Fans & Blowers Catalog Datasheet by NMB Technologies Corporation

View All Related Products | Download PDF Datasheet
r_ Eflflfi DC Axial ‘ DC Blowers °AC Axial
DC Axial DC Blowers AC Axial
Fans
NMB offers a comprehensive line of more than |00 axial
NMB Technologies Corporation is a subsidiary of NMB
(USA) Inc., the North American headquarters and
operating center of the Minebea Group of Companies.
Minebea Co., Ltd., was established in 1951 as Japan’s first
specialized manufacturer of miniature ball bearings.
Today, the Company is the world’s leading comprehensive
manufacturer of miniature ball bearings and high precision
components, supplying customers worldwide in the
information and telecommunications equipment industry,
as well as the aerospace, automotive and household
electrical appliance industries.
The Minebea Group consists of 43 subsidiaries and
affiliates in 16 countries, including Japan, Thailand, China
and Singapore as well as several others in Europe and
the Americas. The Group maintains 30 plants and 37
sales offices, and employs approximately 55,000 people
worldwide.
NMB offers a comprehensive line of more than 100 axial
fans ranging in size from 25mm to 173mm. DC and AC
axial fans and blowers are designed to solve thermal
management problems for our OEM customers.
Producing over 100 million fans per year, NMB’s focus
is on total thermal management solutions.
NMB Technologies Corporation’s domestic headquarters
are located in Chatsworth, California. Highly trained
application engineers, experienced product managers and
customer service representatives work closely with
customers to develop the most cost effective solutions
for today’s challenging applications. Pre-design and after-
delivery follow-up assure complete customer satisfaction.
Contact NMB Technologies Corporation today. Visit our
web site at www.nmbtc.com or call our Fan Product
Group directly at 818-341-3355.
NMB Technologies Corporation
lNMB-MAT “MB“-
NMBTC.COM / 818.341.3355
Table of Contents
i.1
Table of Contents
DC Axial Fans
Common Specifications and Part Numbering System .............................................................................. 1.1
Common Specifications and Part Numbering System - Turbo Fans ...................................................... 1.2
1604KL ................................................................................................................................................................ 1.3
1608VL ................................................................................................................................................................ 1.4
1619FT................................................................................................................................................................. 1.5
2410SB ................................................................................................................................................................. 1.5
3110SB ................................................................................................................................................................. 1.7
3610SB ................................................................................................................................................................. 1.8
3610VL ................................................................................................................................................................ 1.9
4715KL ..............................................................................................................................................................1.10
4715KL 3 Blade ...............................................................................................................................................1.11
4715VL ..............................................................................................................................................................1.12
5920VL ..............................................................................................................................................................1.13
DC Blowers
Common Specifications and Part Numbering System .............................................................................. 2.1
BM5020 ............................................................................................................................................................... 2.2
BG0703 ............................................................................................................................................................... 2.3
BG0903 ............................................................................................................................................................... 2.4
BG1203 ............................................................................................................................................................... 2.5
Notes ................................................................................................................................................................... 2.6
AC Axial Fans
Common Specifications and Part Numbering System .............................................................................. 3.1
2412PS ................................................................................................................................................................. 3.2
3110MS ................................................................................................................................................................ 3.3
3110PS ................................................................................................................................................................. 3.4
3115FS ................................................................................................................................................................. 3.5
3115PS .........................................................................................................................................................3.6 - 3.7
3610PS .........................................................................................................................................................3.8 - 3.9
4710PS .................................................................................................................................................... 3.10 - 3.11
4715FS ...............................................................................................................................................................3.12
4715HS Plastic Blades/Standard ...................................................................................................................3.13
4715HS Plastic Blades/Potting ......................................................................................................................3.14
4715MS ................................................................................................................................................... 3.15 - 3.16
4715TS Metal Blades/Standard .....................................................................................................................3.17
4715TS Metal Blades/Potting ........................................................................................................................3.18
5915PC Plastic Blades/Standard ........................................................................................................ 3.19 - 3.20
5915PC Plastic Blades/Potting ......................................................................................................................3.21
5915PC Metal Blades/Standard ....................................................................................................................3.22
5915PC Metal Blades/Potting .......................................................................................................................3.23
Agency Approvals ........................................................................................................................4.1 - 4.2
Fan Engineering ...........................................................................................................................5.1 - 5.8
Accessories - Fan Guards ........................................................................................................... 6.1
Fan Accessories Matrix (Guards/Mounting Clips/Cord Sets) ....................................... 6.2
Warranty ..................................................................................................................................................... 6.3
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
c B- 9‘ ®\ @\ @x @\ @\ (9‘ 6‘ @w (3‘ ®\
DC Axial Fans
11. Individual Specifications
Standard Type
00 Standard
01~99: Custom
Sensor Type
00: Locked Rotor
Alarm Signal
(Standard)
01~49: Locked Rotor
Alarm Signal
(Custom)
50: Tachometer Signal
(Standard)
51~99: Tachometer Signal
(Custom)
Through Hole
Through Hole
Rib Type Flange Type
One Side Rib Type One Side Flange Type
1. Frame Size
10:25mm
12:30mm
14:35mm
16:40mm
20:50mm
21:52mm
24:60mm
28:70mm
31:80mm
36:92mm
47:119mm
50:127mm
59:150mm
68:172mm
2. Overall Length
(Thickness)
04:10mm
06:15mm
08:20mm
10:25mm
12:32mm
15:38mm
20:50mm
3. Series
P Series
M Series
N Series
K Series
H Series
S Series
F Series
R Series
V Series
4. Motor Function
Brushless Type DCM
5. Input Voltage
O: Standard Current
C: Special Current
D~Z: Special Current
(A.B.O. are not used)
6. Termination
W: Lead Wires
T: Terminal
(Terminal option on
3610KL and 4715KL
Series)
7. Bearing
B: Ball Bearing
S: Sleeve Bearing
8. Speed
1<2<3<4<5<6<7<8
low high
9. Special Control Function
0: Standard Type
9: Sensor Type
7: Temperature Detecting Variable
Speed Type/PWM Control Type
6: Temperature Detecting Variable
Speed Type/Sensor Type
5: 2-Speed Type/Sensor Type
8: 2-Speed Type
10. Product Number
Item Classification Mounting Style
L: Standard Model Rib Type
P: Standard Model Flange Type
B: Standard Model Rib Type
E: Standard Model Flange Type
G: Standard Model Rib Type
D: Standard Model Flange Type
Common Specifications
Common Specifications
24 10 M L 04 W – B 1 0 X 00
1 2 3 4 5 6 7 8 9 10 11
Vibration Test: .....................
Conforms to JIS C 60068-2-6, Amplitude: 1.5mm, Frequency 10 to 55 Hz, 1 hour in each of
the X, Y and Z directions.
Shock Test: ......................... Conforms to JIS C 60068-2-27, Acceleration rate: 981 m/s2*, Application time: 6ms once
each in the X, Y and Z directions. Note: For the 1604KL, 1608KL, and 2406KL series, the
conditions of the shock test are as follows: Acceleration rate: 500 m/s2, Application time:
11ms once each in the X, Y and Z directions.
Locked Rotor Protection : ..The motor is protected from burnout in the locked rotor condition for 72 hours at the rated
voltage.
Polarity Protection : ............The fans are Reverse Polarity protected at the rated voltage.
Insulation Class : ................ E class (UL: Class A)
Auto Restart:.......................Most fan models provide current shut-down/auto restart function under locked rotor conditions.
Notes: Additional performance requirements can be determined between manufacturer and customer, based on customer’s request.
Ball bearing fans may be installed in a horizontal, vertical or angled position
1.1
Part Numbering System
NMBTC.COM / 818.341.3355
5: 24V
6: 36V
7: 48V
9: Other
1: 5V
2: 6V
3: 9v
4: 12V
l & NMB-MAT NMB' 4— NMBTCLOM r m 3“,:sz MsrurbaFa N ’16)
Common Specifications
NMBTC.COM / 818.341.3355
1. Tach Signal
2. Specification
V
psmax: +15VDC
I
p
max: 5mA [VLO max = 1.2V]
Ta = 25˚C
DC Axial Turbo Fans
1.2
1.) When the rotor is locked at VOH position of signal, signal keeps VOH position or signal becomes
to VOL position for a few seconds at any time of the auto-restart motion.
2.) When the rotor is locked at VOL position of signal, signal keeps VOL position or signal becomes
to VOH position for a few seconds at any time of the auto-restart motion.
3.) T=T1+T2+T3 +T4= 1 Rotation
T
1=T2=T3=T4= 60/4m m:(min-1)
VDS max +15V
ID max 5mA
White Lead
Fan Motor Inside
Tach Signal Output
Black Lead
GND
Fig. 1 Tach Signal Circuit
R
3-1 (Case-1) Locked Rotor
VOH
VOL
T1T2T3T4
(1 Rotation)
3-2 (Case-2)
VOH
Locked Rotor
VOL
T1T2T3T4
(1 Rotation)
T
T
or
or
Warning: Improper connection of the sensor lead may cause damage to the motor drive IC. We shall be free from compensation, if trouble occurs due to
insertion of opposite direction.
Common Specifications
PATENT PENDING
D I 9 NMB-MAT NMB‘
1.3
NMBTC.COM / 818.341.3355
General Specifications Characteristic Curves
DC Axial Fans
Specifications
Outline
Panel Cut-Outs
inch
(mm)
Units:
1604KL (40 X 10L)
Material
Casing : Plastic (Black) 94V-0
Impeller : Plastic (Black) 94V-0
Bearing : Ball Bearing
Lead Wire
: UL1061, AWG26, +Red, -Black
Expected Life
Failure Rate: 10%
25°C 60,000 Hours (B00)
Motor Protection:
Auto Restart/Polarity Protection
Insulation Resistance:
10M Ω or over with a DC500V Megger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
-10°C ~ +70°C (Operating)
-40°C ~ +70°C (Storage)
0
0 0.05 0.1 0.20.15 0.25
Air Flow
Static Pressure
Ps
(Pa)
50
40
30
20
10
(m3/min)
CFM
In H2O
B50
B40
B30
8.87.05.33.51.7
.04
.08
.12
.16
.20
8 – R3.0
AIR
.09
(2.3)
.10
(2.7)
NAME PLATE
1.26
(32.0 0.2)
1.57
(40.0 0.3)
1.26
(32.0 0.2)
1.57
(40.0 0.3)
.138
4 – (F3.5)
ROTATION
.39
(10.0 0.5)
7.87
(200) min
Rib Type Only
Rotation: Clockwise Airflow Outlet: Air Out Over Struts *1: Average Values in Free Air
Rated Operating Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
Product (V) (V) (A)*1 (W)*1 (min-1)*1 CFM*1 (m3/min)*1 in H2O (Pa)*1 (dB)*1 (g)
No.
1604KL-01W-B30- X00 5 4.5 ~ 5.5 0.075 0.375 4500 4.2 0.12 .096 24.0 22.0 15
1604KL-01W-B40- X00 5 4.5 ~ 5.5 0.120 0.600 5500 5.3 0.15 .136 34.0 25.0 15
1604KL-01W-B50- X00 5 4.5 ~ 5.5 0.155 0.775 6500 6.0 0.17 .184 46.0 29.0 15
1604KL-04W-B30- X00 12 10.2 ~ 13.8 0.062 0.744 4500 4.2 0.12 .096 24.0 22.0 15
1604KL-04W-B40- X00 12 10.2 ~ 13.8 0.073 0.876 5500 5.3 0.15 .136 34.0 25.0 15
1604KL-04W-B50- X00 12 10.2 ~ 13.8 0.073 0.876 6500 6.0 0.17 .184 46.0 29.0 15
1.3
’NMB-MAT NME} NMBTC COM J 8‘83!“ 3355 RQIATWPM 7 37 mm (20m
Motor Protection:
Auto Restart/Polarity Protection
Insulation Resistance:
10M Ω or over with a DC500V Megger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
-10°C ~ +70°C (Operating)
-40°C ~ +70°C (Storage)
(non-condensing environment)
Characteristic Curves
DC Axial Fans
1.4
NMBTC.COM / 818.341.3355
General Specifications
Specifications
1608VL (40 X 20L)
Panel Cut-Outs
inch
(mm)
Units:
Outline
Material
Casing : Plastic (Black) 94V-0
Impeller : Plastic (Black) 94V-0
Bearing : Ball Bearing
Lead Wire
: UL1007, AWG26, +Red, -Black
Expected Life
Failure Rate: 10%
25°C 50,000 Hours (B00)
Air Flow
Static Pressure
Ps
(Pa)
(m3/min)
CFM
In H2O
Speed
P-Q Curve
Speed Curve
0.20
0
10
20
30
50
60
70
80
0.0 0.04 0.08 0.12 0.16 0.20 0.24 0.28 0.32 0.36 0.40
0 1.4 2.8 4.2 5.6 7.0 8.4 9.8 11.2 12.6 14.0
0
2000
4000
6000
8000
10000
12000
14000
B40
B50
B60
40
90
0.40 100
16000
18000
20000
0.10
0.30
B40
B50
B60
1.26
(32.0)
1.50
(38.0)
1.26
(32.0)
1.50
(38.0)
1.50
(38.0)
1.26
(32.0)
1.50
(38.0)
1.26
(32.0)
OUTLET SIDEINLET SIDE
.137
(4 – F3.5)
.137
(4 – F3.5)
1.56
(F39.8)
1.56
(F39.8)
1.56
(F39.8)
1.56
(F39.8)
ROTATION
0.137
(4F3.5
±
0.2)
1.26
(32.0
±
0.2)
1.57
(40.1
±
0.3)
1.26
(32.0
±
0.2)
1.57
(40.0
±
0.3)
7.87
min (200)
0.78
(20.0
±
0.5)
NAME
PLATE
.157
(4.0)
.157
(4.0)
AIR
LOT NO.
Rotation: Clockwise Airflow Outlet: Air Out Over Struts *1: Average Values in Free Air
Rated Operating Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
Product (V) (V) (A)*1 (W)*1 (min-1)*1 CFM*1 (m3/min)*1 in H2O (Pa)*1 (dB)*1 (g)
No.
1608VL-04W-B40- BXX 12 7.0 ~ 13.2 0.08 1.02 7500 8.8 0.25 .24 58.8 29.0 40
1608VL-04W-B50- BXX 12 7.0 ~ 13.2 0.11 1.32 8500 10.2 0.29 .31 76.6 31.4 40
1608VL-04W-B60- BXX 12 7.0 ~ 13.2 0.13 1.56 9500 11.3 0.32 .40 99.3 34.6 40
1608VL-05W-B40- BXX 24 14.0 ~ 26.4 0.05 1.20 7500 8.8 0.25 .24 58.8 29.0 40
1608VL-05W-B50- BXX 24 14.0 ~ 26.4 0.07 1.68 8500 10.2 0.29 .31 76.6 31.4 40
1608VL-05W-B60- BXX 24 14.0 ~ 26.4 0.10 2.40 9500 11.3 0.32 .40 99.3 34.6 40
I g D NMB-MAT NMB‘ (40 nmsTurbaFaIlv J
1.5
NMBTC.COM / 818.341.3355
General Specifications
DC Axial Fans
Characteristic Curves
Specifications
Reference PWM Duty Vs. Speed Curve
Outline
Panel Cut-Outs
inch
(mm)
Units:
Material
Casing : Plastic (Black) 94V-0
Impeller : Plastic (Black) 94V-0
Bearing : Ball Bearing
Lead Wire
: UL10368, AWG24, +Red, -Black
Tach Sig. : White PWM Control : Brown
Expected Life
Failure Rate: 10%
40°C 70,000 Hours (B00)
Motor Protection:
Auto Restart/Polarity Protection
Insulation Resistance:
10M Ω or over with a DC500V Megger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
-10°C ~ +60°C (Operating)
-40°C ~ +70°C (Storage)
(non-condensing environment)
1619FT (40 X 48L)
PATENT PENDING
NEW!
0
10000
15000
20000
25000
30000
0 20 40 60 80 100
PWM Duty
Speed [min
-
1]
at Vin=12VDC, f=25.0kHz, Vst=4.5V(Hi)/0V(Lo), Ta=25˚C
5000
min
max
0% Duty Stop
1.57
( 40)
1.26
(32.0)
1.51
(38.4)
1.26
(32.0)
1.51
(38.4)
1.51
(38.4)
1.26
(32.0)
1.51
(38.4)
1.26
(32.0)
OUTLET SIDE INLET SIDE
.137
(4 – F3.5
±
0.3)
.137
(4 – F3.5
±
0.3)
1.62
F41.2
0.11
R2.9
Rotation: Clockwise Airflow Outlet: Air Out Over Struts *1: Average Values in Free Air
Rated Operating Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
Product (V) (V) (A)*1 (W)*1 (min-1)*1 CFM*1 (m3/min)*1 in H2O (Pa)*1 (dB)*1 (g)
No.
1619FT-04W-B86- BXX 12 10.8 ~ 13.2 1.05 12.60 23,000 28.9 0.82 3.29 820.0 62.0 71
.137
(4 – F3.5
±
0.3)
1.26
(32
±
0.3)
1.57
(40.0
±
0.5)
0.197
(5)
1.89
(48.0
±
0.5)
1.57
(40.0
±
0.5)
1.26
32.0
±
0.3
7.88
(200
±
15)
NAME
PLATE
LOT NO.
0.197
(5)
ROTATION
AIR
PWM Control Voltage
Vst = 0V ~ 0.5V Stop (On Duty 0%)
Vst = 3.3V ~ 5.0V Full Speed (On Duty 100%)
Vst = Open Full Speed
(At Ta = 25°C, rated voltage 12VDC)
Air Flow
Static Pressure
Ps
(Pa)
(m3/min)
CFM
In H2O
0
200
400
600
800
0. 0.2 0.4 0.6 0.8 1.0
0
5000
10000
15000
20000
25000
Speed
P-Q Curve
Speed Curve
0.0 7 14 21 28 35
.80
1.60
3.20
2.40
1000
4.00
1.5
I g D NMB-MAT NMB‘ 0 /
Motor Protection:
Auto Restart/Polarity Protection
Insulation Resistance:
10M Ω or over with a DC500V Megger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
-10°C ~ +70°C (Operating)
-40°C ~ +70°C (Storage)
(non-condensing environment)
Characteristic Curves
NMBTC.COM / 818.341.3355
General Specifications
DC Axial Fans
Specifications
Panel Cut-Outs
inch
(mm)
Units:
Outline
Material
Casing : Plastic (Black) 94V-0
Impeller : Plastic (Black) 94V-0
Bearing : Ball Bearing
Lead Wire
: UL3385, AWG26, +Red, -Black
Expected Life
Failure Rate: 10%
25°C 100,000 Hours (B00/E00)
2410SB (60 X 25L)
ROTATION
0.169
(4F3
±
0.2)
1.97
(50.0
±
0.3)
2.36
(60.0
±
0.5)
2.36
(60.0
±
0.5)
1.97
(50.0
±
0.3)
11.8
min (300)
.98
(25.0
±
0.5)
NAME
PLATE
.157
(4.0)
.157
(4.0)
AIR
1.97
(50.0)
2.28
(58.0)
1.97
(50.0)
2.28
(58.0)
2.28
(58.0)
1.97
(50.0)
OUTLET SIDEINLET SIDE
.169
(4 – F4.3)
2.56
( 65.0)
2.56
( 65.0)
2.28
(58.0)
1.97
(50.0)
.169
(4 – F4.3)
Air Flow
Speed
P-Q Curve
Speed Curve
Static Pressure
Ps
(Pa)
(m3/min)
CFM
In H2O
B20
B30
B40
B50
B20
B30
B40
B50
50
.75
0.00
0.06
0.15
0.20
0.35
0.30
0.25
0.10
0.00 0
.14 .28 .56 .42 .70
1000
2000
3000
4000
5000
6000
7000
0.00 5.0 10.0 20.015.0 25.0
25
Rotation: Clockwise Airflow Outlet: Air Out Over Struts *1: Average Values in Free Air
Rated Operating Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
Product (V) (V) (A)*1 (W)*1 (min-1)*1 CFM*1 (m3/min)*1 in H2O (Pa)*1 (dB)*1 (g)
No.
