ETC 119105-01

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B R U S H L E S S D C M OTO R S • B L OW E R S • C O N T R O L L E R S
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WE’RE BIG ON BRUSHLESS
TM
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ROTRON
Technical Products
Table of Contents
Introduction ............................................... 1, 2, 3
BLDC Motors
1.7” (43mm) diameter ........................................... 4, 5
2.5” (64mm) diameter ........................................... 6, 7
3.0” (79mm) diameter ........................................... 8, 9
3.55” (90mm) diameter ....................................... 10, 11
3.9” (99mm) diameter ....................................... 12, 13
5.25” (133mm) diameter ..................................... 14, 15
Low Voltage Blowers (BLDC)
2.9”
(74mm) ...................................................... 16, 17
3.0” (76mm) ....................................................... 18, 19
3.3” (84mm) ....................................................... 20, 21
4.5” (114mm) ..................................................... 22, 23
5.0” (127mm) MINIJAMMER ®............................. 24, 25
5.1” (130mm) ..................................................... 26, 27
5.7” (145mm) WINDJAMMER ®........................... 28, 29
High Voltage Blowers (BLDC)
WINDJAMMER ®
5.7” (145mm) Thru Flow/250 Watt/120VAC ..... 30, 31
5.7” (145mm) Bypass/250 Watt/120VAC .......... 32, 33
5.7” (145mm) Thru Flow//400 Watt/240 VAC ... 34, 35
5.7” (145mm) Bypass/400 Watt/240VAC .......... 36, 37
5.7” (145mm) Bypass/800 Watt/120VAC .......... 38, 39
5.7” (145mm) Bypass/1200 Watt/240VAC ........ 40, 41
Controllers (BLDC)
5
Amp Motor/Blower .......................................... 42
10
Amp Motor/Blower .......................................... 43
20
Amp Motor ...................................................... 44
BLDC Motor/Blower
Controller Part Numbers ................................ 45
Blower/Motor Sizing Sheet ............................ 46
Application Engineering
Basics ................................................. 47, 48, 49, 50, 51
AMETEK Global Locations ........................ 52, 53
Contact Information ....................................... 54
The AMETEK Electromechanical Group (EMG). . .
is one of the world’s largest producers of high-speed electric motor products for original equipment
manufacturers (OEMs). In business since 1915, EMG uses its core competencies in motion and air
movement products as engineered solutions for application-specific needs. A unit of AMETEK EMG,
Rotron offers Brushless DC motor-, blower-, and controller-based solutions.
The standard product lines of Rotron Technical Products cover a wide range of application demands.
If there is a need for a product with unique performance, mounting, environment or agency requirements, Rotron can supply the solution. Whether a customer needs a standard or special design,
Rotron has the solution for your application. AMETEK offers economies of scale that only can be
accomplished by a company that produces more than 23 million motor products per year. With
multiplant capability and flexibility, Rotron is positioned to support our customers’ global programs.
AMETEK Brushless DC Motors and Blowers are an ideal choice for such varied applications as medical instruments, robotics, pumps, compressors, business equipment, fans, machine tools, tape
drives, or any other precise rotary motion/air delivery applications.
1
INTRO99
Brushless DC Motors. . .
offer precise control for a wide range of applications. Rotron standard motor designs offer
maximum controllable performance, coupled with the reliability of brushless technology in a compact cost effective package. First introduced in 1988, the AMETEK brushless DC motor product line
has continually expanded into one of the largest mixes of fractional horsepower motor products in
the industry.
Motor Selection. . .
is made easy with the wide variety of standard products available from AMETEK. Six different motor
families are available in standard configurations. These include 1.7” (43mm), 2.5” (64mm), 3.0”
(76mm), 3.55” (90mm), 3.9” (99mm), and 5.25” (133mm) diameter motors, with constant torque which
range from 5.75 oz. in. (4.06 Ncm) to 832 oz. in. (5.87 Nm) and horsepower ratings of .014 to 1.75.
Voltage options range from 12VDC to 74VDC. The table below provides a summary of the motor
products, operating voltages, speed and torque ranges sorted by motor diameter. Use this chart to
compare the AMETEK products to the application needs. Detailed motor information is provided on
the individual product sheets.
BLDC MOTORS
Motor Diameter
Operating Voltage (DC)
Speed Range (RPM)
Torque Range (oz. in.)
Controller Input
at Nom. Continuous Torque
Maximum Continuous
1.7” (43mm)
12, 24, 36
0 - 3,000
5.75 - 11
2.5” (64mm)
12, 24, 36
0 - 5,000
14 - 69
3.0” (76mm)
13.8, 24, 27.6
0 - 4,930
19.7 - 55
3.55” (90mm)
12, 24, 36
0 - 4,300
22 - 132
3.9” (99mm)
12. 13.8, 27.6, 74
0 - 4,500
28 - 100
5.25” (133mm)
27, 27.6, 74
0 - 4,055
192 - 832
Motor Controllers
All of the AMETEK BLDC Motors require a controller to operate. The controllers require a DC
input which is processed into phase drive signals. The 1.7” (43mm) and 3.0” (76mm) motors
are available with integrated controllers. All other motors require an external controller. Controller details and compatibility to the different motor products are supplied in the controller
section of the catalog.
2
INTRO99
Brushless DC Blowers. . .
offer variable (speed) output for a wide range of vacuum or pressure applications. Standard blower
designs offer brushless DC motor drives coupled to high efficiency fan systems in a compact, cost
effective package. Standard models are available in a wide range of input voltages, including 12, 24,
28, and 36VDC. A complete product line of brushless DC blowers that accepts line voltage input
(120VAC and 240VAC) also is available. AMETEK brushless DC blowers are not designed for, and
should not be used in, life sustaining applications. AMETEK brushless DC blowers are not 100%
sealed and therefore should not be used with flammable or hazardous gases.
Blower Selection. . .
offers a wide variety of standard products available from AMETEK. Thirteen different blower families
are available in standard configurations. These include seven low voltage and six high voltage
products. The low voltage products provide outputs which range from 0 to 28” H20 (pressure) at
flows of 0 to 45 CFM. The high voltage products provide outputs which range from 0 to 162” H20
(pressure) at flows of 0 to 275 CFM.
