l c omf or tpe r c e pi t oda l l ’ ut e nt e c onc ons umi i nf e r i or i . L ’ uni t à pe ri l r i nnov oel apur ic a z i one de l l ’ a r i age s t i s c ei nol t r el a c or r e t t aumi di t àpe ri l r a ﬀr e dda me nt oe s t i v o a t t r a v e r s oi pa nne l l i r a di a nt i .\nVANT AGGI nv es t i ment oi ni z i al er i dot t o: I l apompadi c al or epr oduc e l ’ ac quaal l ac or r et t a t emper at ur anec es s ar i aal t er mi nal eambi ent e EL FORoom s i ai ni nv er nos i a i nes t at ei nf unz i onedel l a t emper at ur adel l ’ ar i aes t er na. I l c al dooi l f r eddodi ﬀus o l oc al eperl oc al enel l a quant i t ànec es s ar i aaument a i l c omf or tper c epi t o dal l ’ ut ent ec onc ons umi i nf er i or i . L ’ uni t àperi l r i nnov o el apur ic az i onedel l ’ ar i a el i mi nagl i s gr adev ol i eﬀet t i del l ’ ar i avi z i at aeas s i c ur aagl i ambi ent i un’ umi di t à c ont r ol l at a.\nQues t os i s t ema, oﬀr eunas ol uz i oneunic at aperl ’ i mpi ant oc al dof r eddoc on t ec nol ogi ar adi ant e, c hepr ev ede: -Ri s c al dament oer aﬀr eddament oapa vi ment opert ut t al ac as a -I nt egr az i oner i s c al dament oc ons c al das al vi et t enei bagni -Ac quac al das ani t ar i ac oni nt egr az i ones ol ar et er mi c o -Ri nnov oepur ic az i onedel l ’ ar i aaut omat i c o\nPERI MPI ANTI ATERMI NAL I AMBI ENTEEL F ORoom\nI da t i s onor i f er i t i a duna a bi t a z i ones i t aaMi l a noc on f a bbi s ognoener gi aut i l e 2 75k Wh/ mi nr i s c a l da ment oe 20k Wh/ m2i nr a ﬀr edda ment o, a l l es eguent i c ondi z i oni : -Ca l da i aac ondens a z i onec on r e ndi me nt ome di o s t a gi ona l e98% -Cos t odel l ’ ener gi ael et t r i c ai n I t a l i a0, 18€/ k Whc on c ont a t or ededi c a t oa l l a pompadi c a l or e( 1) -Cos t oener gi ael et t r i c amedi o E ur opeo0, 12€/ k Wh( 2) -Condi z i ona t or es pl i tc on E S E E R2, 7ec os t oener gi a el et t r i c a0, 24€/ k Whs ec ondo t a r i ﬀa z i onedomes t i c a c or r ent e\nGAI AS OS T I T UI S CEL ACAL DAI A\nQues t os i s t ema, oﬀr eunas ol uz i onec ombi nat ac hepr ev ede: -Ri s c al dament oer aﬀr eddament oapa vi ment opert ut t al ac as a -I nt egr az i onees t i vaedi nv er nal ec ont er mi nal i ambi ent eEL FORoom -I nt egr az i oner i s c al dament oc ons c al das al vi et t enei bagni -Ac quac al das ani t ar i ac oni nt egr az i ones ol ar et er mi c o -Ri nnov oepur ic az i onedel l ’ ar i a\nCa l da i a S t a nda r d+ Ra di a t or i + S pl i t\nCa l da i aa Condens a z i one+ L F OS y s t em Pa nnel l i r a di a ni E +S pl i t\nEs empi operunaabi t az i onemonobi f ami gl i ar eda200m2es i s t ent ec on: -i mpi ant odi r i s c al dament oc onr adi at or i t r adi z i onal i i nt ut t i i l oc al i , s c al das al vi et t eperi bagni ev ent i l c onv et t or i i nal c uni l oc al i -ges t i onedi 3z ones i ai nr i s c al dament oc hei nr aﬀr eddament oat t r a v er s ol o s t es s ot er mos t at operc i as c unaz ona( gi or no, not t eebagni ) -n° 2t er mi nal i ambi ent eEL FORoom z onagi or no( c uc i naes oggi or no)+n° 2 r adi at or i +n° 2s c al das al vi et t e\nEs empi operunavi l l ada250m2c on: -i mpi ant oadoppi at emper at ur aperpa vi ment or adi ant eet er mi nal i ambi ent e EL FORoom i nt ut t i i l oc al i , s c al das al vi et t eperi bagni -ges t i onedi 3z one: c uc i na, s oggi or no, t r ec amer eeduebagni -n° 2t er mi nal i ambi ent eEL FORoom perc i as c unac amer a+n° 2t er mi nal i s c al das al vi et t e+n° 2z onec onpa vi ment or adi ant e -uni t àperi l r i nnov oel apur ic az i onedel l ’ ar i a\nVANT AGGI Ri s pa r mi oec onomi c omedi o a nnua l eda l 30%a l 50%i n f unz i onedel l ’ i mpi a nt o es i s t ent e( met a no, gpl o ga s ol i o) . L ’ es empi or i por t a t o s oddi s f ai nol t r el ’ es i genz a del l ’ ut ent ec hev uol e a ggi unger ei l c ondi z i ona ment oes t i v o. L as os t i t uz i onedel l ac a l da i a c onGAI Aper met t edi a v er e ununi c oel ement operl a pr oduz i onedel c a l do, del f r eddoedel l ’ a c quac a l da s a ni t a r i a . Ol t r ea l l ar i duz i one degl i i ngombr i r i s pet t oa duna s ol uz i onet r a di z i ona l edi c a l da i aperi l r i s c a l da ment oe s i s t emas pl i tperi l r a ﬀr edda ment o, s i ot t i eneun not ev ol er i s pa r mi os ui c ons umi .\nVANT AGGI S i s t emades t i na t oar es i denz e di gr a ndi di mens i oni . L ’ ut i l i z z o dei pa nnel l i r a di a nt i i r r a ggi a un’ a degua t aener gi at er mi c a perunel ev a t ogr a dodi c omf or t . I t er mi na l i E L F ORoom di s l oc a t i negl i a mbi ent i ga r a nt i s c onol ’ i nt egr a z i oneei l r a ggi ungi ment odel l a t emper a t ur ades i der a t ai n t empi r a pi di . L as ol uz i one pr opos t apr ev edel apompadi c a l or eGAI Aperl apr oduz i one del c a l do, del f r eddoe del l ’ a c quac a l das a ni t a r i a . L a s ol uz i oneper met t ei nol t r edi pr ev eder edei pa nnel l i s ol a r i t er mi c i s enz al ’ a ggi unt a del l ’ a c c umul ot er mi c oi n qua nt oègi àpr es ent enel GAI A.