2410SB-04W-B20 B/EXX 12 6 ~ 13.8 0.06 0.72 3000 14.5 0.41 0.10 26 17.0 56
2410SB-04W-B30 B/EXX 12 6 ~ 13.8 0.08 0.96 3500 16.9 0.48 0.14 35 22.5 56
2410SB-04W-B40 B/EXX 12 6 ~ 13.8 0.10 1.20 4000 19.8 0.56 0.18 46 26.5 56
2410SB-04W-B50 B/EXX 12 6 ~ 13.8 0.15 1.80 4700 23.3 0.66 0.25 63 32.0 56
2410SB-05W-B20 B/EXX 24 12.0 ~ 27.6 0.03 0.72 3000 14.5 0.41 0.10 26 17.0 56
2410SB-05W-B30 B/EXX 24 12.0 ~ 27.6 0.04 0.96 3500 16.9 0.48 0.14 35 22.5 56
2410SB-05W-B40 B/EXX 24 12.0 ~ 27.6 0.06 1.44 4000 19.8 0.56 0.18 46 26.5 56
2410SB-05W-B50 B/EXX 24 12.0 ~ 27.6 0.08 1.92 4700 23.3 0.66 0.25 63 32.0 56
1.6
I 9 NMB-MAT NMB‘ H 8 mm (300D RPJH'QN . ‘ A {n- a? m a v a ' o “7 m , ,7 7 ‘— m N § E g . i . 251 ,157 ,157 (71,903) (4 o) 035 (mp 3.15 25mm , 150.0:05)
Motor Protection:
Auto Restart/Polarity Protection
Insulation Resistance:
10M Ω or over with a DC500V Megger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
-10°C ~ +70°C (Operating)
-40°C ~ +70°C (Storage)
(non-condensing environment)
1.7
NMBTC.COM / 818.341.3355
General Specifications
DC Axial Fans
Characteristic Curves
1.7
Specifications
Panel Cut-Outs
inch
(mm)
Units:
Outline
Material
Casing : Plastic (Black) 94V-0
Impeller : Plastic (Black) 94V-0
Bearing : Ball Bearing
Lead Wire
: UL3385, AWG26, +Red, -Black
Expected Life
Failure Rate: 10%
25°C 100,000 Hours (B00/E00)
3110SB (80 X 25L)
Air Flow
Static Pressure
Ps
(Pa)
(m3/min)
CFM
In H2O
Speed
P-Q Curve
Speed Curve
0.0
5.0
10.0
15.0
20.0
25.0
30.0
35.0
40.0
0.0 0.5 1.0
0
500
1000
1500
2000
2500
3000
3500
4000
B50
B40
B20
B30
B50
B40
B30
B20
0.0 5.0 10.0 15.0 20.0 25.0 30.0 35.0 40.0 45.0
0.00
0.02
0.04
0.06
0.08
0.10
0.12
0.14
0.16
ROTATION
0.169
(4F4.3
±
0.2)
2.81
(71.5
±
0.3)
3.15
(80.0
±
0.5)
3.15
(80.0
±
0.5)
2.81
(71.5
±
0.3)
11.8
min (300)
0.98
(25.0
±
0.5)
NAME
PLATE
.157
(4.0)
.157
(4.0)
AIR
2.81
(71.5)
3.02
(76.8)
2.81
(71.5)
3.02
(76.8)
OUTLET SIDEINLET SIDE
.169
(4 – F4.3)
.169
(4 – F4.3)
3.34
( 85.0)
2.81
(71.5)
3.02
(76.8)
2.81
(71.5)
3.02
(76.8)
3.38
( 86.0)
Rotation: Clockwise Airflow Outlet: Air Out Over Struts *1: Average Values in Free Air
Rated Operating Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
Product (V) (V) (A)*1 (W)*1 (min-1)*1 CFM*1 (m3/min)*1 in H2O (Pa)*1 (dB)*1 (g)
No.
3110SB-04W-B20 B/EXX 12 6 ~ 13.8 0.05 0.60 2000 26.1 0.74 0.07 16.5 19.0 80
3110SB-04W-B30 B/EXX 12 6 ~ 13.8 0.06 0.72 2300 30.4 0.86 0.09 21.5 22.0 80
3110SB-04W-B40 B/EXX 12 6 ~ 13.8 0.09 1.08 2700 36.0 1.02 0.12 29.0 26.0 80
3110SB-04W-B50 B/EXX 12 6 ~ 13.8 0.14 1.68 3100 41.3 1.17 0.15 37.5 30.0 80
3110SB-05W-B20 B/EXX 24 12.0 ~ 27.6 0.03 0.72 2000 26.1 0.74 0.07 16.5 19.0 80
3110SB-05W-B30 B/EXX 24 12.0 ~ 27.6 0.04 0.96 2300 30.4 0.86 0.09 21.5 22.0 80
3110SB-05W-B40 B/EXX 24 12.0 ~ 27.6 0.06 1.44 2700 36.0 1.02 0.12 29.0 26.0 80
3110SB-05W-B50 B/EXX 24 12.0 ~ 27.6 0.08 1.92 3100 41.3 1.17 0.15 37.5 30.0 80
’ o NMB-MAT NMB‘ 2 MAW «4m (:93 may $235512“) ‘ :0 § 44* i ‘25 D ) (92 om 5)
Motor Protection:
Auto Restart/Polarity Protection
Insulation Resistance:
10M Ω or over with a DC500V Megger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
-10°C ~ +70°C (Operating)
-40°C ~ +70°C (Storage)
(non-condensing environment)
Characteristic Curves
DC Axial Fans
1.8
NMBTC.COM / 818.341.3355
General Specifications
Specifications
Panel Cut-Outs
inch
(mm)
Units:
Outline
Material
Casing : Plastic (Black) 94V-0
Impeller : Plastic (Black) 94V-0
Bearing : Ball Bearing
Lead Wire
: UL3385, AWG26, +Red, -Black
Expected Life
Failure Rate: 10%
25°C 100,000 Hours (B00/E00)
3610SB (92 X 25L)
Air Flow
Static Pressure
Ps
(Pa)
(m3/min)
CFM
In H2O
P-Q Curve
Speed Curve
0.00
0.04
0.08
0.12
0.16
0.20
0.24
0
10
20
30
40
50
60
0.0 7.0 14.0 21.0 28.0 35.0 42.0 49.0 56.0 63.0
Speed
B50
B40
B40
B30
B30
B20
B20
B50
0.0 0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6 1.8
0
1000
2000
3000
4000
5000
6000
ROTATION
.169
(4F4.3
±
0.2)
3.25
(82.5
±
0.3)
3.62
(92.0
±
0.5)
3.62
(92.0
±
0.5)
3.25
(82.5
±
0.3)
11.8
min (300)
0.98
(25.0
±
0.5)
NAME
PLATE
.157
(4.0)
.157
(4.0)
AIR
4.09
(F104.0)
3.25
(82.5)
3.53
(89.6)
3.25
(82.5)
3.53
(89.6)
3.25
(82.5)
3.53
(89.6)
3.25
(82.5)
3.53
(89.6)
OUTLET SIDEINLET SIDE
.169
(4 – F4.3)
.169
(4 – F4.3)
3.94
( 100.0)
Rotation: Clockwise Airflow Outlet: Air Out Over Struts *1: Average Values in Free Air
Rated Operating Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
Product (V) (V) (A)*1 (W)*1 (min-1)*1 CFM*1 (m3/min)*1 in H2O (Pa)*1 (dB)*1 (g)
No.
3610SB-04W-B20- B/EXX 12 6 ~ 13.8 0.07 0.84 2050 35.7 1.01 0.09 21.5 25.0 95
3610SB-04W-B30- B/EXX 12 6 ~ 13.8 0.10 1.20 2400 41.3 1.17 0.12 29.5 28.0 95
3610SB-04W-B40- B/EXX 12 6 ~ 13.8 0.13 1.56 2750 48.4 1.37 0.15 38.4 32.0 95
3610SB-04W-B50- B/EXX 12 6 ~ 13.8 0.15 1.80 3100 54.4 1.54 0.19 47.9 35.0 95
3610SB-05W-B20- B/EXX 24 12 ~ 27.6 0.04 0.84 2050 35.7 1.01 0.09 21.5 25.0 95
3610SB-05W-B30- B/EXX 24 12 ~ 27.6 0.05 1.20 2400 41.3 1.17 0.12 29.5 28.0 95
3610SB-05W-B40- B/EXX 24 12 ~ 27.6 0.07 1.56 2750 48.4 1.37 0.15 38.4 32.0 95
3610SB-05W-B50- B/EXX 24 12 ~ 27.6 0.08 1.80 3100 54.4 1.54 0.19 47.9 35.0 95
I In NMB-MAT NMB‘ a ,7 A m g 0169 : : (Hagan 2) \ E 55 s (82 5:0 3) 362 (92 cm 5) E _. 7—7 ' @
Motor Protection:
Auto Restart/Polarity Protection
Insulation Resistance:
10M Ω or over with a DC500V Megger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
-10°C ~ +70°C (Operating)
-40°C ~ +70°C (Storage)
(non-condensing environment)
1.9
NMBTC.COM / 818.341.3355
General Specifications
DC Axial Fans
Characteristic Curves
1.9
Specifications
Panel Cut-Outs
inch
(mm)
Units:
Outline
Material
Casing : Plastic (Black) 94V-0
Impeller : Plastic (Black) 94V-0
Bearing : Ball Bearing
Lead Wire
: UL3385, AWG26, +Red, -Black
Expected Life
Failure Rate: 10%
25°C 100,000 Hours (B00/E00)
3610VL (92 X 25L)
Air Flow
Static Pressure
Ps
(Pa)
(m3/min)
CFM
In H2O
0
50
100
150
0.0 1.0 2.0 3.0
0
1500
3000
4500
6000
Speed
P-Q Curve
Speed Curve
0.0 35 70 105
.20
.60
.40
200
.80
B20
B50
B30
B40
B60
B70
B20
B50B30 B40 B60 B70
ROTATION
0.169
(4F4.3
±
0.2)
3.25
(82.5
±
0.3)
3.62
(92.0
±
0.5)
3.25
(82.5
±
0.3)
3.62
(92.0
±
0.5)
11.8
min (300)
.98
(25.0
±
0.5)
NAME
PLATE
AIR
LOT NO.
3.25
(82.5)
3.62
(89.0)
3.25
(82.5)
3.62
(89.0)
3.25
(82.5)
3.62
(89.0)
3.25
(82.5)
3.62
(89.0)
OUTLET SIDEINLET SIDE
.169
(4 – F4.3)
.169
(4 – F4.3)
3.70
(F94)
4.13
(F105)
Rotation: Clockwise Airflow Outlet: Air Out Over Struts *1: Average Values in Free Air
Rated Operating Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
Product (V) (V) (A)*1 (W)*1 (min-1)*1 CFM*1 (m3/min)*1 in H2O (Pa)*1 (dB)*1 (g)
No.
3610VL-04W-B20- B/EXX 12 7.0 ~ 13.8 0.18 2.16 3200 54.0 1.53 .20 50 35.5 135
3610VL-04W-B30- B/EXX 12 7.0 ~ 13.8 0.24 2.88 3600 61.1 1.73 .26 65 38.5 135
3610VL-04W-B40- B/EXX 12 7.0 ~ 13.8 0.30 3.60 4000 68.1 1.93 .32 80 42.0 135
3610VL-04W-B50- B/EXX 12 7.0 ~ 13.8 0.40 4.80 4500 77.0 2.18 .39 98 45.0 135
3610VL-04W-B60- B/EXX 12 7.0 ~ 13.8 0.52 6.24 5000 85.8 2.43 .48 120 48.0 135
3610VL-04W-B70- B/EXX 12 7.0 ~ 13.8 0.72 8.64 5600 96.4 2.73 .60 150 51.0 135
3610VL-05W-B20- B/EXX 24 14.0 ~ 27.6 0.11 2.64 3200 54.0 1.53 .20 50 35.5 135
3610VL-05W-B30- B/EXX 24 14.0 ~ 27.6 0.14 3.36 3600 61.1 1.73 .26 65 38.5 135
3610VL-05W-B40- B/EXX 24 14.0 ~ 27.6 0.17 4.08 4000 68.1 1.93 .32 80 42.0 135
3610VL-05W-B50- B/EXX 24 14.0 ~ 27.6 0.22 5.28 4500 77.0 2.18 .39 98 45.0 135
3610VL-05W-B60- B/EXX 24 14.0 ~ 27.6 0.28 6.72 5000 85.8 2.43 .48 120 48.0 135
3610VL-05W-B70- B/EXX 24 14.0 ~ 27.6 0.38 9.12 5600 96.4 2.73 .60 150 51.0 135
o NMB‘ NMBTC COM J 8‘83!“ 3355 NMB-MAT I
Characteristic Curves
DC Axial Fans
1.10
NMBTC.COM / 818.341.3355
General Specifications
Specifications
Panel Cut-Outs
inch
(mm)
Units:
Outline
Material
Casing : Plastic (Black) 94V-0
Impeller : Plastic (Black) 94V-0
Bearing : Ball Bearing
Lead Wire
: UL1007, AWG24, +Red, -Black
Motor Protection:
Auto Restart/Polarity Protection
Insulation Resistance:
10M Ω or over with a DC500V Megger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
B50 Class: -10°C ~ +40°C (Operating)
B10 ~ B40 Class: -10°C ~ +70°C (Operating)
B10 ~ B40 Class: -40°C ~ +70°C (Storage)
B50 Class: -40°C ~ +60°C (Storage)
(non-condensing environment)
Expected Life
Failure Rate: 10%
25°C 50,000 Hours (P00)
4715KL (119 X 38L)
4.13
(105.0)
4.51
(114.5)
4.13
(105.0)
4.51
(114.5)
4.88
(F124.0)
OUTLET SIDEINLET SIDE
4.13
(105.0)
4.51
(114.5)
4.13
(105.0)
4.51
(114.5)
4.96
(F126.0)
.169
4 – (F4.3
±
0.2)
.169
4 – (F4.3
±
0.2)
NAME
PLATE
AIR
ROTATION
4.69
(119.0
±
0.5)
1.5
(38.4
±
0.5)
4.13
(105.0
±
0.5)
4.69
(119.0
±
0.5)
4.13
(105.0
±
0.5)
11.8
(300) min
.169
8 – (F4.3
±
0.2)





3TATIC0RESSURE
0S
0A
      
MMIN
.08
12417.6 35.3 53 71 88 106
.16
.24
.32
.48
!IR&LOW
CFM
In H2O
B40
B50
B30
B20
B10
Rotation: Clockwise Airflow Outlet: Air Out Over Struts *1: Average Values in Free Air
** Contact NMB for availability
**
Rated Operating Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
Product (V) (V) (A)*1 (W)*1 (min-1)*1 CFM*1 (m3/min)*1 in H2O (Pa)*1 (dB)*1 (g)
No.
4715KL-04W-B10- X00 12 6.0 ~ 13.8 0.27 3.24 2300 83.6 2.37 .17 44.1 37.0 260
4715KL-04W-B20- X00 12 6.0 ~ 13.8 0.40 4.80 2650 97.0 2.75 .22 55.9 41.0 260
4715KL-04W-B30- X00 12 6.0 ~ 13.8 0.55 6.60 2950 108.0 3.07 .27 68.2 42.5 260
4715KL-04W-B40- X00 12 6.0 ~ 13.8 0.70 8.40 3200 118.0 3.34 .33 81.4 46.5 260
4715KL-04W-B50- X00 12 9.5 ~ 12.6 1.00 12.00 3600 129.9 3.68 .44 110.0 50.0 260
4715KL-05W-B10- X00 24 10.0 ~ 27.6 0.15 3.60 2300 83.6 2.37 .17 44.1 37.0 260
4715KL-05W-B20- X00 24 10.0 ~ 27.6 0.21 5.04 2650 97.0 2.75 .22 55.9 41.0 260
4715KL-05W-B30- X00 24 10.0 ~ 27.6 0.31 7.44 2950 108.0 3.07 .27 68.2 42.5 260
4715KL-05W-B40- X00 24 10.0 ~ 27.6 0.35 8.40 3200 118.0 3.34 .33 81.4 46.5 260
4715KL-05W-B50- X00 24 18.0 ~ 25.0 0.50 12.00 3600 130.0 3.68 .44 110.0 50.0 260
4715KL-07W-B10- X00 48 25.0 ~ 55.2 0.08 3.84 2300 83.6 2.37 .17 44.1 37.0 260
4715KL-07W-B20- X00 48 25.0 ~ 55.2 0.11 5.28 2650 97.0 2.75 .22 55.9 41.0 260
4715KL-07W-B30- X00 48 25.0 ~ 55.2 0.16 7.68 2950 108.0 3.07 .27 68.2 42.5 260
4715KL-07W-B40- X00 48 25.0 ~ 55.2 0.20 9.60 3200 118.0 3.34 .33 81.4 46.5 260
4715KL-07W-B50- X00 48 30.0 ~ 60.0 0.16 7.68 3600 130.0 3.68 .44 110.0 50.0 260
I g D NMB-MAT NMB‘ 9 ROTAfloN ,7» 7 7“ x37 ‘ ‘% NR F , mch (—)mm
1.11
NMBTC.COM / 818.341.3355
General Specifications
DC Axial Fans
Characteristic Curves
1.11
Specifications
Panel Cut-Outs
inch
(mm)
Units:
Outline
Material
Casing : Plastic (Black) 94V-0
Impeller : Plastic (Black) 94V-0
Bearing : Ball Bearing
Lead Wire
: UL1007, AWG26, +Red, -Black
Motor Protection:
Auto Restart/Polarity Protection
Insulation Resistance:
10M Ω or over with a DC500V Megger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
B50, B40 Class: -10°C ~ +45°C (Operating)
B30 Class: -10°C ~ +50°C (Operating)
All Class: -40°C ~ +60°C (Storage)
Expected Life
Failure Rate: 10%
25°C 100,000 Hours (R00)
4715KL (119 X 38L)
3 BLADE
4.13
(105.0)
4.51
(114.5)
4.13
(105.0)
4.51
(114.5)
4.88
(F124.0)
OUTLET SIDEINLET SIDE
4 – (F4.3
±
0.2)
.169
4 – (F4.3
±
0.2)
.169
4.13
(105.0)
4.51
(114.5)
4.13
(105.0)
4.51
(114.5)
4.96
(F126.0)
±
0.2)
AIR
NAME
PLATE
Flange Type
ROTATION
4.69
(119.0
±
0.5)
1.5
(38.4
±
0.5)
4.13
(105.0
±
0.5)
4.69
(119.0
±
0.5)
4.13
(105.0
±
0.5)
11.8
(300) min
.169
8 – (F4.3
±
0.2)
0
20
40
60
80
100
120
0123
(Pa)
(m3/min)
Static Pressure
Ps
°än
Îx°Î Ç£ £äÈ
°£È
°Ó{
°ÎÓ
°{ä
°{n
Air Flow

ÊÓ"
B30
B40
B50
Rotation: Clockwise Airflow Outlet: Air Out Over Struts *1: Average Values in Free Air
** Contact NMB for availability
**
**
**
Rated Operating Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
Product (V) (V) (A)*1 (W)*1 (min-1)*1 CFM*1 (m3/min)*1 in H2O (Pa)*1 (dB)*1 (g)
No.
4715KL-04W-B50- R00 12 9.5 ~ 12.6 0.85 10.2 3900 132.0 3.73 .45 113.0 54.0 260
4715KL-05W-B50- R00 24 20.0 ~ 25.0 0.48 11.5 3900 132.0 3.73 .45 113.0 54.0 260
4715KL-07W-B30- R00 48 25.0 ~ 55.2 0.13 6.24 3100 105.0 2.97 .30 74.0 47.0 260
4715KL-07W-B40- R00 48 25.0 ~ 50.4 0.16 7.68 3500 121.0 3.44 .39 97.5 51.0 260
4715KL-07W-B50- R00 48 36.0 ~ 50.0 0.20 9.60 3900 132.0 3.73 .45 113.0 54.0 260
NMB‘ NMBTC COM J 8‘83!“ 3355 NMB-MAT 7 51 ME , : #
Characteristic Curves
DC Axial Fans
1.12
NMBTC.COM / 818.341.3355
General Specifications
Panel Cut-Outs
inch
(mm)
Units:
Outline
Specifications
Material
Casing : Plastic (Black) 94V-0
Impeller : Plastic (Black) 94V-0
Bearing : Ball Bearing
Lead Wire
: UL1061, AWG24, +Red, -Black
Expected Life
Failure Rate: 10%
25°C 100,000 Hours (E00)
4715VL (120 X 38L)
Motor Protection:
Auto Restart/Polarity Protection
Insulation Resistance:
10M Ω or over with a DC500V Megger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
-10°C ~ +70°C (Operating)
-40°C ~ +70°C (Storage)
(non-condensing environment)
Air Flow
Static Pressure
Ps
(Pa)
(m3/min)
CFM
In H2O
Speed
P-Q Curve
Speed Curve
0
50
100
150
200
250
300
350
400
0.00
0.20
0.40
0.60
0.80
1.00
1.20
1.40
1.60
1.68 3.36 4.48 5.60 6.72k
0 20 40 60 80 100 120 140 160 180 200 220 240 260
0
1000
2000
3000
4000
5000
6000
7000
8000
B60
B60
B70
B70
B80
B80
0 1.12
ROTATION
.169
(8F4.3
±
0.3)
4.13
(105.0
±
0.5)
4.72
(120.0
±
0.5)
4.13
(105.0
±
0.5)
4.72
(120.0
±
0.5)
11.8
min (300)
1.49
(38.0
±
0.5)
NAME
PLATE
.197
(5.0 )
.197
(5.0 )
AIR
LOT NO.
5.00
(
F
127
)
4.63
(117.6)
4.63
(117.6)
4.63
(117.6)
4.13
(105.0)
OUTLET SIDEINLET SIDE
.169
(4 – F4.3)
.169
(4 – F4.3)
4.63
(117.6)
4.13
(105.0)
4.13
(105.0)
5.43
(
F
138
)
4.13
(105.0)
Rotation: Clockwise Airflow Outlet: Air Out Over Struts *1: Average Values in Free Air
Rated Operating Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
Product (V) (V) (A)*1 (W)*1 (min-1)*1 CFM*1 (m3/min)*1 in H2O (Pa)*1 (dB)*1 (g)
No.
