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HEAVY DUTY ATC INDUSTRIAL CENTRIFUGAL FANS
AERO VENTILADORES CENTRIFUGOS ATC
LINEA INDUSTRIAL TIPO VENT SET
UF®
CORPORATION, S.A. DE C.V.
Air Technology reserves the right to change specifications without prior notice.
ATCThe Right ChoiceThe Right Choice
CORPORATION, S.A. DE C.V.
INDICE
Table of Contents
Aplicaciones
Factores de Corrección
Especificaciones Técnicas
Dimensiones Generales
Rotación y Descarga
Applications
Correction Factors
Performance Data
Dimensional Data
Rotation and Discharge
CORPORATION, S.A. DE C.V.
2
6
8
26
28
4
6
8
26
28
1
UF
Características principales:
Conjunto carcaza, cono-aro de succión y caseta de transmisión-motor fabricado en acero al carbón de diferentes calibres según tipo de clase del ventilador (I-II).
Turbina centrifuga de alta eficiencia y operación silenciosa con alabes radiales curvos atrasados estática y dinámicamente balanceada, fabricada en acero al carbón, acero inoxidable ó aluminio según aplicaciones.
El proceso de prepintado con tratamientos químicos y posteriormente la aplicación electrostática de pintura poliéster en polvo horneada altamente resistente a la corrosión e intemperie en todos los componentes de los ventiladores centrífugos es estándar.
Disponible en 8 diferentes posiciones de descarga (TH, TAD, DB, BAD, BH, BAU, UB, TAU) con 2 distintas rotaciones del rotor (CW – CCW).
Chumaceras o Rodamientos de alta eficiencia y mínimo mantenimiento, diseñados para aplicaciones de servicio pesado adquiridos de los fabricantes mundialmente reconocidos.
AERO EXTRACTOR-INYECTOR CENTRIFUGO
UFLINEA INDUSTRIAL TIPO VENT SET
Aplicaciones:
CORPORATION, S.A. DE C.V.
41
85
2
1. Modelo del Vent i lador.
2. Tamaño del Vent i lador.
3. Rotación de la turbina:
CW - Sent ido Reloj
CCW - Sent ido contra Reloj
4. Clase Construct iva del Vent i lador
I – Clase I
I I – Clase I I
Tipo A - Todos los componentes del ventilador en contacto con aire o gas deben ser construidos de material no ferroso.
Tipo B - Turbina y disco anti-chispa colocado dentro de la carcaza del ventilador por donde pasa la flecha deben ser construidos de material no ferroso.
Tipo C – El ventilador debe ser construido de tal forma, evitando cualquier contacto o fricción entre 2 partes ferrosos por un desplazamiento del rotor o flecha.
Flechas o ejes impulsores seleccionados en diferentes diámetros y longitudes según tamaño y clase del ventilador, fabricados en acero AISI C-1045, perfectamente pulidos y rectificados en toda su longitud y protegidos con un recubrimiento anticorrosivo.
Base ajustable de motor fabricada en acero al carbón y diseñada para ajuste, alineación y tensión de las bandas con una precisión y rapidez.
Accionado por transmisión de poleas y bandas a los motores eléctricos de alta eficiencia, permite lograr las distintas relaciones de caudal-presión ofreciendo el ventilador centrífugo mas versátil y vendido en el mundo.
Construcción anti-chispa según clasificaciones de AMCA.
Registro o Puerta de Inspección.
Tubo de Dren.
Disco de Enfriamiento.
Tacones antivibratorios.
Malla de protección en succión o descarga.
Bridas en succión o descarga.
Construcción anti-chispa.
Recubrimientos especiales para aplicaciones de alta resistencia a la corrosión ó temperatura.
Accesorios Disponibles:
NOMENCLATURA:UF - 12 - CW - II( ( ( (
1 2 3 4
3
Construction Features:
Housings, inlet cones, rings, drive stands and wheather hoods are made of air tight heavy gauge all welded steel construction.
Backward inclined non-overloading wheels are constructed with welded steel, stainless steel or aluminum, statically and dynamically balanced at the factory and designed for optimum performance for most operating conditions.
Electrostatically applied powder coating is Standard on all ATC fans. For special requirements, please contact the factory.
The fans are field rotatable to eight standard discharges (TH, TAD, DB, BAD, BH, BAU, UB, TAU) and are available with clockwise (CW) or counter clockwise (CCW) wheel rotation.
Self-aligning heavy duty, pillow blocks ball bearings are designed to operate under the most severe atmospheric conditions and are supplied by the most prestigeous world wide manufacturers.
Shafts are designed for long life in different diameters and lengths, turned, ground and polished of solid SAE 1045 steel for smooth operation, key-wayed on each and are protected with a corrosion resistant coating.
Adjustable steel motor plate pivoted at one end for ease of belt tensioning.
Hood exhaust in restaurants, welding fume o
f lammable gas exhaust in factories,
laboratories; ventilation of hotels, theaters,
stores, gymnasiums, ware houses, laundry
rooms, lockers, etc.
ATC INDUSTRIAL CENTRIFUGAL FANS
4
Applications:
UF
85
41
The UF series are the ideal choice for the general ventilation applications, using the combination of high quality sheaves, v-belts, high efficiency motors in order to handle a wide range of air volumes and pressures.
AMCA classifications for spark resistant construction where hazardous, explosive or flammable conditions exist.
Type A – All parts of the fan in contact with the air or gas being handled shall be made of non-ferrous material.
Type B – The fan shall have a non-ferrous ring or rubbing plate about the opening through which the shaft passes. Ferrous hubs, shafts and hardware are permitted.
Type C – The fan shall be so constructed that a shift of the Wheel or shaft will not permit two ferrous parts of the fan to rub or strike. Fans for this condition will be furnished with a non-ferrous inlet cone and rubbing plate around the shaft opening.
Notes:
1. Bearings shall not be placed in the air or gas stream.2. The user shall electrically ground all fan parts.3. Explosion proof motors and static resistant belts should be used.
Optional Accessories:
Access or c lean-out doors.
Dra ins.
Shaf t Coolers.
Vibrat ion Iso lators .
In le t & out le t screens.
Flanged in le t & out le t .
Spark res is tant construct ion.
Specia l protect ive coat ing for corros ion and h igh temperature.
1 . F a n M o d e l
2 . F a n S i z e
3 . I m p e l l e r R o t a t i o n :
C W - C l o c k w i s e
C C W - C o u n t e r c l o c k w i s e
4 . F a n C l a s s
I – C l a s s I
I I – C l a s s I I 5
NOMENCLATURE: UF - 12 - CW - II( ( ( (
1 2 3 4
®
CORPORATION, S.A. DE C.V.
Factores de Corrección de Densidad del Aire por Altitud y Temperatura
Los Valores presentados en las Tablas de Selección se refieren a las Condiciones Estándar de Operación (0 Metros o 0 pies. Sobre nivel del mar, 21°C ó 70°F, 760 mm Hg. ó 29.92 In. Hg.). Para condiciones distintas de operación es necesario aplicar fáctores de correccion según las siguientes tablas:
Air Density Ratios at various Altitudes and Air Temperatures
The Values which are shown in the tables of performance Data refer to Standard Operation Conditions (0 meters or 0 feet above sea level, 21°C ó 70°F, 760 mm Hg. ó 29.92 In. Hg.). Apply the following correction factors for other operation conditions not standard.
AIR
GAS
0
760
250
738
Altitud en metros Sobre el nivel del mar correspondiente a la Presion Barometrica en mm Hg.
(Altitude In Meters Above Sea Level With Corresponding Barometric Pressure in Millimeters Hg.)
TEMP
°C
500
717
750
697
1000
677
1250
657
1500
657
1750
620
2000
603
2500
569
3000
536
0
29.92
1000
28.86
2000
27.82
3000
26.81
4000
25.84
5000
24.89
6000
23.98
7000
23.09
8000
22.22
9000
21.38
10000
20.58
Altitud en pies Sobre el nivel del mar correspondiente a la Presión Barométrica en Pulgadas Hg.
(Altitude In Feet Above Sea Level With Correponding Barometric Pressure in Inches Hg.)
0.830.870.96
1.251.341.44
1.001.061.15
1.531.621.72
1.811.912.00
2.102.192.38
0.860.911.00
1.291.391.49
1.041.101.19
1.591.681.78
1.881.982.08
2.172.272.46
0.890.941.04
1.341.441.54
1.081.141.24
1.651.751.85
1.952.052.15
2.252.352.55
0.930.971.07
1.121.181.30
1.391.501.60
1.711.811.92
2.022.132.23
2.342.442.65
0.961.011.11
1.161.221.33
1.441.551.66
1.771.881.99
2.102.202.32
2.432.532.75
1.041.081.20
1.251.321.44
1.561.671.79
1.912.032.15
2.262.382.50
2.622.732.97
1.081.131.25
1.301.371.49
1.611.741.86
1.982.102.23
2.352.472.59
2.722.833.08
1.121.171.30
1.351.421.55
1.681.801.93
2.062.182.31
2.442.562.69
2.832.943.20
1.161.221.35
1.401.481.61
1.751.882.01
2.142.272.40
2.542.672.84
2.933.073.32
1.211.261.40
1.451.541.67
1.811.952.08
2.222.362.49
2.632.772.91
3.053.183.45
1.001.041.16
1.201.271.38
1.501.611.72
1.841.952.07
2.182.292.40
2.522.632.86
02150
75100125
150175
200225
250275300
325350375
400425
450475
CORPORATION, S.A. DE C.V.