\nQues t as ol uz i onepr ev edel ’ ammoder nament odi uni mpi ant oes i s t ent e bene c i andodegl i ev ent ual i c ont r i but i pr evi s t i perl egge. -Sos t i t uz i onedel l ac al dai aes i s t ent ec onGAI A -Ut i l i z z odei r adi at or i es i s t ent i peri l r i s c al dament o( v er ic ar el as uperc i edei c or pi s c al dant i i nf unz i onedel l at emper at ur adel l ’ ac quapr odot t adaGAI A) -Aggi unt adi al c uni v ent i l c onv et t or i peri l r aﬀr eddament oedev ent ual e i nt egr az i onei nr i s c al dament o -Ac quac al das ani t ar i ac oni nt egr az i ones ol ar et er mi c o\nPE RI MPI ANT I AP ANNE L L I RADI ANT I EE L F ORoom\nI da t i s onor i f er i t i a duna a bi t a z i ones i t aaMi l a noc on f a bbi s ognoener gi aut i l e 2 150k Wh/ mi nr i s c a l da ment oe 30k Wh/ m2i nr a ﬀr edda ment o, a l l es eguent i c ondi z i oni : -Ca l da i aS t a nda r dc on r e ndi me nt ome di o s t a gi ona l e75% -Cos t odel l ’ ener gi ael et t r i c ai n I t a l i a0, 18€/ k Whc on c ont a t or ededi c a t oa l l a pompadi c a l or e( 1) -Cos t oener gi ael et t r i c amedi o E ur opeo0, 12€/ k Wh( 2) -Condi z i ona t or es pl i tc on E S E E R2, 7ec os t oener gi a el et t r i c a0, 24€/ k Whs ec ondo t a r i ﬀa z i onedomes t i c a c or r ent e\nS CHE DET E CNI CHE\nPompadic al or e ar i aac qua\nGAI AAr i a\nFI NANZI ARI A\nE ﬃc i e nz as t a gi ona l e( t i e nec ont ode l l apot e nz ar e s ada l l ’ uni t àede l l ’ a s s or bi me nt oe l e t t r i c odi pr oduz i oneepompa ggi o) Ri s c al dament o\nRef r i g. R410A\nL oc al i t à S t oc c ol ma F r a nc of or t e Mi l a no Na pol i Pa l er mo\nEr m. Sc r ol l\nEL FOCont r ol\nF ul l I nv er t erDC\nDa t i t ec ni c i Gr andez z a 61 Pt/Pa/COP Pt/Pa/COP Pf/Pa/E E R E S E E R Mi ni mat emper a t ur aa r i aes t er na Ma s s i mat emper a t ur aa c qua Por t a t aAc qual a t oUt i l i z z o Pr ev a l enz aUt i l el a t oUt i l i z z o Ca pa c i t àa c c umul oa c quac a l das a ni t a r i a Ca pa c i t àdi s c a mbi os ol a r e L i v el l odi pr es s i ones onor auni t à Al i ment a z i oneE l et t r i c a\n( 1) ( 2) ( 3) ( 4) ( 1) ( 1) ( 5)\nk W k W k W\nPannel l i Radi ant i ( A) 16, 3/3, 63/4, 49 11, 6/3, 51/3, 29 17, 7/4, 93/3, 60 5, 55\n° C ° C l / s k Pa l W/ K dB( A) V/ Ph/ Hz\n0, 78 105\nT er mi nal i EL FO( B) Radi at or i ( C) 15, 2/4, 52/ 3, 36 14, 5/5, 35/2, 72 10, 8/4, 40/2, 45 10, 3/5, 18/1, 99 13, 3/4, 61/2, 89 3, 93 20 60 0, 35 0, 72 106 110 200 3186 32( uni t ài nt er na ) /38( s c a mbi a t or eener gi a ) 400/3/50\nRaﬀr eddament o\nPt er mi c a T° C SCOP SCOP SCOP ( kW) pr oget t o Pannel l i Radi ant i Uni t àT er mi nal i Radi at or i 11. 1 12. 0 12. 7 13. 1 14. 3\n15 10 5 0 +5\n3. 86 4. 03 4. 14 4. 81 5. 29\n3. 16 3. 29 3. 36 3. 93 4. 33\n2. 50 2. 59 2. 65 3. 11 3. 43\nPf r i go ( kW)\nT° C ESEER ESEER pr oget t o Pannel l i Radi ant i Uni t àT er mi nal i\nNonèr i c hi es t oi l r a ﬀr edda ment operques t al oc a l i t à Nonèr i c hi es t oi l r a ﬀr edda ment operques t al oc a l i t à 7. 6 32 5. 55 3. 93 9. 3 35 5. 61 3. 98 14. 8 35 5. 51 3. 81\nNel l at abel l as onoi ndi c at i i val or i di eﬃc i enz as t agi onal e( SCOPeSEER) , det er mi nat i c ons i der ando: -unandament odel l apot enz at er mi c ar i c hi es t adal l ' edic i odi t i pol i near ei nf unz i onedel l at emper at ur adel l ' ar i aes t er na, daunval or emas s i mo( Pt )i nc or r i s pondenz adel l at emper at ur aes t er nadi pr oget t oi nver nal e( T ae, h)adunval or enul l operunat emper at ur aes t er nadi 15° C -unandament odel l apot enz af r i gor i f er ar i c hi es t adal l ' edic i odi t i pol i near ei nf unz i onedel l at emper at ur adel l ' ar i aes t er na, daunval or emas s i mo( Pf )i nc or r i s pondenz adel l at emper at ur aes t er nadi pr oget t oes t i va( T ae, c )adunval or enul l operunat emper at ur aes t er nadi 24° C l c al c ol oès t at oes egui t oc ons i der andoi val or i or ar i di t emper at ur adel l ' ar i aes t er na I SCOPès t at oc al c ol at onel l ' i pot es i di t emper at ur adel l ' ac quapr odot t adal l apompadi c al or es c or r evol ei nf unz i onedel l at emper at ur adel l ' ar i aes t er na. Pannel l i r adi ant i : T ac qua=35° Cal l at emper at ur aes t er nai nver nal edi pr oget t oeT ac qua=25° Cal l at emper at ur aes t er nadi 15° C Uni t àt er mi nal i : T ac qua=45° Cal l at emper at ur aes t er nai nver nal edi pr oget t oeT ac qua=35° Cal l at emper