Вентилатори центробежни
DESCRIPTION
общопромишлени, за високо наляганеTRANSCRIPT
-
0 90 270 0 90 270
,
--088 66 97 507(++359 56) 810 781; 810 003'/
* 8000 , . 3, . 7, . 703 /[email protected] N ISO 9001:2008
. -100-02/011
6 x
, dm
E(P)
.
3-01/01
-
.(). , , , , , - .
, , , = 95%.
: 20 (253.16 K) + 40 C (313.16 )
. .
20 (253.16 K) + 120 C (393.16 ) ..
20 (253.16 K) + 250 C (523.16 ) ( ) .
.(). 400 mm 1100 mm.
3 3 150 m /h 38000 m /h 500 Pa 10800 Pa
: ,
. . : . .
, , , .
G6.3 ISO 1940-1.
: . . . ,
.
- . e . I54, F S1. 0.75 kW 375 kW IE2.
- 7.5 kW - 230/400V, 50Hz;- 7.5 kW - 400/690V, 50Hz.- ..: ,
.
. . . - e
. I54, F S1. 0.75 kW 375 kW IE2.
- 7.5 kW - 230/400V, 50Hz;- 7.5 kW - 400/690V, 50Hz.
: -
.
- , ( ), EN ISO 13857.
. . ,
, , .
. . - ..:
20 (253.16 K) + 120 C (393.16 ).
..x ...x 20 (253.16 K) + 250 C (523.16 ).
- ..x:
20 (253.16 K) + 250 C (523.16 ).
3-01/02
IE2
-
3-01/03
IE2
-1min mm , ., , kW . , kg
2780B.E.4.N 400 0.75 612900 3.0 94B.E.4,5 4501410 0.55 792900BBH.E.4,5.G 10-4 450 4.0 1062900BBH.E.4,5.Zg 50-0 450 2.2 852900BBH.E.4,5.Zg 60-0 450 2.2 842900BBH.E.4,5.Zg 60-0.P2,3 450 2.2 832900BBH.E.4,5.Zg 60-0.P4,5 450 1.5 832870B.E.4,9.N 490 1.5 712900 7.5 160B.E.5,4 540 1410 1.1 1202900B.E.5,4.G 30-12 540 11 1842900 7.5 160B.E.5,4.2 540 1410 1.1 1202920 15.0 240B.E.6 600 2.21430 169
18.5 2882920B.E.6,3 630 3.0 2161430
2920 33818.5B.E.6,3.G 10-4 630 1430 3.0 220..7,5x1 45.0 3602900750
30.0750 3202900..7,5/2H 760 45.0 550BBH.E.7,6x1F 2900
2900 55.0 611BBH.E.7,9.G 10-4 7902900 30.0790 510BBH.E.7,9.Zg 25-10
7.5800B.E.8 37114601460BBH.E.8.G 10-4 3807.5800
72045.01100BBH.E.11.G 10-4 1480BBH.P.11.G 10-4 1100 ** *
*
-
3-01/04
A L L L1 2?12 330 117 180B.E.4.N12 345 154 245B.E.4,9.N
-
H H B L D1 1 max
- 0, 0 - -- - --B.E.4.N 90, 90 - -- - -
115 270, 270 690 570350 254 430 0, 0 785 720400
B.E.4,9.N 142 90, 90 770 345 312 500685
270, 270 795 400
BH.E.4.N
129
69
129
8 9
2x52=104
52
69
2x52
=10
4
52
BH.E.4,9.N
145
85
145
8 9
2x57.5=115
57.5
85
2x57
.5=
115
57.5
L
L1 L2
6 A
L
Lmax LmaxLmax
? 0, 0 ? 90, 90 ? 270, 270
D
D
D
H 1
B1
H
B
60
H 1
B 1
B
H
60
H 1
B 1
B
H
60
A
-
3-01/05
3Q - (m /h); p - (Pa); tL - dB(A), WA 1 m
:
3- = 1.2 kg/m - p = 101325 Pa- t = 20 (293.16 K) - = 50%
3Q(m /h)0.3
2000
3000
4000
0.5 1
p(P
a)t
0.4 0.70.6 0.8 0.9 1.5 3x10
BBH.E.4,9.N
79
-12900 min
80 dB(A)
78
3Q(m /h)0.3
1600
2000
2600
0.5
P)
p(
at
0.4 0.70.6 0.8 3x100.15 0.2