ATCUF
TEMP
°F
AIR
GAS
-200
50
70100150
200250300
350400450
500550600
650700800
6
0.951.031.12
1.221.301.39
1.471.56
1.641.72
1.821.922.00
2.082.172.27
2.332.44
2.502.63
0.981.051.16
1.251.331.43
1.521.61
1.691.79
1.891.962.04
2.132.222.33
2.442.50
2.632.70
1.011.091.19
1.281.391.47
1.561.67
1.751.85
1.922.042.13
2.222.332.38
2.502.56
2.702.78
1.041.121.23
1.331.431.52
1.611.69
1.791.89
2.002.082.17
2.272.382.44
2.562.63
2.782.86
1.081.151.27
1.371.471.56
1.671.75
1.851.96
2.042.132.22
2.332.442.56
2.632.70
2.862.94
1.101.191.30
1.411.521.61
1.691.82
1.922.00
2.132.222.33
2.442.502.63
2.702.86
2.943.03
1.141.221.33
1.451.541.67
1.751.85
1.962.08
2.172.272.38
2.502.562.70
2.782.94
3.033.13
1.161.271.39
1.491.591.69
1.821.92
2.042.13
2.222.332.44
2.562.632.78
2.863.03
3.133.23
1.231.331.47
1.591.691.82
1.922.04
2.132.27
2.382.502.63
2.702.862.94
3.033.13
3.233.45
1.321.411.56
1.671.791.92
2.042.17
2.272.38
2.502.632.78
2.863.033.13
3.233.33
3.453.57
0.931.001.10
1.181.271.35
1.431.52
1.611.69
1.791.851.96
2.042.132.17
2.272.38
2.442.56
Reduce maximum allowable fan speed by applying RPM correction factors from the following table:
Factores de Corrección de RPM por Temperatura
Temperature / RPM Corrections
7
TEMP-20°F - 150°F(-29°C - 66°C)
FACTOR 1.0
151°F - 300°F
(66°C - 149°C)
0.957 0.880 0.790
301°F - 600°F
(149°C - 316°C) (316°C - 427°C)
601°F - 800°F
Reduce la Maxima Velocidad Permitible del Ventilador (RPM) aplicando los Factores de Correcion según la siguiente tabla:
MODELODIAMETROTURBINA
(IN)
PESO TURBINA
(LBS)CLASE I
PESO TURBINA
(LBS)CLASE II
Max.RPM
TURBINACLASE I
Max.RPM
TURBINACLASE II
Max.ARMAZON
MOTORCLASE I
Max.ARMAZON
MOTOR CLASE II
DIAMETROFLECHA
(IN)CLASE I
DIAMETROFLECHA
(IN)CLASE II
PESO APROX.VENTILADOR
(LBS)
MODELWHEEL
DIAMETER(IN)
WHEELWEIGHT
(LBS)CLASS I
WHEELWEIGHT
(LBS)CLASS II
Max.WHEEL
RPMCLASS I
Max.WHEEL
RPMCLASS II
Max.MOTORFRAMECLASS I
Max.MOTORFRAME
CLASS II
SHAFTDIAMETER
(IN)CLASS I
SHAFTDIAMETER
(IN)CLASS II
ESTIMATED FANWEIGHT
(LBS)
UF-10
UF-12
UF-13
UF-15
UF-16
UF-18
UF-20
UF-22
UF-24
8
11
12
14
17
25
32
39
73
12
16
18
21
26
40
52
60
79
3650
3160
2900
2580
2350
2100
1910
1720
1560
4100
3750
3350
3050
2750
2500
2250
2050
145 T
182 T
182 T
184 T
184 T
184 T
213 T
213 T
215 T
184 T
184 T
215 T
215 T
254 T
256 T
1
1
1
1 1/8
1 1/8
1 3/8
1 3/8
1 5/8
1 5/8
1 1/8
1 1/8
1 1/8
1 3/8
1 3/8
1 5/8
99
131
144
173
198
284
324
382
184 T
184 T
1 5/8
1 5/8
1 5/8
Caractaerísticas Físicas
CORPORATION, S.A. DE C.V.
CLASE I CLASE II
CLASS I CLASS II
517
106
139
153
188
216
307
352
403
522
Peso ventilador sin motor y TransmisiónFan weight without motor and drive.
ATCUF
10 1/4
12 1/2
14
15 1/8
16 11/16
18 9/16
20 7/16
22 9/16
24 5/8
UF
-10
0.49
0.52
0.56
0.60
Diá
me
tro
de
Tu
rbin
a =
10
¼”
Áre
a d
e S
uc
ció
n =
0.6
30
Ft²
Are
a d
e D
es
ca
rga
=0
.64
4 F
t²R
PM
M
ax
= C
las
e I
V
elo
cid
ad
Ta
ng
en
cia
l (F
PM
) =
2.7
49
x R
PM
Ma
x.
BH
P =
0.0
35
(R
PM
/10
00
)³
36
50
Wh
ee
l D
iam
ete
r =
10
¼”
Inta
ke
Are
a =
0.6
30
Ft²
Dis
ch
arg
e A
rea
= 0
.64
4 F
t²M
ax
. R
PM
= C
las
s I
T
ip S
pe
ed
(F
PM
) =
2.7
49
x R
PM
Ma
x.
BH
P =
0.0
35
(R
PM
/10
00
)³
3650
Cau
dal
(Vol
ume)
Velo
cida
dD
esca
rga
(Out
let V
eloc
ity)
0.25
"0.
375
"0.
50 "
0.62
5 "
0.75
"0.
875
"1.
00 "
2.00
"3.
00 "
4.00
"5.
00 "
RP
M
BH
PC
FMFP
MM
³/HR
RP
M
BH
PR
PM
B
HP
RP
M
BH
PR
PM
B
HP
RP
M
BH
PR
PM
B
HP
RP
M
BH
PR
PM
B
HP
RP
M
BH
PR
PM
B
HP
386
451
515
656
766
875
600
700
800
852
906
968
0.02
0.03
0.03
Pre
sión
Est
atic
a en
Pul
gada
s C
.A.
( Sta
tic P
ress
ure
in In
ches
W. G
. )
984
1026
1077
0.03
0.04
0.04
1105
1138
1181
0.05
0.05
0.06
1219
1244
1280
0.06
0.07
0.07
1325
1344
1373
0.08
0.08
0.09
1531
1550
0.13
0.13
580
644
708
773
900
1000
1100
1200
1037
1109
1187
1265
0.04
0.05
0.06
0.07
1135
1200
1268
1341
0.05
0.06
0.07
0.08
1231
1287
1349
1415
0.07
0.07
0.09
0.10
1323
1373
1428
1489
0.08
0.09
0.10
0.12
1411
1455
1507
1562
0.10
0.11
0.12
0.13
837
902
966
1030
1095
1159
1224
1288
1352
1417
1481
1546
1674
1803
1932
2061
2190
2318
1422
1532
1641
1750
1860
1969
2080
2188
2297
2407
2516
2627
2844
3063
3282
3502
3721
3938
985
1094
1203
1313
1300
1400
1500
1600
1700
1800
1900
2000
2100
2200
2300
2400
2600
2800
3000
3200
3400
3600
1346
1429
1514
1599
1686
1773
1862
1951
2039
2127
2217
2305
2482
2663
2850
3036
3210
0.09
0.10
0.12
0.14
0.17
0.20
0.23
0.26
0.30
0.34
0.38
0.43
0.54
0.66
0.81
0.98
1.16
1416
1494
1574
1655
0.10
0.12
0.14
0.16
1485
1559
1634
1712
0.11
0.13
0.15
0.18
1555
1623
1694
1768
0.13
0.15
0.17
0.19
1623
1687
1754
1825
0.15
0.17
0.19
0.21
1738
1822
1908
1993
0.18
0.21
0.24
0.28
1791
1873
1955
2038
0.20
0.23
0.26
0.30
1845
1923
2003
2083
0.22
0.25
0.28
0.32
1898
1973
2050
2128
0.24
0.27
0.30
0.34
2080
2168
2256
2345
0.31
0.36
0.40
0.45
2122
2208
2294
2380
0.33
0.38
0.42
0.47
2165
2249
2332
2417
0.36
0.40
0.44
0.49
2209
2290
2372
2454
0.38
0.42
0.47
0.52
2523
2699
2877
3054
0.56
0.69
0.83
1.00
2556
2733
2911
3087
0.58
0.71
0.86
1.03
2589
2763
2940
3117
0.61
0.74
0.89
1.06
2623
2794
2969
3144
0.63
0.76
0.92
1.09
3235
3420
1.18
1.40
3265
3441
1.22
1.43
3295
3471
1.25
1.46
3321
3498
1.28
1.50
1439
1463
0.10
0.11
1496
1536
1582
1633
0.12
0.13
0.14
0.15
1689
1750
1813
1881
0.17
0.19
0.21
0.23
1951
2023
2098
2175
0.26
0.29
0.32
0.36
2252
2331
2411
2492
0.40
0.44
0.49
0.54
2658
2826
2998
3171
0.66
0.79
0.94
1.12
3346
3524
1.31
1.53
1579
1614
1656
1703
0.14
0.15
0.16
0.17
1755
1812
1873
1937
0.19
0.21
0.23
0.25
2004
2073
2145
2220
0.28
0.31
0.35
0.38
2295
2372
2450
2531
0.42
0.47
0.51
0.57
2693
2859
3027
3199
0.68
0.82
0.97
1.15
3372
3547
1.34
1.56
2211
0.38
2241
2277
2317
2361
0.39
0.41
0.44
0.46
2410
2461
2517
2575
0.64
0.69
0.74
0.79
2635
2698
2763
2830
2971
3117
3269
3424
0.92
1.06
1.22
1.40
3584
1.61
0.73
0.79
0.82
0.86
2649
0.65
2666
2688
2715
2747
0.66
0.68
0.70
0.73
2752
2822
2866
2912
0.91
0.96
1.01
1.07
2961
3012
3067
3124
3245
3373
3508
1.20
1.34
1.51
1.07
1.10
1.14
1.18
3061
3078
3100
1.00
1.02
1.04
3126
3156
3191
3228
1.22
1.27
1.32
1.38
3268
3311
3357
3406
3511
3624
1.51
1.67
1.43
1.46
1.49
1.53
3427
1.41
3446
3469
3495
3526
1.58
1.63
1.68
3559
3595
3634
Esp
ecif
icac
ion
es T
écn
icas
(P
erfo
rman
ce D
ata)
8
RP
M
BH
P
Los
núm
ero
s en n
egrito
repre
senta
n la
efic
ienci
a M
áxi
ma.
® CO
RP
OR
AT
ION
, S
.A. D
E C
.V.
Consu
ltar
a la
pla
nta
para
Cla
se II Ve
ntil
adore
s.B
old
fig
ure
s in
dic
ate
maxi
mun e
ffic
iency
.C
onsu
lt th
e M
anufa
cture
r fo
r C
lass
II F
ans.
Sp
ectr
os d
e P
ote
ncia
So
no
ra (
So
un
d P
ow
er
lev
el
Ra
tin
gs
)
Lw
L
Fre
q.
63
67
41
72
46
78
52
84
58
125
70
54
78
62
84
68
86
70
250
68
59
77
68
83
74
89
80
500
65
62
75
72
81
78
87
84
1000
63
63
73
73
79
79
85
85
2000
59
60
69
70
75
76
81
82
4000
54
55
64
65
70
71
75
76
8000
47
46
58
57
64
63
71
70
To
tal
75
68
83
78
89
84
94
89
HZ
dB
(L)
dB
(A)
dB
(L)
dB
(A)
dB
(L)
dB
(A)
dB
(L)
dB
(A)
Lw
L
Lw
L
Lw
L
Lw
A
Lw
A
Lw
A
Lw
A
1460 2190 2920 3650
Revoluciones por minuto (RPM)
9
UF-
10
Pow
er 3
650
RPM
0.00
0.25
0.50
0.75
1.00
1.25
025
050
075
010
0012
5015
0017
5020
00
012345
Presión Estática (Pulgadas C.A.)Power (BHP)
Potencia (BHP)
Air F
low
(CFM
)C
auda
l (PC
M)
Cur
vas
de O
pera
ción
(Per
form
ance
Cur
ves)
1460
RPM
SP
3650
RPM
2920
RPM
2190
RPM
Static Pressure (Inches W.G.)