at ur aes t er nadi 15° C Radi at or i : T ac qua=55° Cal l at emper at ur aes t er nai nver nal edi pr oget t oeT ac qua=45° Cal l at emper at ur aes t er nadi 15° C\nL i mi t i di f unz i ona ment or a ﬀr edda ment o T w[ ° C]=t emper at ur aac quaus c i t adal l os c ambi at or e T w[ ° C]=3° Ci nt er v ent os i c ur ez z aant i gel o T a[ ° C]=t emper at ur aar i aent r ant eal l os c ambi at or ees t er no ( 1)Campodi f unz i onament onor mal e ( 2)F unz i onament oc oni v ent i l at or i i nmodul az i one\nDat i r i f er i t i al l es eguent i c ondi z i oni : ( 1) ( A) Pot enz at er mi c a / Pot enz aa s s or bi t a / COPAr i ai ngr es s o7° CD. B. , 6° CW. B. Ac quai ngr es s o30° Ceus c i t a35° C. Pr es t a z i oni s ec ondoE ur ov ent . ( 1) ( B) Pot enz at er mi c a / Pot enz aa s s or bi t a / COPAr i ai ngr es s o7° CD. B. , 6° CW. B. Ac quai ngr es s o40° Ceus c i t a45° C. Pr es t a z i oni s ec ondoE ur ov ent . ( 1) ( C) Pot enz at er mi c a / Pot enz aa s s or bi t a / COPAr i ai ngr es s o7° CD. B. , 6° CW. B. Ac quai ngr es s o50° Ceus c i t a55° C. Pr es t a z i oni s ec ondoE ur ov ent . ( 2) ( A) Pot enz at er mi c a / Pot enz aa s s or bi t a / COPAr i ai ngr es s o5° CD. B. , 5, 4° CW. B. Ac quai ngr es s o30° Ceus c i t a35° C. Pr es t a z i oni s ec ondoE ur ov ent . ( 2) ( B) Pot enz at er mi c a / Pot enz aa s s or bi t a / COPAr i ai ngr es s o5° CD. B. , 5, 4° CW. B. Ac quai ngr es s o40° Ceus c i t a45° C. Pr es t a z i oni s ec ondoE ur ov ent . ( 2) ( C) Pot enz at er mi c a / Pot enz aa s s or bi t a / COPAr i ai ngr es s o5° CD. B. , 5, 4° CW. B. Ac quai ngr es s o50° Ceus c i t a55° C. Pr es t a z i oni s ec ondoE ur ov ent . ( 3) ( A) Pot enz af r i gor i f er a / Pot enz aa s s or bi t a / E E RAr i ai ngr es s o35° C. Ac quai ngr es s o23° Ceus c i t a18° C. Pr es t a z i oni s ec ondoE ur ov ent . ( 3) ( B) Pot enz af r i gor i f er a / Pot enz aa s s or bi t a / E E RAr i ai ngr es s o35° C. Ac quai ngr es s o12° Ceus c i t a7° C. Pr es t a z i oni s ec ondoE ur ov ent . ( 4) E S E E Rs ec ondoE ur ov ent . ( 5) I l i v el l i s onor i s i r i f er i s c onoa duni t àapi enoc a r i c o, nel l ec ondi z i oni nomi na l i di pr ov a . I l l i v el l odi pr es s i ones onor aèr i f er i t oa10m di di s t a nz ada l l as uperc i ees t er nadel l ’ uni t àf unz i ona nt ei nc a mpo a per t o, s ec ondol anor maE N3744.\nDi mens i oni Sc ambi at or e di Ener gi a ( MSERXEEOUT)\nGAI AAr i a ( MSERXEE)\nATTENZI ONE! Perunbuonf unz i onament odel l ’ uni t àèf ondament al ec hev enganomant enut el e di s t anz edi r i s pet t oi ndi c at edal l ear eegi al l e.\nGr andez z e L unghez z a( A) Pr of ondi t à( B) Al t ez z a( C) ( A1) GAI AAr i a ( A2) ( MSERXEE) ( B1) ( B2) ( C1) Pes oi nf unz . L unghez z a( A) Pr of ondi t à( B) Al t ez z a( C) Sc ambi at or e ( A1) di Ener gi a ( A2) ( MSERXEEOUT) ( B1) ( B2) Pes oi nf unz .\nmm mm mm mm mm mm mm mm Kg mm mm mm mm mm mm mm Kg\n61 600 800 2030 500 800 800 120 200 460 1250 788 1304 800 100 300 800 105\nL i mi t i di f unz i ona ment or i s c a l da ment o T w[ ° C]=t emper at ur aac quas ani t ar i a T a[ ° C]=t emper at ur aar i ai ngr es s os c ambi at or ees t er no ( 1)Campodi f unz i onament operper i odi br evi et r ans i t or i ( Max5000or e) ( 2)Campodi f unz i onament onor mal e\nL i mi t i di f unz i ona ment oa c quac a l das a ni t a r i a T w[ ° C]=t emper at ur aac quas ani t ar i a T a[ ° C]=t emper at ur aar i ai ngr es s os c ambi at or ees t erno ( 1)Campodi f unz i onament operper i odi br evi et r ans i t or i ( Max5000or e)I nques t acondi z i one vi ener i dot t al av el oc i t àdel c ompr es s or e, ques t oc ompor t al ’ al l ungament odel t empodi r ei nt egr odel l ’ ac quas ani t ar i a. ( 2)Campodi f unz i onament onor mal e ( 3)Zonanel l aqual ei v ent i l at or i vannoi nmodul az i one\nI dat i s opr ar i por t at i s onor i f er i t i aduni t às t andar d.\nGAI AAc qua\nPompadic al or e ac quaac qua\nSor gent e\nS t oc c ol ma F r a nc of or t e Mi l a no F a l da Na pol i Pa l er mo S t oc c ol ma F r a nc of or t e l a no Geot er mi c o Mi Na pol i Pa l er mo\nDa t i t ec ni c i Gr andez z a 61 Pt/Pa/COP Pt/Pa/COP Pf/Pa/E E R E S E E R Mi ni mat emper a t ur aa c qua Ma s s i mat emper a t ur aa c qua Por t a t aAc qual a t oUt i l i z z o Pr ev a l enz aUt i l el a t oUt i l i z z o Por t a t aAc qual a t oS or gent e Pr ev a l enz aUt i l el a t oS or gent e Ca pa c i t àa c c umul oa c quac a l das a ni t a r i a Ca pa c i t àdi s c a mbi os ol a r e L i v el l odi pr es s i ones onor auni t à Al i ment a z i oneE l et t r i c a\nL oc al i t à\n( 1) ( 2) ( 3) ( 4) ( 1) ( 1) ( 1) ( 1) ( 5)\nk W k W k W ° C ° C l / s k Pa l / s k Pa l W/ K dB( A) V/ Ph/ Hz\nPannel l i Radi ant i ( A) 19, 5/4, 05/4, 82 15, 4/3, 72/4, 15 21/4, 15/5, 07 5, 13\n0, 93 100 0, 75 104\nT er mi nal i EL FO( B) 19, 2/4, 93/3, 89 14, 3/4, 39/3, 25 15, 3/4, 12/3, 72 3, 63 8 60 0, 92 100 0, 7 108 200 3186 32 400/3/50\nRadi at or i ( C) 17, 5/5, 41/3, 23 12, 9/5, 02/2, 56 -\n0, 4 114 0, 6 110\nPt er mi c a T° C SCOP SCOP SCOP Pf r i go T° C ESEER ESEER ( kW) pr oget t o Pannel l i Radi ant i Uni t àT er mi nal i Radi at or i ( kW) pr oget t o Pannel l i Radi ant i Uni t àT er mi nal i 25 25 25 25 25 20. 