BBH.E.4.N
78.5
81.5
77.5 dB(A)
-12780 min
-
3-01/06
-
L
L2L1
L
6 A
* BBH.E.4,5.Zg 60-0.P2,3; BBH.E.4,5.Zg 60-0.P4,5
BBH.E.4,5.Zg 50-0; BBH.E.4,5.Zg 60-0;
H H B L1 1 max
0, 0 740 7408 90B.E.4,5 90, 90 850 345 314 650
670 270, 270 860 470 0, 0 740 7408 90
..4,5.Zg* 90, 90 850 345 314 650670
270, 270 860 470 0, 0 744 7400 75
BBH.E.4,5.G 10-4 90, 90 865 408 313 610665
270, 270 872 345 0, 0 847 9 4460 3
B.E.5,4 90, 90 992 400 377 665800 270, 270 1020 570
0, 0 847 9 4460 3B.E.5,4.P2 90, 90 992 400 377 665
800 270, 270 1020 570 0, 0 847 9 4460 3
B.E.5,4.G 30-12 90, 90 760992 400 377800 270, 270 1020 570
A L L L1 2?B.E.4,5 12 424 175 240..4,5.Zg* 12 424 175 240BBH.E.4,5.G 10-4 12 425 183 240B.E.5,4 16 490 200 290B.E.5,4.2 16 490 200 290B.E.5,4.G 30-12 16 490 216 370
Lmax LmaxLmax
? 0, 0 ? 90, 90 ? 270, 270
H 1
B1
H
B
60
H 1
B 1
B
H
60
H 1
B 1
B
H
60
A
-
3-01/07
BH.E.5,4
231
266
8 7
332
272
4x77
=30
8
197
12 9
2x86.5=173
86.5
137
77A
BH.E.4,5
290
230
2x70
=14
0
70
175
12 9
2x73.5=147
73.5
115
60.5
A
194
240
8 9
BH.E.5,4.P2
231
266
8 7
332
272
4x77
=30
8
197
12 9
2x86.5=173
86.5
137
77
A
BH.E.4,5.G 10-4
290
230
2x70
=14
0
70
185
12 9
2x81.5=163
81.5
123
61
A
194
240
8 9
BH.E.4,5.Zg*
290
230
2x70
=14
0
70
175
12 9
2x73.5=147
73.5
115
60.5
A
194
240
8 9
BH.E.5,4.G 30-12
231
266
8 7
332
272
4x77
=30
8
213
12 9
2x94.5=189
94.5
153
77
A
-
3-01/08
3Q - (m /h); p - (Pa); tL - dB(A), WA 1 m
:
3- = 1.2 kg/m - p = 101325 Pa- t = 20 (293.16 K) - = 50%
1000
2000
3000
5000.50.35 0.7 1 1.5 2 2.5 3 3x103Q(m /h)
p tPa (
)
0.4 0.6 0.8 0.9
1500
2500
1 - BBH.E.4,5.Zg 60-0 P4,52 BBH.E.4,5.Zg 60-0 P2 - ,3
3 - BBH.E.4,5.Zg 60-04 - BBH.E.4,5.Zg 0-05
4
3
21
-12860 min
0.4
500
1000
2000
3000
4000
5000
0.5 1 2 3 4 5 6 37x10350400
3Q(m /h)
p(P
a)t
0.70.6 0.8 0.9 1.5
-12900 min
BBH.E.5,4BBH.E.4,5
96 dB(A)
82 dB(A)
77 dB(A)
7376
87
92
81
95
-11410 min 78
90-12900 min
-11410 min
84.3 dB(A)
84.25 dB(A)84.75 dB(A)85.25 dB(A)
85 84.584
83.25
83
85.25
8282
91 dB(A)
311x103Q(m /h)5 6 7 8 9 101 2 3 40.9 1.5
1000
2000
3000
4000
5000
60007000
500
p tPa
)(
0.80.7
-12900 min
96.25 dB(A)
95
BBH.E.5,4.G 30-1294
89 91-12900 min
86
-11450 min
80
95 dB(A)
90 dB(A)
81 dB(A)
72
BBH.E.5,4.P2
BBH.E.4,5.G 10-4
98
-
3-01/09
-
A L LL 21?420B.E.6 22316 595220*420230B.E.6,3 60516 220**420236B.E.6,3.G 10-4 60516 220**
420239B.E.6,3.H 60516 220**
B.E.8 28873020 300
L
L1 L2
L
6 A
:* 2.2 kW** 3.0 kW