LOW VOLTAGE PRODUCTS
Blower Diameter
In. H20 (Pressure)
In. H20 (Vacuum)
Operating Voltage (DC)
CFM Range
2.9” (74mm)
12, 24
0-22
0-3
-
3” (76mm)
12, 24
0-18
0-10
-
3.3” (84mm)
12, 24
0-7
0-27
-
4.5” (114mm)
12, 24
0-9
0-28
-
5” (127mm)
12, 24
0-45
0-24
-
5.1” (130mm)
12, 24
0-15
0-25
-
5.7” (145mm)
12, 24, 36
0-39
0-28
0-28
Blower Diameter
Operating Voltage (AC)
CFM Range
In. H20 (Pressure)
5.7” (145mm)
120 (250 Watt)
0-115
0-76
0-65
5.7” (145mm)
120 (800 Watt)
0-242
0-115
0-106
5.7” (145mm)
240 (400 Watt)
0-115
0-144
0-135
5.7” (145mm)
240 (1200 Watt)
0-275
0-162
0-118
HIGH VOLTAGE BYPASS PRODUCTS
In. H20 (Vacuum)
HIGH VOLTAGE THRU-FLOW PRODUCTS
In. H20 (Pressure)
In. H20 (Vacuum)
Blower Diameter
Operating Voltage (AC)
CFM Range
5.7” (145mm)
120 (250 Watt)
0-117
0-75
0-70
5.7” (145mm)
240 (400 Watt)
0-67
0-50
0-47
3
INTRO99
1.7” (43mm) Diameter, 8 Pole, Brushless DC Motor
Motor Data
No Load Speed, Nominal
No Load Current, Nominal
Stall Torque, Theoretical
Continuous Torque
Speed @ Torque, Nominal
Current @ Torque, Nominal
Continuous Power, Max.
Torque Constant
Voltage Constant
Electrical Time Constant
Mechanical Time Constant
Motor Constant
Rotor Inertia
Terminal Resistance
Terminal Inductance
Thermal Resistance
Length (“L” above)
Weight
Shaft Length (“S” above)
Unit of
Measure
24 VDC
Part Numbers
RPM
amps
oz.-in.
Ncm
oz.-in.
Ncm
RPM
amps
watts out
oz.-in. /amp
Ncm/amp
V/kRPM
V/rad/sec
millisecond
millisecond
oz.-in./(watt^.5)
Ncm/(watt^.5)
oz.-in.sec2
Ncm-sec^2
ohms
millihenry
º
C/W
inches
mm
lb.
kg
inches
119272*
4388
.16
12.7
8.96
5.75
4.06
2425
1.0
10
7.39
5.21
5.47
0.052
.273
.202
2.37
1.67
8.00 x 10-6
0.0565
9.74
2.66
3.5
1.864
47.35
.51
0.23
.75
119275*
4308
.18
51.3
36.20
11
7.77
3000
1.75
24
7.53
5.31
5.57
0.053
.339
.134
4.12
2.91
1.60 x 10-5
0.0113
3.34
1.13
1.90
2.614
66.40
.78
0.35
1.00
mm
19.05
25.40
*These part numbers are available through AMETEK Rotron distributors. See page 54 for distributor information.
NOTES
* Motors require brushless motor controller for operation, refer to the controller section (page 45) for applicable controllers.
* Motor design characteristics are based on an operating environment of 25ºC.
* Nominal and maximum performance figures are based on a winding temperature of 105ºC.
* This document is for informational purposes only and should not be considered as a binding description of the products and their performance in all applications.
* AMETEK RTMD products are not designed for and should not be used in medical life support applications.
* AMETEK reserves the right to revise its products without notification.
* The above characteristics represent standard products. For product designed to meet specific applications contact AMETEK RTMD Marketing and Sales.
4
1.7M99
1.7” (43mm) Diameter, 8 Pole, Brushless DC Motor
24 VDC
This document is for informal purposes only and should not be considered as a binding description of the products or their performance in all applications. The
performance data on this page depicts typical performance under controlled laboratory conditions using AMETEK BLDC motor controllers. Actual performance will
vary depending on the operating environment and application. AMETEK Rotron products are not designed for and should not be used in medical life support
applications. AMETEK reserves the right to revise its products without notification.
5
1.7M99
2.5” (64mm) Diameter, 8 Pole, Brushless DC Motor
Motor Data
No Load Speed, Nominal
No Load Current, Nominal
Stall Torque, Theoretical
Continuous Torque
Speed @ Torque, Nominal
Current @ Torque, Nominal
Continuous Power, Max.
Torque Constant
Voltage Constant
Electrical Time Constant
Mechanical Time Constant
Motor Constant
Rotor Inertia
Terminal Resistance
Terminal Inductance
Thermal Resistance
Length (“L” above)
Weight
Shaft Length (“S” above)
Unit of
Measure
24 VDC
Part Numbers
RPM
amps
oz.-in.
Ncm
oz.-in.
Ncm
RPM
amps
watts out
oz.-in. /amp
Ncm/amp
V/kRPM
V/rad/sec
millisecond
millisecond
oz.-in./(watt^.5)
Ncm/(watt^.5)
oz.-in.sec2
Ncm-sec^2
ohms
millihenry
º
C/W
inches
mm
lb.