4 20. 4 20. 4 20. 4 20. 4\n15 10 5 0 +5 15 10 5 0 +5\n4. 85 4. 81 4. 67 4. 80 4. 89 4. 45 4. 42 4. 30 4. 42 4. 49\n3. 93 3. 90 3. 78 3. 90 3. 97 3. 58 3. 55 3. 44 3. 55 3. 61\n3. 16 3. 14 3. 05 3. 14 3. 19 2. 80 2. 78 2. 70 2. 78 2. 83\nNonèr i c hi es t oi l r a ﬀr edda ment operques t al oc a l i t à Nonèr i c hi es t oi l r a ﬀr edda ment operques t al oc a l i t à 14. 5 32 5. 13 3. 63 14. 5 35 5. 15 3. 65 14. 5 35 5. 14 3. 65 Nonèr i c hi es t oi l r a ﬀr edda ment operques t al oc a l i t à Nonèr i c hi es t oi l r a ﬀr edda ment operques t al oc a l i t à 14. 5 32 5. 03 3. 55 14. 5 35 5. 04 3. 58 14. 5 35 5. 04 3. 57\nNel l at abel l as onoi ndi c at i i val or i di eﬃc i enz as t agi onal e( SCOPeESEER) , det er mi nat i c ons i der ando: -unandament odel l apot enz at er mi c ar i c hi es t adal l ' edic i odi t i pol i near ei nf unz i onedel l at emper at ur adel l ' ar i aes t er na, daunval or emas s i mo( Pt )i nc or r i s pondenz adel l at emper at ur aes t er nadi pr oget t oi nver nal eadunval or enul l operunat emper at ur aes t er nadi 15° C -unandament odel l apot enz af r i gor i f er ar i c hi es t adal l ' edic i odi t i pol i near ei nf unz i onedel l at emper at ur adel l ' ar i aes t er na, daunval or emas s i mo( Pf )i nc or r i s pondenz adel l at emper at ur aes t er nadi pr oget t oes t i vaadunval or enul l operunat emper at ur aes t er nadi 24° C I l c al c ol oès t at oes egui t oc ons i der andoi val or i or ar i di t emper at ur adel l ' ar i aes t er na. SCOPès t at oc al c ol at onel l ' i pot es i di t emper at ur adel l ' ac quapr odot t adal l apompadi c al or es c or r evol ei nf unz i one del l at emper at ur adel l ' ar i aes t er na. Pannel l i r adi ant i : T ac qua=35° Cal l at emper at ur aes t er nai nver nal edi pr oget t oeT ac qua=25° Cal l at emper at ur aes t er nadi 15° C. Uni t àt er mi nal i : T ac qua=45° Cal l a t emper at ur aes t er nai nver nal edi pr oget t oeT ac qua=35° Cal l at emper at ur aes t er nadi 15° C. Radi at or i : T ac qua=55° Cal l at emper at ur aes t er nai nver nal edi pr oget t oeT ac qua=45° Cal l at emper at ur a es t er nadi 15° C. ESEERès t at oc al c ol at oc ont emper at ur as s adel l ' ac quapr odot t aepar i a18° Cperi pannel l i r adi ant i e7° Cperl euni t àt er mi nal i . Lat emper at ur adel l ’ ac quas or gent e: I nr i s c al dament oc onac quadi f al da10/ 5° C( i ngr es s o/ us c i t a) . I nr i s c al dament oc onac quaegl i c ol e30%geot er mi c o0/ 3° C( i ngr es s o/ us c i t a) . I nr aﬀr eddament os i aperl af al dac heperi l geot er mi c o 30/ 35° C( i ngr es s o/ us c i t a) . I val or i di eﬃc i enz amedi as t agi onal ei nr i s c al dament o( SCOP)edi nr aﬀr eddament o( ESEER)s onof unz i onedel l at emper at ur adel l ' ac qual at os or gent e, l at out i l i z z oedel l a per c ent ual edi gi r i del c ompr es s or e. Per t ant onons i r egi s t r anos c os t ament i s i gnic at i vi nei val or i di SCOPeESEERt r aunal oc al i t àel ' al t r ac omeavvi eneperunapompadi c al or ear i aac qua. Uno s c os t ament o, t r aunal oc al i t àel ' al t r a, s eppurmi ni mo, èc omunquepr es ent eac aus adi unadi ver s adi s t r i buz i onedi f r equenz adi ac c adi ment odel l at emper at ur adel l ' ar i aes t er na.\nL i mi t i di f unz i ona ment or a ﬀr edda ment o T w[ ° C]=t emper at ur aac quai nus c i t al at out i l i z z o T ws[ ° C]=t emper at ur aac quai nus c i t al at os or gent e ( 1)Campodi f unz i onament oc ons ent i t odal l af unz i oneNATURALCOOL I NG( opt i onal )\nDat i r i f er i t i al l es eguent i c ondi z i oni : ( 1) ( A) Pot enz at er mi c a / Pot enz aa s s or bi t a / COPAc quai ngr es s os c a mbi a t or es or gent e10° CAc quas c a mbi a t or eut i l i z z o30/ 35° C. Pr es t a z i oni s ec ondoE ur ov ent . ( 1) ( B) Pot enz at er mi c a / Pot enz aa s s or bi t a / COPAc quai ngr es s os c a mbi a t or es or gent e10° CAc quas c a mbi a t or eut i l i z z o40/ 45° C. Pr es t a z i oni s ec ondoE ur ov ent . ( 1) ( C) Pot enz at er mi c a / Pot enz aa s s or bi t a / COPAc quai ngr es s os c a mbi a t or es or gent e10° CAc quas c a mbi a t or eut i l i z z o50/ 55° C. Pr es t a z i oni s ec ondoE ur ov ent . ( 2) ( A) Pot enz at er mi c a / Pot enz aa s s or bi