Todas
las
Capaci
dades
est
án b
asa
das
en la
De
nsi
da
d E
stá
nd
ar
de
Aire
de 0
.075 L
b/f
t³ @
70°
F y
0 p
ies
de E
leva
ció
n (
1.2
kg
/m³
@ 2
1°C
y
0 m
t).
All
Capaci
ties
are
base
d o
n S
tandard
Air D
ensi
ty o
f 0
.07
5 L
b/f
t³ @
70
°F
and 0
Ft.
ele
vatio
n (
1.2
kg/m
³ @
21°C
and 0
mt)
.
Dato
s obte
nid
os
de a
cuerd
o a
la n
orm
a A
MC
A e
stándar
301.
(Info
rmatio
n o
bta
ined a
ccord
ing t
o t
he A
MC
A S
tandard
301)
® CO
RP
OR
AT
ION
, S
.A. D
E C
.V.
ATC
10
3.13
3.44
3.78
4.15
UF-
12
0.25
"0.
50 "
0.75
"1.
00 "
2.00
"3.
00 "
4.00
"5.
00 "
6.00
"7.
00 "
8.00
"
CFM
FPM
M³/H
R
Pres
ión
Esta
tica
en P
ulga
das
C.A.
( S
tatic
Pre
ssur
e in
Inch
es W
. G. )
1774
1951
2129
2306
2484
2661
2838
3016
3014
3315
3617
3918
4220
4521
4822
5124
2000
2200
2400
2600
2800
3000
3200
3400
1690
1840
1990
2141
2294
2446
2601
2754
0.37
0.47
0.60
0.75
0.92
1.11
1.34
1.59
1795
1935
2078
2223
0.44
0.55
0.68
0.83
1899
2030
2165
2304
0.52
0.64
0.77
0.93
1994
2122
2252
2384
0.60
0.73
0.87
1.03
2312
2428
2550
2675
0.94
1.09
1.26
1.45
2370
2519
2668
2818
1.01
1.21
1.44
1.70
2445
2589
2734
2881
1.11
1.32
1.55
1.82
2520
2658
2799
2943
1.22
1.43
1.67
1.94
3037
3160
3286
3412
2.13
2.40
2.70
3.02
2586
2691
2802
2918
1.31
1.48
1.67
1.89
3253
3368
3487
3610
2.62
2.90
3.22
3.57
2835
2931
3032
3140
1.73
1.91
2.12
2.35
3068
3153
3248
3347
2.20
2.38
2.60
2.85
3452
3563
3676
3792
3.67
4.00
4.35
4.74
710
798
887
976
1206
1356
1507
1658
800
900
1000
1100
872
934
997
1061
0.05
0.06
0.08
0.09
1047
1099
1155
1214
0.09
0.10
0.12
0.14
1199
1244
1293
1346
0.13
0.15
0.16
0.19
1339
1374
1417
1465
0.18
0.20
0.22
0.24
1885
0.51
1064
1242
1419
1597
1200
1400
1600
1800
1126
1260
1400
1544
0.11
0.15
0.21
0.28
1275
1401
1530
1660
0.16
0.21
0.27
0.35
1401
1519
1643
1770
0.21
0.27
0.34
0.42
1517
1627
1743
1867
0.27
0.33
0.40
0.49
1917
1998
2094
2200
0.54
0.61
0.70
0.81
1808
2110
2411
2713
2324
2397
2487
0.95
1.05
1.17
2679
2749
1.46
1.58
2998
2.05
3293
3365
3450
3544
2.71
2.90
3.12
3.38
3642
3746
3855
3967
4.25
4.58
4.96
3511
3570
3644
3730
3.29
3.46
3.68
3.94
3823
3922
4025
4.85
5.20
3769
3832
3910
4.07
4.28
4.54
3997
4091
Diá
me
tro
de
Tu
rbin
a =
12
½”
Áre
a d
e S
uc
ció
n =
0.9
94
Ft²
Are
a d
e D
es
ca
rga
=0
.88
7 F
t²R
PM
M
ax
= C
las
e I
Cla
se
II
Ve
loc
ida
d T
an
ge
nc
ial
(FP
M)
= 3
.20
7 x
RP
MM
ax
. B
HP
= 0
.07
6 (
RP
M/1
00
0)³
31
60
4100
Wh
ee
l D
iam
ete
r =
12
½”
Inta
ke
Are
a =
0.9
94
Ft²
Dis
ch
arg
e A
rea
= 0
.88
7 F
t²M
ax
. R
PM
= C
las
s I
Cla
ss
II
Tip
Sp
ee
d
(FP
M)
= 3
.20
7 x
RP
MM
ax
. B
HP
= 0
.07
6 (
RP
M/1
00
0)³
31
60
41
00
4.55
4.99
3193
3371
5425
5727
3600
3800
2910
3064
1.87
2.19
2970
3121
1.99
2.31
3029
3178
2.11
2.44
3087
3234
2.24
2.57
3320
3454
2.78
3.13
3541
3669
3.37
3.75
3734
3861
3.96
4.37
3913
4035
5.17
4082
2801
2930
3058
3189
1.67
1.91
2.17
2.46
Esp
ecifi
caci
ones
Téc
nica
s (P
erfo
rman
ce D
ata)
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
RPM
B
HP
Cau
dal
(Vol
ume)
Velo
cida
dD
esca
rga
(Out
let V
eloc
ity)
Los
núm
ero
s en n
egrito
repre
senta
n la
efic
ienci
a M
áxi
ma.
Áre
as
Som
bre
adas
repre
senta
n c
lase
II ve
ntil
adore
s.B
old
fig
ure
s in
dic
ate
maxi
mun e
ffic
iency
Cla
ss II F
ans
found in
Shaded A
reas.
CO
RP
OR
AT
ION
, S
.A. D
E C
.V.
Power (BHP)Potencia (BHP)
0.0
2.5
5.0
7.5
SP
4100
RPM
Pow
er 4
100
RPM
012345
050
010
0015
0020
0025
0030
0035
0040
00
Presión Estática (Pulgadas C.A.)Static Pressure (inches W.G.)
3280
RPM
2460
RPM
1640
RPM
11
Sp
ectr
os d
e P
ote
ncia
So
no
ra (
So
un
d P
ow
er
lev
el
Ra
tin
gs
)
Lw
L
Fre
q.
63
69
43
82
56
94
68
99
73
125
70
54
82
66
94
78
99
83
250
70
61
81
72
91
82
97
88
500
73
70
83
80
89
86
94
91
1000
69
69
82
82
89
89
95
95
2000
65
66
78
79
88
89
94
95
4000
63
64
74
75
84
85
91
92
8000
58
57
69
68
78
77
85
84
To
tal
78
75
89
86
99
95
105
100
HZ
dB
(L)
dB
(A)
dB
(L)
dB
(A)
dB
(L)
dB
(A)
dB
(L)
dB
(A)
Lw
L
Lw
L
Lw
L
Lw
A
Lw
A
Lw
A
Lw
A
1640 2460 3280 4100
Revoluciones por minuto (RPM)
ATC
UF-
12
Cur
vas
de O
pera
ción
(Per
form
ance
Cur
ves)
CO
RP
OR
AT
ION
, S
.A. D
E C
.V.
Todas
las
Capaci
dades
est
án b
asa
das
en la
De
nsi
da
d E
stá
nd
ar
de
Aire
de 0
.075 L
b/f
t³ @
70°
F y
0 p
ies
de E
leva
ció
n (
1.2
kg
/m³
@ 2
1°C
y
0 m
t).
All
Capaci
ties
are
base
d o
n S
tandard
Air D
ensi
ty o
f 0
.07
5 L
b/f
t³ @
70
°F
and 0
Ft.
ele
vatio
n (
1.2
kg/m
³ @
21°C
and 0
mt)
.
Dato
s obte
nid
os
de a
cuerd
o a
la n
orm
a A
MC
A e
stándar
301.
(Info
rmatio
n o
bta
ined a
ccord
ing t
o t
he A
MC
A S
tandard
301)
Air F
low
(CFM
)C
auda
l (PC
M)
3.78
4.15
4.57
5.02
UF-
13
2196
2416
2635
2855
3074
3294
3514
3733
3731
4105
4477
4851
5223
5597
5970
6342
2000
2200
2400
2600
2800
3000
3200
3400
1541
1677
1814
1952
2091
2231
2371
2513
0.45
0.58
0.73
0.91
1.12
1.35
1.63
1.94
1636
1763
1894
2026
0.53
0.67
0.83
1.01
1729
1850
1973
2099
0.63
0.77
0.94
1.13
1815
1933
2051
2171
0.73
0.88
1.05
1.25
2103
2210
2321
2435
1.14
1.32
1.53
1.76
2160
2296
2432
2570
1.23
1.48
1.76
2.07
2228
2359
2492
2626
1.35
1.60
1.89
2.21
2296
2422
2552
2682
1.48
1.73
2.03
2.35
2764
2877
2991
3107
2.58
2.90
3.26
3.66
2351
2448
2550
2655
1.59
1.79
2.02
2.28
2959
3065
3173
3286
3.16
3.51
3.90
4.33
2578
2665
2758
2857
2.09
2.31
2.56
2.84
2788
2867
2953
3044
2.64
2.87
3.14
3.44
3140
3241
3345
3451
4.43
4.83
5.26
5.73
878
988
1098
1208
1492
1679
1866
2052
800
900
1000
1100
793
850
908
966
0.06
0.07
0.09
0.11
952
1000
1051
1105
0.11
0.12
0.14
0.16
1089
1130
1176
1224
0.16
0.18
0.20
0.22
1217
1249
1289
1332
0.22
0.24
0.26
0.29
1712
0.61
1318
1537
1757
1976
1200
1400
1600
1800
1025
1147
1276
1407
0.13
0.18
0.25
0.34
1160
1276
1392
1513
0.19
0.25
0.33
0.42
1275
1382
1495
1612
0.25
0.32
0.41
0.51
1379
1479
1587
1700
0.32
0.40
0.49
0.60
1741
1816
1905
2001
0.64
0.73
0.84
0.98
2239
2611
2985
3357
2111
2179
2261
1.15
1.26
1.41
2433
2497
1.76
1.90
2723
2.46
2991
3057
3135
3222
3.26
3.49
3.76
4.08
3312
3407
3506
3609
5.13
5.53
5.98
3188
3243
3311
3390
3.95
4.16
4.43
4.75
3476
3566
3660
5.85
6.28
3423
3482
3553
4.89
5.15
5.47
3633
3719
Diá
me
tro
de
Tu
rbin
a =
14
”Á
rea
de
Su
cc
ión
= 1
.18
6 F
t²A
rea
de
De
sc
arg
a =
1.0
98
Ft²
RP
M
Ma
x =
Cla
se
I
C
las
e I
IV
elo
cid
ad
Ta
ng
en
cia
l (F
PM
) =
3.5
34
x R
PM
Ma
x.