4715VL-04W-B60- EXX 12 10.0 ~ 13.8 1.50 18.00 5000 189.9 5.38 0.92 229 59.5 370
4715VL-04W-B70- EXX 12 10.0 ~ 13.8 2.25 27.00 5700 215.7 6.11 1.15 287 63.0 370
4715VL-04W-B80- EXX 12 10.0 ~ 12.6 3.00 36.00 6400 243.2 6.89 1.46 363 66.0 370
4715VL-05W-B50- EXX 24 18.0 ~ 27.6 0.76 18.24 4700 182.5 5.17 0.83 207 55.5 370
4715VL-05W-B60- EXX 24 18.0 ~ 27.6 0.74 17.76 5000 189.9 5.38 0.92 229 59.5 370
4715VL-05W-B70- EXX 24 18.0 ~ 27.6 1.04 24.96 5700 215.7 6.11 1.15 287 63.0 370
4715VL-05W-B80- EXX 24 18.0 ~ 27.6 1.48 35.52 6400 243.2 6.89 1.46 363 66.0 370
4715VL-07W-B50- EXX 48 40.0 ~ 52.8 0.37 17.80 4700 182.5 5.17 0.83 207 55.5 370
4715VL-07W-B60- EXX 48 40.0 ~ 55.2 0.45 21.60 5000 189.9 5.38 0.92 229 59.5 370
4715VL-07W-B70- EXX 48 40.0 ~ 55.2 0.60 28.80 5700 215.7 6.11 1.15 287 63.0 370
4715VL-07W-B80- EXX 48 40.0 ~ 52.0 0.80 38.40 6400 243.2 6.89 1.46 363 66.0 370
’NMB-MAT NMB‘ NMBTCCOM r‘ BIB 34|,3355 RonnoN A/—\ ‘69 mu 3: r 677 W72) axe H62 a‘aosy HT LOY ND
Motor Protection:
Auto Restart/Polarity Protection
Insulation Resistance:
10M Ω or over with a DC500V Megger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
-10°C ~ +70°C (Operating)
-40°C ~ +70°C (Storage)
(non-condensing environment)
1.13
NMBTC.COM / 818.341.3355
General Specifications
DC Axial Fans
Characteristic Curves
1.13
Panel Cut-Outs
inch
(mm)
Units:
Outline
Specifications
Material
Casing : Plastic (Black) 94V-0
Impeller : Plastic (Black) 94V-0
Bearing : Ball Bearing
Lead Wire
: UL1007, AWG26, +Red, -Black
Expected Life
Failure Rate: 10%
25°C 100,000 Hours (D00)
5920VL (150 X
Ø
172 X 50L)
Air Flow
Static Pressure
Ps
(Pa)
(m3/min)
CFM
In H2O
5000
10000
15000
20000
25000
P-Q Curve
0
50
100
150
200
250
0.20
0.00
0.40
0.60
0.80
1.00
024 6 8 10
0 50 100 150200250300350
ROTATION
.169
(8F4.3
±
0.2)
5.90
(150)
.55
4-(14.0)
6.77
(F172)
.55
(14.0)
6.38
(162.0
±
0.6)
11.8
min (300)
2.0
(50.8
±
0.2)
NAME
PLATE
.37
(9.4)
.37
(9.4)
2.18
(55.5˚)
2.18
(55.5˚)
AIR
LOT NO.
.
OUTLET SIDEINLET SIDE
.55
4 – (14)
.177
4 – (F4.5)
.177
4 – (F4.5)
.39
4 – ()
.177
4 – (F4.5)
5.75
(146)
5.75
(146)
6.38
(
F162
±
0.2)
6.38
(
F162
±
0.2)
6.54
(
F166
±
0.2)
5.94
(
F151
)
2.18
(55.5˚)
2.18
(55.5˚)
2.18
(55.5˚)
2.18
(55.5˚)
.
Rotation: Counterclockwise Airflow Outlet: Air Out Over Struts *1: Average Values in Free Air
Rated Operating Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
Product (V) (V) (A)*1 (W)*1 (min-1)*1 CFM*1 (m3/min)*1 in H2O (Pa)*1 (dB)*1 (g)
No.
5920VL-07W-B10- DXX 48 36 ~ 56 0.28 13.44 2550 194.5 5.51 .43 106 51.0 830
5920VL-07W-B20- DXX 48 36 ~ 56 0.33 15.84 2850 213.2 6.04 .53 131 54.0 830
5920VL-07W-B30- DXX 48 36 ~ 56 0.37 17.76 3150 236.5 6.70 .61 152 57.0 830
5920VL-07W-B40- DXX 48 36 ~ 56 0.41 19.68 3350 251.0 7.11 .67 167 59.0 830
5920VL-07W-B50- DXX 48 36 ~ 56 0.44 21.10 3500 263.3 7.46 .74 184 61.0 830
5920VL-07W-B60- DXX 48 36 ~ 56 0.52 25.00 3750 283.1 8.02 .85 211 63.0 830
I NMB-MAT 1mm? 9‘ ®\ @\ GM @\ @\ (9‘ ex @\ ex (9‘ ®\ @\ @\ @\ @\ @\ a‘ \o \o ‘9
Common Specifications
NMBTC.COM / 818.341.3355
Common Specifications
Vibration Test: .....................
Conforms to JIS C 60068-2-6, Amplitude: 1.5mm, Frequency 10 to 55 Hz, 1 hour
in each of the X, Y and Z directions.
Shock Test: ......................... Conforms to JIS C 60068-2-27, Acceleration rate: 981 m/s2*, Application time: 6ms once
each in the X, Y and Z directions. Note: For the BM4515, BM5115, BM5125 and BM6015
series, the conditions of the shock test are as follows: Acceleration rate 500 m/s2, Applica-
tion time: 11ms once each in the X, Y and Z directions.
Locked Rotor Protection : ..The motor is protected from burnout in the locked rotor condition for 72 hours,
at the rated voltage.
Polarity Protection : ............The fans are Reverse Polarity protected at the rated voltage.
Insulation Class : ................ E class (UL: Class A)
Auto Restart:.......................Most fan models provide current shut-down/auto restart function under locked rotor conditions.
DC Blowers
Notes: Additional performance requirements can be determined between manufacturer and customer, based on customers request.
Ball bearing fans and blowers may be installed in a horizontal, vertical or angled position
BM Part Numbering System BM 51 15 04 W B 3 0 L 00
1 2 3 4 5 6 7 8 9 10
5. Termination
Lead Wire
6. Bearing
B: Ball Beaing
S: Sleeve Bearing
7. Speed
1<2<3<4<5
low high
1. Series
BM Series
2. Size
45: 45mm
51: 51mm
60: 60mm
3. Thickness
15: 15mm
25: 25mm
4. Input Voltage
O: Standard Current
C: Special Current
D~Z: Special Current
(A.B.O. are not used)
8. Special Control Function
0: Standard Type
9: Sensor Type
8: 2-Speed Type
7: Temperature Detecting Variable
Speed Type/PWM Control Type
6: Temperature Detecting Variable
Speed Type/Sensor Type
5: 2-Speed Type/Sensor Type
9. Classification
L–Standard Model/Rib Type
T–Value Model/Rib Type
10.IndividualSpecifications
Standard Type
00: Standard
01~99: Custom
Sensor Type
00: Locked Rotor Alarm Signal
(Standard Type)
01~49: Locked Rotor Alarm Signal
(Custom Type)
50: Tachometer Signal
(Standard Type)
51~99: Tachometer Signal
(Custom Type)
1: 5V
2: 6V
3: 9V
4: 12V
5: 24V
6: 36V
7: 48V
9: Other
BG Part Numbering System BG 07 03 B 04 4 000 00
1 2 3 4 5 6 7 8
1. Series
BG Series
2. Size
07: 75mm
08: 80mm
09: 95mm
10: 100mm
12: 120mm
3. Thickness
01: 18mm
02: 25mm
03: 30~33mm
4. Bearing
B: Ball Bearing
S: Sleeve Bearing
5. Input Voltage
O: Standard Current
C: Special Current
D~Z: Special Current
(A.B.O. are not used)
6. Speed
1<2<3<4<5
low high
7. Special Control Function
A: Special Control Function
O: Fix Speed Type
2 : 2-Speed Type
V: Temperature Detecting
Variable Speed Type
P: PWM Control Type
0 0 0
A B C
B: Thermistor Mounting Position
O: No Thermistor
T : Thermistor On PCB
C: Output Signal
O: No Signal
L : Locked Rotor Alarm Signal
S: Tachometer Signal
8. Product Number
00 : Standard
01~ : Customized Standard
T0 : Standard Value
T1~ : Customized Value
1: 5V
2: 6V
3: 9V
4: 12V
5: 24V
6: 36V
7: 48V
9: Other
2.1
I a NMB-MAT NMB‘ mch We,
Characteristic Curves
DC Blowers
2.2
NMBTC.COM / 818.341.3355
General Specifications
Specifications
Outline
inch
(mm)
Units:
BM5020 (Ø53 X 20L)
Material
Casing : Plastic (Black) 94V-0
Impeller : Plastic (Black) 94V-0
Bearing : Ball Bearing
Lead Wire
: UL1061, AWG26, +Red, -Black
Expected Life
Failure Rate: 10%
25°C 50,000 Hours (L00)
Motor Protection:
Auto Restart/Polarity Protection
Insulation Resistance:
 10MΩoroverwithaDC500VMegger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
-10°C ~ +60°C (Operating)
-40°C ~ +70°C (Storage)
(non-condensing environment)
(20)
(2.5)
(24.9)
(20)(18)
(38 )
0.5
1.49 .78
(50)
1.97
.78
.71
.98 (6)
.23
.019.078
AIRFLOW
(2.0 )
0.3
(0.5 )
0.2
.098
.394
(10.0 )
0.3
(17.5 )
0.5
0.69
(1.0 )
0.3
(1.0 )
0.3
.039
.039
7.88
AIR AIR
AIR
min 200
THROUGH HOLE
NO SOLDR
.177
2 – 4.3
0.3
(18.8 )
0.5
.74
1.14
.91
.78
1.69
2.08
(29)
(23)
(20)
(43.0 )
0.5
(53)
( 27.5)
1.08
00.10 0.20
0
40
80
120
160
200
Air Flow
Static Pressure
Ps
.48
.64
.80
.32
.16
3.53 7.06
B30
B40
B30 B40
B20
B20
P-Q Curve
Speed Curve
(Pa)
In H
2
O
CFM
(m
3
/min)
Speed
1000
2000
3000
4000
5000
6000
7000
8000
9000
10000
11000
Rated Operating Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
Product (V) (V) (A)*1 (W)*1 (min-1)*1 CFM*1 (m3/min)*1 in H2O (Pa)*1 (dB)*1 (g)
No.
BM5020-01W-B30- L00 5 4.5 ~ 5.5 0.34 1.70 4600 4.6 0.13 .50 124 27.0 30
BM5020-04W-B20- L00 12 4.5 ~ 13.8 0.07 0.84 3600 3.5 0.10 .30 75 20.0 30
BM5020-04W-B30- L00 24 4.5 ~ 13.8 0.12 1.44 4600 4.6 0.13 .50 124 27.0 30
BM5020-04W-B40- L00 24 4.5 ~ 13.8 0.18 2.16 5600 5.6 0.16 .74 184 32.0 30
BM5020-05W-B40- L00 24 12.0 ~ 25.2 0.08 1.92 5600 5.6 0.16 .74 184 32.0 30
Rotation: Counterclockwise *1: Average Values in Free Air
I NMB-MAT “ME? 2IE|I 0.05 0,1 0,15 0,20 025 0.3 Inch "‘m 399719,“ ‘ 298
Characteristic Curves
NMBTC.COM / 818.341.3355
General Specifications
DC Blowers
Specifications
Outline
inch
(mm)
Units:
BG0703 (Ø75 X 30L)
Material
Casing : Plastic (Black) 94V-0
Impeller : Plastic (Black) 94V-0
Bearing : Ball Bearing
Lead Wire
: UL1007, AWG26, +Red, -Black
Expected Life
Failure Rate: 10%
25°C 70,000 Hours (00)
Motor Protection:
Auto Restart/Polarity Protection
Insulation Resistance:
 10MΩoroverwithaDC500VMegger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
-10°C ~ +70°C (Operating)
-40°C ~ +70°C (Storage)
(non-condensing environment)
40
60
20
0
00.05 0.10 0.15 0.20 0.25 0.30
80
100
120
Air Flow
Static Pressure
Ps
(Pa)
(m3/min)
.40
.48
.32
.24
.16
.08
1.7 3.5 5.3 7.0 8.8 10.6
CFM
In H2O
B044/B054
B043/B053
B042/B052
B041/B051
AIR
AIR
LOT No.
NAME
PLATE
PASS THROUGH
1.43
(
36.2 0.3
)
.177
2 –
(
F4.5 0.3
)
7.87
(200) min
1.57
(
39.9 0.3
)
.85
(
21.6 0.3
)
1.18
(30
0.5
)
.078
(2
0.3
)
1.37
(3.5
0.3
)
1.21
(30.9
0.3
)
2.98
(75.7)
1.49
(37.9)
.95
(24.1)
2.98
(75.7)
.96
(24.5)
ROTATION
2.3
Rated Operating Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
Product (V) (V) (A)*1 (W)*1 (min-1)*1 CFM*1 (m3/min)*1 in H2O (Pa)*1 (dB)*1 (g)
No.
BG0703-B041-000- X0 12 6 ~ 13.8 0.10 1.20 2000 6.7 0.19 .16 40 28.0 90
BG0703-B042-000- X0 12 6 ~ 13.8 0.12 1.44 2200 7.4 0.21 .20 50 29.5 90
BG0703-B043-000- X0 12 6 ~ 13.8 0.18 2.16 2550 8.8 0.25 .30 75 34.5 90
BG0703-B044-000- X0 12 6 ~ 13.0 0.29 3.48 3000 10.6 0.30 .44 110 38.5 90
BG0703-B051-000- X0 24 10 ~ 27.6 0.06 1.44 2000 6.7 0.19 .16 40 28.0 90
BG0703-B052-000- X0 24 10 ~ 27.6 0.07 1.68 2200 7.4 0.21 .20 50 29.5 90
BG0703-B053-000- X0 24 10 ~ 27.6 0.09 2.16 2550 8.8 0.25 .30 75 34.5 90
BG0703-B054-000- X0 24 10 ~ 26.0 0.15 3.60 3000 10.6 0.30 .44 110 38.5 90
Rotation: Counterclockwise *1: Average Values in Free Air
I a NMB-MAT NMB‘ h <%) {WE'RE
Characteristic Curves
DC Blowers
2.4
NMBTC.COM / 818.341.3355
General Specifications
Specifications
Outline
inch
(mm)
Units:
BG0903 (Ø95 X 33L)
Material
Casing : Plastic (Black) 94V-0
Impeller : Plastic (Black) 94V-0
Bearing : Ball Bearing
Lead Wire
: UL1007, AWG26, +Red, -Black
Expected Life
Failure Rate: 10%
25°C 100,000 Hours (00)
Motor Protection:
Auto Restart/Polarity Protection
Insulation Resistance:
 10MΩoroverwithaDC500VMegger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
-10°C ~ +60°C (Operating)
-40°C ~ +70°C (Storage)
(non-condensing environment)
AIR
AIR
THROUGH HOLE
LOT No.
DIE-CAV No.
NAME
PLATE
.177
2 –
(
F4.5
±0.3
)
11.8
(300) min
2.28
(
58.0
±
0.5
)
±
1.3
(
33
±
0.5
)
1.54
(
39.0
±0.3)
1.26
(
32.0
±0.3)
1.26
(
32.0
±0.3)
1.97
(
50.0
±0.3)
1.54
(
39.0
±
0.3
)
.98
(25.0)
2.09
(53.0)
3.68
(93.5)
3.82
(97.0)
1.06
(27.0)
ROTATION
000.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 1.1 1.2
500
550
450
400
350
300
250
200
150
100
50
B044/B054
B047
B040
B043/B053
B042/B052
Air Flow
Static Pressure
Ps
(Pa)
(m3/min)
£°ä
£°Ó
£°{
£°È
£°n
Ó°ä
Ó°Ó
°n
°È
°{
°Ó
ΰx Ç°ä £ä°È £{°£ £Ç°È Ó£°£ Ó{°Ç Ón°Ó Σ°n Îx°Î {ä {{°x

ÊÓ"
Rated Operating Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
Product (V) (V) (A)*1 (W)*1 (min-1)*1 CFM*1 (m3/min)*1 in H2O (Pa)*1 (dB)*1 (g)
No.
BG0903-B042-000- 00 12 8 ~ 13.8 0.40 4.80 2700 20.5 0.58 .61 152 47.5 210
BG0903-B043-000- 00 12 8 ~ 13.8 0.64 7.68 3200 24.7 0.70 .90 225 51.5 210
BG0903-B044-000- 00 12 8 ~ 12.6 1.03 12.40 3700 28.6 0.81 1.4 342 54.5 210
BG0903-B052-000- 00 24 10 ~ 27.6 0.21 5.04 2700 20.5 0.58 .61 152 47.5 210
BG0903-B053-000- 00 24 10 ~ 27.6 0.33 7.92 3200 24.7 0.70 .90 225 51.5 210
BG0903-B054-000- 00 24 10 ~ 25.0 0.49 11.80 3700 28.6 0.81 1.4 342 54.5 210
HIGH SPEED
BG0903-B040-000- 00 12 10.8 ~ 13.6 2.4 28.90 5700 42.0 1.19 2.2 549 65 210
BG0903-B047-000- 00 12 10.8 ~ 12.6 1.6 19.20 5200 38.1 1.08 1.9 482 210
Rotation: Counterclockwise *1: Average Values in Free Air ** Contact NMB for availability
**
**
I NMB-MAT “ME? 5045/3055 ’ 5044/3054 3043/5053 2/3052 mch (m ,fiquQN ‘ .:.E. . B a o
Characteristic Curves
NMBTC.COM / 818.341.3355
General Specifications
DC Blowers
Specifications
Outline
inch
(mm)
Units:
BG1203 (Ø120 X 32L)
Material
Casing : Plastic (Black) 94V-0
Impeller : Plastic (Black) 94V-0
Bearing : Ball Bearing
Lead Wire
: UL1007, AWG26, +Red, -Black
Expected Life
Failure Rate: 10%
25°C 100,000 Hours (00)
Motor Protection:
Auto Restart/Polarity Protection
Insulation Resistance:
 10MΩoroverwithaDC500VMegger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
-10°C ~ +60°C (Operating)
-40°C ~ +70°C (Storage)
(non-condensing environment)
2.5
NAME
PLATE
AIR
AIR
LOT No.
DIE-CAV No.
.176
9 –
(
F4.3
±
0.3
)
THROUGH HOLE
11.8
(300) min
1.26
(
32
±
0.5
)
4.72
(
120
±
1
)
3.54
(
90
±
0.3
)
2.56
(
65
±
0.3
)
3.46
(
88
±
0.3
)
3.46
(
88
±
0.3
)
3.62
(
92
±
0.3
)
3.62
(
92
±
0.3
)
4.13
(
105
±
0.3
)
4.72
(
120
±
1
)
2.4
(
61
±
0.5
)
4.13
(
105
±
0.3
)
.08
(
2
±
0.2
)
2.16
(55
)
.30
(7.5
)
.29
(7.5
)
.30(7.5
)
.87(22
)
.59
(15
)
.29
(7.5
)
.30
(7.5
)
ROTATION
125
150
175
100
75
50
25
000.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0
200
225
250
B044/B054
B045/B055
B043/B053
B042/B052
Air Flow
Static Pressure
Ps
(Pa)
(m3/min)
°
£°ä
275
£°£
°Ç
°n
°È
°{
°Ó
°£
°Î
°x
ΰx £ä°È £Ç°È ÓÇ° Σ°Ç

ÊÓ"
Rated Operating Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
Product (V) (V) (A)*1 (W)*1 (min-1)*1 CFM*1 (m3/min)*1 in H2O (Pa)*1 (dB)*1 (g)
No.
BG1203-B042-000- 00 12 6 ~ 13.8 0.30 3.60 1800 22.2 0.63 .40 100 41.5 270
BG1203-B043-000- 00 12 6 ~ 13.8 0.48 5.78 2100 26.1 0.74 .58 145 46.5 270
BG1203-B044-000- 00 12 6 ~ 13.8 0.65 7.80 2250 28.2 0.80 .70 175 48.5 270
BG1203-B045-000- 00 12 6 ~ 13.8 0.93 11.16 2650 33.2 0.94 1.04 260 54.0 270
BG1203-B052-000- 00 24 12 ~ 27.6 0.17 4.08 1800 22.2 0.63 .40 100 41.5 270
BG1203-B053-000- 00 24 12 ~ 27.6 0.25 6.00 2100 26.1 0.74 .56 145 46.5 270
BG1203-B054-000- 00 24 12 ~ 27.6 0.30 7.20 2250 28.2 0.80 .70 175 48.5 270
BG1203-B055-000- 00 24 12 ~ 25.2 0.48 11.52 2650 33.2 0.94 1.04 260 54.0 270
Rotation: Counterclockwise *1: Average Values in Free Air
I a NMB-MAT NMB‘
NMBTC.COM / 818.341.3355
Notes
Notes
..................................................................................................................................................................................................................
..................................................................................................................................................................................................................
..................................................................................................................................................................................................................
..................................................................................................................................................................................................................
..................................................................................................................................................................................................................
..................................................................................................................................................................................................................
..................................................................................................................................................................................................................