t a / COPAc quai ngr es s os c a mbi a t or es or gent e0° CAc quas c a mbi a t or eut i l i z z o30/ 35° C. Pr es t a z i oni s ec ondoE ur ov ent . ( 2) ( B) Pot enz at er mi c a / Pot enz aa s s or bi t a / COPAc quai ngr es s os c a mbi a t or es or gent e0° CAc quas c a mbi a t or eut i l i z z o40/ 45° C. Pr es t a z i oni s ec ondoE ur ov ent . ( 2) ( C) Pot enz at er mi c a / Pot enz aa s s or bi t a / COPAc quai ngr es s os c a mbi a t or es or gent e0° CAc quas c a mbi a t or eut i l i z z o50/ 55° C. Pr es t a z i oni s ec ondoE ur ov ent . ( 3) ( A) Pot enz af r i gor i f er a / Pot enz aa s s or bi t a / E E RAc quas c a mbi a t or es or gent e30/ 35° CAc quas c a mbi a t or eut i l i z z o23/ 18° C. Pr es t a z i oni s ec ondoE ur ov ent . ( 3) ( B) Pot enz af r i gor i f er a / Pot enz aa s s or bi t a / E E RAc quas c a mbi a t or es or gent e30/ 35° CAc quas c a mbi a t or eut i l i z z o12/ 7° C. Pr es t a z i oni s ec ondoE ur ov ent . ( 4) E S E E Rs ec ondoE ur ov ent . ( 5) I l i v el l i s onor i s i r i f er i s c onoa duni t àapi enoc a r i c o, nel l ec ondi z i oni nomi na l i di pr ov a . I l l i v el l odi pr es s i ones onor aèr i f er i t oa10m di di s t a nz ada l l as uperc i ees t er nadel l ’ uni t àf unz i ona nt ei nc a mpo a per t o, s ec ondol anor maE N3744.\nDi mens i oni\nGAI AAc qua ( WSHRXEE) GAI AAc qua ( WSHRXEE)\nGr andez z e L unghez z a( A) Pr of ondi t à( B) Al t ez z a( C) ( A1) ( A2) ( B1) ( B2) ( C1) Pes oi nf unz .\n61 600 800 2030 500 800 800 100 200 480\nL i mi t i di f unz i ona ment or i s c a l da ment o T w[ ° C]=t emper at ur aac quai nus c i t al at out i l i z z o T ws[ ° C]=t emper at ur aac quai nus c i t al at os or gent e ( 1)Campodi f unz i onament onor mal e ( 2)Campodi f unz i onament odov eèobbl i gat or i ol ' ut i l i z z odi gl i c ol eet i l eni c oi nf unz i onedel l a t emper at ur adel l ’ ac quai nus c i t adal l os c ambi at or el at os or gent e.\nL i mi t i di f unz i ona ment oa c quac a l das a ni t a r i a T w[ ° C]=t emper at ur aac quai nus c i t al at out i l i z z o T ws[ ° C]=t emper at ur aac quai nus c i t al at os or gent e ( 1)Campodi f unz i onament onor mal e ( 2)Campodi f unz i onament odov eèobbl i gat or i ol ' ut i l i z z odi gl i c ol eet i l eni c oi nf unz i onedel l a t emper at ur adel l ’ ac quai nus c i t adal l os c ambi at or el at os or gent e.\nI dat i s opr ar i por t at i s onor i f er i t i aduni t às t andar d. ATTENZI ONE! Perunbuonf unz i onament odel l ’ uni t àèf ondament al ec hev enganomant enut el edi s t anz edi r i s pet t oi ndi c at edal l ear eegi al l e.\nUni t àdir i nnovo del l ’ ar i ac onr ec uper o t er modi nami c o at t i vo.\nEL FOF r es h2\n( CP ANU200-650)\nCRI TERIDIFUNZI ONAMENTOEPREST AZI ONEDIELFOFRESH2300\nRef r i g. R410A Ri s c a l da ment oc on v ent i l a z i onemodul a nt e\nF r e eCool i ng\nRa ﬀr e dda me nt o ede umi dic a z i one\nI ns t . i nt er na\nRa ﬀr edda ment oe deumi dic a z i onec on v ent i l a t or emodul a nt e\nEr m. Rot at i v o\nDa t i t ec ni c i Gr andez z e Pt/Pa/COP Pt/Pa/COP Pf/Pa/E E R Pf/ Pa/E E R Por t a t aa r i anomi na l e Pot enz aa s s or bi t av ent i l a t or i Pr ev a l enz aut i l ema s s i ma L i mi t edi f unz i ona ment oi nr i s c a l da ment o L i mi t edi f unz i ona ment oi nr a ﬀr es c a ment o L i v el l odi pr es s i ones onor a Al i ment a z i oneel et t r i c a\n200 ( 1) ( 2) ( 3) ( 4) ( 5) ( 6) ( 7) ( 8)\nk W k W k W k W m3/ h W Pa ° C ° C dB( A) V/ Ph/ Hz\n1. 82/0. 42/4. 33 1. 87/0. 34/5. 50 1. 56/0. 52/3. 00 1. 57/0. 55/2. 85 200 40 120 15 40( 38) 39\n2. 31/0. 57/4. 05 3. 60/0. 79/4. 56 2. 36/0. 41/5. 75 3. 75/0. 63/5. 95 2. 10/0. 67/3. 13 2. 96/0. 98/3. 02 2. 02/0. 70/2. 89 2. 86/1. 04/2. 75 300 500 52 90 120 120 15 15 40( 38) 40( 38) 41 44 230/ 1/ 50\n5. 02/1. 21/4. 15 5. 12/0. 94/5. 45 3. 96/1. 40/2. 83 3. 86/1. 45/2. 66 650 150 120 15 40( 38) 46\nDat i r i f er i t i al l es eguent i c ondi z i oni : T ut t i i da t i r i por t a t i s onoc onf or mi a l l anor maE N14511: 2004ef a nnor i f er i ment oa dunapr ev a l enz aut i l edi 50Pa . ( 1) Pot enz at er mi c a / Pot enz aa s s or bi t at ot a l e/ COP; T emper a t ur aa r i aes t er na7° CD. B. /6° CW. B. , T emper a t ur aa r i aes t r a t t a20° CD. B. /15° CW. B. ( 2) Pot enz at er mi c a / Pot enz aa s s or bi t at ot a l e/ COP; T emper a t ur aa r i aes t er na5° CD. B. /5. 