LB H HB max11 0, 0 1032 930 512
930B.E.6 90, 90 1022 437420875 270, 270 1112 622
0, 0 1085 1010 580990B.E.6,3 90, 90 1175 500440910 270, 270 1175 660
0, 0 1085 1010 580855B.E.6,3.G 10-4 90, 90 1175 500440910 270, 270 1175 660
Lmax LmaxLmax
? 0, 0 ? 90, 90 ? 270, 270
H 1
B1
HB
60
H 1
B 1
B
H
60
H 1
B 1
B
H
60
A
-
3-01/10
BH.E.6
264
300
8 9
367
307
4x86
=34
4
213
12 9
2x95=190
95
153
86
A
382
322
4x90
.5=
362
226
12 9
2x100=200
100
166
90.5
A
276
315
8 9
BH.E.6,3.G 10-4
BH.E.6,3
276
315
8 9
382
322
4x90
.5=
362
220
12 9
2x100=200
100
160
90.5
A
-
3-01/11
650
800
9001000
2000
3000
4000
5000
6000
7000
ap
(P)
t
313x10
3Q - (m /h); p - (Pa); tL - dB(A), WA 1 m
:
3- = 1.2 kg/m - p = 101325 Pa- t = 20 (293.16 K) - = 50%
3Q(m /h)
5000
6000
7000
1.5 2 3 4 5 6 7 8 9 10
97100
97100
979794
98 dB(A)
BBH.E.6,3.G 10-4
83
BBH.E.6-11430 min
8683
80
87 dB(A)
84 dB(A)
11 12
101 dB(A)
101 -12920 min
BBH.E.6,388
86
91 dB(A)
97100
-
3-01/12
L L L L1 2 3?333..7,5x1 665 460 830272..7,5/2H 665 300 804288BBH.E.8 730 300 730300BBH.E.8.G 10-4 730 400 730
B
0, 0 1255..7,5x1 90, 90
1065 270, 270
1155
B H H L1 1 max
1197 764524 1150 1385 564
1408 764 0, 0 1255 1197 764
960..7,5/2H 90, 90 1385524 5641065 270, 270 1408 764 0, 0 1365 1260 690
800560BBH.E.8 90, 90 1470 5901155 270, 270 1495 8201365 0, 0 1260 690
810560BBH.E.8.G 10-4 90, 90 1470 590 270, 270 1495 820
6 20
L
L1 L2
L 3
-
Lmax LmaxLmax
? 0, 0 ? 90, 90 ? 270, 270
H 1
B1
H
B
100
H 1
B 1
B
H
100
H 1
B 1
B
H
100
A
-
3-01/13
330
368
8 9
420
382
3x96
=28
8
96
251
12 9
228
96
191
442
A
A
330
368
8 9
420
382
3x96
=28
8
96
192
12 9
165
96
132
442
468
408
4x80
=32
0
80
272
18 9
3x81=243
81
212
62
350
390
12 9
A
BBH.E.8.G 10-4
BH.E.8
350
390
12 9
468
408
4x80
=32
0
80
264
18 9
3x80=240
80
204
62
A
-
3-01/14
3 313 x10 5 101000
1100
1200
1300
1400
1500
2000
2800
2500
4 6 7 8 9
p(P
a)t
3Q(m /h)
-11460 min
83.75 dB(A)
83.75
80.5
BBH.E.8.G 10-4
5000
p(P
a)t
B H.E.7,5/2H B
3Q(m /h)
10000 -12920 min
2000
3000
1600
3 5 104 6 7 8 92 314 x10
101
98.5
101 dB(A)
320 x 10
p(P
a)t
10000
9000
8000
7000
6000
4000
35004 5 6 7 8 9 10 15
-12900 min
99.5 dB(A)
96.5
BBH.E.7,5x1
99.5
3Q(m /h)
5000
2,5 313 x10 5 101500
2000
2800
2500
4 6 7 8 9
p(P
a)t
3Q(m /h)
3
3Q - (m /h); p - (Pa); tL - dB(A), WA 1 m
:
3- = 1.2 kg/m - p = 101325 Pa- t = 20 (293.16 K) - = 50%
91
90
92 dB(A)
-11460 min
BBH.E.8
-
3-01/15
-
6 20
L
L1 L2
L
L L L1 2?