..................................................................................................................................................................................................................
..................................................................................................................................................................................................................
..................................................................................................................................................................................................................
..................................................................................................................................................................................................................
..................................................................................................................................................................................................................
..................................................................................................................................................................................................................
..................................................................................................................................................................................................................
..................................................................................................................................................................................................................
..................................................................................................................................................................................................................
..................................................................................................................................................................................................................
..................................................................................................................................................................................................................
..................................................................................................................................................................................................................
..................................................................................................................................................................................................................
..................................................................................................................................................................................................................
..................................................................................................................................................................................................................
..................................................................................................................................................................................................................
..................................................................................................................................................................................................................
..................................................................................................................................................................................................................
..................................................................................................................................................................................................................
..................................................................................................................................................................................................................
..................................................................................................................................................................................................................
2.6
NMB-MAT ©®©®®© O‘ (9‘ 0‘ ®‘ 0‘ @‘ O‘ (9‘ O‘ @‘ O‘ @‘ @I @I 63‘ 0‘ O‘ 9 ‘ @I O‘ @‘ O‘ 9‘ 6| 0‘ ®‘ @I
Common Specifications
NMBTC.COM / 818.341.3355
Part Numbering System
Operating Voltage: ........................ Rated voltage +/- 10%
Noise: ...........................................Measured at 1 meter from the side of the fan at the rated voltage
Vibration Test: ............................... JIS C 60068-2-6
Shock Test: ...................................
JIS C 60068-2-27
Insulation Class: ........................... E class (UL: Class A)
Protection: ....................................Motor burnout is prevented by the impedence protection system or the
thermal protection system.
Impedance Protection System:.....The motor coil impedance limits motor temperature within the insulation
class specification.
Thermal Protection System
: .........
The coil includes a thermal cut-out to limit motor temperature within the
insulation class specification.
Notes: Additional performance requirements can be determined between manufacturer and customer, based on customers request.
Ball bearing fans may be installed in a horizontal, vertical or angled position.
1. Frame Size
24: 60mm
31: 80mm
36: 92mm
47: 119mm
59: 150mm
2. Frame Thickness
10: 25mm
12: 30mm
15: 38mm
20: 51mm
3. Series
H: Plastic Blades
M: Plastic Blades
P: Plastic/Metal Blades
T: Metal Blades
4. Motor Function
S: Shaded Pole
C: Capacitor Run
5. Input Voltage
10: 100V
12: 115V
20: 200V
22: 220V
23: 230V
24: 240V
6. Input
T: Terminal
W: Lead Wires
7. Bearing
B: Ball Bearing
8. Speed
10<20<30<40<50
low high
X2 Dual Input
9. Input Voltage Class
A: 115V / 230V
B: 100V / 200V
S: Metal Blades
10. Potting Method
M: Potted
O: Non-Potted
11. Product Number
0: Standard
1~: Special
47 15 T S 23 T – B 50 A M 0
1 2 3 4 5 6 7 8 9 10
11
1. Frame Size
24: 60mm
31: 80mm
36: 92mm
47: 119mm
59: 150mm
2. Frame Thickness
10: 25mm
12: 30mm
15: 38mm
3. Series
P Series
M Series
F Series
4. Motor Function
S: Shadded Pole
C: Capacitor Run
5. Input Voltage
100V Class
10: 100V
12: 115V
200V Class
20: 200V
22: 220V
23: 230V
24: 240V
6. Termination
W: Lead Wires
T: Terminal
7. Bearing
B: Ball Bearing
8. Speed
1<2<3<4<5
low high
9. Protection
0: Impedance Protected
A: Thermal Protected
(including 5915PC B30 only)
10. Product Number
A: Standard 115V, 230V & 240V
B: Standard 100V, 200V & 220V
D: Custom Casing 115V-230V
K: Frameless
11. Individual Specification
00: Standard
01~99: Custom
47 15 P S 12 T B 2 0 A 00
1 2 3 4 5 6 7 8 9 10
11
Common Specifications
59 15 P C 20 T – B 30 – S M 0
1 2 3 4 5 6 7 8 9 10
11
AC Axial Fans
3.1
ROTAT‘ON H (300p m r‘v m N m AIR 3 8 .3 i 4;; m o m o N a .14 2_ _ > ,14 (3 5 (asp mch “5 ”2 ‘ 2,35 002 (—)mm (307 ‘50 0:0 5) g E 4Q 1.97 (50) v (Hz (v A) 2 10w 100 50 05 0 000 0 0 2000 7 0 0 20 05 13 7 20 140 100 00 05 0070 50 2000 91 020 09 220 29 140 115 50 05 0070 45 2000 70 020 05 137 20 140
Characteristic Curves
AC Axial Fans
3.2
NMBTC.COM / 818.341.3355
General Specifications
Specifications
Outline
Panel Cut-Outs
inch
(mm)
Units:
2412PS (60 X 30L)
Material
Casing : Aluminum
Impeller : Polycarbonate (Glass Fiber-Containing)
Bearing : Ball Bearing
Lead Wire
: UL3266, CSA CL 1252, AWG22
Expected Life
Failure Rate: 10%
25°C 50,000 Hours
Motor Structure: Shaded Pole Induction Motor
Motor Protection: Impedance Protection
Insulation Resistance:
10M Ω or over with a DC500V Megger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
-10°C ~ +70°C (Operating)
-40°C ~ +70°C (Storage)
(non-condensing environment)
(F58.5)
F2.30
4 – (F4.3
±
0.2)
INLET SIDE / OUTLET SIDE
(50)
1.97
1.97
.169
(50)
0
10
20
30.12
.08
.04
3.5 7.0 10.5 CFM
In H2O
0.1 0.2 0.3
Air Flow
Static Pressure
Ps
(Pa)
(m3/min)
60Hz
50Hz
AIR
8 – (F4.3
±
0.2)
NAME PLATE
(50.0
±
0.3)
(60.0
±
0.5)(300) min
11.8
1.97
±
.001
2.36
±
.002
(50.0
±
0.3)
1.97
±
.001
.169
(60.0
±
0.5)
2.36
±
.002
(30
±
0.5)
1.18
±
.02
.14 .02
(3.5)
.14
±
.02
(3.5) Flange Type
ROTATION
Rotation: Counterclockwise Airflow Outlet: Air out over struts *1: Maximum Values in Free Air
*2: Average Values in Free Air
*3: Minimum Values in Free Air
Rated Frequency Starting Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
(V) (Hz) (V) (A)*1 (W)+10% (min-1)*2 CFM (m3/min)*2 in H2O (Pa)*2 (dB)*2 (g)
-20%
2412PS-10W-B30-A00
100 50 65 0.080 6.0 2000 7.0 0.20 .05 13.7 28 140
100 60 65 0.070 5.0 2600 9.1 0.26 .09 22.6 29 140
2412PS-12W-B30-A00
115 50 65 0.070 4.5 2000 7.0 0.20 .05 13.7 28 140
115 60 65 0.060 4.0 2600 9.1 0.26 .09 22.6 29 140
NMB' NMB-MAT
Characteristic Curves
NMBTC.COM / 818.341.3355
General Specifications
AC Axial Fans
Specifications
Outline
Panel Cut-Outs
inch
(mm)
Units:
3110MS (80 X 25L)
Material
Casing : Aluminum
Impeller : Polycarbonate (Glass Fiber-Containing)
Bearing : Ball Bearing
Lead Wire
: UL3266, CSA CL 1252, AWG22
Expected Life
Failure Rate: 10%
25°C 100,000 Hours
Motor Structure: Shaded Pole Induction Motor
Motor Protection: Impedance Protection
Insulation Resistance:
10M Ω or over with a DC500V Megger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
-10°C ~ +70°C (Operating)
-40°C ~ +70°C (Storage)
(non-condensing environment)
Plastic Blades
NEW!
0
20
40
60
80
0
0.20.40.60.8
B30
60Hz
50Hz
(m3/min)
Air Flow
Static Pressure
Ps
(Pa)
CFM
In H2O
7.06 14.1 21.1 28.2
.08
.16
.24
.32
3.07
(78.0)
3.07
(78.0)
3.55
(F91.0)
3.07
(F78.0)
OUTLET SIDEINLET SIDE
4 – (F4.5)
.177
4 – (F4.5)
.177
2.81
(71.5 p0.3)
2.81
(71.5 p0.3)
2.81
(71.5 p0.3)
2.81
(71.5 p0.3)
NAME PLATE
AIR
11.8
(300) min
7.87
(200) min
.169
4 – (F4.3p0.2)
.996
(25.3 p0.5)
.126
(3.2)
.126
(3.2)
3.15
(80.0 p0.5)
2.81
(71.5 p0.3)
ROTATION
3.15
(80.0 p0.5)
2.81
(71.5 p0.3)
.169
4 – (F4.3p0.2)
3.15
(80.0 p0.5)
2.81
(71.5 p0.3)
3.15
(80.0 p0.5)
.394
(10 p2)
2.81
(71.5 p0.3)
3.3
**
**
**
**
**
**
Rotation: Counterclockwise Airflow Outlet: Air Out Over Struts *1: Maximum Values in Free Air
** Contact NMB for Availability *2: Average Values in Free Air
*3: Minimum Values in Free Air
Rated Frequency Starting Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
(V) (Hz) (V) (A)*1 (W)*1 (min-1)*1 CFM (m3/min)*1 in H2O (Pa)*1 (dB)*1 (g)
3110MS-20W-B30-B00
200 50 130 0.060 7.0 2500 20.1 0.57 0.15 39.0 24 240
3110MS-20W-B30-B00
200 60 130 0.050 6.0 3000 24.0 0.68 0.22 55.0 31 240
3110MS-22W-B30-B00
220 50 165 0.055 7.5 2500 20.1 0.57 0.15 39.0 24 240
3110MS-22W-B30-B00
220 60 165 0.045 6.5 3000 24.0 0.68 0.22 55.0 31 240
3110MS-23W-B30-A00
230 50 180 0.050 7.5 2500 20.1 0.57 0.15 39.0 24 240
3110MS-23W-B30-A00
230 60 180 0.045 6.5 3000 24.0 0.68 0.22 55.0 31 240
3110MS-24W-B30-A00
240 50 180 0.050 7.5 2500 20.1 0.57 0.15 39.0 24 240
3110MS-24W-B30-A00
240 60 180 0.045 6.5 3000 24.0 0.68 0.22 55.0 31 240
mch (m 3‘03 (77) 6 9/ Lfll (71 ‘5) 3915i?“ 1L5 \ IE AIR 1 , ‘4:002 .1410“? ‘ 2.815 13.5) (3-5) (71.5%) 0.98 2 k 3.15 :05 {80:05) :02 13 m :05
Characteristic Curves
AC Axial Fans
3.4
NMBTC.COM / 818.341.3355
General Specifications
Specifications
Outline
Panel Cut-Outs
inch
(mm)
Units:
3110PS (80 X 25L)
Material
Casing : Aluminum
Impeller : Polycarbonate (Glass Fiber-Containing)
Bearing : Ball Bearing
Lead Wire
: UL3266, CSA CL 1252, AWG22
Expected Life
Failure Rate: 10%
25°C 50,000 Hours
Motor Structure: Shaded Pole Induction Motor
Motor Protection: Impedance Protection
Insulation Resistance:
10M Ω or over with a DC500V Megger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
-10°C ~ +70°C (Operating)
-40°C ~ +70°C (Storage)
(non-condensing environment)
(F88.0)
4 – (F4.3)
F3.46
.169
(77)
2.815
(71.5)
2.815
(71.5)
3.03
(77)
3.03
INLET SIDE / OUTLET SIDE
60Hz
50Hz
00
20°än
°£È
°Ó{
°ÎÓ
40
60
80
0.2
Ç £{ Ó£ Ón 
0.4 0.6 0.8
Static Pressure
Ps
(Pa)
Air Flow
(m3/min)
ÊÓ"
AIR
NAME PLATE
(71.5
±
0.2)
(80
±
0.5)
11.8
(71.5
±
0.2)
2.815
±
.008
2.815
±
.008
0.98
±
0.02
.14
±
0.02
(80
±
0.5)
3.15
±
.02
3.15
±
.02
(300) min
(25
±
0.5)
(3.5)
.14
±
0.02
(3.5) Flange Type
ROTATION
.169
8 – (F4.3
±
0.2)
Rated Frequency Starting Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
(
V) (Hz) (V) (A)*1 (W)+10% (min-1)*3 CFM (m3/min)*3 in H2O (Pa)*3 (dB)*2 (g)
-20%
3110PS-10W-B30-A00
100 50 65 0.090 6.0 2600 16.2 0.46 .15 39.2 28 220
100 60 65 0.080 5.0 3100 19.7 0.56 .21 53.9 33 220
3110PS-12W-B30-A00
115 50 65 0.085 6.0 2600 16.2 0.46 .15 39.2 28 220
115 60 65 0.075 5.0 3100 19.7 0.56 .21 53.9 33 220
Rotation: Counterclockwise Airflow Outlet: Air Out Over Struts *1: Maximum Values in Free Air
*2: Average Values in Free Air
*3: Minimum Values in Free Air
’NMB-MAT “MB“- .169 HOIATIO 8— ($4.3) A” ' 9 8 ST N A ‘ . m , 7 AIR f 7 7 3 a ‘3 9; 9 "'3 9 o ‘ g E m 5 a 7, mch (m ,169 ‘3*02 .13‘02 lawman o 9/ 7104 (3.4) ”0‘02 (3 4) (71 510 2) Egato 5} 3.15 :-02 ‘ (30 :0 5) L\ \NLET S‘DE [OUTLET S‘DE 4—
Characteristic Curves
NMBTC.COM / 818.341.3355
General Specifications
AC Axial Fans
Specifications
Outline
Panel Cut-Outs
inch
(mm)
Units:
3115FS (80 X 38L)
Material
Casing : Aluminum
Impeller : UL94V-O Reinforced Plastic
Bearing : Ball Bearing
Lead Wire
: AWG22, UL3266, CSA CL1252
or Terminal : Faston #110 or equivalent
Expected Life
Failure Rate: 10%
25°C 50,000 Hours
Motor Structure: Shaded Pole Induction Motor
Motor Protection: Impedance Protection
Insulation Resistance:
10M Ω or over with a DC500V Megger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
-10°C ~ +70°C (Operating)
-40°C ~ +70°C (Storage)
(non-condensing environment)
5
15
25
35
45
55
.22
.18
.14
.10
.06
.02
4 8 2824201612 3632
CFM
1.0.90.79.65.56.45.34.22.11
Static Pressure
Ps
(Pa)
Air Flow
(m3/min)
B00
B10
B20
B30
In H2O
INLET SIDE / OUTLET SIDE
(φ88.0)
4 – (φ4.3)
φ3.46
.169
(77)
2.815
(71.5)
2.815
(71.5)
3.03
(77)
3.03
AIR
(3.4)
NAME PLATE
Flange Type
ROTATION
Rotation: Counterclockwise Airflow Outlet: Air In Over Struts *1: Maximum Values in Free Air
*2: Average Values in Free Air
*3: Minimum Values in Free Air
Rated Frequency Starting Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
(V) (Hz) (V) (A)*1 (W)*1 (min-1)*1 CFM (m3/min)*1 in H2O (Pa)*1 (dB)*1 (g)
3115FS-12T-B00-A00 115 60 75 0.045 4.0 1850 18.0 0.51 .07 17.5 31 340
3115FS-12T-B10-A00 115 60 75 0.087 6.5 2100 22.0 0.62 .09 22.5 36 340
3115FS-12T-B20-A00 115 60 75 0.090 7.5 2700 27.0 0.76 .13 32.5 40 340
3115FS-12T-B30-A00 115 60 75 0.100 8.5 3250 32.0 0.90 .18 45.0 44 340
3115FS-23T-B10-A00 230 60 175 0.050 6.5 2050 20.0 0.57 .09 22.5 35 340
3115FS-23T-B20-A00 230 60 175 0.060 7.5 2750 28.0 0.79 .13 32.5 40 340
3115FS-23T-B30-A00 230 60 175 0.065 8.0 3250 33.0 0.93 .18 45.0 44 340
3.5
mch (m V ROTATION \ 7 y?) '8 (\T N 3 C: 3 m m 2 Q E E m «6 "(214:2 "(2:132 2.815: 003 1 1.50102 ' (71.5 :02) (351° 5) 3.15 :.oz (so i0 5) (so :0 5)
Characteristic Curves
AC Axial Fans
3.6
NMBTC.COM / 818.341.3355
General Specifications
Outline
Panel Cut-Outs
inch
(mm)
Units:
3115PS (80 X 38L)
Material
Casing : Aluminum
Impeller : Polycarbonate
(Glass Fiber-Containing)
Bearing : Ball Bearing
Lead Wire
: AWG22, UL3266, CSA CL1252
or Terminal : Faston #110 or equivalent
Expected Life
Failure Rate: 10%
25°C 50,000 Hours
Motor Structure: Shaded Pole Induction Motor