4° CW. B. , T emper a t ur aa r i aes t r a t t a20° CD. B. /15° CW. B. ( 3) Pot enz af r i gor i f er a / Pot enz aa s s or bi t at ot a l e/ E E R; T emper a t ur aa r i aes t er na30° CD. B. /22° CW. B. , T emper a t ur aa r i aes t r a t t a27° CD. B. /19° CW. B. ( 4) Pot enz af r i gor i f er a / Pot enz aa s s or bi t at ot a l e/ E E R; T emper a t ur aa r i aes t er na35° CD. B. /24° CW. B. , T emper a t ur aa r i aes t r a t t a27° CD. B. /19° CW. B. ( 5) Pot enz ar i f er i t aa l f unz i ona ment oi nr i s c a l da ment oa l l ec ondi z i oni di not a( 2) At t enz i one: nel COPedE E Règi ài nc l us aa nc hel apot enz aa s s or bi t adei v ent i l a t or i . Vi eneda t aques t a i nf or ma z i onea ini dei pr ogr a mmi di c er t ic a z i oneener get i c a . Qua l or as i i mput i ques t oda t oi l COPdac ons i der a r edev ees s er es enz al apot enz aa s s or bi t adei v ent i l a t or i ( 6) Nel l el oc a l i t àdov el at emper a t ur adel l ’ a r i aes t er nas c endes ot t oi –5° Cperunnumer oel ev a t odi or ea l l ’ a nnoèc ons i gl i a t ol ’ ut i l i z z odel l ’ a c c es s or i oE HPCXk i tr es i s t enz eac a na l e ( 7) c onUR=40%; t r apa r ent es i i l v a l or el i mi t eperc ui s i ga r a nt i s c eun' umi di t às pec ic adel l ' a r i ai mmes s ai na mbi ent edi 10. 5g/ k gc onunar i duz i onedi por t a t ama s s i madel 50% ( 8) I l i v el l i s onor i s i r i f er i s c onoa duni t àapi enoc a r i c o, nel l ec ondi z i oni nomi na l i di pr ov a . I l l i v el l odi pr es s i ones onor aèr i f er i t oa d1met r odi di s t a nz ada l l as uperc i ees t er nadel l ' uni t à f unz i ona nt ei nc a mpoa per t o.\n( A) Coeﬃc i ent edi pr es t a z i onei nr i s c a l da ment o( COP) ei nr a ﬀr edda ment o( E E R) : èi l r a ppor t ot r al apot enz ar es ael apot enz aa s s or bi t ada l c ompr es s or e , da l c i r c ui t oa us i l i a r i oeda i v ent i l a t or i c ons i der a ndounapr ev a l enz aut i l edi 50Pa ; ( B) T emper a t ur ades i der a t ai na mbi ent e ( C) T emper a t ur aa r i adi ma nda t adel l ’ E L F OF r es h2i na mbi ent e( ° C)\nRi s c a l da ment oc on v ent i l a z i onemodul a nt e\nRi pr es adal l ’ ambi ent e mm mm mm Kg\n200 803 704 364 70\n300 803 704 364 75\n500 1038 792 423 95\n650 1038 792 423 100\nT emper a t ur aAr i aE s t er na( ° C)\nRi pr es aar i a es t er na Es pul s i oneal l ’ es t er no\nATTENZI ONE! Perunbuonf unz i onament odel l ’ uni t àèf ondament al e c hev enganomant enut el edi s t anz edi r i s pet t oi ndi c at e dal l ear eegi al l e.\nNel gr ac os onor a ppr es ent a t el es eguent i v a r i a bi l i :\nMandat ai nambi ent e\nDi mens i oni Gr andez z e L unghez z a( A) Pr of ondi t à( B) Al t ez z a( C) Pes oi nf unz .\nNel gr ac os onor a ppr es ent a t el es eguent i v a r i a bi l i : ( D) Res at er mi c a / f r i gor i f er a( W) ( E ) Pot enz aa s s or bi t a ( W) ( F ) Umi di t às pec ic ai nt er na( g/ k g) ( G) Umi di às pec ic aes t er na( g/ k g) ( H) Umi di t às pec ic ai nma nda t a( g/ k g) ( I ) Por t a t aa r i ai mmes s a( mc h)\nNOT A I gr ac i pr es t a z i ona l i del l ea l t r egr a ndez z es onoc ons ul t a bi l i s ul bol l et t i not ec ni c odi s poni bi l es ul s i t owww. c l i v et . c om.\nT er mi nal eambi ent e adac qua.\nUni t àdic ont r ol l oper i mpi ant ir es i denz i al i aut onomi\nOUT / I N/ UP\nEL FOCont r ol HOME Di mens i oni\nRef r i g. ACQUA\nELFORoom I N I ns t al l az i onev er t i c al edai nc as s o\nELFORoom OUT I ns t al l az i onev er t i c al eavi s t a\nEL FOCont r ol ELFORoom UP I ns t al l az i oneor i z z ont al edai nc as s o\nDat i t ec ni c i Gr andez z e ELFORoom I N/OUT Pt/Pa Pf/Ps/Pa Por t at aar i a Ti pov ent i l at or e L i v el l odi pr es s i ones onor a Al i ment az i oneel et t r i c a Gr andez z e ELFORoom UP Pt/Pa Pf/Ps/Pa Por t at aar i a Ti pov ent i l at or e L i v el l odi pr es s i ones onor a Al i ment az i oneel et t r i c a\nk W k W l / s dB( A) V/ Ph/ Hz\n1, 41/0, 018 1, 47/1, 03/0, 018 70\n2, 72/0, 018 2, 81/1, 97/0, 018 139 T angenz i al e 36 230/ 1/ 50\n3, 35/0, 018 3, 49/2, 45/0, 018 189\nDat i t ec ni c i\n1, 45/0, 018 1, 46/1, 04/0, 018 70\n2, 70/0, 018 2, 83/1, 07/0, 018 138\nDi s pl ay Capac i t àdi c ont r ol l o Connet t i vi t à Car at t er i s t i c her et e Pot enz a Gr adodi pr ot ez i one Al i ment az i oneel et t r i c a\nT angenz i al e\nT ouc hSc r een-di mens i oni 5, 7”-ac ol or i omonoc r omat i c o 10Zonec l i mat i c he—32el ement i t ot al i ges t i bi l i 1por t as er i al eRS485( mas t er ) Cav operl i nees er i al i RS485( es empi oBEL DEN3105Aos i mi l ar i ) 25VA I P40 24VAC50Hz —24VDC\nEl ement i perl ages t i onec ompl et adel l ’ i mpi ant o\n230/ 1/ 50\nDat i r i f er i t i al l es eguent i c ondi z i oni : ( 1)Pot enz at er mi c a/Pot enz aas s or bi t a. Ar i aambi ent ea20° C; ac quai ngr es s oa45° Ceus c i t aa40° C. ( 2)Pot enz af r i gor i f er a/Pot enz as ens i bi l e/Pot enz aas s or bi t a. Ar i aambi ent ea27° C; 50%U. R. ; ac quai ngr es s o7° Ceus c i t aa12° C. ( 3)I l i v el l i s onor i s i r i f er i s c onoaduni t àapi enoc ar i c o, nel l ec ondi z i oni nomi nal i di pr ova. I l l i v el l odi pr es s i ones onor aèr i f er i t oad1m di di s t anz adal l as uperc i ees t er na del l ' uni t àf unz i onant ei nc ampoaper t omi s ur at i al l apor t at aar i adel 70%.