BH
P =
0.1
22
(R
PM
/10
00
)³
2900
37
50
Wh
ee
l D
iam
ete
r =
14
”In
tak
e A
rea
= 1
.18
6 F
t²D
isc
ha
rge
Are
a =
1.0
98
Ft²
Ma
x.
RP
M =
Cla
ss
I
C
las
s I
I 2
90
03
75
0
2.42
2.81
3953
4172
6716
7088
3600
3800
2654
2795
2.28
2.66
2761
2898
2.57
2.97
2814
2948
2.72
3.13
3024
3147
3.37
3.80
3224
3341
4.09
4.55
3399
3515
4.79
5.30
3561
3672
5.51
6.04
2707
2847
6.25
3714
2551
2668
2785
2904
2.02
2.32
2.64
2.99
2940
3.10
12
Esp
ecifi
caci
ones
Téc
nica
s (P
erfo
rman
ce D
ata)
Los
núm
ero
s en n
egrito
repre
senta
n la
efic
ienci
a M
áxi
ma.
Áre
as
Som
bre
adas
repre
senta
n c
lase
II ve
ntil
adore
s.B
old
fig
ure
s in
dic
ate
maxi
mun e
ffic
iency
Cla
ss II F
ans
found in
Shaded A
reas.
CO
RP
OR
AT
ION
, S
.A. D
E C
.V.
0.25
"0.
50 "
0.75
"1.
00 "
2.00
"3.
00 "
4.00
"5.
00 "
6.00
"7.
00 "
8.00
"
RPM
B
HPCF
MFP
MM
³/HR
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
Pres
ión
Esta
tica
en P
ulga
das
C.A.
( S
tatic
Pre
ssur
e in
Inch
es W
. G. )
Tip
Sp
ee
d
(FP
M)
= 3
.53
4 x
RP
MM
ax
. B
HP
= 0
.12
2 (
RP
M/1
00
0)³
Cau
dal
(Vol
ume)
Velo
cida
dD
esca
rga
(Out
let V
eloc
ity)
SP
3750
RP
M
Pow
er 3
750
RP
M
0.0
2.5
5.0
7.5
10.0
0123456
050
010
0015
0020
0025
0030
0035
0040
0045
0050
00
Power (BHP)Potencia (BHP)
Presión Estática (Pulgadas C.A.)Static Pressure (inches W.G.)
3000
RP
M22
50 R
PM
1500
RP
M
13
Sp
ectr
os d
e P
ote
ncia
So
no
ra (
So
un
d P
ow
er
lev
el
Ra
tin
gs
)
Lw
L
Fre
q.
63
75
49
82
56
88
62
94
68
125
77
61
85
69
88
72
93
77
250
81
72
87
78
93
84
98
89
500
75
72
84
81
95
92
100
97
1000
69
69
78
78
85
85
91
91
2000
65
66
74
75
81
82
86
87
4000
59
60
69
70
77
78
82
83
8000
53
52
66
65
77
76
82
81
To
tal
84
77
91
85
98
94
103
99
HZ
dB
(L)
dB
(A)
dB
(L)
dB
(A)
dB
(L)
dB
(A)
dB
(L)
dB
(A)
Lw
L
Lw
L
Lw
L
Lw
A
Lw
A
Lw
A
Lw
A
1500 2250 3000 3750
Revoluciones por minuto (RPM)
ATC
UF-
13
Cur
vas
de O
pera
ción
(Per
form
ance
Cur
ves)
CO
RP
OR
AT
ION
, S
.A. D
E C
.V.
Air F
low
(CFM
)C
auda
l (PC
M)
Todas
las
Capaci
dades
est
án b
asa
das
en la
De
nsi
da
d E
stá
nd
ar
de
Aire
de 0
.075 L
b/f
t³ @
70°
F y
0 p
ies
de E
leva
ció
n (
1.2
kg
/m³
@ 2
1°C
y
0 m
t).
All
Capaci
ties
are
base
d o
n S
tandard
Air D
ensi
ty o
f 0
.07
5 L
b/f
t³ @
70
°F
and 0
Ft.
ele
vatio
n (
1.2
kg/m
³ @
21°C
and 0
mt)
.
Dato
s obte
nid
os
de a
cuerd
o a
la n
orm
a A
MC
A e
stándar
301.
(Info
rmatio
n o
bta
ined a
ccord
ing t
o t
he A
MC
A S
tandard
301)
UF-
15
5.00
5.50
6.04
6.63
0.25
"0.
50 "
0.75
"1.
00 "
2.00
"3.
00 "
4.00
"5.
00 "
6.00
"7.
00 "
8.00
"
RPM
B
HPCF
MFP
MM
³/HR
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
Pres
ión
Esta
tica
en P
ulga
das
C.A.
( S
tatic
Pre
ssur
e in
Inch
es W
. G. )
2666
2933
3199
3466
3732
3999
4266
4532
4530
4983
5435
5889
6341
6794
7248
7700
2000
2200
2400
2600
2800
3000
3200
3400
1381
1502
1626
1749
1874
1999
2124
2251
0.59
0.76
0.96
1.19
1.47
1.78
2.14
2.54
1466
1581
1697
1816
0.70
0.88
1.09
1.34
1552
1659
1768
1882
0.83
1.02
1.23
1.49
1629
1733
1840
1948
0.96
1.16
1.39
1.65
1888
1984
2083
2185
1.50
1.74
2.02
2.32
1936
2057
2180
2302
1.62
1.94
2.31
2.72
1997
2114
2234
2353
1.78
2.11
2.49
2.91
2058
2171
2287
2404
1.94
2.28
2.67
3.10
2481
2582
2684
2787
3.41
3.84
4.31
4.83
2112
2199
2290
2383
2.10
2.37
2.68
3.02
2657
2751
2849
2949
4.18
4.64
5.15
5.72
2316
2394
2477
2565
2.77
3.06
3.39
3.76
2506
2576
2653
2734
3.51
3.81
4.16
4.56
2820
2911
3003
3098
5.87
6.39
6.96
7.59
1066
1200
1333
1466
1811
2039
2265
2491
800
900
1000
1100
712
762
814
867
0.08
0.10
0.12
0.15
856
899
944
992
0.14
0.16
0.19
0.22
979
1016
1056
1099
0.21
0.23
0.26
0.30
1094
1122
1157
1197
0.29
0.32
0.35
0.38
1540
0.81
1600
1866
2133
2399
1200
1400
1600
1800
920
1029
1143
1261
0.17
0.24
0.33
0.45
1041
1144
1249
1356
0.25
0.33
0.43
0.56
1144
1241
1342
1446
0.33
0.43
0.54
0.67
1239
1329
1424
1526
0.42
0.52
0.64
0.79
1566
1632
1711
1796
0.86
0.97
1.12
1.29
2718
3170
3624
4076
1899
1958
2032
1.53
1.67
1.87
2188
2245
2.33
2.52
2448
3.27
2690
2748
2817
2895
4.34
4.63
4.99
5.41
2975
3060
3148
3241
6.79
7.33
7.93
2867
2916
2976
3046
5.25
5.53
5.88
6.30
3123
3204
3288
7.76
8.32
3079
3130
3193
6.51
6.84
7.26
3265
3341
Áre
a d
e S
uc
ció
n =
1.4
84
Ft²
Are
a d
e D
es
ca
rga
=1
.33
3 F
t²R
PM
M
ax
= C
las
e I
Cla
se
II
Ve
loc
ida
d T
an
ge
nc
ial
(FP
M)
= 3
.92
7 x
RP
MM
ax
. B
HP
= 0
.22
3 (
RP
M/1
00
0)³
2580
33
50
Inta
ke
Are
a =
1.4
84
Ft²
Dis
ch
arg
e A
rea
= 1
.33
3 F
t²M
ax
. R
PM
= C
las
s I
Cla
ss
II
Tip
Sp
ee
d
(FP
M)
= 3
.92
7 x
RP
MM
ax
. B
HP
= 0
.22
3 (
RP
M/1
00
0)³
25
80
33
50
3.19
3.70
4799
5065
8154
8605
3600
3800
2377
2503
3.00
3.50
2474
2596
3.38
3.90
2523
2642
3.58
4.11
2712
2822
4.45
5.01
2893
2997
5.40
6.00
3050
3153
6.33
6.99
3196
7.28
2426
2551
8.26
3334
2289
2390
2498
2605
2.67
3.06
3.48
3.94
14
Cau
dal
(Vol
ume)
Velo
cida
dD
esca
rga
(Out
let V
eloc
ity)
Esp
ecifi
caci
ones
Téc
nica
s (P
erfo
rman
ce D
ata)
Los
núm
ero
s en n
egrito
repre
senta
n la
efic
ienci
a M
áxi
ma.
Áre
as
Som
bre
adas
repre
senta
n c
lase
II ve
ntil
adore
s.B
old
fig
ure
s in
dic
ate
maxi
mun e
ffic
iency
Cla
ss II F
ans
found in
Shaded A
reas.
CO
RP
OR
AT
ION
, S
.A. D
E C
.V.
Sp
ectr
os d
e P
ote
ncia
So
no
ra (
So
un
d P
ow
er
lev
el
Ra
tin
gs
)
Lw
L
Fre
q.
63
77
51
88
62
98
72
106
80
125
77
61
87
71
98
82
106
90
250
77
68
88
79
97
88
105
96
500
72
69
85
82
98
95
107
104
1000
71
71
81
81
90
90
103
103
2000
67
68
78
79
85
86
91
92
4000
61
62
74
75
82
83
88
89
8000
55
54
68
67
76
75
83
82
To
tal
83
76
94
87
104
97
113
107
HZ
dB
(L)
dB
(A)
dB
(L)
dB
(A)
dB
(L)
dB
(A)
dB
(L)
dB
(A)
Lw
L
Lw
L
Lw
L
Lw
A
Lw
A
Lw
A
Lw
A
1340 2010 2680 3350
Revoluciones por minuto (RPM)
SP
3350
RP
M
Pow
er 3
350
RP
M
0.0
2.5
5.0
7.5
10.0
01234567
050
010
0015
0020
0025
0030
0035
0040
0045
0050
0055
0060
0065
00
Power (BHP)Potencia (BHP)
Presión Estática (Pulgadas C.A.)Static Pressure (inches W.G.)