Motor Protection: Impedance Protection
Insulation Resistance:
10M Ω or over with a DC500V Megger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
-10°C ~ +70°C (Operating)
-40°C ~ +70°C (Storage)
(non-condensing environment)
INLET SIDE / OUTLET SIDE
(F88.0)
4 – (F4.3)
F3.46
.169
(77)
2.815
(71.5)
2.815
(71.5)
3.03
(77)
3.03
60Hz
50Hz
20
40
60°Ó{
°£È
°än
Ç £{ Ó£ Ón Îx 
00.2 0.4 0.6 0.8 1.0
Static Pressure
Ps
(Pa)
Air Flow
(m3/min)
B30
B10
B20
ÊÓ"
AIR
(3.4)
NAME PLATE
Flange Type
ROTATION
.169
8 – (F4.3
±
0.2)
’NMB-MAT NMB“ 0 —
NMBTC.COM / 818.341.3355
AC Axial Fans
3115PS (80 X 38L)
3.7
Specifications
Rotation: Counterclockwise Airflow Outlet: Air Out Over Struts *1: Maximum Values in Free Air
** Contact NMB for Availability *2: Average Values in Free Air
*3: Minimum Values in Free Air
**
**
**
**
**
**
**
**
**
**
**
**
Rated Frequency Starting Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
(
V) (Hz) (V) (A)*1 (W)+10% (min-1)*3 CFM (m3/min)*3 in H2O (Pa)*3 (dB)*2 (g)
-20%
3115PS-10T-B30-B00
100 50 65 0.170 9.0 2700 26.5 0.75 .14 34.3 33.0 270
100 60 65 0.120 7.0 3200 32.0 0.90 .20 49.0 38.0 270
3115PS-12T-B30-A00
115 50 75 0.140 9.0 2700 26.5 0.75 .14 34.3 33.0 270
115 60 75 0.110 7.0 3200 32.0 0.90 .20 49.0 38.0 270
3115PS-20T-B30-B00
200 50 130 0.080 9.0 2700 26.5 0.75 .14 34.3 33.0 270
200 60 130 0.060 7.0 3200 32.0 0.90 .20 49.0 38.0 270
3115PS-22T-B30-B00
220 50 150 0.070 9.0 2700 26.5 0.75 .14 34.3 33.0 270
220 60 150 0.060 7.0 3200 32.0 0.90 .20 49.0 38.0 270
3115PS-23T-B30-A00
230 50 150 0.070 10.0 2700 26.5 0.75 .14 34.3 33.0 270
230 60 150 0.055 8.0 3200 32.0 0.90 .20 49.0 38.0 270
3115PS-24T-B30-A00
240 50 150 0.075 12.0 2700 26.5 0.75 .14 34.3 33.0 270
240 60 150 0.060 9.0 3200 32.0 0.90 .20 49.0 38.0 270
3115PS-10T-B20-B00
100 50 65 0.080 4.5 2100 21.0 0.60 .10 24.5 29.0 270
100 60 65 0.070 4.0 2300 24.0 0.68 .12 29.4 32.0 270
3115PS-12T-B20-A00
115 50 75 0.080 5.0 2100 21.0 0.60 .10 24.5 29.0 270
115 60 75 0.070 4.5 2300 24.0 0.68 .12 29.4 32.0 270
3115PS-20T-B20-B00
200 50 130 0.040 4.5 2100 21.0 0.60 .10 24.5 29.0 270
200 60 160 0.035 4.0 2300 24.0 0.68 .13 31.3 32.0 270
3115PS-22T-B20-B00
220 50 165 0.045 6.0 2200 22.0 0.63 .10 24.5 29.0 270
220 60 165 0.040 5.0 2400 25.4 0.72 .13 31.3 34.0 270
3115PS-23T-B20-A00
230 50 150 0.050 7.0 2200 22.0 0.63 .10 24.5 30.0 270
230 60 150 0.045 6.0 2500 26.0 0.74 .14 35.2 34.0 270
3115PS-24T-B20-A00
240 50 150 0.055 7.0 2200 22.0 0.63 .10 24.5 30.0 270
240 60 150 0.045 6.0 2600 26.5 0.75 .15 37.2 35.0 270
3115PS-10T-B10-B00
100 50 65 0.065 4.5 1700 17.6 0.50 .06 16.6 23.0 270
100 60 65 0.055 4.0 1900 19.4 0.55 .08 21.5 25.0 270
3115PS-12T-B10-A00
115 50 75 0.060 4.5 1700 17.6 0.50 .06 16.6 23.0 270
115 60 75 0.055 4.0 1900 19.4 0.55 .08 21.5 25.0 270
3115PS-20T-B10-B00
200 50 130 0.045 4.5 1700 17.6 0.50 .06 16.6 23.0 270
200 60 160 0.040 4.0 1900 19.4 0.55 .08 21.5 26.0 270
3115PS-22T-B10-B00
220 50 150 0.050 5.5 1750 17.6 0.50 .06 16.6 23.0 270
220 60 150 0.045 4.5 2000 21.2 0.60 .09 23.5 26.0 270
3115PS-23T-B10-A00
230 50 150 0.055 6.0 1800 17.6 0.50 .07 17.6 23.0 270
230 60 150 0.050 5.0 2100 22.0 0.63 .10 24.5 26.0 270
3115PS-24T-B10-A00
240 50 150 0.060 7.0 1800 17.6 0.50 .07 17.6 23.0 270
240 60 150 0.055 6.0 2150 21.6 0.64 .10 25.4 26.0 270
3.55 (89) 3.25 (82.5) (59759”
Characteristic Curves
AC Axial Fans
3.8
NMBTC.COM / 818.341.3355
General Specifications
Outline
Panel Cut-Outs
inch
(mm)
Units:
3610PS (92 X 25L)
Material
Casing : Aluminum
Impeller : Polycarbonate
(Glass Fiber-Containing)
Bearing : Ball Bearing
Lead Wire
: AWG22, UL3266, CSA CL1252
or Terminal : Faston #110 or equivalent
Expected Life
Failure Rate: 10%
25°C 50,000 Hours
Motor Structure: Shaded Pole Induction Motor
Motor Protection: Impedance Protection
Insulation Resistance:
10M Ω or over with a DC500V Megger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
-10°C ~ +70°C (Operating)
-40°C ~ +70°C (Storage)
(non-condensing environment)
AIR
NAME PLATE
.98 +.04
–.01
(3.5) (82.5
±
0.3)
3.25
±
.01
(92.5)
3.62
±
.02
(82.5
±
0.3)
3.25
±
.01
(92.5)
3.62
±
.02
.125
±
.02
(3.5)
.125
±
.02
Flange Type
(25 +1 )
–0.3
ROTATION
.169
6 – (F4.3
±
0.2)
(F106)
INLET SIDE / OUTLET SIDE
(89)
3.55
(89)
3.55
.169
3.25
(82.5)
3.25
(82.5)
4 – (F4.3)
F4.17
60Hz
50Hz
20
40
60°Ó{
°ÎÓ
°£È
°än
Static Pressure
Ps
(Pa)
00.2 0.4 0.6 0.8 1.0
Ç £{ Ó£ Ón Îx
Air Flow
(m3/min)
B30
B10
B20
ÊÓ"

’NMB-MAT NMB“ 2 —
NMBTC.COM / 818.341.3355
AC Axial Fans
3610PS (92 X 25L)
3.9
Specifications
Rotation: Counterclockwise Airflow Outlet: Air Out Over Struts *1: Maximum Values in Free Air
** Contact NMB for Availability *2: Average Values in Free Air
*3: Minimum Values in Free Air
**
**
**
**
**
**
**
**
**
**
**
**
Rated Frequency Starting Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
(
V) (Hz) (V) (A)*1 (W)+10% (min-1)*3 CFM (m3/min)*3 in H2O (Pa)*3 (dB)*2 (g)
-20%
3610PS-10T-B30-B00
100 50 65 0.190 13.0 2600 28.0 0.80 .17 43.1 33.5 300
100 60 65 0.150 10.0 3100 34.5 0.98 .24 60.7 38.0 300
3610PS-12T-B30-A00
115 50 75 0.170 12.0 2600 28.0 0.80 .17 43.1 33.5 300
115 60 75 0.130 9.0 3100 34.5 0.98 .24 60.7 38.0 300
3610PS-20T-B30-B00
200 50 130 0.100 13.0 2600 28.0 0.80 .17 43.1 33.5 300
200 60 130 0.080 10.0 3100 34.5 0.98 .24 60.7 38.0 300
3610PS-22T-B30-B00
220 50 165 0.100 13.0 2600 28.0 0.80 .17 43.1 34.0 300
220 60 165 0.080 10.0 3100 34.5 0.98 .24 60.7 39.0 300
3610PS-23T-B30-A00
230 50 180 0.090 13.0 2600 28.0 0.80 .17 43.1 34.0 300
230 60 180 0.070 10.0 3100 34.5 0.98 .24 60.7 39.0 300
3610PS-24T-B30-A00
240 50 180 0.085 13.0 2600 28.0 0.80 .17 43.1 34.0 300
240 60 180 0.065 10.0 3100 34.5 0.98 .24 60.7 39.0 300
3610PS-10T-B20-B00
100 50 65 0.095 7.0 2100 21.0 0.60 .11 27.4 30.0 300
100 60 65 0.085 6.0 2500 28.0 0.80 .16 39.2 35.0 300
3610PS-12T-B20-A00
115 50 75 0.095 7.0 2100 21.0 0.60 .12 29.4 30.0 300
115 60 75 0.090 6.0 2500 28.0 0.80 .16 39.2 35.0 300
3610PS-20T-B20-B00
200 50 130 0.060 7.0 2100 22.9 0.65 .11 27.4 30.0 300
200 60 160 0.050 6.0 2500 28.0 0.80 .16 39.0 35.0 300
3610PS-22T-B20-B00
220 50 165 0.050 6.5 2100 21.0 0.60 .12 29.4 30.0 300
220 60 165 0.050 5.5 2500 28.0 0.80 .15 38.2 35.0 300
3610PS-23T-B20-A00
230 50 180 0.050 7.0 2100 21.0 0.60 .12 29.4 30.0 300
230 60 180 0.050 6.0 2500 28.0 0.80 .16 39.2 35.0 300
3610PS-24T-B20-A00
240 50 180 0.050 9.0 2100 21.0 0.60 .12 29.4 30.0 300
240 60 180 0.050 8.0 2500 28.0 0.80 .16 39.2 35.0 300
3610PS-10T-B10-B00
100 50 65 0.100 7.0 1450 16.0 0.46 .05 13.7 23.0 300
100 60 65 0.090 6.0 1800 20.0 0.58 .08 19.6 26.0 300
3610PS-12T-B10-A00
115 50 75 0.090 7.0 1450 16.0 0.46 .05 13.7 22.0 300
115 60 75 0.080 6.0 1800 20.0 0.58 .08 19.6 25.0 300
3610PS-20T-B10-B00
200 50 130 0.045 7.0 1500 16.0 0.46 .05 13.7 24.0 300
200 60 130 0.040 6.0 1900 21.0 0.60 .08 19.6 27.0 300
3610PS-22T-B10-B00
220 50 165 0.050 8.0 1450 16.0 0.46 .05 13.7 23.0 300
220 60 165 0.040 7.0 1800 21.0 0.60 .08 19.6 26.0 300
3610PS-23T-B10-A00
230 50 180 0.050 7.0 1450 16.0 0.46 .05 13.7 22.0 300
230 60 180 0.040 6.0 1800 20.0 0.58 .08 19.6 26.0 300
3610PS-24T-B10-A00
240 50 180 0.050 8.0 1450 16.0 0.46 .05 13.7 24.0 300
240 60 180 0.045 7.0 1800 21.0 0.60 .08 19.6 27.0 300
fiQTfl'QN ' 4,691 04 mch (—ymm N A m .m— v :: 4.594 04 u 19) 4.13:0 1105 *0 3)
Characteristic Curves
AC Axial Fans
3.10
NMBTC.COM / 818.341.3355
General Specifications
Outline
Panel Cut-Outs
inch
(mm)
Units:
4710PS (119 X 25L)
Material
Casing : Aluminum
Impeller : Polycarbonate (Glass Fiber-Containing)
Bearing : Ball Bearing
Terminal : Faston #110 or equivalent
Expected Life
Failure Rate: 10%
25°C 50,000 Hours
Motor Structure: Shaded Pole Induction Motor
Motor Protection: Impedance Protection
Insulation Resistance:
10M Ω or over with a DC500V Megger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
-10°C ~ +70°C (Operating)
-40°C ~ +70°C (Storage)
4 – (F4.3)
F5.35
.169
INLET SIDE / OUTLET SIDE
(F136)
4.52
(115)
4.52
(115)
4.14
(105)
4.14
(105)
20
40
60
Static Pressure
Ps
(Pa)
00.7
ÓÇ
°än
°£È
°Ó{
xÎ Ç°{
1.5 2.25
Air Flow
(m3/min)

B30
B20
ÊÓ"
60Hz
50Hz
Flange Type
NAME PLATE
(25.5
±
0.5)
1.00
±
.04
4.69
±
.04
.14
±
.02
(3.5)
.14
±
.02
(3.5)
AIR
(105
±
0.3)
4.13
±
0.2
(119)
4.69
±
.04
(105
±
0.3)
4.13
±
0.2
(119)
ROTATION
.169
8 – (F4.3
±
0.2)
’NMB-MAT mvxfi 9 —
NMBTC.COM / 818.341.3355
AC Axial Fans
4710PS (119 X 25L)
3.11
Specifications
Rotation: Counterclockwise Airflow Outlet: Air Out Over Struts *1: Maximum Values in Free Air
** Contact NMB for Availability *2: Average Values in Free Air
*3: Minimum Values in Free Air
**
**
**
**
**
**
**
**
Rated Frequency Starting Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
(
V) (Hz) (V) (A)*1 (W)+10% (min-1)*3 CFM (m3/min)*3 in H2O (Pa)*3 (dB)*2 (g)
-20%
4710PS-10T-B30-B00
4710PS-12T-B30-A00
4710PS-20T-B30-B00
4710PS-22T-B30-B00
4710PS-23T-B30-A00
4710PS-24T-B30-A00
4710PS-10T-B20-B00
4710PS-12T-B20-A00
4710PS-20T-B20-B00
4710PS-22T-B20-B00
4710PS-23T-B20-A00
4710PS-24T-B20-A00
100 50 65 0.220 14.0 2300 63.5 1.80 .16 41.1 34.0 360
100 60 65 0.180 11.0 2700 70.6 2.00 .16 41.1 38.0 360
115 50 75 0.190 14.0 2300 63.5 1.80 .16 41.1 34.0 360
115 60 75 0.160 11.0 2700 70.6 2.00 .16 41.1 38.0 360
200 50 130 0.110 14.0 2300 63.5 1.80 .16 41.1 34.0 360
200 60 130 0.090 11.0 2700 70.6 2.00 .16 41.1 38.0 360
220 50 175 0.100 14.0 2300 63.5 1.80 .16 41.1 34.0 360
220 60 175 0.080 11.0 2700 70.6 2.00 .16 41.1 38.0 360
230 50 175 0.100 14.0 2300 63.5 1.80 .16 41.1 34.0 360
230 60 175 0.090 11.0 2700 70.6 2.00 .16 41.1 38.0 360
240 50 130 0.100 15.0 2300 60.0 1.70 .16 41.1 34.0 360
240 60 130 0.080 13.0 2700 70.6 2.00 .16 41.1 38.0 360
100 50 65 0.120 8.0 1900 49.4 1.40 .08 19.6 29.0 360
100 60 65 0.100 7.0 2100 53.0 1.50 .086 21.5 30.0 360
115 50 75 0.100 8.0 1900 49.4 1.40 .09 23.5 29.0 360
115 60 75 0.090 7.0 2000 53.0 1.50 .08 21.5 30.0 360
200 50 130 0.070 9.0 1900 45.9 1.30 .08 19.6 29.0 360
200 60 160 0.060 8.0 2000 53.0 1.50 .086 21.5 30.0 360
220 50 175 0.060 9.0 1900 49.4 1.40 .08 19.6 29.0 360
220 60 175 0.050 8.0 2100 53.0 1.50 .086 21.5 30.0 360
230 50 175 0.060 9.0 1900 49.4 1.40 .09 23.5 29.0 360
230 60 175 0.050 8.0 2100 53.0 1.50 .08 21.5 30.0 360
240 50 140 0.060 9.0 1900 49.4 1.40 .08 19.6 29.0 360
240 60 140 0.050 8.0 2100 53.0 1.50 .086 21.5 30.0 360
.1“ mm Pvesswe Aw How
Characteristic Curves
AC Axial Fans
3.12
NMBTC.COM / 818.341.3355
General Specifications
Panel Cut-Outs
inch
(mm)
Units:
Outline
Material
Casing : Aluminum Alloy
Impeller : UL94V-O Reinforced Plastic
Bearing : Ball Bearing
Lead Wire
: AWG22, UL3266, CSA CL1252
or Terminal : Faston #110 or equivalent
Specifications
Motor Structure: Shaded Pole Induction Motor
Motor Protection: Impedance Protection
Insulation Resistance:
10M Ω or over with a DC500V Megger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
-10°C ~ +70°C (Operating)
-40°C ~ +70°C (Storage)
(non-condensing environment)
Expected Life
Failure Rate: 10%
25°C 100,000 Hours (D00)
4715FS (119 X 38L)
.30
.35
.40
B50
B30
B10
B00
B20
B40
.25
.20
.15
.10
.05
0
75
87
100
62
50
37
25
12
CFM
(m /min)
3
In H2O (Pa)
0 .57 1.13 1.70 2.27 2.83 3.40
0 20 40 60 80 100 120
4 – (F3.8)
.149
INLET SIDE / OUTLET SIDE
(F116.5)
F4.59
4.56
(115)
4.56
(115)
4.14
(105)
4.14
(105)
.149
4 – F3.8
.149
4 – F3.8
4.129
104.8
4.692
119.1
.149
4 – F3.8
.370
9.4
.126
3.2
.382
9.7
.591
15
.019
0.5 .311
7.9
.752
19.1
ROTATION
AIR
R6.1
NAME PLATE
FLANGE TYPE
Rotation: Counterclockwise Airflow Outlet: Air In Over Struts *1: Maximum Values in Free Air
*2: Average Values in Free Air
*3: Minimum Values in Free Air
Rated Frequency Starting Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
(V) (Hz) (V) (A)*1 (W)*1 (min-1)*1 CFM (m3/min)*1 in H2O (Pa)*1 (dB)*1 (g)
4715FS-12T-B00-D00 115 60 75 0.090 7.5 1700 60.0 1.70 .08 20.0 31 550
4715FS-12T-B10-D00 115 60 75 0.110 10.0 1900 70.0 1.98 .12 30.0 33 550
4715FS-12T-B20-D00 115 60 75 0.100 9.8 2300 80.0 2.25 .13 32.5 36 550
4715FS-12T-B30-D00 115 60 75 0.180 14.5 2650 90.0 2.50 .22 55.0 39 550
4715FS-12T-B40-D00 115 60 75 0.170 14.0 2800 100.0 2.80 .29 72.5 42 550
4715FS-12T-B50-D00 115 60 75 0.190 14.4 3100 110.0 3.10 .37 92.5 45 550
4715FS-23T-B00-D00 230 60 175 0.030 5.5 1600 55.0 1.50 .07 17.5 31 550
4715FS-23T-B10-D00 230 60 175 0.050 9.0 1900 70.0 1.98 .12 30.0 33 550
4715FS-23T-B20-D00 230 60 175 0.050 8.8 2300 80.0 2.25 .13 32.5 36 550
4715FS-23T-B30-D00 230 60 175 0.090 12.0 2650 90.0 2.50 .22 55.0 39 550
4715FS-23T-B40-D00 230 60 175 0.090 14.0 2800 100.0 2.80 .28 70.0 42 550
4715FS-23T-B50-D00 230 60 175 0.080 14.0 3100 110.0 3.10 .37 92.5 45 550
NMB' NMB-MAT son — 50H: 933i gflw k An Haw RQTATIQN
Characteristic Curves
NMBTC.COM / 818.341.3355
General Specifications
AC Axial Fans
Outline
Panel Cut-Outs
inch
(mm)
Units:
4715HS (119 X 38L)
Material
Casing : Aluminum
Impeller : Polybuthylene terephthalate
(Glass Fiber-Containing)
Bearing : Ball Bearings
Lead Wire
: Faston #110 or Equivalent
Expected Life
Failure Rate: 10%
25°C 100,000 Hours
Motor Structure: Shaded Pole Induction Motor
Motor Protection: Impedance Protection
Insulation Resistance:
10M Ω or over with a DC500V Megger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
-10°C ~ +65°C (Operating)
-40°C ~ +70°C (Storage)
(non-condensing environment)
Plastic Blades/Standard
NEW!
3.13
.48
.40
.32
.24
.16
.08
35 70 106 141 CFM
(m /min)
3
In H2O (Pa)
(105 )
0.3
4.13
(119 )
0.5
4.69
(105 )
0.3
4.13
0.5
4.69
.169
8 – ( 4.3) (7.9)
3.11
(38 )
0.5
1.49
(119 )
ROTATION
4 – ( 4.3)
.169
(105)
4.13
(115)
4.53
(105)
4.13
(115)
4.53
INLET SIDE / OUTLET SIDE
(136)
5.35
**
**
**
**
**
**
**
**
Rotation: Counterclockwise Airflow Outlet: Air Out Over Struts *1: Maximum Values in Free Air
** Contact NMB for Availability *2: Average Values in Free Air
*3: Minimum Values in Free Air
Rated Frequency Starting Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
(V) (Hz) (V) (A)*1 (W) (min-1)*3 CFM (m3/min)*2 in H2O (Pa)*2 (dB)*2 (g)
4715HS-10T-B5A-B00 100 50 65 0.370 18.0 2600 91.8 2.60 0.380 94.0 40 570
4715HS-10T-B5A-B00 100 60 65 0.290 15.5 3100 105.9 3.00 0.400 100.0 44 570
4715HS-12T-B5A-A00 115 50 75 0.320 18.0 2600 91.8 2.60 0.380 94.0 40 570
4715HS-12T-B5A-A00 115 60 75 0.250 15.5 3100 105.9 3.00 0.400 100.0 44 570
4715HS-20T-B5A-B00 200 50 130 0.180 18.0 2600 91.8 2.60 0.380 94.0 40 570
4715HS-20T-B5A-B00 200 60 130 0.150 15.5 3100 105.9 3.00 0.400 100.0 44 570
4715HS-22T-B5A-B00 220 50 145 0.160 18.0 2600 91.8 2.60 0.380 94.0 40 570
4715HS-22T-B5A-B00 220 60 145 0.130 15.5 3100 105.9 3.00 0.400 100.0 44 570
4715HS-23T-B5A-A00 230 50 175 0.160 18.0 2600 91.8 2.60 0.380 94.0 40 570
4715HS-23T-B5A-A00 230 60 175 0.120 15.5 3100 105.9 3.00 0.400 100.0 44 570
4715HS-24T-B5A-A00 240 50 175 0.150 18.0 2600 91.8 2.60 0.380 94.0 40 570
4715HS-24T-B5A-A00 240 60 175 0.120 15.5 3100 105.9 3.00 0.400 100.0 44 570
Specifications
NMB' NMB-MAT 60H — 50H: 933i gflw k An Haw ROTATION SIUCONE
Characteristic Curves
AC Axial Fans
3.14
NMBTC.COM / 818.341.3355
General Specifications
Outline
Panel Cut-Outs
inch
(mm)
Units:
4715HS (119 X 38L)
Material
Casing : Aluminum
Impeller : Polybuthylene terephthalate
(Glass Fiber-Containing)
Bearing : Ball Bearings
Lead Wire
: Faston #110 or Equivalent
Expected Life
Failure Rate: 10%
25°C 100,000 Hours
Motor Structure: Shaded Pole Induction Motor
Motor Protection: Impedance Protection
Insulation Resistance:
10M Ω or over with a DC500V Megger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
-10°C ~ +65°C (Operating)
-40°C ~ +70°C (Storage)
(non-condensing environment)
Plastic Blades/Potting
NEW!