\nf unz i onal i t à\nTR24X: T r as f or mat or edi al i ment az i one230/ 1/ 50-24Vac\nCons ent el at r as f or maz i oneda230/ 1/ 50a24VACperal i ment ar eEL FOCont r ol\n70x85x65mm 4modul i DI N\nCI ECX: Cas s et t adi pr ei ns t al l az i oneadi nc as s o\nCons ent el ’ i ns t al l az i onedi EL FOCont r ol adi nc as s o\nCBSX: c av os c her mat operbusRS485\nCons ent el ac onnes s i onedi t ut t i i di s pos i t i vi c omponent i i l s i s t ema\nMat as s ada50met r i\nI ns t al l az i one\nPannel l i r adi ant i -T er mi nal i ambi ent e\nEL FORoom I N/OUT Gr andez z e L unghez z a( A) Pr of ondi t à( B) Al t ez z a( C) ( A1) ( A2) ( B1) ( C1) Pes oi nf unz . ATTENZI ONE! Perunbuonf unz i onament odel l ’ uni t àèf ondament al e c hev enganomant enut el edi s t anz edi r i s pet t oi ndi c at e dal l ear eegi al l e.\n11 825 180 500 100 200 175 100 13\n15 1150 180 500 100 200 175 100 16\nGr andez z e L unghez z a( A) Pr of ondi t à( B) Al t ez z a( C) ( A1) ( A2) ( B1) ( C1) Pes oi nf unz .\nKGPRX: modul odi c ont r ol l opergr uppodi mi s c el az i one\nE’ i l modul oel et t r oni c oc heges t i s c eungr uppodi mi s c el az i onenonf or ni t oda Cl i v et\nCMZRX: modul odi z oner adi ant i\nGes t i s c e noa6val v ol edi i nt er c et t az i onec heal i ment anopannel l i r adi ant i , r adi at or i ot er moar r edi\n157x90x60mm 9modul i DI N\nCMRSX: modul odi z onas i ngol o\nGes t i s c e1val v ol adi i nt er c et t az i onec heal i ment apannel l i r adi ant i , r adi at or i o t er moar r edi\n105x90x60mm 6modul i DI N\nComponent i di i mpi ant o\nEL FORoom UP 5 500 180 500 100 200 175 100 9\nE’ ungr uppodi mi s c el ac ompl et or egol az i oneepar t ei dr aul i c aperl ages t i one MPR1X: k i tges t i onepa nnel l i r a di a nt i c ongr uppodi mi s c el a z i one del l abas s at emper at ur av er s opannel l i r adi ant i edel l ’ al t at emper at ur av er s o t er mi nal i ambi ent e\n5 630 700 242 300 300 200 20 9\n11 950 700 242 300 300 200 20 13\nGes t i onegener at or edi s os t i t uz i one( c al dai a) MI OX: modul odi i nput / out put\nGes t i oneval v ol edi z onaopompedi r i l anc i o Ges t i onec ons ens or emot o\n70x85x61mm 4modul i DI N\nAc quac al das ani t ar i a CACSX: c ont r ol l operki tac quac al das ani t ar i a\nE’ i l modul oel et t r oni c oc hec ons ent edi ges t i r euna c c umul ononf or ni t odaCl i v et\nKBQRE3X: ki tac quac al das ani t ar i ada300l i t r i\nE’ i l ki tc ompl et odi modul oel et t r oni c o, ac c umul oda300l i t r i , val v ol at r evi e\nKBQRE3X: ki tac quac al das ani t ar i ada500l i t r i\nE’ i l ki tc ompl et odi modul oel et t r oni c o, ac c umul oda500l i t r i , val v ol at r evi e\nHI DT2X: c ont r ol l oambi ent eel et t r oni c ol oc al eHI DT2\nT er mos t at os ol at emper at ur a-i ns t al l az i oneapar et e\nHI DT3X: c ont r ol l oambi ent eel et t r oni c ol oc al eHI DT3\nT er mos t at ot emper at ur aedumi di t à-i ns t al l az i oneapar et e\nHI DTI 2X: c ont r ol l oambi ent eel et t r oni c ol oc al eHI DTi 2\nT er mos t at os ol at emper at ur a-i ns t al l az i oneadi nc as s o\nT er mos t at i\nT UTT AL AGAMMAE L F OS y s t em Pa nnel l i r a di a nt i ot er mi na l i d’ a mbi ent e Ba s s at emper a t ur a\nQUAL I T A’ ARI A\nEL FOF r es h\nDI S T RI BUZI ONE CAL DO/ F RE DDO\nELFODi s t r i but i on\nPompadic a l or ea da t t aperi mpi a nt ic onpa nnel l i r a di a nt iet er mi na l ia mbi ent ea da c qua , i lc uides i gn ga r a nt i s c el ama s s i mas i l enz i os i t à . Pompadic a l or eot t i mi z z a t aperi lr i s c a l da ment os i a\nmpi a nt i c onpa nnel l i r a di a nt i s i aperi mpi a nt i c on EL FOENERGYEXTENDED peri uni t àt er mi na l i .\nPompadic a l or e ,ot t i mi z z a t aperi lr a ﬀr edda ment o,\nt aperi mpi a nt ic onpa nnel l ir a di a nt iet er mi na l i EL FOENERGYCOMP ACT adat a da c qua .\nEL FOENERGYMEDI UM\nCl i v etèpr es ent es ulmer c at oi t al i anoda20anni ,pr oponendos ol uz i oniperl edi v er s e t i pol ogi ed’ i ns t al l az i oneeperpompedi c al or ec er t ic at eadal t aeﬃc i enz a. L anos t r af or z av endi t aèpr es ent es ut ut t oi lt er r i t or i oi t al i anooﬀr endoainos t r ic l i ent i s uppor t oc ommer c i al e,t ec ni c o ef or mat i v o.L a t t ar et edidi s t r i but or iCl i v etoﬀr eun s er vi z i odigr andepr of es s i onal i t àaipr opr ic l i ent i , i nquant or i c ev onodapar t edel l ’ az i enda unaf or maz i onemet i c ol os as uipr odot t i / s i s t emi .Cons ul t ar ei ls i t o www. c l i v et . c om per i nf or maz i oni r i guar dant i l ’ agent edi z ona.