kg
inches
119000*
5947
1.14
142
100
14
10
4928
3.7
51
5.46
3.85
4.04
0.0385
0.838
5.236
6.8
4.8
0.0017
0.0012
0.648
0.543
1.26
2.335
59.31
1.15
0.52
.750
119001
5389
1.07
179
127
21
15
4234
4.6
66
6.02
4.25
4.45
0.0425
0.886
4.129
8.1
5.7
0.0019
0.0013
0.557
0.493
1.22
2.335
59.31
1.25
0.57
.750
119002
4233
0.93
191
135
27
19
3286
4.5
66
7.67
5.42
5.67
0.0542
0.937
4.080
9.3
6.6
0.0025
0.0018
0.678
0.635
1.19
2.835
72.01
1.60
0.73
.750
119003*
5468
1.08
267
189
34
24
4228
6.8
106
5.94
4.19
4.39
0.0419
0.904
3.775
10.1
7.1
0.0027
0.0019
0.348
0.314
1.15
2.835
72.01
1.75
0.79
.750
119004
4636
0.98
282
199
41
29
3455
6.8
105
7.00
4.94
5.18
0.0494
0.938
4.006
11.1
7.9
0.0035
0.0025
0.396
0.372
1.11
3.585
91.06
2.15
0.98
1.500
119005
4019
0.91
294
208
48
34
3074
6.8
109
8.08
5.70
5.97
0.0570
0.965
3.668
12.1
8.6
0.0038
0.0027
0.444
0.429
1.08
3.585
91.06
2.25
1.02
1.500
119006
3575
0.85
302
213
55
39
2645
6.9
108
9.08
6.41
6.71
0.0641
0.986
3.217
12.9
9.1
0.0038
0.0027
0.493
0.486
1.04
3.585
91.06
2.30
1.04
1.500
119007
3191
0.81
311
219
62
44
2290
6.9
105
10.17
7.18
7.52
0.0718
1.004
3.258
13.8
9.8
0.0044
0.0031
0.541
0.543
1.00
4.085
103.76
2.70
1.22
1.875
119008*
2879
0.77
319
225
69
49
2002
6.9
102
11.27
7.96
8.34
0.0796
1.019
3.021
14.7
10.4
0.0046
0.0032
0.589
0.601
0.96
4.085
103.76
2.80
1.27
1.875
mm
19.05
19.05
19.05
19.05
38.1
38.1
38.1
47.63
47.63
*These part numbers are available through AMETEK Rotron distributors. See page 54 for distributor information.
NOTES
* Motors require brushless motor controller for operation, refer to the controller section ( page 45) for applicable controllers.
* Motor design characteristics are based on an operating environment of 25ºC.
* Nominal and maximum performance figures are based on a winding temperature of 105ºC.
* This document is for informational purposes only and should not be considered as a binding description of the products and their performance in all applications.
* AMETEK RTMD products are not designed for and should not be used in medical life support applications.
* AMETEK reserves the right to revise its products without notification.
* The above characteristics represent standard products. For product designed to meet specific applications contact AMETEK RTMD Marketing and Sales.
6
2.5M99
2.5” (64mm) Diameter, 8 Pole, Brushless DC Motor
24 VDC
This document is for informal purposes only and should not be considered as a binding description of the products or their performance in all applications. The
performance data on this page depicts typical performance under controlled laboratory conditions using AMETEK BLDC motor controllers. Actual performance will
vary depending on the operating environment and application. AMETEK Rotron products are not designed for and should not be used in medical life support
applications. AMETEK reserves the right to revise its products without notification.
7
2.5M99
3.0” (79mm) Diameter, 4 Pole, Brushless DC Motor
This drawing is a general outline. For a more detailed drawing please contact AMETEK Rotron.
Motor Data
Voltage Input
No Load Speed, Nominal
No Load Current, Nominal
Stall Torque, Theoretical
Continuous Torque
Speed @ Torque, Nominal
Current @ Torque, Nominal
Continuous Power
Torque Constant
Voltage Constant
Length (“L” above)
Weight
Shaft Diameter (“D” above)
Shaft Length (“S” above)
Drive Electronics
Electronic Drive Part Number
Unit of
Measure
Volts DC
RPM
amps
oz.-in.
Ncm
oz.-in.
Ncm
RPM
amps
watts
oz.-in. /amp
Ncm/amp
V/kRPM
V/rad/sec
inches
mm
lb.
kg
inches
mm
inches
mm
Internal or External
Part Numbers
150004
13.8
3770
0.75
169
119
19.7
13.9
2927
4.6
43
4.90
3.46
3.66
0.035
3.25
82.63
1.7
0.776
.3152
8.0060
1.87
47.50
Internal
*150007
27.6
5510
1
1300
915
43
30
4930
6.9
157
7.43
5.25
5
0.048
3.77
95.76
3
1.359
.281
7.137
3.50/3.50
88.90/88.90
External
48129-03
E-11488
24.0
5400
1.5
1298
917
55
39
4400
9.9
181
6.00
4.24
4.44
0.0424
4.27
108.46
TBD
.281
7.137
1.37
34.75
External
48129-11
*Part Number 150007 has a dual shaft.
NOTES
* Motor design characteristics are based on an operating environment of 25ºC.
* Nominal and maximum performance figures are based on a winding temperature of 105ºC.
* This document is for informational purposes only and should not be considered as a binding description of the products and their performance in all applications.
* AMETEK Rotron products are not designed for and should not be used in medical life support applications.
* AMETEK reserves the right to revise its products without notification.
* The above characteristics represent standard products. For product designed to meet specific applications contact AMETEK Rotron Marketing and Sales.
8
3.0M99
3.0” (79mm) Diameter, 4 Pole, Brushless DC Motor
External Drive Part Number
48129-03
External Drive Part Number
48129-11
This document is for informal purposes only and should not be considered as a binding description of the products or their performance in all applications. The
performance data on this page depicts typical performance under controlled laboratory conditions using AMETEK BLDC motor controllers. Actual performance will
vary depending on the operating environment and application. AMETEK Rotron products are not designed for and should not be used in medical life support
applications. AMETEK reserves the right to revise its products without notification.
9
3.0M99
3.55” (90mm) Diameter, 8 Pole, Brushless DC Motor
Motor Data
No Load Speed, Nominal
No Load Current, Nominal
Stall Torque, Theoretical
Continuous Torque
Speed @ Torque, Nominal
Current @ Torque, Nominal
Continuous Power, Max.
Torque Constant
Voltage Constant
Electrical Time Constant
Mechanical Time Constant
Motor Constant
Rotor Inertia
Terminal Resistance
Terminal Inductance
Thermal Resistance
Length (“L” above)
Weight
Shaft Length (“S” above)
Unit of
Measure
RPM
amps
oz.-in.
