@%@%%B PB>@%C@CB AC@BA> C>A P@B @?@@A :@D@CA @%@A E%AC%@FA PA%AD%B PA%AD%B @?@GA :GD@CA @%@A> @%@A > ACAD@A @?@GA PBCB @HB IA@CB PBCB 3a
KKKKKKKKKKKKKKKKKKKKKKKKKKKKK KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK A&elli!o &aerno A&elli!o maerno
A
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK om#re)s+
7@D72 KKKK7@F71KKKK DK KKK FKKKK KKKKKKKKKKK ?ru&o %urno
KKKKKKKKK Cal-ii"a"in
Para mejorar la siguiene re! !e iner"am#ia!ores !e "alor$ A 1
% min 10°C 180°C 3.5kw/°C
2
140°C 1.5kW/°C 115°C
3 4
30°C 45°C 140 kW
160°C 30kW
70°C 420kW
s"ri#a. 1. na a#la !e #alan"e "on las enal&ias !e o!as las "orrienes in"lu9en!o in"l u9en!o la !i-eren"ia !e "alor enre ellas):+. )1 &uno+.. 2. ili;an!o la a#la &ro#lema los ser
@%@%%B PB>@%C@CB AC@BA> C>A P@B @?@@A :@D@CA @%@A E%AC%@FA PA%AD%B @?@GA :GD@CA @%@A> ACAD@A @?@GA PBCB @HB IA@CB PBCB 3a
KKKKKKKKKKKKKKKKKKKKKKKKKKKKK KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK A&elli!o &aerno A&elli!o maerno
7@D72 KKKK7@F71KKKK DK KKK FKKKK ?ru&o %urno
I
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK om#re)s+
KKKKKKKKKKK KKKKKKKKK
Para mejorar la siguiene re! !e iner"am#ia!ores !e "alor$ 1
180°C 3.5kw/°C
% min 10°C
2
30°C 135kW 45°C
1.5kW/°C 115°C 3 4
2kW/°C
160°C 5 kw/°C
kW
70°C 30 kW
s"ri#a. 1. na a#la !e #alan"e "on las enal&ias !e o!as las "orrienes in"lu9en!o la !i-eren"ia !e
@%@%%B PB>@%C@CB AC@BA> C>A P@B @?@@A :@D@CA @%@A E%AC%@FA PA%AD%B @?@GA :GD@CA @%@A> ACAD@A @?@GA PBCB @HB IA@CB PBCB 3a
KKKKKKKKKKKKKKKKKKKKKKKKKKKKK KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK A&elli!o &aerno A&elli!o maerno
C
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK om#re)s+
7@D72 KKKK7@F71KKKK DK KKK FKKKK KKKKKKKKKKK ?ru&o %urno
KKKKKKKKK Cali-i"a"in
Para mejorar la siguiene re! !e iner"am#ia!ores !e "alor$ % min 10°C 1
180°C
60°C 280 kW
2
140°C 1.5kW/°C 115°C 2kW/°C
3 4
160°C 5 Lw/°C
165 kW 45°C 70°C
s"ri#a. 1. na a#la !e #alan"e "on las enal&ias !e o!as las "orrienes in"lu9en!o la !i-eren"ia !e "alor enre ellas):+. )1 &uno+.. 2. ili;an!o la a#la &ro#lema los ser
@%@%%B PB>@%C@CB AC@BA> C>A P@B @?@@A :@D@CA @%@A E%AC%@FA PA%AD%B @?@GA :GD@CA @%@A> ACAD@A @?@GA PBCB @HB IA@CB PBCB 3a
KKKKKKKKKKKKKKKKKKKKKKKKKKKKK KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK A&elli!o &aerno A&elli!o maerno
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK om#re)s+
7@D72 KKKK7@F71KKKK DK KKK FKKKK KKKKKKKKKKK KKKKKKKKK ?ru&o %urno
Para mejorar la siguiene re! !e iner"am#ia!ores !e "alor$ 1
180°C 3.5kw/°C
2
% min 10°C 420 kW 140°C 1.5kW/°C 115°C
30°C 45°C
3 160°C 4 s"ri#a.
70°C 285 kW
3+
A 200
180
160
140
120
100 Column C
80
60
40
20
0 0
Calor @negra!o
4+
20
585 M 5(0
40
60
(5 100
80
100
N M
120
140
160
4(0 kW 4(0 kW
C 1
1 180°C 3.5kw/°C 2 140°C 1.5kW/°C 3 115°C 140 4 160°C kW I 30kW 1 180°C 3.5kw/°C 420 kW 2 140°C 1.5kW/°C 115°C 3 160°C 4 285 kW
180°C
60°C 280 kW
30°C 45°C 70°C 420kW
2 3 4 1
30°C
140°C 1.5kW/°C 115°C 2kW/°
2
45°C
165 kW 45°C
160° 5 kW/°C 180°C 3.5kw/°C 420 kW 140°C 1.5kW/°C 115°C
70°C
30°C 45°C
3 70°C
160°
70°C
4
285 kW
1+
%iM
C C O O
585 5(0
EAD 3 BF 2016 B>C@Q @CA 6+ 5+
5
2+
%-M
175 55 135 25 50 120 75 165
%Ki;
% °C
80
0 2
35
3
45
4
0
5
(0
6
60
7
2.5
8
37.5
3
1
2 70
5 73.5
1 .C
100
%K!er