.48
.40
.32
.24
.16
.08
35 70 106 141 CFM
(m /min)
3
In H2O (Pa)
4 – ( 4.3)
.169
(105)
4.13
(115)
4.53
(105)
4.13
(115)
4.53
INLET SIDE / OUTLET SIDE
(136)
5.35
(105 )
0.3
4.13
(119 )
0.5
4.69
(105 )
0.3
4.13
(119
)
0.5
4.69
.169
8 – ( 4.3) (7.9)
3.11
(38 )
0.5
1.49
ROTATION
Rotation: Counterclockwise Airflow Outlet: Air Out Over Struts *1: Maximum Values in Free Air
** Contact NMB for Availability *2: Average Values in Free Air
*3: Minimum Values in Free Air
Specifications
**
**
**
**
**
**
**
**
Rated Frequency Starting Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
(V) (Hz) (V) (A)*1 (W) (min-1)*3 CFM (m3/min)*2 in H2O (Pa)*2 (dB)*2 (g)
4715HS-10T-B50-BM0 100 50 65 0.370 18.0 2600 91.8 2.60 0.380 94.0 40 610
4715HS-10T-B50-BM0 100 60 65 0.290 15.5 3100 105.9 3.00 0.400 100.0 44 610
4715HS-12T-B50-AM0 115 50 75 0.320 18.0 2600 91.8 2.60 0.380 94.0 40 610
4715HS-12T-B50-AM0 115 60 75 0.250 15.5 3100 105.9 3.00 0.400 100.0 44 610
4715HS-20T-B50-BM0 200 50 130 0.180 18.0 2600 91.8 2.60 0.380 94.0 40 610
4715HS-20T-B50-BM0 200 60 130 0.150 15.5 3100 105.9 3.00 0.400 100.0 44 610
4715HS-22T-B50-BM0 220 50 145 0.160 18.0 2600 91.8 2.60 0.380 94.0 40 610
4715HS-22T-B50-BM0 220 60 145 0.130 15.5 3100 105.9 3.00 0.400 100.0 44 610
4715HS-23T-B50-AM0 230 50 175 0.160 18.0 2600 91.8 2.60 0.380 94.0 40 610
4715HS-23T-B50-AM0 230 60 175 0.120 15.5 3100 105.9 3.00 0.400 100.0 44 610
4715HS-24T-B50-AM0 240 50 175 0.150 18.0 2600 91.8 2.60 0.380 94.0 40 610
4715HS-24T-B50-AM0 240 60 175 0.120 15.5 3100 105.9 3.00 0.400 100.0 44 610
’NMB-MAT NMB" 9D — Aw new mch (—)mm ,, 456 (115) N W q A _ a m an: f zqv W , v // 4.13: 01 (105:03) 4592.02 (119) AH Fm
Characteristic Curves
NMBTC.COM / 818.341.3355
General Specifications
Outline
AC Axial Fans
Panel Cut-Outs
inch
(mm)
Units:
4715MS (119 X 38L)
Material
Casing : Aluminum
Impeller : Polycarbonate (Glass Fiber-Containing)
Bearing : Ball Bearing
Lead Wire
: AWG22, UL3266, CSA CLR52
or Terminal : Faston #110 or equivalent
Expected Life
Failure Rate: 10%
25°C 50,000 Hours
Motor Structure: Shaded Pole Induction Motor
Motor Protection: Impedance Protection
Insulation Resistance:
10M Ω or over with a DC500V Megger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
-10°C ~ +70°C (Operating)
-40°C ~ +70°C (Storage)
(non-condensing environment)
3.15
NAME PLATE
(38
±
0.5)
1.50
±
.02
4.69
±
.02
(119)
4.69
±
.02
(119)
.169
8 – (F4.3
±
0.2)
4.13
±
.01
(105
±
0.3)
4.13
±
.01
(105
±
0.3)
AIR
Flange type
ROTATION
.169
INLET SIDE / OUTLET SIDE
(F116.5)
F4.59
4.56
(115)
4.56
(115)
4.14
(105)
4.14
(105)
4 – (F4.3
±
0.2)
0
20
40
60
80
01 2 3 4
B50
60Hz
50Hz
Static Pressure
Ps
(Pa)
.08
.16
.24
.32
In H2O
35 70 106 141 CFM
Air Flow
(m3/min)
0
20
40
60
80
01 2 3 4
Static Pressure
Ps
(Pa)
.08
.16
.24
.32
In H2O
35 70 106 140 CFM
Air Flow
(m3/min)
B40
60Hz
50Hz
0
20
40
60
80
01 2 3 4
B30
60Hz
50Hz
(m3/min)
Static Pressure
Ps
(Pa)
.08
.16
.24
.32
In H2O
35 70 106 140 CFM
Air Flow
0
20
40
60
80
01 2 3 4
B20
60Hz
50Hz
(m3/min)
Static Pressure
Ps
(Pa)
.08
.16
.24
.32
In H2O
35 70 106 141 CFM
Air Flow
0
20
40
60
80
01 2 3 4 (m3/min)
B10
60Hz
50Hz
Static Pressure
Ps
(Pa)
.08
.16
.24
.32
In H2O
35 70 106 140 CFM
Air Flow
’NMB-MAT “MB“ 9
AC Axial Fans
3.16
NMBTC.COM / 818.341.3355
4715MS (119 X 38L)
Specifications
Rotation: Counterclockwise Airflow Outlet: Air Out Over Struts *1: Maximum Values in Free Air
*2: Average Values in Free Air
*3: Minimum Values in Free Air
Rated Frequency Starting Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
(
V) (Hz) (V) (A)*1 (W)+10% (min-1)*3 CFM (m3/min)*3 in H2O (Pa)*3 (dB)*2 (g)
-20%
115 50 65 0.250 15.5 2600 88.2 2.50 .259 64.6 37.0 550
115 60 65 0.210 14.5 2900 102.0 2.90 .309 76.4 41.0 550
230 50 175 0.120 15.0 2600 88.2 2.50 .255 63.7 37.0 550
230 60 175 0.100 14.0 2900 102.0 2.90 .283 70.5 41.0 550
115 50 75 0.220 15.0 2450 85.0 2.40 .204 50.9 35.0 550
115 60 75 0.190 13.0 2750 95.0 2.70 .259 64.6 39.0 550
230 50 175 0.120 15.0 2450 85.0 2.40 .216 53.9 35.0 550
230 60 175 0.100 13.0 2750 95.0 2.70 .255 63.7 39.0 550
115 50 75 0.160 11.0 2400 81.0 2.30 .200 49.9 34.0 550
115 60 75 0.140 10.0 2600 88.2 2.50 .200 49.9 37.0 550
230 50 175 0.100 12.0 2400 81.0 2.30 .197 49.0 34.0 550
230 60 175 0.080 11.0 2600 88.2 2.50 .208 51.9 37.0 550
115 50 75 0.100 7.0 2100 76.6 2.00 .141 35.2 32.0 550
115 60 75 0.100 7.0 1950 67.0 1.90 .098 24.5 30.0 550
230 50 175 0.060 7.5 2100 70.6 2.00 .141 35.2 32.0 550
230 60 175 0.060 7.5 1900 67.0 1.90 .086 21.5 30.0 550
115 50 75 0.090 6.0 1350 45.9 1.30 .062 15.6 27.0 550
115 60 75 0.080 5.5 1450 49.4 1.40 .066 16.6 28.0 550
230 50 175 0.050 6.5 1350 45.9 1.30 .059 14.7 27.0 550
230 60 175 0.045 6.0 1450 49.4 1.40 .059 14.7 28.0 550
4715MS-12T-B50-A00
4715MS-23T-B50-A00
4715MS-12T-B40-A00
4715MS-23T-B40-A00
4715MS-12T-B30-A00
4715MS-23T-B30-A00
4715MS-12T-B20-A00
4715MS-23T-B20-A00
4715MS-12T-B10-A00
4715MS-23T-B10-A00
’NMB-MAT NMB" _ — sum — 50HZ 3? Slauc Pressure A" Flnw ROTATION .4777 77%,
Characteristic Curves
NMBTC.COM / 818.341.3355
General Specifications
AC Axial Fans
Outline
Panel Cut-Outs
inch
(mm)
Units:
4715TS (119 X 38L)
Material
Casing : Aluminum
Impeller : Steel
Bearing : Ball Bearings
Lead Wire
: Faston #110 or Equivalent
Expected Life
Failure Rate: 10%
25°C 50,000 Hours
Motor Structure: Shaded Pole Induction Motor
Motor Protection: B5A Class : Thermal Protection
Insulation Resistance:
10M Ω or over with a DC500V Megger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
-10°C ~ +65°C (Operating)
-40°C ~ +70°C (Storage)
(non-condensing environment)
Metal Blades/Standard
NEW!
3.17
.48
.40
.32
.24
.16
.08
35 70 106 141 CFM
(m /min)
3
(105 )
0.3
4.13
(119 )
0.5
4.69
(105 )
0.3
4.13
0.5
4.69
.169
8 – ( 4.3) (7.9)
3.11
(38 )
0.5
1.49
(119 )
ROTATION
4 – ( 4.3)
.169
(105)
4.13
(115)
4.53
(105)
4.13
(115)
4.53
INLET SIDE / OUTLET SIDE
(136)
5.35
Specifications
**
**
**
**
**
**
**
**
Rotation: Counterclockwise Airflow Outlet: Air Out Over Struts *1: Maximum Values in Free Air
** Contact NMB for Availability *2: Average Values in Free Air
*3: Minimum Values in Free Air
Rated Frequency Starting Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
(V) (Hz) (V) (A)*1 (W) (min-1)*3 CFM (m3/min)*2 in H2O (Pa)*2 (dB)*2 (g)
4715TS-10T-B5A-B00 100 50 65 0.450 20.0 2600 98.84 2.80 0.352 88.0 46 610
4715TS-10T-B5A-B00 100 60 65 0.340 17.0 3100 116.49 3.30 0.400 100.0 50 610
4715TS-12T-B5A-A00 115 50 75 0.390 21.0 2600 98.84 2.80 0.352 88.0 46 610
4715TS-12T-B5A-A00 115 60 75 0.300 17.0 3100 116.49 3.30 0.400 100.0 50 610
4715TS-20T-B5A-B00 200 50 130 0.220 21.0 2600 98.84 2.80 0.352 88.0 46 610
4715TS-20T-B5A-B00 200 60 130 0.170 17.0 3100 116.49 3.30 0.400 100.0 50 610
4715TS-22T-B5A-B00 220 50 145 0.200 20.0 2600 98.84 2.80 0.352 88.0 46 610
4715TS-22T-B5A-B00 220 60 145 0.150 17.0 3100 116.49 3.30 0.400 100.0 50 610
4715TS-23T-B5A-A00 230 50 175 0.190 21.0 2600 98.84 2.80 0.352 88.0 46 610
4715TS-23T-B5A-A00 230 60 175 0.140 17.0 3100 116.49 3.30 0.400 100.0 50 610
4715TS-24T-B5A-A00 240 50 175 0.180 20.0 2600 98.84 2.80 0.352 88.0 46 610
4715TS-24T-B5A-A00 240 60 175 0.140 17.0 3100 116.49 3.30 0.400 100.0 50 610
- - - GDHZ — SOHZ 3? Slam Pvessure ROTATION (47” i in", SIUCONE
Characteristic Curves
AC Axial Fans
3.18
NMBTC.COM / 818.341.3355
General Specifications
Outline
Panel Cut-Outs
inch
(mm)
Units:
4715TS (119 X 38L)
Material
Casing : Aluminum
Impeller : Steel
Bearing : Ball Bearings
Lead Wire
: Faston #110 or Equivalent
Expected Life
Failure Rate: 10%
25°C 50,000 Hours
Motor Structure: Shaded Pole Induction Motor
Motor Protection: Impedance Protection
Insulation Resistance:
10M Ω or over with a DC500V Megger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
-10°C ~ +60°C (Operating)
-40°C ~ +70°C (Storage)
(non-condensing environment)
Metal Blades/Potting
NEW!
.48
.40
.32
.24
.16
.08
35 70 106 141 CFM
(m /min)
3
In H
2
In H
In H
O
(105 )
0.3
4.13
(119 )
0.5
4.69
(105 )
0.3
4.13
(119
)
0.5
4.69
.169
8 – ( 4.3) (7.9)
3.11
(38 )
0.5
1.49
ROTATION
4 – ( 4.3)
.169
(105)
4.13
(115)
4.53
(105)
4.13
(115)
4.53
INLET SIDE / OUTLET SIDE
(136)
5.35
Specifications
**
**
**
**
**
**
**
**
Rotation: Counterclockwise Airflow Outlet: Air Out Over Struts *1: Maximum Values in Free Air
** Contact NMB for Availability *2: Average Values in Free Air
*3: Minimum Values in Free Air
Rated Frequency Starting Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
(V) (Hz) (V) (A)*1 (W) (min-1)*3 CFM (m3/min)*2 in H2O (Pa)*2 (dB)*2 (g)
4715TS-10T-B50-BM0 100 50 65 0.450 20.0 2600 98.84 2.80 0.352 88.0 46 650
4715TS-10T-B50-BM0 100 60 65 0.340 17.0 3100 116.49 3.30 0.400 100.0 50 650
4715TS-12T-B50-AM0 115 50 75 0.390 21.0 2600 98.84 2.80 0.352 88.0 46 650
4715TS-12T-B50-AM0 115 60 75 0.300 17.0 3100 116.49 3.30 0.400 100.0 50 650
4715TS-20T-B50-BM0 200 50 130 0.220 21.0 2600 98.84 2.80 0.352 88.0 46 650
4715TS-20T-B50-BM0 200 60 130 0.170 17.0 3100 116.49 3.30 0.400 100.0 50 650
4715TS-22T-B50-BM0 220 50 145 0.200 20.0 2600 98.84 2.80 0.352 88.0 46 650
4715TS-22T-B50-BM0 220 60 145 0.150 17.0 3100 116.49 3.30 0.400 100.0 50 650
4715TS-23T-B50-AM0 230 50 175 0.190 21.0 2600 98.84 2.80 0.352 88.0 46 650
4715TS-23T-B50-AM0 230 60 175 0.140 17.0 3100 116.49 3.30 0.400 100.0 50 650
4715TS-24T-B50-AM0 240 50 175 0.180 20.0 2600 98.84 2.80 0.352 88.0 46 650
4715TS-24T-B50-AM0 240 60 175 0.140 17.0 3100 116.49 3.30 0.400 100.0 50 650
’NMB-MAT “MB“- ,F‘PJATJQN E NFL 35§fi7 »\ +‘ «a 7’" {IQ 3% a: 3: 24;.02 \ \ 24AM ‘\ ‘69 (e) (6) 47(043102) mum mch (35:02) (—)mm .169 m A N 8 co (D 5 INLET SIDE/OUTLET SIDE
Characteristic Curves
NMBTC.COM / 818.341.3355
General Specifications
AC Axial Fans
Outline
Panel Cut-Outs
inch
(mm)
Units:
5915PC (150 X
Ø
172 X 38L)
Material
Casing : Aluminum
Impeller : Polycarbonate (Glass Fiber-Containing)
Bearing : Ball Bearing
Terminal : Faston #110 or equivalent
Expected Life
Failure Rate: 10%
25°C 50,000 Hours
Motor Structure: Capacitor-Run Induction Motor
Motor Protection: B10~B20 Impedance Protection
B30 Thermal Protection
Insulation Resistance:
10M Ω or over with a DC500V Megger
Dielectric Withstand Voltage: AC 700V 1s
Allowable Ambient Temperature Range:
-10°C ~ +70°C (Operating)
-40°C ~ +70°C (Storage)
(non-condensing environment)
3.19
6.375
(162)
INLET SIDE / OUTLET SIDE
(F151)
5.945
5.75
(146) .169
2 – (F4.3
±
0.2)
0
100
200.8
.12
.4
70 141 212
300
0246
Air Flow
Static Pressure
Ps
(Pa)
(m3/min)
CFM
In H2O
B10
B30
60Hz
50Hz
B20
Flange Type
NAME
PLATE
AIR
ROTATION
’NMB-MAT “MB“- —
AC Axial Fans
3.20
NMBTC.COM / 818.341.3355
5915PC (150 X
Ø
172 X 38L)
Specifications
Rotation: Counterclockwise Airflow Outlet: Air Out Over Struts *1: Maximum Values in Free Air
** Contact NMB for Availability *2: Average Values in Free Air
*3: Minimum Values in Free Air
**
**
**
**
**
**
**
**
**
**
**
**
Rated Frequency Starting Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
(
V) (Hz) (V) (A)*1 (W)+10% (min-1)*3 CFM (m3/min)*3 in H2O (Pa)*3 (dB)*2 (g)
- 20%
5915PC-10T-B30-B00
100 50 65 0.470 37.0 2700 176.5 5.00 .629 156.8 52.0 800
100 60 65 0.440 33.0 3200 212.0 6.00 .865 215.6 56.0 800
5915PC-12T-B30-A00
115 50 75 0.380 35.0 2700 176.5 5.00 .629 156.8 52.0 800
115 60 75 0.360 32.0 3200 212.0 6.00 .865 215.6 56.0 800
5915PC-20T-B30-B00
200 50 130 0.236 34.0 2700 176.5 5.00 .629 156.8 52.0 800
200 60 130 0.210 33.0 3200 212.0 6.00 .865 215.6 56.0 800
5915PC-22T-B30-B00
220 50 145 0.210 40.0 2700 176.5 5.00 .629 156.8 52.0 800
220 60 145 0.180 38.0 3200 212.0 6.00 .865 215.6 56.0 800
5915PC-23T-B30-A00
230 50 145 0.180 35.0 2700 176.5 5.00 .629 156.8 52.0 800
230 60 145 0.190 35.0 3200 212.0 6.00 .865 215.6 56.0 800
5915PC-24T-B30-A00
240 50 155 0.180 34.0 2700 176.5 5.00 .629 156.8 52.0 800
240 60 155 0.170 34.0 3200 212.0 6.00 .865 215.6 56.0 800
5915PC-10T-B20-B00
100 50 65 0.250 22.0 2200 141.2 4.00 .393 98.0 46.0 800
100 60 65 0.230 23.0 2600 166.0 4.70 .472 117.6 50.0 800
5915PC-12T-B20-A00
115 50 75 0.200 21.0 2200 141.2 4.00 .393 98.0 46.0 800
115 60 75 0.210 22.0 2600 166.0 4.70 .472 117.6 50.0 800
5915PC-20T-B20-B00
200 50 130 0.120 22.0 2200 141.2 4.00 .393 98.0 46.0 800
200 60 130 0.140 23.0 2600 166.0 4.70 .472 117.6 50.0 800
5915PC-22T-B20-B00
220 50 145 0.110 23.0 2200 141.2 4.00 .393 98.0 46.0 800
220 60 145 0.130 26.0 2600 166.0 4.70 .472 117.6 50.0 800
5915PC-23T-B20-A00
230 50 145 0.120 23.0 2200 141.2 4.00 .393 98.0 46.0 800
230 60 145 0.140 26.0 2600 166.0 4.70 .472 117.6 50.0 800
5915PC-24T-B20-A00
240 50 145 0.100 22.0 2200 141.2 4.00 .393 98.0 46.0 800
240 60 145 0.110 26.0 2600 166.0 4.70 .472 117.6 50.0 800
5915PC-10T-B10-B00
100 50 65 0.170 16.0 1400 84.7 2.40 .173 43.1 35.0 800
100 60 65 0.020 18.0 1650 102.3 2.90 .243 60.7 38.0 800
5915PC-12T-B10-A00
115 50 75 0.160 16.0 1400 84.7 2.40 .173 43.1 35.0 800
115 60 75 0.190 18.0 1650 102.3 2.90 .243 60.7 38.0 800
5915PC-20T-B10-B00
200 50 130 0.110 16.0 1400 84.7 2.40 .169 42.1 35.0 800
200 60 130 0.130 18.0 1650 102.3 2.90 .243 60.7 38.0 800
5915PC-22T-B10-B00
220 50 130 0.100 16.0 1400 84.7 2.40 .169 42.1 35.0 800
220 60 130 0.120 18.0 1650 102.3 2.90 .243 60.7 38.0 800
5915PC-23T-B10-A00
230 50 145 0.090 16.0 1400 84.7 2.40 .169 43.1 35.0 800
230 60 145 0.110 18.0 1650 102.3 2.90 .243 60.7 38.0 800
5915PC-24T-B10-A00
240 50 145 0.090 16.0 1400 84.7 2.40 .169 42.1 35.0 800
240 60 145 0.110 18.0 1650 102.3 2.90 .243 60.7 38.0 800
’NMB-MAT “Mg- — l | In H20 25° - - - 60H: ‘ — 5on 200 ‘. ‘3 2 3 0: 150 EL . .2 X ‘5 100 x :7: \‘ " Ps 50 o 012 3 4 5 s 7(m3/mm) Av F‘ow BKLATKJN smcong fin ’\ _ mch I. ’ 7 ' mm ’ L J. , 5, as INLET sum OUTLET SIDE 4—
NMBTC.COM / 818.341.3355
Characteristic CurvesGeneral Specifications
Specifications
AC Axial Fans
Outline
Panel Cut-Outs
inch
(mm)
Units:
5915PC (150 X
Ø
172 X 38L)
Material
Casing : Aluminum
Impeller : Polycarbonate (Glass Fiber-Containing)
Bearing : Ball Bearing
Terminal : Faston #110 or equivalent
Expected Life
Failure Rate: 10%
25°C 100,000 Hours
Motor Structure: Capacitor-Run Induction Motor
Motor Protection: Thermal Protection
Insulation Resistance:
10M Ω or over with a DC500V Megger
Dielectric Withstand Voltage: AC 1800V 1s
Allowable Ambient Temperature Range:
-10°C ~ +70°C (Operating)
-40°C ~ +70°C (Storage)
(non-condensing environment)
3.21
Plastic Blades/Potting
NEW!