Ncm
oz.-in.
Ncm
RPM
amps
watts out
oz.-in. /amp
Ncm/amp
V/kRPM
V/rad/sec
millisecond
millisecond
oz.-in./(watt^.5)
Ncm/(watt^.5)
oz.-in.sec2
Ncm-sec^2
ohms
millihenry
º
C/W
inches
mm
lb.
kg
inches
mm
24 VDC
Part Numbers
119050*
4319
1.48
284
201
22
16
3715
4.4
60
7.52
5.31
5.56
0.0531
1.055
14.713
11.5
8.1
0.0138
0.0097
0.425
0.449
1.21
2.500
63.50
2.10
0.95
.750
19.05
119051
5259
1.74
375
265
36
25
4342
7.6
116
6.17
4.36
4.56
0.0436
1.052
13.065
12.5
8.9
0.0145
0.0102
0.242
0.255
1.19
2.500
63.50
2.25
1.02
.750
19.05
119052
4067
1.41
428
302
49
35
3265
7.6
118
7.98
5.64
5.90
0.0564
1.140
12.005
15.0
10.6
0.0191
0.0135
0.283
0.322
1.17
3.000
76.20
2.80
1.27
.750
19.05
119053*
3434
1.24
453
320
63
44
2641
7.9
123
9.45
6.68
6.99
0.0667
1.205
10.293
16.6
11.7
0.0201
0.0142
0.323
0.389
1.15
3.000
76.20
3.00
1.36
.750
19.05
119054
2838
1.07
496
350
77
54
2174
7.8
124
11.44
8.08
8.46
0.0808
1.256
11.253
19.0
13.4
0.0286
0.0202
0.363
0.457
1.13
3.750
95.25
3.75
1.70
1.500
38.10
119055
2543
0.99
505
357
91
64
1864
8.1
126
12.77
9.02
9.44
0.0901
1.297
10.283
20.1
14.2
0.0293
0.0207
0.404
0.524
1.11
3.750
95.25
4.00
1.81
1.500
38.10
119056
2281
0.92
518
366
105
74
1605
8.3
125
14.23
10.05
10.52
0.1005
1.331
9.413
21.4
15.1
0.0303
0.0214
0.444
0.591
1.09
3.750
95.25
4.20
1.90
1.500
38.10
119057
2021
0.85
541
382
119
84
1377
8.3
121
16.06
11.34
11.88
0.1134
1.358
9.313
23.1
16.3
0.0350
0.0247
0.485
0.658
1.06
4.250
107.95
4.70
2.13
1.875
47.63
119058*
1856
0.80
549
387
132
93
1214
8.4
119
17.49
12.35
12.93
0.1235
1.382
8.754
24.1
17.0
0.0360
0.0254
0.525
0.726
1.04
4.250
107.95
4.85
2.20
1.875
47.63
*These part numbers are available through AMETEK Rotron distributors. See page 54 for distributor information.
NOTES
* Motors require brushless motor controller for operation, refer to the controller section (page 45) for applicable controllers.
* Motor design characteristics are based on an operating environment of 25ºC.
* Nominal and maximum performance figures are based on a winding temperature of 105ºC.
* This document is for informational purposes only and should not be considered as a binding description of the products and their performance in all applications.
* AMETEK RTMD products are not designed for and should not be used in medical life support applications.
* AMETEK reserves the right to revise its products without notification.
* The above characteristics represent standard products. For product designed to meet specific applications contact AMETEK RTMD Marketing and Sales.
10
3.55M99
3.55” (90mm) Diameter, 8 Pole, Brushless DC Motor
24 VDC
This document is for informal purposes only and should not be considered as a binding description of the products or their performance in all applications. The
performance data on this page depicts typical performance under controlled laboratory conditions using AMETEK BLDC motor controllers. Actual performance will
vary depending on the operating environment and application. AMETEK RTMD products are not designed for and should not be used in medical life support
applications. AMETEK reserves the right to revise its products without notification.
11
3.55M99
3.9” (99mm) Diameter, 4 Pole, Brushless DC Motor
This drawing is a general outline. For a more detailed drawing please contact AMETEK Rotron.
Motor Data
Voltage Input
No Load Speed, Nominal
No Load Current, Nominal
Stall Torque, Theoretical
Continuous Torque
Speed @ Torque, Nominal
Current @ Torque, Nominal
Continuous Power
Torque Constant
Voltage Constant
Length (“L” above)
Weight
Shaft Diameter (“D” above)
Shaft Length (“S” above)
Unit of
Measure
Volts DC
RPM
amps
oz.-in.
Ncm
oz.-in.
Ncm
RPM
amps
watts
oz.-in. /amp
Ncm/amp
V/kRPM
V/rad/sec
inches
mm
lb.
kg
inches
mm
inches
mm
Drive Electronics
Part Numbers
071033
12
6700
1
72
51
28
20
4500
14
94
2.42
1.71
1.79
0.0171
5.33
135.38
6.4
2.9
.2495
6.337
.83
21.08
Internal
071070
13.8
3750
2.5
210
148
60
42
2527
14.3
113
4.98
3.51
3.68
0.0351
6.08
154.43
7.3
3.3
.6250
15.8750
1.00
25.40
Internal
071031
74
3700
0.22
334
236
85
60
2700
3.2
171
27.04
19.10
20
0.1910
6.68
169.67
8.0
3.6
.312
7.925
1.65
41.91
Internal
071145
27.6
3000
0.5
453
320
100
71
2100
8
155
12.44
8.79
9.20
0.0879
7.68
195.07
9.3
4.2
.4997
12.6924
2.25
57.15
Internal
NOTES
* Motor design characteristics are based on an operating environment of 25ºC.
* Nominal and maximum performance figures are based on a winding temperature of 105ºC.
* This document is for informational purposes only and should not be considered as a binding description of the products and their performance in all applications.
* AMETEK Rotron products are not designed for and should not be used in medical life support applications.
* AMETEK reserves the right to revise its products without notification.
* The above characteristics represent standard products. For product designed to meet specific applications contact AMETEK Rotron Marketing and Sales.