314..7,6x1F 760 450301..7,9.G 10-4 760 500270BBH.E.7,9.Zg 25-10 760 500
537.
5
415 500 140
10 20
487.
5 975
1075
BBH.E.11.G 10-4
Lmax LmaxLmax
? 0, 0 ? 90, 90 ? 270, 270
H 1
B1
HB
100
H 1
B 1
B
H
100
H 1
B 1
B
H
100
A
B H H L1 max 0, 0 650 90, 90 1175550 270, 270 765
685620
1010585810685
1020585810
B1
1289 1202BBH.E.7,6x1F 1090 1399524
1090 1408 0, 0 1354 1255 60, 60 1210 1540
553BBH.E.7,9.G 10-4 90, 90 14571145 270, 270 14801145 0, 0 1354 1255
BBH.E.7,9.Zg 25-10 90, 90 5531145 1457 270, 270 1145 1480 0, 0 - - -- -
BBH.E.11.G 10-4 90, 90 - - -- - 270, 270 1573 1894 1225687 1110
--
1225687
-
3-01/16
462
402
4x10
9=43
6
241
14 9
181
109
3x71=213
71
348
390
A
12 9
BBH.E.7,9.Zg 25-10
BBH.E.11.G 10-4
641
561
3x20
0=60
0
370
10 12
2x165=330
165
290
200
481
528
12 12
A
BBH.E.7,6x1F
330
368
8 9
382
3x96
=28
8
96
26112 9
96
201
420
7782.5
A
442
462
402
4x10
9=43
6
270
14 9
210
109
3x80=240
80
A
348
390
12 9
BBH.E.7,9.G 10-4
-
3-01/17
3Q - (m /h); p - (Pa); tL - dB(A), WA 1 m
:
3- = 1.2 kg/m - p = 101325 Pa- t = 20 (293.16 K) - = 50%
5000
6000
7000
8000
9000
10000
11000
p(P
a)t
6 7 83Q(m /h)
9 10
107.75
-12930 min
104
BBH.E.7,9.G 10-4
325 x10
107.75 dB(A)
15 20
p(P
a)t
8000 20000 3000010000 15000
5000
3Q(m /h)
4900
5100
5200
5300
5400
90.5
91 dB(A)
91
BBH.E.11.G 10-4
-11480 min
10000
p(P
a)t
7000 2000010000 150007000
8000
9000
3Q(m /h)
BBH.E.7,6x1F
-12960 min111
103
102.5 dB(A)
4000
p(P
a)t
2 33Q(m /h)
5 10 320 x10154
11000
6000
5000
7000
8000
9000
10000
3000
100
97.75
-12900 min
105 dB(A)BBH.E.7,9.Zg 25-10
-
3-01/18
B -
BBH.P.11.G 10-4 --
B H H L1 1 max
- - - 0 , 0 -860 1300 45 5 2640 687 , 4 2490
- - 9 9 - 0 , 0 -- - 27 27 - 0 , 0 -
870 780
2300
1000
-
B Lmax
H
B 1
H 1
A
641
561
3x20
0=60
0
370
10 12
2x165=330
165
290
200
481
528
12 12
A
-
3-01/19
5000
10000
2000
p(P
a)t
4 5 63 340 x107 8 20 30
3000
15009 10 15
4000
6000
7000
8000
9000
11000
12000
860
1085
1295
1480
1 063
1740
1860
1970
2110
-1n
(min
)
950
1025
1200
15
18.5
22
30
37
55
75
90
110
132
160
BBH.P.11.G 10-4
2500
11
3Q(m /h)
97 dB(A)100 dB(A)99
98.5 dB(A)97.5
97 dB(A)96
95 dB(A)94
93.5 dB(A)92.5
91 dB(A)90.5
87.5 dB(A)86.5
85.5 dB(A)84.5
83 dB(A)82
81.5 dB(A)80.5
80 dB(A)78.5
77 dB(A)76
3Q - (m /h); p - (Pa); tL - dB(A), WA 1 m
:
3- = 1.2 kg/m - p = 101325 Pa- t = 20 (293.16 K) - = 50%
100
98.5
97
95
93.5
91
87.5
85.5
83
81.5
80
77
-
3-01/20