35 70 106 141
.4
CFM
.2
.6
.8
1.0
212175 245
In H
2
In H
In H
O
2 – F4.3
.169
6.377
(162)
5.748
(146)
5.98
(F152)
(38 )
0.2
1.5
.008
(6) (6)
.24
.02
.24
.02
(150 )
1
(162 )
0.2
(172 )
1
6.77
.04
6.378
.008
.169
2 – ( 4.3)
.169
2 – ( 4.3)
5.90
**
**
**
**
**
**
**
**
Rotation: Counterclockwise Airflow Outlet: Air Out Over Struts *1: Maximum Values in Free Air
** Contact NMB for Availability *2: Average Values in Free Air
*3: Minimum Values in Free Air
Rated Frequency Starting Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
(V) (Hz) (V) (A)*1 (W)*1 (min-1)*3 CFM (m3/min)*3 in H2O (Pa)*3 (dB)*2 (g)
5915PC-10T-B30-AM0
100 50 65 0.470 37.0 2700 176.5 5.00 0.628 157.0 52 850
5915PC-10T-B30-AM0
100 60 65 0.440 33.0 3200 211.8 6.00 0.863 215.8 56 850
5915PC-12T-B30-AM0
115 50 75 0.380 35.0 2700 176.5 5.00 0.628 157.0 52 850
5915PC-12T-B30-AM0
115 60 75 0.360 32.0 3200 211.8 6.00 0.863 215.8 56 850
5915PC-20T-B30-AM0
200 50 130 0.230 34.0 2700 176.5 5.00 0.628 157.0 52 850
5915PC-20T-B30-AM0
200 60 130 0.210 33.0 3200 211.8 6.00 0.863 215.8 56 850
5915PC-22T-B30-AM0
220 50 145 0.210 40.0 2700 176.5 5.00 0.628 157.0 52 850
5915PC-22T-B30-AM0
220 60 145 0.180 38.0 3200 211.8 6.00 0.863 215.8 56 850
5915PC-23T-B30-AM0
230 50 150 0.190 35.0 2700 176.5 5.00 0.628 157.0 52 850
5915PC-23T-B30-AM0
230 60 150 0.180 35.0 3200 211.8 6.00 0.863 215.8 56 850
5915PC-24T-B30-AM0
240 50 155 0.180 34.0 2700 176.5 5.00 0.628 157.0 52 850
5915PC-24T-B30-AM0
240 60 155 0.170 34.0 3200 211.8 6.00 0.863 215.8 56 850
,, NR ngpN INLET sum OUTLET SIDE 4—
Characteristic Curves
AC Axial Fans
3.22
NMBTC.COM / 818.341.3355
General Specifications
Outline
Panel Cut-Outs
inch
(mm)
Units:
5915PC (150 X
Ø
172 X 38L)
Material
Casing : Aluminum
Impeller : Steel
Bearing : Ball Bearing
Terminal : Faston #110 or equivalent
Expected Life
Failure Rate: 10%
25°C 50,000 Hours
Motor Structure: Shaded Pole Induction Motor
Motor Protection: Impedance Protection
Insulation Resistance:
100M Ω or over with a DC500V Megger
Dielectric Withstand Voltage: AC 1800V 3s
Allowable Ambient Temperature Range:
-10°C ~ +60°C (Operating)
-40°C ~ +70°C (Storage)
(non-condensing environment)
Metal Blades/Standard
2 – F4.3
.169
6.377
(162)
5.748
(146)
5.98
(F152)
.24 .24
1.496
172.0p1.0
6.377
ROTATION
AIR
INSULATION TUBING
5.90
NAME
PLATE
172.0p1.0
6.77
150.0p1.0
.169
38.0p0.2
.169 6.0
6.0
Specifications
**
**
**
**
**
**
**
**
Rotation: Counterclockwise Airflow Outlet: Air Out Over Struts *1: Maximum Values in Free Air
** Contact NMB for Availability *2: Average Values in Free Air
*3: Minimum Values in Free Air
Rated Frequency Starting Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
(V) (Hz) (V) (A)*1 (W)*1 (min-1)*3 CFM (m3/min)*3 in H2O (Pa)*3 (dB)*2 (g)
5915PC-10T-B30-S00
100 50 65 0.530 42.0 2650 187.10 5.30 0.510 127.5 48 900
5915PC-10T-B30-S00
100 60 65 0.450 40.5 3150 222.39 6.30 0.655 163.8 53 900
5915PC-12T-B30-S00
115 50 75 0.450 40.0 2650 187.10 5.30 0.510 127.5 48 900
5915PC-12T-B30-S00
115 60 75 0.400 38.0 3150 222.39 6.30 0.655 163.8 53 900
5915PC-20T-B30-S00
200 50 130 0.250 42.0 2650 187.10 5.30 0.510 127.5 48 900
5915PC-20T-B30-S00
200 60 130 0.230 40.0 3150 222.39 6.30 0.655 163.8 53 900
5915PC-22T-B30-S00
220 50 145 0.250 42.0 2650 187.10 5.30 0.510 127.5 48 900
5915PC-22T-B30-S00
220 60 145 0.230 40.0 3150 222.39 6.30 0.655 163.8 53 900
5915PC-23T-B30-S00
230 50 150 0.220 42.0 2650 187.10 5.30 0.510 127.5 48 900
5915PC-23T-B30-S00
230 60 150 0.200 40.0 3150 222.39 6.30 0.655 163.8 53 900
5915PC-24T-B30-S00
240 50 155 0.200 39.0 2650 187.10 5.30 0.510 127.5 48 900
5915PC-24T-B30-S00
240 60 155 0.200 39.0 3150 222.39 6.30 0.655 163.8 53 900
0
160
120
80
40
0 1 234567
60Hz
50Hz
B30
.6
.2
.4
70 141 212
Air Flow
Static Pressure
Ps
(Pa)
(m3/min)
CFM
In H2O
’NMB-MAT NMB" _ — I I In H20 ‘ 80 150 ‘ Mo ‘ ‘20 too Slam: Pressure n u. a a 012 3 4 5 e 7(m3/mm)
Characteristic Curves
NMBTC.COM / 818.341.3355
General Specifications
AC Axial Fans
Outline
Panel Cut-Outs
inch
(mm)
Units:
5915PC (150 X
Ø
172 X 38L)
Material
Casing : Aluminum
Impeller : Steel
Bearing : Ball Bearing
Terminal : Faston #110 or equivalent
Expected Life
Failure Rate: 10%
25°C 50,000 Hours
Motor Structure: Capacitor-Run Induction Motor
Motor Protection: Thermal Protection
Insulation Resistance:
100M Ω or over with a DC500V Megger
Dielectric Withstand Voltage: AC 1800V 3s
Allowable Ambient Temperature Range:
-10°C ~ +60°C (Operating)
-40°C ~ +70°C (Storage)
(non-condensing environment)
3.23
Metal Blades/Potting
NEW!
(146)
5.75
(162)
6.375
INLET SIDE / OUTLET SIDE
(152)
5.98
.169
2 – ( 4.3)
(38 )
0.2
1.5
.008
(6) (6)
.24
.02
.24
.02
(162 )
0.2
(172 )
1
6.77
.04
6.378
.008
(150 )
5.90
1
.169
2 – ( 4.3)
.169
2 – ( 4.3)
Specifications
Rotation: Counterclockwise Airflow Outlet: Air Out Over Struts *1: Maximum Values in Free Air
*2: Average Values in Free Air
*3: Minimum Values in Free Air
Rated Frequency Starting Current Input Speed Max. Max. Static Noise Mass
MODEL Voltage Voltage Power Air Flow Pressure
(V) (Hz) (V) (A)*1 (W)*1 (min-1)*3 CFM (m3/min)*3 in H2O (Pa)*3 (dB)*2 (g)
5915PC-10T-B30-SM0
100 50 65 0.530 42.0 2650 187.10 5.30 0.510 127.5 48 950
5915PC-10T-B30-SM0
100 60 65 0.450 40.0 3150 222.39 6.30 0.655 163.8 53 950
5915PC-12T-B30-SM0
115 50 75 0.450 40.0 2650 187.10 5.30 0.510 127.5 48 950
5915PC-12T-B30-SM0
115 60 75 0.400 38.0 3150 222.39 6.30 0.655 163.8 53 950
5915PC-20T-B30-SM0
200 50 130 0.250 42.0 2650 187.10 5.30 0.510 127.5 48 900
5915PC-20T-B30-SM0
200 60 130 0.230 40.0 3150 222.39 6.30 0.655 163.8 53 950
5915PC-22T-B30-SM0
220 50 145 0.250 42.0 2650 187.10 5.30 0.510 127.5 48 900
5915PC-22T-B30-SM0
220 60 145 0.230 40.0 3150 222.39 6.30 0.655 163.8 53 950
5915PC-23T-B30-SM0
230 50 150 0.220 42.0 2650 187.10 5.30 0.510 127.5 48 950
5915PC-23T-B30-SM0
230 60 150 0.200 40.0 3150 222.39 6.30 0.655 163.8 53 950
5915PC-24T-B30-SM0
240 50 155 0.200 39.0 2650 187.10 5.30 0.510 127.5 48 950
5915PC-24T-B30-SM0
240 60 155 0.200 39.0 3150 222.39 6.30 0.655 163.8 53 950
35 106
.24
CFM
.08
.40
.56
.80
175 245
In H
2
In H
In H
O
INMB-MAT NMB‘ —
NMBTC.COM / 818.341.3355
Agency Approvals
175
Agency Approvals
4.1
FAN MODEL UL E89936 CSA LR65829 VDE TUV CE
DC Series Fan
1004KL Vol. 1, S44 1087445 1507300-0023 X
1204KL Vol. 1, S37 1223044 1507300-0013 X
1404KL Vol. 1, S45 1065707 1507300-0032 X
1511FB Vol. 1, S116 1507300-0086
1604KL Vol. 1, S40 1141408 1507300-0008 X
1606KL Vol. 1, S32 1255295 1507300-0008 X
1608KL Vol. 1, S32 1278193 1507300-0022 X
1608VL Vol. 1, S48 1507300-0048 X
1611FB Vol. 1, S111 1507300-0081
1611FT Vol. 1, S115 1507300-0081
1611KL Vol. 1, S86 1507300-0061 X
1611RL Vol. 1, S111 1507300-0081 X
1619FT Vol. 1, S115 1507300-0081
1622WB Vol. 1, S119 1507300-0081 X
1622FT Vol. 1, S115 1507300-0081 X
1910RL Vol. 1, S100 1507300-0081 X
2004KL Vol. 1, S43 1144468 1507300-0017 X
2006FL Vol. 1, S56 1124524 1507300-0042 X
2006ML Vol. 1, S96 1507300-0069 X
2106KL Vol. 1, S32 1255295 1507300-0018 X
2404KL Vol. 1, S61 1146135 1507300-0047 X
2406GL Vol. 1, S57 1124520 X
2406KL Vol. 1, S38 2500002888 1507300-0020 X
2406RL Vol. 1, S38 1507300-0031 X
2406VL Vol. 1, S38 1507300-0031 X
2408NL Vol. 1, S34 1309625 1507300-0013 X
2408VL Vol. 1, S34 1507300-0013 X
2410EL Vol. 1, S90 1507300-0010 X
2410ML Vol. 1, S33 1193855 1507300-0010 X
2410RL Vol. 1, S90 1507300-0064 X
2410SB Vol. 1, S33 1507300-0064 X
2415FB Vol. 1, S94 1507300-0067
2415KL Vol. 1, S94 1507300-0067 X
2415RL Vol. 1, S94 1507300-0067 X
2806FL Vol. 1, S68 1243390 1507300-0056 X
2806GL Vol. 1, S84 1335659 1507300-0060 X
2806KL Vol. 1, S91 1475908 1507300-0060 X
2806RL Vol. 1, S97 1600957 1507300-0060
2810KL Vol. 1, S65 1188649 1507300-0008 X
3106KL Vol. 1, S46 1038727 1507300-0033 X
3106RL Vol. 1, S93 1507300-0065 X
3108NL Vol. 1, S29 1309625 1507300-0016 X
3110EL Vol. 1, S35 1507300-0088 X
3110GL Vol. 1, S35 1507300-0008 X
3110KL Vol. 1, S35 1309625 1507300-0008 X
3110RL Vol. 1, S93 1507300-0065 X
3110SB Vol. 1, S33 1507300-0065 X
3112KL Vol. 1, S35 1309625 1507300-0008 X
3115FT Vol. 1, S115 1507300-0081 X
3115RL Vol. 1, S93 1507300-0065 X
3122FT Vol. 1, S115 1507300-0081
3610EL Vol. 1, S31 1507300-0008 X
3610FL Vol. 1, S99 1507300-0072 X
3610GL Vol. 1, S31 1309625
3610KL Vol. 1, S31 1309625 1507300-0008 X
3610RL Vol. 1, S93 1507300-0065 X
3610SB Vol. 1, S31 1507300-0008 X
3610VL Vol. 1, S31 1507300-0008 X
3612KL Vol. 1, S552 1253246 1507300-0008 X
3612VL Vol. 1, S552 1507300-0008 X
3615FB Vol. 1, S551 1507300-0008 X
3615KL Vol. 1, S551 1195298 1507300-0008 X
3615ML Vol. 1, S551 1507300-0008 X
3615RL Vol. 1, S551 1507300-0008 X
4515JL 1507300-0083
4710KL Vol. 1, S64 1174022 1507300-0049 X
4710SL Vol. 1, S64
4712FL Vol. 1, S55 1143199 1507300-0045
4712KL Vol. 1, S41 1143199 1507300-0008 X
4715HL Vol. 1, S72
4715JL 1507300-0083
4715KL Vol. 1, S36 1557150 1507300-0008 X
4715RL Vol. 1, S36 1507300-0008 X
4715SL Vol. 1, S67 1197651 1507300-0058 X
4715VL Vol. 1, S36 1507300-0008 X
5015FL Vol. 1, S58 1507300-0024 X
5015KL Vol. 1, S58 1507300-0024 X
’NMB-MAT “MB“ — FAN MDDEL uI. EE9936 csA ”165629 CE FBXM VcLl SIIJ
NMBTC.COM / 818.341.3355
Agency Approvals
175
FAN MODEL UL E89936 CSA LR65829 VDE TUV CE
FBX14 Vol. 1, S113
5910PL Vol. 1, S74 1285829 1507300-0034 X
5920FT Vol. 1, S30 1507300-0044
5920PL Vol. 1, S30 1285831 1507300-0044 X
5920SL Vol. 1, S30
5920VL Vol. 1, S30 1507300-0044
6820PL Vol. 1, S30 1285831 1507300-0044 X
6820FT Vol. 1, S30 1507300-0044
6820SL Vol. 1, S30
6820VL Vol. 1, S30 1507300-0044
DC Blowers
BM4212 Vol. 1, S104 1507300-0076
BM4515 Vol. 1, S62 1161575 1507300-0046 X
BM4520 Vol. 1, S104 1507300-0076 X
FAL3F Vol. 1, S114 99935
BM5020 Vol. 1, S105 1507300-0078 X
BM5115 Vol. 1, S50 1057185 1507300-0030 X
BM5125 Vol. 1, S53 1082756 1507300-0022 X
BM5712 Vol. 1, S104 1507300-0076 X
BM5913 Vol. 1, S104 1507300-0076
BM6015 1082756
BM6023 Vol. 1, S103 1507300-0075
BM6025 Vol. 1, S103 1507300-0075 X
BM6625 Vol. 1, S95 1507300-0066 X
BM6920 Vol. 1, S95 1507300-0066 X
BG0702 Vol. 1, S63 1133535 X
BG0703 Vol. 1, S42 -158 1507300-0019 X
FAL5F Vol. 1, S114 099935
BG0801 Vol. 1, S98 1507300-0019
BG0803 Vol. 1, S66 1507300-0019
BG0903 Vol. 1, S59 1120644 1507300-0039 X
BG1002 Vol. 1, S60 1158481 X
FAL6F Vol. 1, S114 099935
BG1203 Vol. 1, S49 1031559 1507300-0029 X
BG1402 Vol. 1, S106 1507300-0029
BG1504 Vol. 1, S106 1507300-0029
BL4447 Vol. 1, S77
BL4747 Vol. 1, S49 -141
BT1002 Vol. 1, S101 1507300-0073
DC Motorized Impellers
175R Series Vol. 1, S87 X
101R057D07 Vol. 1, S109
190R071D073XAXX Vol. 1, S80 1507300-0057 X
220R071D053XAXX Vol. 1, S107 1507300-0057 X
220R071D0731A01 Vol. 1, S107 1507300-0057 X
220R071D0901A01 Vol. 1, S107
225R099D053XAXX Vol. 1, S107 1507300-0057 X
225R099D073XAXX Vol. 1, S107 1507300-0057 X
250R100D052XAXX Vol. 1, S80 1507300-0057 X
250R100D0701XXX Vol. 1, S80 1507300-0057
250R100D072XAXX Vol. 1, S80 1507300-0057
280R125D052XAXX Vol. 1, S71 1507300-0057 X
280R125D072XAXX Vol. 1, S71 1507300-0057 X
AC Series Fan
2412PS Vol. 1, S3 1202307 1507300-1014 X
2415PS Vol. 1, S1 1202307
3108PS Vol. 1, S1 1202307
3110MS Vol. 1, S3 1507300-0078 X
3110PS Vol. 1, S3 1202307 R0030033 X
3115FS Vol. 1, S28 -19 1507300-0015 R0030030 X
3115PS Vol. 1, S3 1202307 1507300-0015 30781695 X
3610PS Vol. 1, S3 1202307 1507300-0006 30781695 X
3615HS Vol. 1, S118 1507300-0089 X
4710PS Vol. 1, S3 1202307 1507300-0009 X
4715FS Vol. 1, S27 1417267 30781695 X
4715HS Vol. 1, S10 1507300-0011 X
4715MS Vol. 1, S6 -10 1507300-0011 30781695 X
4715PS Vol. 1, S1 1202307 1507300-0011 30680496 X
4715TS Vol. 1, S10 1507300-0011 X
5915PC Vol. 1, S2 1202307 1507300-0012 X
Wet Location Outdoor-Use Fans (AC)
4715HS-12T-B50-AMX Vol. 1, S10
4715HS-23T-B50-AMX Vol. 1, S10
5915PC-12W-B30-AMX Vol. 1, S2
Wet Location Outdoor-Use Fans (DC)
5920VL-05W-B7X-DRX Vol. 1, S30
5920VL-07W-B7X-DRX Vol. 1, S30
4.2
Agency Approvals
lNMB-MAT “Mg- Temperature Increase 25 2mm? 5
THERMAL DESIGN
The need for forced-air cooling should be determined
at an early stage in system design. It is important that
the design plans for good airflow to heat-generating
components and also allows adequate space and
power for the cooling fan.
The first stage in designing a forced-air cooling system
is to estimate the required airflow. This depends on
the heat generated within the enclosure and the
maximum temperature rise permitted.
Enclosure with Cover Removed
The airflow required can be obtained either by
calculation or from a graph.
The equation for calculation is:
Q1 = 0.05 H Q
2 = 1.76 H
T T
Where:
Q1 = Airflow required in m3/min
Q2 = Airflow required in cubic feet/min
H = Heat dissipated in watts
T = Temperature rise above inlet temp °C
In the following graph, the vertical axis represents the
heat to be removed and the horizontal axis represents
the airflow; both axes are logarithmic. The sloping lines
define the temperature rise in ˚C. To use the graph,
find the sloping line that represents the permitted
temperature rise. Then, find the point on this line that
corresponds to the heat to be removed. The horizontal
position of this point shows the airflow required.
Power Dissipation vs. Airflow for Various Temperature Increases
SYSTEM IMPEDANCE & OPERATING POINT
Obstructions in the airflow path cause static pressure
within the enclosure. To achieve maximum airflow,
obstructions should be minimized. However, obstructions
in the form of baffles may be necessary to direct the
airflow over the components that need cooling.
Chart 2.1 on the next page illustrates the nonlinear
relationship between airflow and static pressure for
a typical fan. The System Impedance curve, Chart 2.2,
is a property inherent to an individual electronics
enclosure. This curve can easily be generated
experimentally, by testing the enclosure pressure at
various airflow rates. The performance of a fan in a
specific application is determined by the intersection
of the System Impedance curve and the Fan
Characteristic Curve, as shown on Chart 2.3.
T2T1
AIR
H
T=T2 –T1
Power Dissipation (Watts)
1000
500
200
100
50
20
10
12 51020
25 20 15 10 5
50 100 200 500 1000
Air Flow
(Cubic Feet per Minute)
Temperature Increase
(Degrees/Celsius)
Fan Engineering
Fan Engineering
NMBTC.COM / 818.341.3355
5.1
NMB" NMB-MAT
NMBTC.COM / 818.341.3355
Fan Engineering
5.2
MULTIPLE FAN USE
The following figures show the performance
characteristics for parallel and series operation
of two identical fans.
Parallel Operation
Series Operation
An additional fan in parallel to the first increases
airflow in a low static pressure situation. An additional
fan in series increases the airflow in a high static-
pressure enclosure.
AIRFLOW & PRESSURE MEASUREMENT
An AMCA Standard 210 double chamber is used to
accurately measure air volume and static pressure.
Static Pressure
Air Flow Air Flow
Individual Operation
Two-Unit Operation
Static Pressure
Individual Operation
Two-Unit Operation
AIR
AIR
AIR
Static Pressure
Air Flow Air Flow
Individual Operation
Two-Unit Operation
Static Pressure
Individual Operation
Two-Unit Operation
AIR
AIR
AIR
SYSTEM IMPEDANCE & OPERATING POINT
(continued)
Chart 2.1
Typical relationship between Airflow and Static
pressure for an Axial cooling fan.