12
3.9M99
3.9” (99mm) Diameter, 4 Pole, Brushless DC Motor
This document is for informal purposes only and should not be considered as a binding description of the products or their performance in all applications. The
performance data on this page depicts typical performance under controlled laboratory conditions using AMETEK BLDC motor controllers. Actual performance will
vary depending on the operating environment and application. AMETEK Rotron products are not designed for and should not be used in medical life support
applications. AMETEK reserves the right to revise its products without notification.
13
3.9M99
5.25” (133mm) Diameter, 4 Pole, Brushless DC Motor
This drawing is a general outline. For a more detailed drawing please contact AMETEK Rotron.
Motor Data
Voltage Input
No Load Speed, Nominal
No Load Current, Nominal
Stall Torque, Theoretical
Continuous Torque
Speed @ Torque, Nominal
Current @ Torque, Nominal
Continuous Power
Torque Constant
Voltage Constant
Length (“L” above)
Weight
Shaft Diameter (“D” above)
Shaft Length (“S” above)
Drive Electronics
Drive Electronics Part Number
Unit of
Measure
Volts DC
RPM
amps
oz.-in.
Ncm
oz.-in.
Ncm
RPM
amps
watts
oz.-in. /amp
Ncm/amp
V/kRPM
V/rad/sec
inches
mm
lb.
kg
inches
mm
inches
mm
Internal or External
Part Numbers
528512
27.6
4055
1.6
2403
1697
192
136
3250
23
467
9.20
6.21
6.81
0.0621
6.76
171.70
18
8.2
.3747
9.5174
1.00
25.40
Internal
071087
27
1935
0.8
4380
3094
368
260
1573
20
433
18.85
13.31
13.94
0.1331
7.86
199.64
20
9.1
.6250
15.8750
2.06
52.32
Internal
071190
27
1765
0.7
6400
4519
560
395
1445
27.5
605
20.68
14.61
15.30
0.1461
10.36
263.14
23
10.4
.7497
19.0424
3.25
82.55
Internal
524647
74
2565
0.62
18000
12707
720
508
2253
18.5
1214
39.01
27.55
28.85
0.2755
8.91
226.31
24
10.9
.7497
19.0424
7.09
180.09
External
*524506
27
2000
2.5
15383
10862
832
587
1750
46.0
1090
18.25
12.89
13.50
0.1289
10.09
256.29
27
12.2
.6250
15.8750
2.05/2.05
52.07/52.07
External
N/A
N/A
N/A
524731
524508
*Part Number 524506 has a dual shaft.
NOTES
* Motor design characteristics are based on an operating environment of 25ºC.
* Nominal and maximum performance figures are based on a winding temperature of 105ºC.
* This document is for informational purposes only and should not be considered as a binding description of the products and their performance in all applications.
* AMETEK RTMD products are not designed for and should not be used in medical life support applications.
* AMETEK reserves the right to revise its products without notification.
* The above characteristics represent standard products. For product designed to meet specific applications contact AMETEK RTMD Marketing and Sales.
14
5.25M99
5.25” (133mm) Diameter, 4 Pole, Brushless DC Motor
External Drive Part Number
524731
524508
This document is for informal purposes only and should not be considered as a binding description of the products or their performance in all applications. The
performance data on this page depicts typical performance under controlled laboratory conditions using AMETEK BLDC motor controllers. Actual performance will
vary depending on the operating environment and application. AMETEK Rotron products are not designed for and should not be used in medical life support
applications. AMETEK reserves the right to revise its products without notification.
15
5.25M99
2.9” (74mm) BLDC Low-Voltage Blower
Blower Data
Voltage Input
Unit of
Measure
119495
Part Number
119496
VDC
12
24
Stages
Pressure, Max. (Sealed Pressure)
Flow Rate, Max. (Open Flow)
Air Flow
12/24 VDC
1
1
in. H2O, Sealed
3.4
3.4
mBar
8.4
8.4
CFM
22
22
L/sec
10.4
10.4
Typical Performance Points
Pressure
0 CFM
in. H2O
3.4
3.4
4 CFM
in. H2O
3.1
3.1
8 CFM
in. H2O
2.9
2.9
12 CFM
in. H2O
2.5
2.5
16 CFM
in. H2O
1.8
1.8
Temperature: Working Air: 0o C to 45°C, Ambient Air: 0o C to 45°C, Storage Air: -40o C to 85°C
Dielectric Testing: 200 volts applied for one second between power leads and motor body, one milliamp leakage max.
Speed Control: Speed is controlled by input voltage.
NOTES:
* This document is for informational purposes only and should not be considered as a binding description of the products and their performance in all applications.
* AMETEK Rotron products are not designed for and should not be used in medical life support applications.
* AMETEK reserves the right to revise its products without notification.
* The above characteristics represent standard products. For product designed to meet specific applications contact AMETEK Rotron Marketing and Sales.
16
2.9BLV99
2.9” (74mm) BLDC Low-Voltage Blower
12/24 VDC
This document is for informational purposes only and should not be considered as a binding description of the products or their performance in all applications. The
performance data on this page depicts typical performance under controlled laboratory conditions, data is corrected to 0.075 lb./ft3 air density (29.92” Hg @ 70° F.).
Actual performance will vary depending on the operating environment and application. AMETEK Rotron products are not designed for use with volatile, hazardous or
corrosive gases. Blower housings are not sealed, slight air/gas leakage will occur. AMETEK Rotron products are not designed for and should not be used in medical
life support applications. AMETEK reserves the right to revise its products without notification.
17
2.9BLV99
3.0” (76mm) BLDC Low-Voltage Blower
Blower Data
Voltage Input
Unit of
Measure
119349*
Part Number
119350*
VDC
12
24
Stages
Pressure, Max. (Sealed Pressure)
Flow Rate, Max. (Open Flow)
Air Flow
12/24 VDC
1
1
in. H2O, Sealed
10
10
mBar
24.9
24.9
CFM
18
18
L/sec
8.5
8.5
Typical Performance Points
Pressure
0 CFM
in. H2O
10
10
4 CFM
in. H2O
9.1
9.1
8 CFM
in. H2O
7.6
7.6
12 CFM
in. H2O
5.4
5.4
16 CFM
in. H2O
2.4
2.4
18 CFM
in. H2O
0
0
*These part numbers are available through AMETEK Rotron distributors. See page 54 for distributor information.