2680
RP
M20
10 R
PM
1340
RP
M
15
ATC
UF-
15
Cur
vas
de O
pera
ción
(Per
form
ance
Cur
ves)
Air F
low
(CFM
)C
auda
l (PC
M)
CO
RP
OR
AT
ION
, S
.A. D
E C
.V.
Todas
las
Capaci
dades
est
án b
asa
das
en la
De
nsi
da
d E
stá
nd
ar
de
Aire
de 0
.075 L
b/f
t³ @
70°
F y
0 p
ies
de E
leva
ció
n (
1.2
kg
/m³
@ 2
1°C
y
0 m
t).
All
Capaci
ties
are
base
d o
n S
tandard
Air D
ensi
ty o
f 0
.07
5 L
b/f
t³ @
70
°F
and 0
Ft.
ele
vatio
n (
1.2
kg/m
³ @
21°C
and 0
mt)
.
Dato
s obte
nid
os
de a
cuerd
o a
la n
orm
a A
MC
A e
stándar
301.
(Info
rmatio
n o
bta
ined a
ccord
ing t
o t
he A
MC
A S
tandard
301)
UF-
16
0.25
"0.
50 "
0.75
"1.
00 "
2.00
"3.
00 "
4.00
"5.
00 "
6.00
"7.
00 "
8.00
"
RPM
B
HPCF
MFP
MM
³/HR
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
Pres
ión
Esta
tica
en P
ulga
das
C.A.
( S
tatic
Pre
ssur
e in
Inch
es W
. G. )
3232
3555
3878
4202
4525
4848
5171
5494
5491
6040
6589
7139
7688
8237
8786
9334
2000
2200
2400
2600
2800
3000
3200
3400
1262
1373
1485
1599
1713
1827
1942
2057
0.67
0.87
1.10
1.37
1.68
2.04
2.45
2.92
1339
1444
1551
1659
0.80
1.01
1.25
1.53
1416
1515
1615
1718
0.95
1.16
1.41
1.70
1486
1582
1679
1778
1.10
1.33
1.59
1.88
1721
1808
1900
1993
1.71
1.98
2.30
2.65
1769
1880
1992
2104
1.86
2.22
2.65
3.12
1824
1932
2041
2150
2.03
2.41
2.85
3.33
1880
1983
2044
2197
2.22
2.61
2.86
3.55
1293
1454
1616
1778
2197
2470
2746
3021
800
900
1000
1100
650
696
743
791
0.09
0.11
0.14
0.17
779
818
861
905
0.16
0.18
0.21
0.25
892
926
962
1002
0.24
0.27
0.30
0.34
995
1022
1054
1090
0.33
0.36
0.39
0.43
1401
0.92
1939
2262
2586
2909
1200
1400
1600
1800
840
940
1044
1152
0.20
0.28
0.38
0.51
950
1044
1140
1238
0.29
0.38
0.50
0.64
1043
1131
1225
1320
0.38
0.49
0.62
0.77
1128
1212
1299
1391
0.48
0.60
0.73
0.90
1425
1486
1559
1638
0.97
1.10
1.27
1.47
3294
3843
4394
4942
Áre
a d
e S
uc
ció
n =
1.8
16
Ft²
Are
a d
e D
es
ca
rga
=1
.61
6 F
t²R
PM
M
ax
= C
las
e I
Cla
se
II
Ve
loc
ida
d T
an
ge
nc
ial
(FP
M)
= 4
.32
0 x
RP
MM
ax
. B
HP
= 0
.33
5 (
RP
M/1
00
0)³
2350
30
50
Wh
ee
l D
iam
ete
r =
In
tak
e A
rea
= 1
.81
6 F
t²D
isc
ha
rge
Are
a =
1.6
16
Ft²
Ma
x.
RP
M =
Cla
ss
I
C
las
s I
I T
ip S
pe
ed
(F
PM
) =
4.3
20
x R
PM
Ma
x.
BH
P =
0.3
35
(R
PM
/10
00
)³
2350
3050
3.65
4.24
5818
6141
9885
1043
436
0038
0021
7422
893.
444.
0222
6123
723.
874.
4723
0524
144.
104.
7124
7625
775.
095.
7322
1823
31
2088
2184
2280
2377
3.05
3.49
3.97
4.50
16
Cau
dal
(Vol
ume)
Velo
cida
dD
esca
rga
(Out
let V
eloc
ity)
Esp
ecifi
caci
ones
Téc
nica
s (P
erfo
rman
ce D
ata)
Los
núm
ero
s en n
egrito
repre
senta
n la
efic
ienci
a M
áxi
ma.
Áre
as
Som
bre
adas
repre
senta
n c
lase
II ve
ntil
adore
s.B
old
fig
ure
s in
dic
ate
maxi
mun e
ffic
iency
Cla
ss II F
ans
found in
Shaded A
reas.
CO
RP
OR
AT
ION
, S
.A. D
E C
.V.
5.69
6.25
6.88
7.56
2263
2355
2448
2544
3.88
4.38
4.92
5.51
1925
2004
2087
2174
2.39
2.70
3.05
3.44
2422
2509
2598
2690
4.76
5.29
5.87
6.52
2109
2181
2257
2338
3.14
3.47
3.85
4.28
2282
2346
2416
2491
3.98
4.33
4.73
5.18
2571
2653
2738
2825
6.67
7.26
7.92
8.63
1727
1783
1851
1.73
1.90
2.12
1991
2044
2.64
2.86
2229
3.71
2448
2502
2567
2637
4.92
5.25
5.66
6.14
2710
2788
2871
2954
7.71
8.33
9.01
2609
2654
2710
2774
5.95
6.26
6.67
7.15
2845
2919
2996
2639
2735
6.16
6.85
2782
2878
7.22
7.98
2915
3006
8.30
9.10
9.41
3040
2405
4.66
8.80
9.45
2801
2850
2908
7.36
7.75
8.24
2973
3044
SP
3050
RP
M
Pow
er 3
050
RP
M
0.0
2.5
5.0
7.5
10.0
0.0
2.5
5.0
7.5
010
0020
0030
0040
0050
0060
0070
00
Power (BHP)Potencia (BHP)
Presión Estática (Pulgadas C.A.)Static Pressure (inches W.G.)
1220
RP
M18
30 R
PM
2440
RP
M
ATC
UF-
16
Sp
ectr
os d
e P
ote
ncia
So
no
ra (
So
un
d P
ow
er
lev
el
Ra
tin
gs
)
Lw
L
Fre
q.
63
78
52
86
60
91
65
97
71
125
81
65
89
73
94
78
100
84
250
78
69
88
79
94
85
99
90
500
73
70
82
79
88
85
94
91
1000
69
69
78
78
84
84
89
89
2000
67
68
75
76
81
82
86
87
4000
63
64
71
72
77
78
83
84
8000
60
59
68
67
73
72
78
77
To
tal
85
75
93
85
99
90
104
96
HZ
dB
(L)
dB
(A)
dB
(L)
dB
(A)
dB
(L)
dB
(A)
dB
(L)
dB
(A)
Lw
L
Lw
L
Lw
L
Lw
A
Lw
A
Lw
A
Lw
A
1220 1830 2440 3050
Revoluciones por minuto (RPM)
Cur
vas
de O
pera
ción
(Per
form
ance
Cur
ves)
Air F
low
(CFM
)C
auda
l (PC
M)
® CO
RP
OR
AT
ION
, S
.A. D
E C
.V.
Todas
las
Capaci
dades
est
án b
asa
das
en la
De
nsi
da
d E
stá
nd
ar
de
Aire
de 0
.075 L
b/f
t³ @
70°
F y
0 p
ies
de E
leva
ció
n (
1.2
kg
/m³
@ 2
1°C
y
0 m
t).
All
Capaci
ties
are
base
d o
n S
tandard
Air D
ensi
ty o
f 0
.07
5 L
b/f
t³ @
70
°F
and 0
Ft.
ele
vatio
n (
1.2
kg/m
³ @
21°C
and 0
mt)
.
Dato
s obte
nid
os
de a
cuerd
o a
la n
orm
a A
MC
A e
stándar
301.
(Info
rmatio
n o
bta
ined a
ccord
ing t
o t
he A
MC
A S
tandard
301)
17
18
6.48
7.03
7.66
8.36
UF-
18
0.25
"0.
50 "
0.75
"1.
00 "
2.00
"3.
00 "
4.00
"5.
00 "
6.00
"7.
00 "
8.00
"
RPM
B
HPCF
MFP
MM
³/HR
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
Pres
ión
Esta
tica
en P
ulga
das
C.A.
( S
tatic
Pre
ssur
e in
Inch
es W
. G. )
3990
4389
4788
5187
5586
5985
6384
6783
6779
7457
8135
8813
9491
1016
910
846
1152
4
2000
2200
2400
2600
2800
3000
3200
3400
1138
1240
1342
1447
1551
1656
1761
1866
0.80
1.04
1.31
1.65
2.03
2.47
2.97
3.53
1196
1293
1393
1493
0.93
1.17
1.47
1.81
1252
1345
1441
1537
1.07
1.32
1.62
1.97
1307
1396
1488
1581
1.21
1.48
1.79
2.15
1520
1592
1670
1751
1.91
2.19
2.53
2.92
1593
1696
1799
1903
2.20
2.65
3.16
3.74
1636
1735
1836
1937
2.38
2.84
3.36
3.94
1677
1774
1872
1972
2.56
3.03
3.56
4.16
1990
2068
2151
2236
4.28
4.80
5.40
6.07
1721
1779
1844
1915
2.77
3.06
3.41
3.81
2140
2211
2285
2363
5.32
5.87
6.48
7.17
1911
1958
2013
2073
3.79
4.07
4.43
4.84
2089
2128
2174
2227
4.95
5.24
5.58
6.00
2285
2348
2417
2488
7.75
8.31
8.94
9.66
1596
1795
1995
2194
2712
3050
3390
3728
800
900
1000
1100
571
611
654
698
0.10
0.12
0.15
0.18
698
727
760
796
0.18
0.21
0.24
0.27
814
834
860
890
0.29
0.32
0.35
0.38
921
936
955
979
0.42
0.44
0.47
0.51
2394
2793
3192
3591
1200
1400
1600
1800
744
838
937
1036
0.22
0.32
0.45
0.60
834
918
1007
1100
0.32
0.42
0.55
0.72
923
995
1075
1162
0.43
0.53
0.68
0.85
1006
1070
1143
1222
0.55
0.67
0.81
0.99
1311
1347
1396
1454
1.22
1.33
1.48
1.67
4067
4745
5423
6101
1596
1627
1670
2.21
2.34
2.53
1841
1871
3.39
3.56
2060
4.75
2261
2291
2329
2374
6.28
6.53
6.86
7.27
2426
2483
2544
2610
2447
2479
2517
7.95
8.27
8.66
10.6
411
.18
2622
2656
9.79
10.1
7
2696
2741
Diá
me
tro
de T
urb
ina =
Á
rea d
e S
uc
ció
n =
2.1
81 F
t²A
rea d
e D
es
ca
rga =
1.9
95 F
t²R
PM
M
ax =
Cla
se I
Cla
se I
IV
elo
cid
ad
Ta
ng
en
cia
l (F
PM
) =
4.7
78 x
RP
MM
ax
. B
HP
= 0
.54
3 (
RP
M/1
00
0)³
21
00
27
50
Wh
ee
l D
iam
ete
r =
In
tak
e A
rea =
2.1
81 F
t²D
isc
ha
rge A
rea =
1.9
95 F
t²M
ax
. R
PM
= C
las
s I
Cla
ss I
I T
ip S
pe
ed
(F
PM
) =
4.7
78 x
RP
MM
ax
. B
HP
= 0
.54
3 (
RP
M/1
00
0)³
21
00
27
50
4.38
5.10
7182
7581
1220
212
880
3600
3800
1972
2078
4.16
4.87
2039
2142
4.60
5.33
2072
2173
4.83
5.57
2200
2295
5.78
6.56
2323
2413
6.81
7.63
2444
2528
7.92
8.77
2563
2642
9.14
10.0
120
0621
1010
.46
2681
1835
1924
2014
2106
3.36
3.87
4.44
5.07
Cau
dal
(Vol
ume)
Velo
cida
dD
esca
rga
(Out
let V
eloc
ity)
Esp
ecifi
caci
ones
Téc
nica
s (P
erfo
rman
ce D
ata)
Los
núm
ero
s en n
egrito
repre
senta
n la
efic
ienci
a M
áxi
ma.
