strona 4 z >>1 2 3 4<< <<wstecz<<_
Standardowy agregat: LH 32/2KC – 05.2(Y) ... LH 84/2CC-4.2(Y)
_
Standardowy agregat: LH 64/4FC – 3.2 (Y) do LH 84/4DC – 5.2 (Y)/ LH84/4CC-6.2(Y)
Agregat w obudowie do montażu zewnętrznego
Umiejscowienie połączeń
DL – linia tłoczna
FL – wyjście cieczy ze zbiornika
KL – linia skraplacz – zbiornik
SL – zawór ssawny
SV – zawór bezpieczeństwa 1 _ UNF
Wymiary
|
_ Typ agregatu skraplającego |
_ _ Wymiary (mm) _ |
_ Ssanie f |
Ciecz f |
|||||||||||||||||
| _ |
A |
A1 |
B |
B1 |
C |
C1 |
D |
E |
F |
G |
H |
L |
N |
R |
S |
T |
mm/in. |
mm/in. |
||
|
LH 32/2KC-05.2(Y) |
650 |
630 |
607 |
645 |
466 |
574 |
102 |
505 |
620 |
406 |
605 |
62 |
440 |
82 |
66 |
133 |
12 |
1 /2 |
10 |
3 /8 |
|
LH 32/2JC-07.2(Y) |
650 |
630 |
607 |
645 |
466 |
574 |
102 |
505 |
620 |
406 |
605 |
62 |
440 |
82 |
66 |
133 |
12 |
1 /2 |
10 |
3 /8 |
|
LH 33/2HC-1.2(Y) |
650 |
630 |
607 |
645 |
466 |
574 |
102 |
505 |
620 |
406 |
605 |
62 |
440 |
82 |
66 |
133 |
16 |
5 /8 |
10 |
3 /8 |
|
LH 33/2HC-2.2(Y) |
650 |
630 |
607 |
645 |
466 |
574 |
102 |
505 |
620 |
406 |
605 |
62 |
440 |
82 |
66 |
133 |
16 |
5 /8 |
10 |
3 /8 |
|
LH 33/2GC-2.2(Y) |
650 |
630 |
607 |
645 |
466 |
574 |
102 |
505 |
620 |
406 |
605 |
62 |
440 |
82 |
66 |
133 |
16 |
5 /8 |
10 |
3 /8 |
|
LH 44/2GC-2.2(Y) |
650 |
630 |
607 |
645 |
516 |
574 |
102 |
505 |
620 |
456 |
605 |
62 |
490 |
82 |
66 |
133 |
16 |
5 /8 |
10 |
3 /8 |
|
LH 44/2FC-2.2(Y) |
650 |
630 |
607 |
645 |
516 |
574 |
102 |
505 |
620 |
456 |
605 |
62 |
490 |
82 |
66 |
133 |
16 |
5 /8 |
10 |
3 /8 |
|
LH 44/2FC-3.2(Y) |
650 |
630 |
607 |
645 |
516 |
574 |
102 |
505 |
620 |
456 |
605 |
62 |
490 |
82 |
66 |
133 |
16 |
5 /8 |
10 |
3 /8 |
|
LH 44/2EC-2.2(Y) |
650 |
630 |
702 |
740 |
516 |
574 |
121 |
600 |
620 |
456 |
700 |
62 |
490 |
146 |
82 |
174 |
22 |
7 /8 |
10 |
3 /8 |
|
LH 64/2EC-3.2(Y) |
1000 |
982 |
672 |
693 |
687 |
915 |
121 |
570 |
970 |
607 |
670 |
72 |
750 |
160 |
99 |
157 |
22 |
7 /8 |
12 |
1 /2 |
|
LH 53/2DC-2.2(Y) |
1000 |
982 |
671 |
693 |
536 |
915 |
121 |
570 |
970 |
456 |
670 |
72 |
750 |
160 |
99 |
157 |
22 |
7 /8 |
10 |
3 /8 |
|
LH 64/2DC-3.2(Y) |
1000 |
982 |
672 |
693 |
687 |
915 |
121 |
570 |
970 |
607 |
670 |
72 |
750 |
160 |
99 |
157 |
22 |
7 /8 |
12 |
1 /2 |
|
LH 64/2CC-3.2(Y) |
1000 |
982 |
672 |
693 |
687 |
915 |
121 |
570 |
970 |
607 |
670 |
72 |
750 |
160 |
99 |
157 |
22 |
7 /8 |
12 |
1 /2 |
|
LH 84/2CC-4.2(Y) |
1000 |
982 |
672 |
693 |