Temperature: Working Air: 0o C to 45°C, Ambient Air: 0o C to 45°C, Storage Air: -40o C to 85°C
Dielectric Testing: 200 volts applied for one second between power leads and motor body, one milliamp leakage max.
Speed Control: Speed is controlled by input voltage.
NOTES:
* This document is for informational purposes only and should not be considered as a binding description of the products and their performance in all applications.
* AMETEK Rotron products are not designed for and should not be used in medical life support applications.
* AMETEK reserves the right to revise its products without notification.
* The above characteristics represent standard products. For product designed to meet specific applications contact AMETEK Rotron Marketing and Sales.
18
3BLV99
3.0” (76mm) BLDC Low-Voltage Blower
12/24 VDC
This document is for informational purposes only and should not be considered as a binding description of the products or their performance in all applications. The
performance data on this page depicts typical performance under controlled laboratory conditions, data is corrected to 0.075 lb./ft3 air density (29.92” Hg @ 70° F.).
Actual performance will vary depending on the operating environment and application. AMETEK Rotron products are not designed for use with volatile, hazardous or
corrosive gases. Blower housings are not sealed, slight air/gas leakage will occur. AMETEK Rotron products are not designed for and should not be used in medical
life support applications. AMETEK reserves the right to revise its products without notification.
19
3BLV99
3.3” (84mm) BLDC Low-Voltage Blower
Blower Data
Voltage Input
Unit of
Measure
119497
Part Number
119498
VDC
12
24
Stages
Pressure, Max. (Sealed Pressure)
Flow Rate, Max. (Open Flow)
Air Flow
12/24 VDC
1
1
in. H2O, Sealed
27.3
27.3
mBar
67.9
67.9
CFM
7.5
7.5
L/sec
3.5
3.5
Typical Performance Points
Pressure
0 CFM
in. H2O
27.0
27.0
2 CFM
in. H2O
26.0
26.0
4 CFM
in. H2O
20.5
20.5
6 CFM
in. H2O
9.0
9.0
8 CFM
in. H2O
0
0
Temperature: Working Air: 0o C to 45°C, Ambient Air: 0o C to 45°C, Storage Air: -40o C to 85°C
Dielectric Testing: 200 volts applied for one second between power leads and motor body, one milliamp leakage max.
Speed Control: Speed is controlled by input voltage.
NOTES:
* This document is for informational purposes only and should not be considered as a binding description of the products and their performance in all applications.
* AMETEK Rotron products are not designed for and should not be used in medical life support applications.
* AMETEK reserves the right to revise its products without notification.
* The above characteristics represent standard products. For product designed to meet specific applications contact AMETEK Rotron Marketing and Sales.
20
3.3BLV99
3.3” (84mm) BLDC Low-Voltage Blower
12/24 VDC
This document is for informational purposes only and should not be considered as a binding description of the products or their performance in all applications. The
performance data on this page depicts typical performance under controlled laboratory conditions, data is corrected to 0.075 lb./ft3 air density (29.92” Hg @ 70° F.).
Actual performance will vary depending on the operating environment and application. AMETEK Rotron products are not designed for use with volatile, hazardous or
corrosive gases. Blower housings are not sealed, slight air/gas leakage will occur. AMETEK Rotron products are not designed for and should not be used in medical
life support applications. AMETEK reserves the right to revise its products without notification.
21
3.3BLV99
4.5” (114mm) BLDC Low-Voltage Blower
Blower Data
Voltage Input
Unit of
Measure
119494
Part Number
119395
VDC
12
24
Stages
Pressure, Max. (Sealed Pressure)
Flow Rate, Max. (Open Flow)
Air Flow
12/24 VDC
1
1
in. H2O, Sealed
28.4
28.4
mBar
70.7
70.7
CFM
9.1
9.1
L/sec
4.3
4.3
Typical Performance Points
Pressure
0 CFM
in. H2O
28.4
28.4
2 CFM
in. H2O
26.2
26.2
4 CFM
in. H2O
22.4
22.4
6 CFM
in. H2O
15.3
15.3
8 CFM
in. H2O
5.6
5.6
10 CFM
in. H2O
0
0
Temperature: Working Air: 0o C to 45°C, Ambient Air: 0o C to 45°C, Storage Air: -40o C to 85°C
Dielectric Testing: 200 volts applied for one second between power leads and motor body, one milliamp leakage max.
Speed Control: Speed is controlled by input voltage.
NOTES:
* This document is for informational purposes only and should not be considered as a binding description of the products and their performance in all applications.
* AMETEK Rotron products are not designed for and should not be used in medical life support applications.
* AMETEK reserves the right to revise its products without notification.
* The above characteristics represent standard products. For product designed to meet specific applications contact AMETEK Rotron Marketing and Sales.
22
4.5BLV99
4.5” (114mm) BLDC Low-Voltage Blower
12/24 VDC
This document is for informational purposes only and should not be considered as a binding description of the products or their performance in all applications. The
performance data on this page depicts typical performance under controlled laboratory conditions, data is corrected to 0.075 lb./ft3 air density (29.92” Hg @ 70° F.).
Actual performance will vary depending on the operating environment and application. AMETEK Rotron products are not designed for use with volatile, hazardous or
corrosive gases. Blower housings are not sealed, slight air/gas leakage will occur. AMETEK Rotron products are not designed for and should not be used in medical
life support applications. AMETEK reserves the right to revise its products without notification.