\nGARANZI A2ANNI Cl i v etut i l i z z anel l ar eal i z z az i onedei pr opr i pr odot t i t ec nol ogi eemat er i al i al l ’ a vanguar di a, t es t adi r et t ament epr es s ol apr opr i as edet ut t el euni t àpr ont eal l as pedi z i one, as s i c ur ando i nt al modol aper f ez i ones enz al i mi t i del pr odot t o. T ut t el euni t àdedi c at eal r es i denz i al es onogar ant i t eperunper i ododi 2anni dal l adat adel pr i moa vvi ament o,ar r i c c hendodiunul t er i or evant aggi oi nt er mi nidiqual i t àes er vi z i oi l s i s t emaEL FOSy s t em.\nPompadi c a l or ec ondens a t aa da r i aperi ns t a l l a z i one es t er na\nSERVI ZI OPOSTVENDI T A\nRa di a t or i Al t at emper a t ur a\nPompadi c a l or ea r i a a c qua Pompadi c a l or e a c qua a c qua\nPRODUZI ONECAL DO/ F RE DDOE L FOEner gy\nOl t r eadEL FOSy s t em GAI AEdi t i on, Cl i v etpuòf or ni r eun’ ampi agammadi pompedi c al or e, uni t àdi r i nnov oar i aet er mi nal i d’ ambi ent e c hes oddi s f anoogni t i pol ogi adi appl i c az i onei mpi ant i s t i c aodi i ns t al l az i one. Di s egui t or i por t i amoi da t i t ec ni c i :\nI S E RVI ZI\nPompadic a l or e ,ot t i mi z z a t aperi lr i s c a l da ment o, a da t t a per i mpi a nt it r a di z i ona l ic on r a di a t or i , ga r a nt i s c el ama s s i maeﬃc i enz a .\nEL FOENERGYVUL CAN\nPompadi c a l or ea da l t at emper a t ur a , dedi c a t as ol oa l r i s c a l da ment o,a da t t aperi mpi a nt it r a di z i ona l ic on r a di a t or i .\nEL FOENERGYVUL CAN MEDI UM\nPompadic a l or ea da l t at emper a t ur a :puòpr odur r e a c quac a l daa60° Ca nc hec ont emper a t ur ees t er nedi 10° C. I dea l e c ome uni c a s ol uz i one per i l r i s c a l da ment o,i lr a ﬀr edda ment oel apr oduz i onedi a c quac a l das a ni t a r i aperi mpi a nt ic ent r a l i z z a t iqua l i c ondomi ni , hot el seda ppl i c a z i oni c ol l et t i v e .\nL apompadic a l or e ge ot e r mi c ac he pe r me t t e di r i s c a l da r eer a ﬀr e dda r eognit i po die dic i o,c a s a nuov aodar i s t r ut t ur a r e , ut i l i z z a ndol ’ e ne r gi apr e s e nt e gr a t ui t a me nt ene lt e r r e noone l l ’ a c qua ,a s s i c ur a ndo de i gr a ndi v a nt a ggi i nt e r mi ni di r i s pa r mi oe ne r ge t i c o.\nEL FOFRESHL ARGE\nUni t àdir i nnov oepur ic a z i onedel l ’ a r i ac onr ec uper o t er modi na mi c oa t t i v operi ns t a l l a z i onei nt er na .\nEL FOSP ACE OUT VOUT HI NVI NH\nUni t àt er mi na l ea da c quaperi ns t a l l a z i one i nt er na , or i z z ont a l eev er t i c a l eav i s t aea di nc a s s o.\nEL FOSP ACEBOX2\nUni t àt er mi na l ea da c quaperi ns t a l l a z i onei nt er na , t i po “ c a s s et t e ” .\nInos t r i110 Cent r idiAs s i s t enz aT ec ni c a di ﬀus is ut ut t oi lt er r i t or i oi t al i ano s ono a di s pos i z i oneperr i s ponder eaiv os t r iques i t ir el at i viad as s i s t enz at ec ni c aemes s ai n f unz i one.L ac or r et t ames s ai ns er vi z i or appr es ent al abas eperuni mpi ant oeﬃc i ent eeun c l i ent e nal es oddi s f at t o.Sur i c hi es t aCl i v etoﬀr eaipr opr ic l i ent iuns er vi z i odiv er ic a pr ea vvi ament operv er ic ar edi r et t ament edur ant el ’ i ns t al l az i onedel l ’ i mpi ant oc het ut t i gl i el ement i s i anopr edi s pos t i al megl i operl ’ a vvi ament o. Cal lc ent er : 199144663\nFORMAZI ONEEL FOSy s t em Al l abas edel l a l os o aCl i v etc ’ èl ’ at t enz i onealc l i ent eequi ndianc hel af or maz i one del l ’ i ns t al l at or eperr ender l oaut onomonel l ’ i ns t al l az i onedel s i s t emaEl f os y s t em Home no al l af as edis t ar t up.Dedi c hi amopar t edelnos t r ot empoal l af or maz i onedii ns t al l at or ie pr oget t i s t i , or gani z z andodei c or s i dedi c at i , c ompos t i daunapar t et eor i c adi pr es ent az i one dei s i s t emi / pr odot t i edel l eoppor t uni t àdi mer c at oeunapar t epr at i c ac onpr ov es ul l euni t à s t es s e. I l per c or s of or mat i v odi Cl i v etèar t i c ol at os uduel i v el l i : s oT1+T2:c or s obas eperpr es ent ar eipr i nc i pif ondament al idels i s t emaCl i v et ,is uoi •Cor c omponent i eal c uni es empi di pr oget t az i onedi i mpi ant i •Cor s oP3:Cor s oa vanz at odiappr of ondi ment odeic omponent idels i s t ema,modal i t àdi i ns t al l az i one, a vvi ament oemanut enz i onec onunes amepr at i c os uuns i s t emaf unz i onant e\nI LNOSTROWEB www. c l i vet . c om lWor l d Wi de Web r appr es ent a pernoii lmez z oi deal e perpar l ar e ainos t r it ant i I s t ak ehol der ss par s i nel mondo. Unes aus t i v os i t os ui nos t r i pr odot t i es ul l el or oappl i c az i oni\nMilena De Barba\nELFOSystem GAIA Edition 2010