Áre
as
Som
bre
adas
repre
senta
n c
lase
II ve
ntil
adore
s.B
old
fig
ure
s in
dic
ate
maxi
mun e
ffic
iency
Cla
ss II F
ans
found in
Shaded A
reas.
CO
RP
OR
AT
ION
, S
.A. D
E C
.V.
9.13
9.69
10.3
311
.06
2562
2613
2670
2731
19
SP 2
750
RPM
Pow
er 2
750
RPM
0.0
2.5
5.0
7.5
0.0
2.5
5.0
7.5
10.0
010
0020
0030
0040
0050
0060
0070
0080
0090
0010
000
Power (BHP)Potencia (BHP)
Presión Estática (Pulgadas C.A.)Static Pressure (inches W.G.)
2200
RPM
1650
RPM
1100
RPM
ATC
UF-
18
Sp
ectr
os d
e P
ote
ncia
So
no
ra (
So
un
d P
ow
er
lev
el
Ra
tin
gs
)
Lw
L
Fre
q.
63
78
52
88
62
95
69
99
73
125
77
61
86
70
93
77
99
83
250
77
68
88
79
92
83
97
88
500
76
73
89
86
96
93
100
97
1000
73
73
82
82
92
92
99
99
2000
67
68
76
77
85
86
92
93
4000
61
62
71
72
79
80
86
87
8000
53
52
64
63
73
72
81
80
To
tal
84
78
94
88
101
97
106
102
HZ
dB
(L)
dB
(A)
dB
(L)
dB
(A)
dB
(L)
dB
(A)
dB
(L)
dB
(A)
Lw
L
Lw
L
Lw
L
Lw
A
Lw
A
Lw
A
Lw
A
1100 1650 2200 2750
Revoluciones por minuto (RPM)
Cur
vas
de O
pera
ción
(Per
form
ance
Cur
ves)
Air F
low
(CFM
)C
auda
l (PC
M)
CO
RP
OR
AT
ION
, S
.A. D
E C
.V.
Todas
las
Capaci
dades
est
án b
asa
das
en
la D
en
sid
ad
Est
án
da
r d
e A
ire
de 0
.075 L
b/f
t³ @
70°
F y
0 p
ies
de E
leva
ció
n (
1.2
kg
/m³
@ 2
1°C
y
0 m
t).
All
Capaci
ties
are
base
d o
n S
tandard
Air D
en
sity
of
0.0
75
Lb
/ft³
@ 7
0°F
and 0
Ft.
ele
vatio
n (
1.2
kg/m
³ @
21°C
an
d 0
mt)
.
Dato
s obte
nid
os
de a
cuerd
o a
la n
orm
a A
MC
A e
stándar
301.
(Info
rmatio
n o
bta
ined a
ccord
ing t
o t
he A
MC
A S
tandard
301)
20
UF-
20
0.25
"0.
50 "
0.75
"1.
00 "
2.00
"3.
00 "
4.00
"5.
00 "
6.00
"7.
00 "
8.00
"
RPM
B
HPCF
MFP
MM
³/HR
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
Pres
ión
Esta
tica
en P
ulga
das
C.A.
( S
tatic
Pre
ssur
e in
Inch
es W
. G. )
4764
5240
5717
6193
6670
7146
7622
8099
8094
8903
9713
1052
2
1133
212
141
1295
013
760
2000
2200
2400
2600
2800
3000
3200
3400
1035
1128
1223
1317
1412
1507
1603
1699
0.97
1.25
1.59
1.99
2.45
2.98
3.59
4.27
1088
1178
1268
1358
1.12
1.42
1.78
2.19
1141
1225
1312
1400
1.29
1.60
1.97
2.39
1191
1271
1354
1441
1.47
1.79
2.17
2.61
1386
1451
1521
1595
1451
1544
1638
1732
2.66
3.21
3.83
4.53
1490
1580
1672
1764
2.88
3.44
4.07
4.79
1527
1615
1705
1795
3.11
3.68
4.32
5.04
1906
2144
2382
2620
3238
3643
4047
4451
800
900
1000
1100
520
556
595
636
0.12
0.15
0.18
0.22
637
663
693
726
0.22
0.25
0.29
0.33
742
761
784
811
0.36
.038
0.42
0.47
840
853
871
893
0.52
0.54
0.58
0.62
2858
3335
3811
4288
1200
1400
1600
1800
678
764
852
943
0.27
0.39
0.54
0.73
760
836
918
1002
0.38
0.51
0.67
0.88
840
907
980
1058
0.52
0.65
0.82
1.03
918
975
1041
1113
0.67
0.81
0.98
1.20
1196
1229
1273
1325
1.49
1.62
1.80
2.03
4856
5666
6475
7285
1457
1485
1523
2.70
2.86
3.08
Diá
me
tro
de T
urb
ina =
Áre
a d
e S
uc
ció
n =
2.6
39 F
t²A
rea d
e D
es
ca
rga =
2.3
82 F
t²R
PM
M
ax =
Cla
se I
Cla
se I
IV
elo
cid
ad
Ta
ng
en
cia
l (F
PM
) =
5.2
36 x
RP
MM
ax
. B
HP
= 0
.87
2 (
RP
M/1
00
0)³
1910
2500
Wh
ee
l D
iam
ete
r =
Inta
ke A
rea =
2.6
39 F
t²D
isc
ha
rge A
rea =
2.3
82 F
t²M
ax
. R
PM
= C
las
s I
Cla
ss I
I T
ip S
pe
ed
(F
PM
) =
5.2
36 x
RP
MM
ax
. B
HP
= 0
.87
2 (
RP
M/1
00
0)³
1910
2500
5.31
6.18
8575
9052
1456
915
379
3600
3800
1795
1892
5.04
5.90
1856
1950
5.58
6.46
1887
1978
5.85
6.75
2004
2090
1826
1921
1673
1752
1834
1919
Cau
dal
(Vol
ume)
Velo
cida
dD
esca
rga
(Out
let V
eloc
ity)
Esp
ecifi
caci
ones
Téc
nica
s (P
erfo
rman
ce D
ata)
Los
núm
ero
s en n
egrito
repre
senta
n la
efic
ienci
a M
áxi
ma.
Áre
as
Som
bre
adas
repre
senta
n c
lase
II ve
ntil
adore
s.B
old
fig
ure
s in
dic
ate
maxi
mun e
ffic
iency
Cla
ss II F
ans
found in
Shaded A
reas.
CO
RP
OR
AT
ION
, S
.A. D
E C
.V.
7.88
8.55
9.32
10.1
7
2.32
2.66
3.07
3.54
1813
1885
1960
2037
5.20
5.84
6.56
7.37
1569
1622
1682
1745
3.37
3.72
4.15
4.63
1951
2015
2082
2153
6.47
7.13
7.87
8.70
1742
1785
1835
1891
4.61
4.96
5.39
5.89
1907
1941
1982
2030
6.04
6.37
6.79
7.30
2083
2141
2203
2268
9.44
10.11
10.8
811
.75
1681
1707
4.14
4.34
1879
5.79
2062
2089
2124
2165
7.65
7.95
8.36
8.84
2212
2263
2319
2379
2232
2261
2296
9.69
10.0
810
.56
12.9
513
.61
2393
2423
11.9
412
.40
2458
2499
7.02
7.96
2116
2198
8.27
9.26
2227
2302
9.63
10.6
423
3524
0711
.1112
.15
12.7
124
43
4.08
4.69
5.38
6.16
11.1
211
.81
12.8
513
.44
2336
2383
2452
2489
21
SP
2500
RP
M
Pow
er 2
500
RP
M
0.0
2.5
5.0
7.5
10.0
0.0
2.5
5.0
7.5
10.0
12.5
15.0
010
0020
0030
0040
0050
0060
0070
0080
0090
0010
000
1100
0
Power (BHP)Potencia (BHP)
Presión Estática (Pulgadas C.A.)Static Pressure (inches W.G.)
2000
RP
M15
00 R
PM
1000
RP
M
ATC
UF-
20
Sp
ectr
os d
e P
ote
ncia
So
no
ra (
So
un
d P
ow
er
lev
el
Ra
tin
gs
)
Lw
L
Fre
q.
63
79
53
88
62
94
68
99
73
125
79
63
87
71
94
78
99
83
250
79
70
88
79
94
85
98
89
500
77
74
87
84
94
91
99
96
1000
72
72
84
84
92
92
98
98
2000
66
67
79
80
87
88
94
95
4000
60
61
73
74
81
82
88
89
8000
53
52
66
65
75
74
82
81
To
tal
85
78
94
89
101
96
106
102
HZ
dB
(L)
dB
(A)
dB
(L)
dB
(A)
dB
(L)
dB
(A)
dB
(L)
dB
(A)
Lw
L
Lw
L
Lw
L
Lw
A
Lw
A
Lw
A
Lw
A
1000 1500 2000 2500
Revoluciones por minuto (RPM)
Cur
vas
de O
pera
ción
(Per
form
ance
Cur
ves)
Air F
low
(CFM
)C
auda
l (PC
M)
CO
RP
OR
AT
ION
, S
.A. D
E C
.V.