837 |
915 |
121 |
570 |
970 |
757 |
670 |
72 |
850 |
160 |
99 |
157 |
22 |
7 /8 |
12 |
1 /2 |
|
LH 64/4FC-3.2(Y) |
1000 |
982 |
672 |
693 |
687 |
915 |
125 |
570 |
970 |
607 |
670 |
72 |
750 |
129 |
99 |
157 |
22 |
7 /8 |
12 |
1 /2 |
|
LH 84/4FC-5.2(Y) |
1000 |
982 |
672 |
693 |
837 |
915 |
125 |
570 |
970 |
757 |
670 |
72 |
850 |
129 |
99 |
157 |
22 |
7 /8 |
12 |
1 /2 |
|
LH 64/4EC-4.2(Y) |
1000 |
982 |
672 |
693 |
687 |
915 |
125 |
570 |
970 |
607 |
670 |
72 |
750 |
129 |
99 |
157 |
28 |
11/8 |
12 |
1 /2 |
|
LH 84/4EC-6.2(Y) |
1000 |
982 |
672 |
693 |
837 |
915 |
125 |
570 |
970 |
757 |
670 |
72 |
850 |
129 |
99 |
157 |
28 |
11/8 |
12 |
1 /2 |
|
LH 84/4DC-5.2(Y) |
1000 |
982 |
672 |
693 |
837 |
915 |
125 |
570 |
970 |
757 |
670 |
72 |
850 |
129 |
99 |
157 |
28 |
11/8 |
12 |
1 /2 |
|
LH 84/4CC-6.2(Y) |
1000 |
982 |
672 |
693 |
837 |
915 |
125 |
570 |
970 |
757 |
670 |
72 |
850 |
129 |
99 |
157 |
28 |
11/8 |
12 |
1 /2 |
_
Standardowy agregat: LH 104/4DC – 7.2(Y)/
Umiejscowienie połączeń
DL – linia tłoczna
FL – wyjście cieczy ze zbiornika
KL – linia skraplacz – zbiornik
SL – zawór ssawny
SV – zawór bezpieczeństwa 1 _ UNF
Wymiary
|
_ Typ agregatu skraplającego |
_ _ Wymiary (mm) _ |
_ Ssanie f |
Ciecz f |
||||||||||||
| _ |
A |
B |
C |
D |
E |
F |
G |
N |
R |
S |
T |
mm/in. |
mm/in. |
||
|
LH 104/4DC-7.2(Y) |
1140 |
920 |
723 |
125 |
870 |
1060 |
658 |
1100 |
326 |
84 |
215 |
28 |
11/8 |
16 |
5 /8 |
|
LH 104/4Z-8.2(Y) |
1140 |
920 |
723 |
165 |
870 |
1060 |
658 |
1100 |
289 |
297 |
215 |
28 |
11/8 |
16 |
5 /8 |
|
LH 114/4V-10.2(Y) |
1356 |
920 |
773 |
165 |
870 |
1270 |
708 |
1310 |
394 |
297 |
215 |
28 |
11/8 |
16 |
5 /8 |
|
LH 104/4T-8.2(Y) |
1140 |
920 |
723 |
165 |
870 |
1060 |
658 |
1100 |
289 |
297 |
215 |
35 |
13/8 |
16 |
5 /8 |
|
LH 114/4T-12.2(Y) |
1356 |
920 |
773 |
165 |
870 |
1270 |
708 |
1310 |
394 |
297 |
215 |
35 |
13/8 |
16 |
5 /8 |
|
LH 114/4P-10.2(Y) |
1356 |
920 |
773 |
165 |
870 |
1270 |
708 |
1310 |
394 |
297 |
215 |
35 |
13/8 |
16 |
5 /8 |
|
LH 135/4P-15.2(Y) |
1591 |
1000 |
998 |
165 |
950 |
1500 |
908 |
1550 |
502 |
368 |
230 |
35 |
13/8 |
22 |
7 /8 |
|
LH 124/4N-12.2(Y) |
1591 |
1000 |
848 |
165 |
950 |
1500 |
758 |
1550 |
502 |
368 |
230 |
42 |
15/8 |
22 |
7 /8 |
|
LH 135/4N-20.2(Y) |
1591 |
1000 |
998 |
165 |
950 |
1500 |
908 |
1550 |
502 |
368 |
230 |
42 |
15/8 |
22 |
7 /8 |
|
LH 135/4J-13.2(Y) |
1591 |
1000 |
998 |
158 |
950 |
1500 |
908 |
1550 |
495 |
373 |