23
4.5BLV99
5.0” (127mm) BLDC Low-Voltage Blower
Blower Data
Voltage Input
Stages
Pressure, Max. (Sealed Pressure)
Flow Rate, Max. (Open Flow)
Drive Electronics
12/24 VDC
Part Number
Standard Flow
Unit
Measure
119380
119381 M
119382 E
VDC
12
in. H2O
1
12
mBar
CFM
L/sec
Internal or External
High Output
119383
119384 M
119385 E
119375
119378 M
119379 E
12
24
24
24
24
1
12
1
12
1
12
1
24
1
24
30
34
30
34
30
34
30
34
60
45
60
45
16
External
16
Internal
16
External
16
Internal
21
External
21
Internal
Typical Performance Points
Pressure
Air Flow
0 CFM
10 CFM
in. H2O
in. H2O
12.5
11.7
12.5
11.7
12.5
11.7
12.5
11.7
24.3
22.0
24.3
22.0
20 CFM
30 CFM
in. H2O
in. H2O
7.6
2.3
7.6
2.3
7.6
2.3
7.6
2.3
18.4
10.8
18.4
10.8
40 CFM
in. H2O
3.5
3.5
NOTES:
Temperature: Working Air: 0o C to 45°C, Ambient Air: 0o C to 45°C, Storage Air: -40o C to 85°C
Dielectric Testing: 500 volts AC RMS 60Hz applied for one second between input pins and ground, one milliamps leakage max.
Speed Control: Internal – E (Electrical): Pulse Width Modulated or Analog input voltage (User Supplied), 0 to 5 Volts DC Nominal
M (Mechanical): A potentiometer is available for speed control of the blower. The potentiometer can be preset for a specific speed.
External - These blowers require a 3 phase electronic commutated input to operate. A separate blower controller provides this input and speed
control. AMETEK blower controller part numbers 48069 for 12VDC blowers and 48070 for 24 VDC blowers are design for use with the
above blowers.
24
5BLV99
5.0” (127mm) BLDC Low-Voltage Blower
12/24 VDC
This document is for informational purposes only and should not be considered as a binding description of the products or their performance in all applications. The
performance data on this page depicts typical performance under controlled laboratory conditions, data is corrected to 0.075 lb./ft3 air density (29.92” Hg @ 70° F.).
Actual performance will vary depending on the operating environment and application. AMETEK Rotron products are not designed for use with volatile, hazardous or
corrosive gases. Blower housings are not sealed, slight air/gas leakage will occur. AMETEK Rotron products are not designed for and should not be used in medical
life support applications. AMETEK reserves the right to revise its products without notification.
25
5BLV99
5.1” (130mm) BLDC Low-Voltage Blower
Blower Data
Voltage Input
Unit of
Measure
119396
Part Number
119397
VDC
12
24
Stages
Pressure, Max. (Sealed Pressure)
Flow Rate, Max. (Open Flow)
Air Flow
12/24 VDC
in. H2O, Sealed
1
1
25.70
25.70
mBar
64
64
CFM
15.30
15.30
L/sec
7.22
7.22
Typical Performance Points
Pressure
0 CFM
in. H2O
25.7
25.7
2 CFM
in. H2O
23.8
23.8
4 CFM
in. H2O
21.7
21.7
6 CFM
in. H2O
19.5
19.5
8 CFM
in. H2O
16.5
16.5
10 CFM
in. H2O
12.0
12.0
12 CFM
in. H2O
7.1
7.1
14 CFM
in. H2O
2.2
2.2
16 CFM
in. H2O
0
0
Input voltage: This product requires a 3 phase electronic commutated input to operate. Refer to the controller section of this catalog for proper controller selection.
Input voltages listed in the chart above indicate the controller input voltage requirement.
Temperature: Working Air: 0o C to 45°C, Ambient Air: 0o C to 45°C, Storage Air: -40o C to 85°C
Dielectric Testing: 200 volts applied for one second between power leads and motor body, one milliamp leakage max.
Speed Control: Via 0.5 VDC analog signal or potentiometer setting at controller.
NOTES:
* This document is for informational purposes only and should not be considered as a binding description of the products and their performance in all applications.
* AMETEK Rotron products are not designed for and should not be used in medical life support applications.
* AMETEK reserves the right to revise its products without notification.
* The above characteristics represent standard products. For product designed to meet specific applications contact AMETEK Rotron Marketing and Sales.
26
5.1BLV99
5.1” (130mm) BLDC Low-Voltage Blower
12/24 VDC
This document is for informational purposes only and should not be considered as a binding description of the products or their performance in all applications. The
performance data on this page depicts typical performance under controlled laboratory conditions, data is corrected to 0.075 lb./ft3 air density (29.92” Hg @ 70° F.).
Actual performance will vary depending on the operating environment and application. AMETEK Rotron products are not designed for use with volatile, hazardous or
corrosive gases. Blower housings are not sealed, slight air/gas leakage will occur. AMETEK Rotron products are not designed for and should not be used in medical
life support applications. AMETEK reserves the right to revise its products without notification.
27
5.1BLV99
5.7” (145mm) BLDC Low-Voltage Blower
Blower Data
Voltage Input
Stages
Vacuum, Max. (Sealed Vacuum)
Pressure, Max. (Sealed Pressure)
Flow Rate, Max. (Open Flow)
Length Dimension “L”
Unit of
Measure
24 VDC
Part Numbers
in. H2O
mBar
116521*
24
1
6
15
116522
24
2
20
50
116450*
24
3
24
60
in. H2O, sealed
mBar
8.2
20
22
55
26
64
CFM
L/sec
inches
mm
39
18
2.65
67.31
35
17
3.66
92.96
38
18
4.56
115.82
VDC
Typical Performance Points
Pressure
Air Flow
0 CFM
in. H2O
8.2
35.7
26.0
5 CFM
in. H2O
8.0
18.1
23.0
10 CFM
in. H2O
7.6
15.5
22.0
15 CFM
in. H2O
7.2
12.8
20.5
20 CFM
in. H2O
6.3
10.0
17.5
25 CFM
in. H2O
5.0
6.3
13.0
30 CFM
in. H2O
3.3
4.0
8.5
35 CFM
in. H2O
1.7
0.10
3.0
*These part numbers are available through AMETEK Rotron distributors. See page 54 for distributor information.
Input voltage: This product requires a 3 phase electronic commutated input to operate. Refer to the controller section of this catalog for proper controller selection.
Input voltages listed in the chart above indicate the controller input voltage requirement.