Todas
las
Capaci
dades
est
án b
asa
das
en
la D
en
sid
ad
Est
án
da
r d
e A
ire
de 0
.075 L
b/f
t³ @
70°
F y
0 p
ies
de E
leva
ció
n (
1.2
kg
/m³
@ 2
1°C
y
0 m
t).
All
Capaci
ties
are
base
d o
n S
tandard
Air D
en
sity
of
0.0
75
Lb
/ft³
@ 7
0°F
and 0
Ft.
ele
vatio
n (
1.2
kg/m
³ @
21°C
an
d 0
mt)
.
Dato
s obte
nid
os
de a
cuerd
o a
la n
orm
a A
MC
A e
stándar
301.
(Info
rmatio
n o
bta
ined a
ccord
ing t
o t
he A
MC
A S
tandard
301)
22
9.21
9.98
10.8
811
.87
UF-
22
0.25
"0.
50 "
0.75
"1.
00 "
2.00
"3.
00 "
4.00
"5.
00 "
6.00
"7.
00 "
8.00
"
RPM
B
HPCF
MFP
MM
³/HR
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
Pres
ión
Esta
tica
en P
ulga
das
C.A.
( S
tatic
Pre
ssur
e in
Inch
es W
. G. )
5888
6477
7066
7654
8243
8832
9421
1001
0
1000
411
004
1200
513
004
1400
515
006
1600
617
007
2000
2200
2400
2600
2800
3000
3200
3400
932
1015
1100
1185
1271
1356
1443
1529
1.13
1.46
1.87
2.33
2.87
3.49
4.20
5.01
980
1059
1141
1223
1.32
1.66
2.08
2.56
1026
1102
1181
1260
1.51
1.88
2.30
2.80
1071
1144
1219
1366
1.72
2.09
2.54
3.57
1246
1305
1368
1435
2.71
3.11
3.59
4.13
1306
1390
1474
1558
3.12
3.76
4.48
5.30
1340
1422
1504
1587
3.37
4.02
4.76
5.60
1374
1454
1534
1615
3.64
4.30
5.05
5.90
6.07
6.83
7.66
8.61
3.93
4.35
4.84
5.41
1754
1812
1872
1937
7.55
8.33
9.19
10.1
7
1566
1605
1650
1700
5.38
5.79
6.28
6.88
1714
1745
1782
1825
7.05
7.44
7.92
8.51
1873
1925
1981
2039
11.0
111
.80
12.7
113
.73
2355
2650
2944
3238
4001
4502
5002
5501
800
900
1000
1100
468
501
535
572
0.14
0.18
0.21
0.26
572
596
622
653
0.26
0.30
0.34
0.39
668
685
706
730
0.42
0.45
0.49
0.54
755
767
783
802
0.60
0.63
0.67
0.72
3533
4122
4710
5299
1200
1400
1600
1800
609
687
767
848
0.32
0.45
0.63
0.85
684
752
825
902
0.45
0.60
0.79
1.03
756
815
882
952
0.60
0.76
0.96
1.21
825
877
937
1001
0.79
0.95
1.15
1.40
1075
1105
1145
1192
1.74
1.89
2.10
2.37
6003
7003
8002
9003
3.14
3.33
3.60
1510
1534
4.82
5.05
1690
6.75
1854
1878
1910
1947
8.93
9.28
9.75
10.3
3
1989
2035
2086
2141
2007
2032
2064
11.3
211
.75
12.3
1
15.11
15.8
8
2151
2178
13.9
214
.46
2210
2247
Diá
me
tro
de
Tu
rbin
a =
Áre
a d
e S
uc
ció
n =
3.2
73
Ft²
Are
a d
e D
es
ca
rga
= 2
.94
4 F
t²R
PM
M
ax
= C
las
e I
Cla
se
II
Ve
loc
ida
d T
an
ge
nc
ial
(FP
M)
= 5
.82
5 x
RP
MM
ax
. B
HP
= 1
.40
(R
PM
/10
00
)³
17
20
22
50
Wh
ee
l D
iam
ete
r =
In
tak
e A
rea
=3
.27
3 F
t²D
isc
ha
rge
Are
a =
2.9
44
Ft²
Ma
x.
RP
M =
Cla
ss
I
C
las
s I
I T
ip S
pe
ed
(F
PM
) =
5.8
25
x R
PM
Ma
x.
BH
P =
1.4
0 (
RP
M/1
00
0)³
17
20
22
50
6.22
7.23
1059
811
187
1800
619
007
3600
3800
1615
1703
5.90
6.91
1671
1754
6.53
7.55
1698
1780
6.85
7.90
1803
1880
8.21
9.31
9.66
10.8
220
0320
7111
.25
12.4
421
0121
6512
.99
14.2
016
4417
2914
.84
2197
1504
1576
1651
1726
4.76
5.48
6.30
7.20
1411
1459
1512
1569
1309
1335
1369
1904
1977
1630
1696
1762
1832
Cau
dal
(Vol
ume)
Velo
cida
dD
esca
rga
(Out
let V
eloc
ity)
Esp
ecifi
caci
ones
Téc
nica
s (P
erfo
rman
ce D
ata)
Los
núm
ero
s en n
egrito
repre
senta
n la
efic
ienci
a M
áxi
ma.
Áre
as
Som
bre
adas
repre
senta
n c
lase
II ve
ntil
adore
s.B
old
fig
ure
s in
dic
ate
maxi
mun e
ffic
iency
Cla
ss II F
ans
found in
Shaded A
reas.
CO
RP
OR
AT
ION
, S
.A. D
E C
.V.
12.9
913
.77
14.6
815
.71
2101
2143
2189
2239
SP
2250
RP
M
Pow
er 2
250
RP
M
0.0
2.5
5.0
7.5
10.0
0.0
2.5
5.0
7.5
10.0
12.5
15.0
025
0050
0075
0010
000
1250
0
Power (BHP)Potencia (BHP)
Presión Estática (Pulgadas C.A.)Static Pressure (inches W.G.)
1800
RP
M13
50 R
PM
900
RP
M
23
ATC
UF-
22
Sp
ectr
os d
e P
ote
ncia
So
no
ra (
So
un
d P
ow
er
lev
el
Ra
tin
gs
)
Lw
L
Fre
q.
63
79
53
89
63
96
70
101
75
125
78
62
88
72
95
79
100
84
250
78
69
89
80
95
86
99
90
500
78
75
88
85
98
95
102
99
1000
74
74
84
84
91
91
99
99
2000
67
68
78
79
85
86
92
93
4000
62
63
72
73
80
81
86
87
8000
54
53
65
64
73
72
80
79
To
tal
85
79
95
89
102
97
108
104
HZ
dB
(L)
dB
(A)
dB
(L)
dB
(A)
dB
(L)
dB
(A)
dB
(L)
dB
(A)
Lw
L
Lw
L
Lw
L
Lw
A
Lw
A
Lw
A
Lw
A
900 1350 1800 2250
Revoluciones por minuto (RPM)
Cur
vas
de O
pera
ción
(Per
form
ance
Cur
ves)
Air F
low
(CFM
)C
auda
l (PC
M)
CO
RP
OR
AT
ION
, S
.A. D
E C
.V.
Todas
las
Capaci
dades
est
án b
asa
das
en la
De
nsi
da
d E
stá
nd
ar
de
Aire
de 0
.075 L
b/f
t³ @
70°
F y
0 p
ies
de E
leva
ción (
1.2
kg
/m³
@ 2
1°C
y
0 m
t).
All
Capaci
ties
are
base
d o
n S
tandard
Air D
ensi
ty o
f 0
.07
5 L
b/f
t³ @
70
°F
and 0
Ft.
ele
vatio
n (
1.2
kg/m
³ @
21°C
and 0
mt)
.
Dato
s obte
nid
os
de a
cuerd
o a
la n
orm
a A
MC
A e
stándar
301.
(Info
rmatio
n o
bta
ined a
ccord
ing t
o t
he A
MC
A S
tandard
301)
24
11.6
912
.69
13.8
115
.08
UF-
24
0.25
"0.
50 "
0.75
"1.
00 "
2.00
"3.
00 "
4.00
"5.
00 "
6.00
"7.
00 "
8.00
"
RPM
B
HPCF
MFP
MM
³/HR
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
RPM
B
HPRP
M
BHP
Pres
ión
Esta
tica
en P
ulga
das
C.A.
( S
tatic
Pre
ssur
e in
Inch
es W
. G. )
7098
7808
8518
9227
9937
1064
711
357
1206
7
1206
013
266
1447
215
677
1688
318
089
1929
620
502
2000
2200
2400
2600
2800
3000
3200
3400
845
921
998
1074
1153
1230
1308
1387
1.44
1.86
2.37
2.95
3.64
4.43
5.33
6.34
889
961
1034
1108
1.67
2.11
2.63
3.24
931
1000
1070
1143
1.92
2.38
2.92
3.55
972
1037
1105
1176
2.18
2.66
3.21
3.87
1131
1184
1241
1301
3.44
3.95
4.55
5.24
1184
1260
1336
1413
3.95
4.76
5.68
6.71
1216
1289
1364
1439
4.28
5.10
6.05
7.09
1246
1318
1392
1465
4.60
5.45
6.41
7.48
7.71
8.66
9.74
10.9
2
4.99
5.53
6.15
6.88
1591
1645
1700
1757
9.59
10.5
911
.69
12.9
1
1422
1457
1498
1543
6.84
7.36
8.00
8.75
1556
1584
1618
1657
8.97
9.46
10.0
910
.82
1700
1747
1797
1850
14.0
015
.00
16.1
617
.42
2839
3194
3549
3904
4823
5427
6030
6633
800
900
1000
1100
425
454
486
519
0.18
0.22
0.27
0.33
519
541
565
592
0.33
0.38
0.43
0.49
606
621
641
662
0.53
0.57
0.63
0.69
686
697
711
729
0.77
0.81
0.85
0.92
4259
4969
5678
6388
1200
1400
1600
1800
553
623
696
770
0.40
0.58
0.80
1.09
620
683
749
817
0.57
0.76
1.00
1.30
686
740
799
863
0.77
0.96
1.21
1.53
749
796
849
909
1.00
1.20
1.46
1.79
976
1003
1039
1082
2.21
2.40
2.67
3.02
7236
8442
9647
1085
3
4.00
4.24
4.57
1371
1394
6.14
6.44
1534
8.59
1684
1706
1734
1767
11.3
611
.81
12.4
113
.13
1805
1847
1894
1942
1822
1845
1873
14.4
014
.96
15.6
5
19.2
120
.21
1953
1977
17.7
218
.39
2006
2040
Diá
me
tro
de T
urb
ina =
Á
rea d
e S
uc
ció
n =
4.0
50 F
t²A
rea d
e D
es
ca
rga =
3.5
49 F
t²R
PM
M
ax =
Cla
se I
Cla
se I
IV
elo
cid
ad
Ta
ng
en
cia
l (F
PM
) =
6.4
14 x
RP
MM
ax
. B
HP
= 2
.38 (
RP
M/1
00
0)³
15
60
20
50
Wh
ee
l D
iam
ete
r =
Inta
ke A
rea =
4.0
50 F
t²D
isc
ha
rge A
rea =
3.5
49 F
t²M
ax
. R
PM
= C
las
e I
Cla
se I
I T
ip S
pe
ed
(F
PM
) =
6.4
14 x
RP
MM
ax
. B
HP
= 2
.38 (
RP
M/1
00
0)³
15
60
20
50
7.87
9.16
1277
613
486
2170
622
913
3600
3800
1465
1544
7.48
8.76
1515
1591
8.28
9.59
1539
1614
8.68
10.0
116
3617
0610
.41
11.8
112
.26
13.7
218
1718
7914
.28
15.8
019
0719
6416
.50
18.0
314
9015
6718
.92
1996
1364
1430
1497
1565
6.05
6.96
7.98
9.13
1280
1324
1372
1425
1189
1212
1243
1727
1793
1480
1538
1599
1662
Cau
dal
(Vol
ume)
Velo
cida
dD
esca
rga
(Out
let V
eloc
ity)
Esp
ecifi
caci
ones
Téc
nica
s (P
erfo
rman
ce D
ata)
Los
núm
ero
s en n
egrito
repre
senta
n la
efic
ienci
a M
áxi
ma.