230 |
42 |
15/8 |
22 |
7 /8 |
|
LH 135/4J-22.2(Y) |
1591 |
1000 |
998 |
158 |
950 |
1500 |
908 |
1550 |
495 |
373 |
230 |
42 |
15/8 |
22 |
7 /8 |
|
LH 135/4H-15.2(Y) |
1591 |
1000 |
998 |
158 |
950 |
1500 |
908 |
1550 |
495 |
373 |
230 |
42 |
15/8 |
22 |
7 /8 |
|
LH 135/4H-25.2(Y) |
1591 |
1000 |
998 |
158 |
950 |
1500 |
908 |
1550 |
495 |
373 |
230 |
54 |
21/8 |
22 |
7 /8 |
|
LH 135/4G-20.2(Y) |
1591 |
1000 |
998 |
158 |
950 |
1500 |
908 |
1550 |
495 |
373 |
230 |
54 |
21/8 |
22 |
7 /8 |
|
LH 135/6J-22.2(Y) |
1591 |
1000 |
998 |
158 |
950 |
1500 |
908 |
1550 |
495 |
373 |
230 |
54 |
21/8 |
22 |
7 /8 |
|
LH 135/6H-25.2(Y) |
1591 |
1000 |
998 |
158 |
950 |
1500 |
908 |
1550 |
495 |
373 |
230 |
54 |
21/8 |
22 |
7 /8 |
Dane techniczne
|
_ _ Typ agregatu |
_ Sprężarka |
_ _ Wentylatory 2 |
Wydaj-ność wenty-latora skra- placza |
Typ zbior-nika |
Maksymalna ilość czynnika chłodniczego 3 |
_ Ciężar |
||||||
|
skraplającego |
Zasilanie1 |
Max. prąd pracy przy zasilaniu |
Pobór prądu |
Moc silnika |
_ | _ |
R134a |
R404A R507A |
R22 |
_ | ||
|
3-faz |
1-faz |
3- faz. A |
1-faz. A |
_ A |
_ W |
_ m3/h |
_ |
_ _ kg |
_ kg |
_ kg |
_ kg |
|
|
LH 32/2KC-05.2(Y) |
220 .. 240V D / 380 .. 420V Y / 3 / 50 Hz |
- |
4,6/2,7 |
- |
0,54 |
120 |
1750 |
FS35 |
3,1 |
2,6 |
3,1 |
70 |
|
LH 32/2JC-07.2(Y) |
- |
6,0/3,5 |
- |
0,54 |
120 |
1750 |
FS35 |
3,1 |
2,6 |
3,1 |
70 |
|
|
LH 33/2HC-1.2(E)(Y) |
230V ± 10% / 1 / 50 Hz |
6,1/3,5 |
12,5 |
0,55 |
120 |
1710 |
FS35 |
3,1 |
2,6 |
3,1 |
71 |
|
|
LH 33/2HC-2.2(Y) |
7,4/4,3 |
4 |
0,55 |
120 |
1710 |
FS35 |
3,1 |
2,6 |
3,1 |
73 |
||
|
LH 33/2GC-2.2(E)(Y) |
8,1/4,7 |
15,0 |
0,55 |
120 |
1710 |
FS35 |
3,1 |
2,6 |
3,1 |
73 |
||
|
LH 44/2GC-2.2(E)(Y) |
8,1/4,7 |
15,0 |
0,56 |
125 |
1840 |
FS55 |
5,9 |
4,8 |
5,8 |
81 |
||
|
LH 44/2FC-2.2(E)(Y) |
8,5/4,9 |
15,0 |
0,56 |
125 |
1840 |
FS55 |
5,9 |
4,8 |
5,8 |
80 |
||
|
LH 44/2FC-3.2(Y) |
10,0/5,8 |
- |
0,56 |
125 |
1840 |
FS55 |
5,9 |
4,8 |
5,8 |
81 |
||
|
LH 44/2EC-2.2(E)(Y) |
9,9/5,7 |
- |
0,56 |
125 |
1840 |
FS55 |
5,9 |
4,8 |
5,8 |
98 |
||
|
LH 64/2EC-3.2(E)(Y) |
12,0/6,9 |
4 |
1,41 |
301 |
3884 |
FS75 |
8,2 |
6,7 |
8,0 |
129 |
||
|
LH 53/2DC-2.2(Y) |
11,9/6,9 |
- |
0,86 |
194 |
2528 |
FS55 |
5,9 |
4,8 |
5,8 |
114 |
||
|
LH 64/2DC-3.2(E)(Y) |
13,5/7,8 |
4 |
1,41 |
301 |
3884 |
FS75 |
8,2 |
6,7 |
8,0 |
129 |
||
|
LH 64/2CC-3.2(E)(Y) |
14,8/8,5 |
4 |
1,41 |
301 |
3884 |
FS75 |
8,2 |
6,7 |
8,0 |
128 |
||
|
LH 84/2CC-4.2(Y) |