Chart 2.2
Chart 2.3
Air Flow
Static Pressure
1 5
.05
.10
.15
13.5V
12.0V
10.2V
10 15 20 25

ÊÓ"
Static Pressure
Ps
P3
P2
P1
P
Q Q1Q2Q3
Air Flow
Impedence Curve for
an Electronic Enclosure
Device Characteristic Curve

ÊÓ"
Static Pressure
Ps
P
Q
Air Flow

Intersection of Fan
and Enclosure Curves
Device
Characteristic
Curve
Fan
Characteristic
Curve
System
Operating
Point
ÊÓ"
AIR
A Chamber
Rectifying Grid Rectifying Grid
Auxiliary Blower
Measured Fan
Pitot Tube for Static Pressure Pitot Tube for Air Flow
B Chamber
Nozzle
Ps Pn
Fan Engineering
'NMB-MAT “Mg 4— — 0:60 ‘ 0% ' sz’Zg/I‘O. 10197Pn (m3/rnin) (1,293x 273 x—P ) (kg/m3) 7 no???“ T 273w 101325 37 # ALARM OUTPUT 9926 mm Cuvr
NMBTC.COM / 818.341.3355
AIRFLOW & PRESSURE MEASUREMENT
(continued)
Maximum Static Pressure: When the nozzle is closed,
the pressure in chamber A will reach maximum.
Maximum Airflow: When opening the nozzle and
absorbing the air using the auxiliary blower to make
the static pressure zero (Ps = 0), the differential
pressure (Pn) between A chamber and B chamber will
reach maximum. The airflow obtained by applying the
differential pressure (Pn) to the above equation can be
called the maximum airflow.
Note: Fan performance is calculated using the data
obtained from this equipment according to the
following formula:
The Equation: Airflow
C: Coefficient of nozzle air
D: Diameter of nozzle (m)
r: Air density
t: Temperature (ºC)
P: Air pressure (hPa)
Pn: differential pressure of air flow (Pa)
g: 9.8m/s2
ACOUSTIC NOISE MEASUREMENT
Noise measurements are performed in an Anechoic
Chamber with less than 16 dBA background noise in
compliance with JIS C 9603 standards.
DC Fan 1 m from inlet side
AC Fan 1 m from the side
FAN SENSORS
Three types of DC fan sensors are available for NMB fans:
Locked Rotor Signal – outputs the status of the fan
motor and is ideal for detecting if the fan motor is
rotating or stopped.
Tachometer Signal set to produce two cycles of
rectangular waveform as the fan motor makes one
rotation and is ideal for detecting speed.
Life Signal detects a reduction in fan speed at a
specified RPM level.
Locked Rotor Alarm Signal:
Output Circuit: Open Collector
Specifications:
Vce max: +30V
Vce max: +15V(1004KL, 1404KL, 1204KL, 1604KL, 1606KL,
1608KL, 2004KL, 2106KL, 2406KL, BM4515, BM5115,
BM5125, BM6015)
Ic max: 5mA (Vce(sat)max=0.4V)
Alarm Signal Circuit
Alarm Signal Output: White, +:Red, -:Black
TTL output is an available option.
Alarm Signal Circuit
Output Waveform:
At Rated Voltag, the output
signal may correspond to
either Case 1 or Case 2.
Your design should provide
for both waveforms.
AIR FLOW
1m
microphone
Speed
Input Current
Output Signal Voltage Case 1
Output Signal Voltage Case 2
LOCK ROTOR
VOH
VOLON
OFF
VOH
VOLON
OFF
DC FAN INSIDE ALARM OUTPUT
IC max 5mA
R
Vce
DC FAN INSIDE ALARM OUTPUT
ID max 5mA
R
VDS max +27.6V
Fan Engineering
Fan Engineering
5.3
“NIB" «J— Romfi LOCKED ‘7 77777 W INMB_MAT ROTOR LDcKED y
NMBTC.COM / 818.341.3355
Fan Engineering
5.4
SPEED CONTROL
DC fan speed can be controlled in order to optimize
cooling, reduce noise and decrease system power draw.
There are various methods of controlling fan speed.
2-speed DC fan motor
NMB’s custom 2 speed fans are available with high
and low speeds specified by the customer. The low end
operating speed is fixed in order to reduce noise and
lower power consumption.
Below is an example of an External connection for a
2-speed DC fan motor.
Control by relay contact
Control by transistor
Switch-over of fan speed
S.W. OFF: LOW SPEED, ON: HI SPEED
Temperature Detecting Variable Speed
DC Fan
The RPM may be automatically controlled and
synchronized with temperature variation by installing
a thermistor.
Varying the control voltage (0 to 6V) enables speed
variation between the signal wire and ground.
Example of connection diagram:
Tachometer Signal
Output Waveform: At Rated Voltage
T=T1+T2+T3+T4=1 Rotation, T1=T2=T3=T4=60/4m
m: Rotation Speed min-1
The output signal may correspond to Case 1 or Case
2. Your design should provide for both waveforms.
Life Signal
Output Waveform: At Rated Voltage
(OUTPUT SIGNAL VOLTAGE)
(Speed)
VOH
VOL
(INPUT VOLTAGE)
Recovering Speed
Detecting Speed
Average Speed
No start Start
ONON OFF
CASE 1
ROTOR LOCKED
VOH
VOL
T1 T2 T3
T
T4
1ROTATION
Or
CASE 2
VOH
VOL
ROTOR LOCKED
T1 T2 T3
T
T4
Or
1ROTATION
Red
Black
+
Brown
Signal
Brushless
DC fan
TR
Red
Black
Brown
T
Signal
Thermistor
Brushless +12V
(24V)
GND
DC fan
+
Brushless
DC fan
S.W.
Red
Black
Brown
Signal
Fan Engineering
’NMB-MAT fi'fifik
RED
GND
BLACK
+
BROWN
Signal
Brushless
DC fan
TR
T
DRIVER
TR
DRIVER Q
T : 250Hz MAX
T2 : OFF DUTY 0~80%
Vst = 4.5~7.0V (Stopping MODE)
Vst = 0~0.5V Running MODE)
T2T1
Vst
BLACK
2k
6.4V~7.0V
Vst (Ta=25˚C)
BROWN
RED: 12VDC
PWM Control DC Fan
In PWM speed control, a fixed frequency square wave
is applied to the speed control leadwire of the fan.
The ratio of on time vs. off time (duty cycle) is directly
proportional to the speed of the fan.
Example:
Correct Signal Connection
Correct signal connection is important to prevent
damage to the internal fan IC. Connection should be
design as shown below:
FAN LAWS
There are various laws useful in determining different
fan performance parameters. We have selected a few
of these that can be useful in calculating airflow (CFM),
pressure (inches H20), power consumption (Watts),
and noise (dBA), when operating at differing speeds
(RPM).
Only fans of the same physical dimensions, same motor
and impeller should be used for comparative analysis
The variables below are used in the formulas that follow:
Where:
Speed_k = Known Speed
Speed_n = The new speed we are using for calculation
Airflow_k = Known airflow at Speed_k
Airflow_n = New airflow calculated at new speed
Pressure_k = Known Pressure at Speed_k
Pressure_n = New pressure calculated at new speed
Power_k = Known Power at Speed_k
Power_n = New Power calculated at new speed
Noise_k = Known Noise at Speed_ k
Noise_n = New Noise calculated at new speed
Calculating Airflow at different speeds:
Calculating Pressure at different speeds:
Calculating Power Draw at different speeds:
Calculating Noise at different speeds:
Airflow Calculation Example:
If a fan provides 210 CFM of airflow at 3000 RPM. What
airflow (CFM) would be expected if the speed (RPM) is
increased to 3500 RPM?
Speed_k = 3000 RPM
Airflow_k = 210 FM
Speed_n = 3500 RPM
Airflow_n = 245 CFM
Control Signal Sensor Signal
Or
Or
Or
Or
+Signal +
Signal
Signal Signal Signal
+
+ +
Control Signal
Signal Output
RPM Control Signal
RPM Control Signal & Sensor Signal Output
Control SignalSensor Signal
Sensor Signal
Sensor Signal
+ +
+ +
Control Signal
( )
Airflow_n = Airflow_k Speed _n
Speed _k
2
( )
Pressure_n = Pressure_k Speed _n
Speed _k
( )
3
Power _n = Power_k Speed _n
Speed _k
( )
Noise_n = Noise_k+50 log Speed _n
Speed _k
( )
Airflow_n = Airflow_k Speed _n
Speed _k
2
Fan Engineering
Fan Engineering
5.5
NMBTC.COM / 818.341.3355
lNMB-MAT “Mg-
NMBTC.COM / 818.341.3355
Fan Engineering
5.6
Pressure Calculation Example:
In the example above the fan provides 0.1 inches of
H20 Pressure at the system operating point. What
pressure would be expected if the fan speed were
increased to 3500 RPM?
Speed_k = 3000 RPM
Speed_n = 3500 RPM
Pressure_k = 0.1 in H20
Pressure_k = 0.136 in H20
Power Calculation Example:
The fan in question draws 22 Watts at 3000 RPM.
What power draw would be expected if the fan speed
were increased to 3500 RPM?
Speed_k = 3000 RPM
Speed_n = 3500 RPM
Power_k = 22 watt
Power_n = 34.935 watt
Noise Calculation Example:
The fan in question generates 58 dBA of noise
measured 1 meter from the inlet side of the fan.
What would the increase in noise be if the the
speed were increased form 3000 RPM to 3500 RPM?
Speed_k = 3000 RPM
Speed_n = 3500 RPM
Noise_k = 58 dBA
Noise_n = 61.347 dBA
NMB TECHNICAL SUPPORT
NMB offers a full range of application and design
support services, including thermal modeling and flow
analysis. For assistance with any technical issue, please
contact the NMB Fan Team through our web site at
www.nmbtc.com or e-mail us at fans@nmbtc.com.
Pressure_n = Pressure - k
( )
2
Speed _n
Speed _k
Power _n = Power_k Speed _ n
Speed _ k
3
( )
UNITS OF MEASURE AND CONVERSIONS
Fan airflow, static pressure, temperature, and dimensions
are often referred to in a variety of unit measures.
Below are the measures and methods of conversion.
Airflow
Static Pressure
Temperature
Degree F = 9/5 C + 32
Degree K = C = 273/15
Linear Dimensions
1mm = 0.0394” ~ 0.04
1” = 25.4mm = 2.54 cm
1U = 44.4 mm = 1.75”
Noise_n = Noise_k
( )
Speed_n
Speed_k
CFM m3/min m3/hr L/sec
1 0.028 1.7 0.47
35.3 1 60 16.7
0.59 0.017 1 0.28
2.12 0.06 3.6 1
Example: To convert from CFM to m3/hr, multiply by 1.7
in H20 mm H20 Pa
1 25.4 249
0.039 1 9.81
0.004 0.1 1
To convert PA to H20, multiply by 0.004
Fan Engineering
lNMB-MAT “Mg- T=c~§—V«T( 1_ B +1)
NMBTC.COM / 818.341.3355
Proper understanding of accelerating stresses and
design limits are necessary to implement a meaningful
accelerated reliability test. NMB uses the Arrhenius
model for determining acceleration factors (AF) during
life testing. This is the most commonly used model in
accelerated life testing where thermal stress is the
primary factor affecting life.
Life test data gathered from different types of fans and
blowers lends to highly accurate statistical analysis. This
data can produce very detailed information about the
behavior of the product for reliability and prediction of
fan performance in the field. The Weibull Distribution
is a typical method employed by NMB for statistical
analysis. An explanation of this calculation model is
shown below.
Arrhenius Weibull Model:
Life Stress Relation: Arrhenius
The Arrhenius life-stress relationship is given by:
Where:
L represents a quantifiable life measure, which is
the scale parameter or characteristic life of the
Weibull Distribution.
V represents the stress level (formulated for
temperature and temperature values in absolute
units, i.e. degrees Kelvin or degrees Rankine)
C is one of the model parameters to be determined
( C > 0 ).
B is another model parameter to be determined
Mean Life or MTTF
The mean, T ,also called MTTF or Mean Time To
Failure, of the Arrhenius-Weibull relationship is given
by:
FAN LIFE AND RELIABILITY
Fan Life Testing
Life expectancy of a cooling fan is a critical element in
thermal design. NMB uses parametric failure modes
during life testing to calculate for life expectancy.
Speed (RPM) and Current (mA) failures include both
“hard failures” (where the fan is non-functional) and
“parametric failures”. These parametric failures are
defined as 15% decrease in RPM and an increase in mA
of 15%.
Including parametric failure modes leads to a more
conservative L-10 and MTTF reporting standard than
those methods that measure life performance using
only hard failures.
The benefit to the customer is a fan that sets the
quality and reliability standard for the cooling industry.
NMB evaluates fan life and reliability during the design
phase using accelerated life testing in conjunction with
ORT (Ongoing Reliability Testing). Accelerated life
testing is used to compress the amount of time
required to conduct life testing. Development testing
occurs early in the product design, prior to product
release. It is vital to characterize the reliability of the
product in the initial stages of design to allow for
improvements and to meet the reliability specifications
prior to release to manufacturing.
Once the design has been through design verifiction
testing and is turned over to manufacturing, ORT is
conducted. For some models, ORT evaluation has
continued beyond 10 years. The value of ORT is a
continued refinement of the accuracy of the accelerated
life testing and constant review of the design of the fan.
This continued process improvement allows for ongoing
evaluation and increase in fan life and reliability.
Under accelerated life testing NMB fans are tested at
extreme environmental conditions, with temperature
stress factors above standard operating levels. In order
to gather meaningful data within a reasonable time
frame, the stress factors must be accelerated to
simulate different operating environments. High
temperature stress is the most common stress
factor used for these purposes.
Fan Engineering
Fan Engineering
5.7
'NMB-MAT N146“ 4— mg v! smzss TR=c-%{-1H[R(TRN)]}1F nu REUABILIY >4Umehahflm/
NMBTC.COM / 818.341.3355
Fan Engineering
5.8
LIFE TIME VS. TEMPERATURE
0
50000
100000
150000
200000
70 60 50 40 30 20
TEMPERATURE IN (C]
L10 LIFE
HRS
Reliable Life
The Arrhenius Weibull Distribution model predicts
the length of time at which a defined percentage of
a product population will still be operating without
failing to meet pre-set criteria. For cooling fans, this
is normally characterized as L10 life expectancy, or
the time at which 10% of a population will have failed
and 90% of a population will continue to operate
within specifications.
For the Arrhenius-Weibull relationship, the reliable life,
TR, of a unit for a specified reliability and starting the
mission at age zero is given by:
This is the life for which the unit will function success-
fully with a reliability of R(TR). If R (TR) = 0.90 then
TR = 90% reliability or 10% unreliability (L10) or the
life by which 90% of the units will survive.
NMB uses parametric failure modes, or the condition
at which a performance parameter fails to meet pre-set
criteria, to record failures during accelerated life testing.
This produces a more accurate prediction of field
reliability than methods which use only non-operating
failure modes to record failures.
Example: Life Experiment Data Using Arrhenius Weibull
1.00
5.00
(L10)
50.00
% Unreliability
90.00
99.90
1,000,00010,000 100,000
WEIBULL PROBABILITY PLOT
LIFE TIME (HOURS)
30,000 HRS (L10)
200,000 HRS (L10)
65,479 HRS (MTTF)
436,527 HRS (MTTF)
h (63.2)
10.00
MTTF - (Mean Time To Failure or Mean Life)
L10 - (10% Unreliabily or 90% Reliability Over Time)
For specific product life and reliability, please contact NMB's Applications Engineers.
FAN RATED 30,000 HRS
FAN RATED 200,000 HRS
FAN RELIABILITY OVER TIME @ 25C
1000.00
1.00E+6
10000.00
1.00E+5
370.00290.00 306.00 322.00 338.00 354.00
LIFE vs STRESS
Temperature
Life
Arrh/Weib
Eta
Mean Life
99
1
318 (Tuse)
F=18 | S=2
Beta=4.8451, Ea= 0.3628, C=0.0958
Product L10 life expectancy for NMB fans ranges from
30,000 hours to 200,000 hours of continuous operation
at room temperature depending on fan speed, frame
size, design structure, size of ball bearings and the type
of ball bearings used. NMB, a world leader in miniature
precision ball bearings design and manufacturing, uses
high quality, long life bearings produced in house to
ensure extended fan life.
Fan Engineering
lNMB-MAT NMB‘ 3m 3,15 an) M on Sane: 3 54 4 55 mm 4.59 H20) mo Sena: 5.0 Hm 5m 5 Series a u so) sang/mu Series «.57 um mm Series 3.15 my cum 59m: [ ass €201 e m nsa m a u say sang/am 59m. ‘ as (42 m u/
NMBTC.COM / 818.341.3355
Fan Guards
• Designed to insure safety
• Plating bright nickel chrome, black electro deposit available
• Plating thickness of .0005 min.
Weld joints withstand 230 lbs. separation force
Wire base C1010 steel
6.38
(162.0)
6.14
(156.0)
0.26
(6.5)
055010
6 (150)
5900/6800 Series
Ribs – 0.071 (1.80), Rings – 0.071 (1.80)
0.20 (5.0) DIA
4 POSITIONS
6.38
(162.0)
5.63
(143.0)
0.25
(6.35)
055011
6 (150)
5900/6800 Series
Ribs – 0.071 (1.80), Rings – 0.071 (1.80)
0.20 (5.0) DIA
4 POSITIONS
3.54
(90.0)
3.25
(82.5)
0.22
(5.5)
055013
3.62 (92)
3600 Series
Ribs – 0.071 (1.80), Rings – 0.071 (1.80)
0.181 (4.6) DIA
4 POSITIONS
4.55
(115.6)
4.13
(105.0)
0.22
(5.6)
055015
4.69 (120)
4700 Series
Ribs – 0.071 (1.80), Rings – 0.071 (1.80)
0.181 (4.6) DIA
4 POSITIONS
3.01
(76.5)
2.81
(71.4)
0.22
(5.5)
055018
3.15 (80)
3100 Series
Ribs – 0.071 (1.80), Rings – 0.071 (1.80)
0.181 (4.6) DIA
4 POSITIONS
3.05
(77.5)
2.81
(71.4)
0.20
(5.1)
055019
3.15 (80)
3100 Series
Ribs – 0.071 (1.80), Rings – 0.071 (1.80)
0.181 (4.6) DIA
4 POSITIONS
2.09
(53.2)
1.97
(50.0)
0.17
(4.4)
055023
2.36 (60)
2400 Series
Ribs – 0.061 (1.5), Rings – 0.06 (1.5)
0.181 (4.6) DIA
4 POSITIONS
1.26
(32.0)
1.24
(31.5)
0.16
(4.0)
055025
1.57 (40)
1600 Series
Ribs – 0.055 (1.4), Rings – 0.055 (1.4)
0.157 (4.0) DIA
4 POSITIONS
4.55
(115.6)
4.46
(113.3)
0.22
(5.7)
055015/055032
5.0 (127)
5015 Series
0.18 (4.6) DIA
4 POSITIONS
1.65
(42.0)
1.62
(41.1)
0.19
(4.8)
2.0 (50)
2004 Series
0.16 (4.2) DIA
4 POSITIONS
055031
Fan Guards
Accessories
6.1
NMB-MAT NMB“ \Qx\>{5\‘3®®'$w‘°r§év¢ 63¢§3§¢¥6§6§é§ @@S°@S°@§@§@ 49 494?:96‘I'i‘ N§§g¢“o§a®° (36%th
NMBTC.COM / 818.341.3355
Accessories
Guards/Mounting Clips/Cord Sets
6.2
055010
055013
055018
055015
055019
055011
055023
055031
055032
055025
512011
512023
432002
432000
512020
432021
Fan Mode
Fan Guards
Part Number
Mounting Clips
Part Number
Cord Sets
Part Number
1004KL
1204KL
1404KL
1604KL
1606KL
1608KL
2004KL
2106KL
2406KL
2408NL
2410ML
2410ML Vented
3108NL
3110KL
3112KL
3610KL
3610KL Vented
3612KL
3615KL
4710KL
4712KL
4715KL
4715SL
5015KL
5020KL
5910PL
5920PL
6820PL
2412PS
3110PS
3115FS
3115PS
3610PS
4710PS
4715FS
4715MS
5915PC
Fan Accessories Matrix
Fan Guards/Mounting Clips/Cord Sets
lNMB-MAT NMB‘v
NMBTC.COM / 818.341.3355
NMB Fan Warranty Policy
NMB warranties our fans to be free from defects in material and workmanship for a period of one (1) year. In order
to accommodate transportation and installation we extend this warranty to 15 months from the date of manufacture.
This warranty applies to fans and blowers which are used within the design parameters and when used in an approved
application. If there are any questions regarding proper application please contact your NMB representative and an
applications engineer can review the customer’s operational requirements.
Warranty Limitations and Liability
In the event of an operational failure of an NMB fan or blower, which was used in a manner specifically approved by
NMB, NMB will at its option, repair or replace the defective fan or blower with an identical or functionally equivalent
product.
In no case will NMB’s liability exceed the purchase price of the defective product.
Errors
All information, data and dimension tables in this catalog have been carefully compiled and thoroughly checked. However, no responsibility for possible errors or omissions
can be assumed.
Changes
The company reserves the right to change specifications and other information included in this catalog without notice.
Warranty
Warranty
6.3
\OOIDOQO- QIO'O' - \‘U Small Motors Mechanical Bearing Assemblies NMB's small motor products include a line of NMB‘s Miniature Precision Ball Bearings are the hybrid and permanent magnet stepper motors. as well as NMB's brush and brushless DC motors.Th brush DC motor line is ideal for applications that require small si1e and excellent power output.The brushless DC line is perfect ior applications where designed and manuiactured to work precisely with 0 NMB”
Small Motors
NMB’s small motor products include a line of
hybrid and permanent magnet stepper motors, as
well as NMB’s brush and brushless DC motors. The
brush DC motor line is ideal for applications that
require small size and excellent power output. The
brushless