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Summary of Contents for Electrolux EXM12HJESI
- Page 1 EXM12HJESI EXM24HJESE INSTALLATION MANUAL MANUALE PER L’INSTALLAZIONE...
- Page 5 Refrigerant: R410A; Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP equal to 2087.5. This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact on global warming would be 2087.5 times higher than 1 kg of CO2, over a period of 100 years.
- Page 10 Indoor unit outline 150mm or more to ceiling 120mm or 120mm or more to wall more to wall Right rear side Left rear side refrigerant refrigerant pipe hole pipe hole Ø 65 Ø 65...
- Page 11 21.5 1045...
- Page 12 ) L ( ) N (...
- Page 15 Fig.11 845x702x363...
- Page 16 Fig.12 Fig.14 3.4.1 Fig.15 Fig.13 Fig.16 ø ø ø...
- Page 17 ø Fig.17 ø ø...
- Page 18 Fig.18...
- Page 19 L(A) N(A) N(B) S(B) L(A) N(A) N(B) S(B) S(A) L(B) S(A) L(B) 1(L) 2(N) S L N S L N S 1(L) 2(N) S L(A) N(A) S(A) L(B) N(B) S(B) L(C) N(C) S(C) L(B) N(B) S(B) L(C) N(C) S(C) L(A) N(A) S(A) W 1(L) 2(N) S W 1(L) 2(N) S W 1(L) 2(N) S...
- Page 20 L(B) N(B) S(B) L(C) N(C) S(C) L(D) N(D) S(D) L(A) N(A) S(A) L(B) N(B) S(B) L(C) N(C) S(C) L(D) N(D) S(D) L(A) N(A) S(A)
- Page 21 L(A) N(A) S(A) L N S L N S L N S L N S L N S L(A) N(A) S(A) ) L ( 2(N) ) L ( 2(N) ) L ( 2(N) ) L ( 2(N) ) L ( 2(N)
- Page 23 Fig.19 Fig.19 Fig.20 Fig.21...
- Page 24 Fig.22...
- Page 25 Fig.24 Fig.23...
- Page 35 21.5 1045...
- Page 36 ) L ( ) N (...
- Page 39 Fig.11 845x702x363...
- Page 40 Fig.12 Fig.14 Fig.15 3.4.1 Fig.16 Fig.13 ø ø ø...
- Page 41 ø Fig.17 ø ø...
- Page 42 Fig.18...
- Page 43 L(A) N(A) N(B) S(B) L(A) N(A) N(B) S(B) S(A) L(B) S(A) L(B) 1(L) 2(N) S L N S L N S 1(L) 2(N) S L(B) N(B) S(B) L(C) N(C) S(C) L(A) N(A) S(A) L(B) N(B) S(B) L(C) N(C) S(C) L(A) N(A) S(A) W 1(L) 2(N) S W 1(L) 2(N) S W 1(L) 2(N) S...
- Page 44 L(B) N(B) S(B) L(C) N(C) S(C) L(D) N(D) S(D) L(A) N(A) S(A) L(B) N(B) S(B) L(C) N(C) S(C) L(D) N(D) S(D) L(A) N(A) S(A)
- Page 45 L(A) N(A) S(A) L N S L N S L N S L N S L N S L(A) N(A) S(A) ) L ( 2(N) ) L ( 2(N) ) L ( 2(N) ) L ( 2(N) ) L ( 2(N)
- Page 47 Fig.19 Fig.19 Fig.20 Fig.21...
- Page 48 Fig.22...
- Page 49 Fig.24 Fig.23...
- Page 59 21.5 1045...
- Page 60 ) L ( ) N (...
- Page 63 Rys.11 845x702x363...
- Page 64 Rys.12 Rys.14 Rys.15 Rys.13 Rys.16 ø ø ø...
- Page 65 ø Rys.17 ø ø...
- Page 66 Rys.18...
- Page 67 18k/24k L(A) N(A) N(B) S(B) L(A) N(A) N(B) S(B) S(A) L(B) S(A) L(B) 1(L) 2(N) S L N S 1(L) 2(N) S L N S L(B) N(B) S(B) L(C) N(C) S(C) L(A) N(A) S(A) L(B) N(B) S(B) L(C) N(C) S(C) L(A) N(A) S(A) W 1(L) 2(N) S W 1(L) 2(N) S...
- Page 68 L(B) N(B) S(B) L(C) N(C) S(C) L(D) N(D) S(D) L(A) N(A) S(A) L(B) N(B) S(B) L(C) N(C) S(C) L(D) N(D) S(D) L(A) N(A) S(A)
- Page 69 L(A) N(A) S(A) L N S L N S L N S L N S L N S L(A) N(A) S(A) ) L ( 2(N) ) L ( 2(N) ) L ( 2(N) ) L ( 2(N) ) L ( 2(N)
- Page 71 Rys.19 Rys.19 Rys.20 Rys.21...
- Page 72 Rys.22...
- Page 73 Rys.23 Rys.24...