Áre
as
Som
bre
adas
repre
senta
n c
lase
II ve
ntil
adore
s.B
old
fig
ure
s in
dic
ate
maxi
mun e
ffic
iency
Cla
ss II F
ans
found in
Shaded A
reas.
CO
RP
OR
AT
ION
, S
.A. D
E C
.V.
16.5
217
.51
18.6
719
.97
1908
1945
1987
2032
Sp
ectr
os d
e P
ote
ncia
So
no
ra (
So
un
d P
ow
er
lev
el
Ra
tin
gs
)
Lw
L
Fre
q.
63
79
53
90
64
97
71
102
76
125
79
63
88
72
94
78
100
84
250
79
70
89
80
96
87
100
91
500
78
75
88
85
97
94
103
100
1000
74
74
84
84
91
91
98
98
2000
67
68
78
79
85
86
92
93
4000
61
62
73
74
79
80
86
87
8000
54
53
65
64
73
72
80
79
To
tal
85
79
95
89
103
97
108
104
HZ
dB
(L)
dB
(A)
dB
(L)
dB
(A)
dB
(L)
dB
(A)
dB
(L)
dB
(A)
Lw
L
Lw
L
Lw
L
Lw
A
Lw
A
Lw
A
Lw
A
820 1230 1640 2050
Revoluciones por minuto (RPM)
SP 2
050
RPM
Pow
er 2
050
RPM
0.0
2.5
5.0
7.5
10.0
05101520
025
0050
0075
0010
000
1250
015
000
Power (BHP)Potencia (BHP)
Presión Estática (Pulgadas C.A.)Static Pressure (inches W.G.)
1640
RPM
1230
RPM
820
RPM
25
ATC
UF-
24
Cur
vas
de O
pera
ción
(Per
form
ance
Cur
ves)
Air F
low
(CFM
)C
auda
l (PC
M)
CO
RP
OR
AT
ION
, S
.A. D
E C
.V.
Todas
las
Capaci
dades
est
án b
asa
das
en la
De
nsi
da
d E
stá
nd
ar
de
Aire
de
0.0
75 L
b/f
t³ @
70°
F y
0 p
ies
de E
leva
ción (
1.2
kg
/m³
@ 2
1°C
y
0 m
t).
All
Capaci
ties
are
base
d o
n S
tandard
Air D
ensi
ty o
f 0
.07
5 L
b/f
t³ @
70
°F
and 0
Ft.
ele
vatio
n (
1.2
kg/m
³ @
21°C
and 0
mt)
.
Dato
s obte
nid
os
de a
cuerd
o a
la n
orm
a A
MC
A e
stándar
301.
(Info
rmatio
n o
bta
ined a
ccord
ing t
o t
he A
MC
A S
tandard
301)
26
(DIMENSIONAL DATA)DIMENSIONES GENERALES
S
N
G
T
FLE
CH
A
O
VISTA PLANTA PARA BARRENOS(FOUNDATION PLAN)
VISTA FRONTAL(FRONT VIEW)
E
D
F
A
C
HG
B
VISTA LATERAL(SIDE VIEW)
CLENVOLVENTE
Q
PO
N S
L KR
J
(HOUSING)
(SH
AF
T)
C L
Diámetro Barrenos(O Base Holes)
CORPORATION, S.A. DE C.V.
ATCUF
M
27
DIM
EN
SIO
NE
S G
EN
ER
AL
ES
(DIM
EN
SIO
NA
L D
ATA
)
CO
RP
OR
AT
ION
, S
.A. D
E C
.V.
1 1
/8
1 1
/8
1 1
/8
1 3
/8
1 3
/8
1 5
/8
1 5
/8
1 5
/8
1 5
/8
1 1
/8
1 1
/8
1 3
/8
1 3
/8
1 5
/8
1 5
/8111
1.33
3
1.61
6
1.99
5
2.38
2
2.94
4
3.54
9
1.09
8
0.88
7
0.64
4
1.48
4
1.81
6
2.18
1
2.63
9
3.27
3
4.05
0
1.18
6
0.99
4
0.63
0
WH
EE
L D
IAM
ETE
R(IN
)
SH
AFT
D
IAM
ETE
RC
LAS
S II
(IN)
SH
AFT
D
IAM
ETE
RC
LAS
S I
(IN)
DIS
CH
AR
GE
AR
EA(F
T )2
INTA
KE
AR
EA
(FT
)2M
OD
EL
DIA
ME
TRO
FLE
CH
AC
LAS
E II
(IN)
DIA
ME
TRO
FLE
CH
AC
LAS
E I
(IN)
AR
EA
D
ES
CA
RG
A
(FT
)2
AR
EA
SUC
CIÓ
N
(FT
)2
DIA
MET
RO
TUR
BIN
A(IN
)M
OD
ELO
UF -
10
UF -
12
UF -
13
UF -
15
UF -
16
UF -
18
UF -
20
UF -
22
UF -
24
2 2 2 1/
4
2 1/
4
2 1/
4
2 1/
2
2 1/
2
2 3/
4
3 1/
4I
3 1/
4
3 1/
4
11 1/
4
13 5
/8
15 1
/4
16 7/
8
18 5/
8
20 3/
4
22 7/
8
25 1/
8
27 5/
8
8 1/
2
10 11 12 13 14
15 1
/2
17 19
19 22 7/
8
24 7/
8
27 29 3/
4
32 1/
2
36 1/
8
39 3/
4
43 3/
4
10 5
/8
12 15
/16
14 1/
4
15 13
/16
17 1/
2
19 5/
6
21 3/
8
23 9/
16
2515
/16
24 3/
4
27 3/
4
30 33 3/
4
36 3/
4
40 1/
2
44 1/
2
49 1/
4
53 1/
4
14 1/
8
14 13
/16
15 3/
4
17 15
/16
19 1/
4
21 3/
16
23 1/
8
2511
/16
275/
16
AB
CD
EF
15 17 3/
4
18 3/
4
21 22 1/
2
26 1/
4
27 3/
4
30 1/
4
30 1/
4
G
16 1/
2
19 1/
4
20 1/
4
22 1/
2
24 28 1/
4
29 3/
4
32 1/
4
32 1/
4
H
3 1/
4
4 1/
4J 2 1/
4
2 1/
4
2 1/
4
3 1/
4
3 1/
4
12 1/
2
11 3/
8
16 7/
8
18 1/
2
K 8 1/
4
9 3/
8
10 3/
8
1513 7/
8
2222 26 26L 17 20 20 2525
30 1/
4
28 40 44 1/
4
M 21 23 1/
4
24 1/
2
35 3/
4
33 1/
2
17 1/
2
17 1/
2
20 1/
4
20 1/
4
N
12 1/
2
15 1/
2
15 1/
2
19 1/
4
19 1/
4
OP
QR
ST
PULG
ADAS
(INC
HES)
30 1/
2
30 3/
8
37 5/
8
39 5/
8
22 1/
2
26 3/
4
27 7/
8
35 1/
2
34 1/
2
3231 7/
8
39 5/
8
41 5/
8
24 28 1/
4
29 3/
8
37 1/
2
36 1/
2
18 1/
4
16 1/
2
24 1/
2
27 1/
4
10 3/
4
13 1/
2
14 3/
4
2220
37 3/
4
36 5/
8
46 1/
8
48 3/
4
27 1/
2
31 5/
8
32 5/
8
43 1/
4
42 1/
8
1312 7/
8
17 3/
8
19 3/
8
10 11 1/
4
12 3/
8
16 1/
4
15 1/
4
3/8
3/8
3/8
1/2
1/2
1/2
1/2
1/2
1/2
10 1
/4
12 1/
2
14 15 1/
8
16 11
/16
18 9/
16
20 7/
16
22 9/
16
24 5/
8
The Direction of Rotation is determined from the drive side of the Fan, opposite side of inlet. The direction and angle of discharge are determined in accordance with the diagrams below:
THCW
TADCW
TAUCW
UBCW
DBCW
BADCW
BAUCW
BHCW
SENTIDO RELOJ
(CLOCKWISE)CW
THCCW
TADCCW
TAUCCW
UBCCW
DBCCW
BADCCW
BAUCCW
BHCCW
28
Rotation and Discharge
Rotación y descarga
La Dirección de Rotación de la Turbina se determina vista de lado del motor, opuesto al lado de la succión. La dirección y ángulo de Descarga se determina de los siguientes diagramas:
TH
TAD
DB
BAD
BH
BAU
UB
TAU
Top Horizontal
Top Angular Down
Down Blast
Bottom Angular Down
Bottom Horizontal
Bottom Angular Up
Up Blast
Top Angular Up
(Descarga Horizontal Arriba)
Descarga Horizontal-Angular Abajo
(Descarga Vertical Abajo)
Descarga Vertical-Angular Abajo
(Descarga Horizontal Abajo)
Descarga Horizontal-Angular Arriba
(Descarga Vertical Arriba)
Descarga Vertical-Angular Arriba
TH
DB
BH
UB
Top Horizontal
Down Blast
Bottom Horizontal
Up Blast
CORPORATION, S.A. DE C.V.
ATCUF