_ |
16,4/9,4 |
_ |
3,08 |
485 |
4577 |
FS125 |
13,6 |
11,1 |
13,4 |
134 |
|
|
LH 64/4FC-3.2(Y) |
15,9/9,2 |
1,41 |
301 |
3884 |
FS75 |
8,2 |
6,7 |
8,0 |
140 |
|||
|
LH 84/4FC-5.2(Y) |
18,7/10,8 |
3,08 |
485 |
4577 |
FS125 |
13,6 |
11,1 |
13,4 |
151 |
|||
|
LH 64/4EC-4.2(Y) |
18,5/10,7 |
1,41 |
301 |
3884 |
FS75 |
8,2 |
6,7 |
8,0 |
142 |
|||
|
LH 84/4EC-6.2(Y) |
22,9/13,2 |
3,08 |
485 |
4577 |
FS125 |
13,6 |
11,1 |
13,4 |
151 |
|||
|
LH 84/4DC-5.2(Y) |
23,4/13,5 |
3,08 |
485 |
4577 |
FS125 |
13,6 |
11,1 |
13,4 |
153 |
|||
|
LH 104/4DC-7.2(Y) |
27,5/15,9 |
2x1,47 |
2x316 |
7248 |
F152H |
15,7 |
12,8 |
15,5 |
200 |
|||
|
LH 84/4CC-6.2(Y) |
27,5/15,9 |
3,08 |
485 |
4577 |
FS125 |
13,6 |
11,1 |
13,4 |
177 |
|||
|
LH 104/4Z-8.2(Y) |
17 |
2x1,47 |
2x316 |
7248 |
F152H |
15,7 |
12,8 |
15,5 |
251 |
|||
|
LH 114/4V-10.2(Y) |
380 .. 420V YY / 3/ 50 Hz |
21 |
2x1,41 |
2x301 |
7804 |
F152H |
15,7 |
12,8 |
15,5 |
268 |
||
|
LH 104/4T-8.2(Y) |
17 |
2x1,47 |
2x316 |
7248 |
F152H |
15,7 |
12,8 |
15,5 |
249 |
|||
|
LH 114/4T-12.2(Y) |
24 |
2x1,41 |
2x301 |
7804 |
F152H |
15,7 |
12,8 |
15,5 |
272 |
|||
|
LH 114/4P-10.2(Y) |
21 |
2x1,41 |
2x301 |
7804 |
F152H |
15,7 |
12,8 |
15,5 |
271 |
|||
|
LH 135/4P-15.2(Y) |
31 |
2x1,6 |
2x750 |
12650 |
F302H |
31,44 |
25,65 |
30,9 |
333 |
|||
|
LH 124/4N-12.2(Y) |
24 |
2x3,08 |
2x483 |
9100 |
F302H |
31,44 |
25,65 |
30,9 |
310 |
|||
|
LH 135/4N-20.2(Y) |
37 |
2x1,6 |
2x750 |
12650 |
F302H |
31,44 |
25,65 |
30,9 |
336 |
|||
|
LH 135/4J-13.2(Y) |
27 |
2x1,6 |
2x750 |
12650 |
F302H |
31,44 |
25,65 |
30,9 |
360 |
|||
|
LH 135/4J-22.2(Y) |
39 |
2x1,6 |
2x750 |
12650 |
F302H |
31,44 |
25,65 |
30,9 |
371 |
|||
|
LH 135/4H-15.2(Y) |
31 |
2x1,6 |
2x750 |
12650 |
F302H |
31,44 |
25,65 |
30,9 |
364 |
|||
|
LH 135/4H-25.2(Y) |
45 |
2x1,6 |
2x750 |
12650 |
F302H |
31,44 |
25,65 |
30,9 |
384 |
|||
|
LH 135/4G-20.2(Y) |
37 |
2x1,6 |
2x750 |
12650 |
F302H |
31,44 |
25,65 |
30,9 |
373 |
|||
|
LH 135/6J-22.2(Y) |
39 |
2x1,6 |
2x750 |
12650 |
F302H |
31,44 |
25,65 |
30,9 |
394 |
|||
|
LH 135/6H-25.2(Y) |
45 |
2x1,6 |
2x750 |
12650 |
F302H |
31,44 |
25,65 |
30,9 |
405 |
|||
1
- Inne warianty zasilania elektrycznego – prosimy o kontakt2
- LH 32/2KC-05.2(Y) ... LH 124/4N-12.2(Y) 230 V/1/50Hz ± 10%LH 135/.../...:
230VD /400V Y/3/50 Hz +/-10% Wbudowany termostat uzwojeń3
- Dla : temperatura cieczy + 50 ° Cnapełnienie zbiornika 95%
4
- Dane na życzenie
źródło artykułu: www.berling.com.pl