Input current: 6-10 Amps, Current is dependent on blower model.
Temperature: Working Air: 0o C to 45°C, Ambient Air: 0o C to 45°C, Storage Air: -40o C to 85°C
Dielectric Testing: 500 volts AC RMS 60Hz applied for one second between input pins and ground, one milliamp leakage max.
Speed Control: Speed control is achieved at the blower controller. Refer to the controller section (PAGE 45) of this catalog for proper controller operation.
NOTES:
* This document is for informational purposes only and should not be considered as a binding description of the products and their performance in all applications.
* AMETEK Rotron products are not designed for and should not be used in medical life support applications.
* AMETEK reserves the right to revise its products without notification.
* The above characteristics represent standard products. For product designed to meet specific applications contact AMETEK Rotron Marketing and Sales.
28
5.7BLV99
5.7” (145mm) BLDC Low-Voltage Blower
24 VDC
This document is for informational purposes only and should not be considered as a binding description of the products or their performance in all applications. The
performance data on this page depicts typical performance under controlled laboratory conditions, data is corrected to 0.075 lb./ft3 air density (29.92” Hg @ 70° F.).
Actual performance will vary depending on the operating environment and application. AMETEK Rotron products are not designed for use with volatile, hazardous or
corrosive gases. Blower housings are not sealed, slight air/gas leakage will occur. AMETEK Rotron products are not designed for and should not be used in medical
life support applications. AMETEK reserves the right to revise its products without notification.
29
5.7BLV99
5.7” (145mm) BLDC Thru Flow Blower
250 WATT, 120 VOLT
Part Number
Blower Data
Unit of
Measure
Standard Flow
High Flow
116626 M
116627 M
116628 M
116644 M
116645 M
116646 M
116629 E*
116630 E*
116631 E
116647 E
116648 E
116649 E
2
50
3
70
1
24
2
34
3
45
Stages
Vacuum, Max. (Sealed Vacuum)
in. H2O
1
29
Pressure, Max. (Sealed Pressure)
mBar
in. H2O
72
32
124
52
174
75
60
27
84
37
112
50
mBar
CFM
79
67
129
62
186
46
67
117
92
90
124
80
Inlet/Outlet Diameter
L/sec
inches
32
1.25
29
1.25
22
1.25
55
1.75
42
1.75
38
1.75
Length (Dimension “I” above)
mm
inches
31.75
0.74
31.75
1.65
31.75
2.5
44.45
0.76
44.45
1.88
44.45
1.75
Length (Dimension “L” above)
mm
inches
18.80
3.21
41.91
4.12
63.50
5.02
19.30
3.28
47.75
4.33
44.45
5.34
mm
81.53
104.65
127.51
83.31
109.98
135.64
Flow Rate, Max. (Open Flow)
Typical Performance Points
Air Flow
Pressure
0 CFM
in. H2O
32.0
52.2
75.0
27.0
37.1
50.0
10 CFM
20 CFM
in. H2O
in. H2O
30.0
28.1
44.5
42.3
52.2
34.2
26.1
25.3
34.1
31.7
46.3
42.0
30 CFM
40 CFM
in. H2O
in. H2O
24.3
19.0
31.8
21.8
21.5
8.0
23.3
23.0
28.9
25.9
35.9
28.6
50 CFM
60 CFM
in. H2O
in. H2O
12.5
6.0
11.7
21.4
18.0
21.4
17.8
21.9
15.6
70 CFM
80 CFM
in. H2O
in. H2O
16.7
13.9
12.4
5.7
7.5
0
90 CFM
100 CFM
in. H2O
in. H2O
10.2
6.1
.09
110 CFM
in. H2O
2.6
*These part numbers are available through AMETEK Rotron distributors. See page 54 for distributor information.
NOTES:
Nominal input voltage: 120 Volts AC RMS +/- 10%, 60Hz
Input current: 5 amps AC RMS maximum
Temperature: Working Air: 0o C to 50°C, Ambient Air: 0o C to 50°C, Storage Air: -40o C to 85°C
Dielectric Testing: 1500 volts AC RMS 60Hz applied for one second between input pins and ground, 3mA leakage max.
Speed Control: E (Electrical): Pulse Width Modulation or Analog input voltage (User Supplied), 0 to 10 Volts DC Nominal, 10mA Maximum, 3 to 15 volts DC
Maximum. Access to sensitivity adjustment for 0-10 VDC speed control. (Ref. pin connection)
M (Mechanical): A potentiometer is available for speed control of the blower. The potentiometer can be preset for a specific speed. Access to speed adjustment.
30
5.7/250TFBHV99
5.7” (145mm) BLDC Thru Flow Blower
250 WATT, 120 VOLT
Regulatory Agency Certification: Underwriters Laboratories, Inc. is qualified per UL507 under File E-94403. Canadian Standards Association is qualified per
C22.2#113 under File LR 43448.
Miscellaneous: Intake & exhaust tubes, all cooling ducts and vents must not be obstructed. Intake and exhaust must be free of grease, oil, or foreign particles.
Amp housing #350809-1 (to be supplied by customer), mates with post header assembly.
This document is for informational purposes only and should not be considered as a binding description of the products or their performance in all applications. The
performance data on this page depicts typical performance under controlled laboratory conditions, data is corrected to 0.075 lb./ft3 air density (29.92” Hg @ 70° F.).
Actual performance will vary depending on the operating environment and application. AMETEK Rotron products are not designed for use with volatile, hazardous or
corrosive gases. Blower housings are not sealed, slight air/gas leakage will occur. AMETEK Rotron products are not designed for and should not be used in medical
life support applications. AMETEK reserves the right to revise its products without notification.
31
5.7/250TFBHV99
5.7” (145mm) BLDC Bypass Blower
250 WATT, 120 VOLT
Part Number
Blower Data
Unit of
Measure
Standard Flow
High Flow
116634 M*
116633 M
116632 M*
116637 M*
116636 M*
116635 M
116640 E*
116639 E
116638 E*
116643 E*
116642 E*
116641 E
2
48
3
65
1
26
2
57.5
3
42
Stages
Vacuum, Max. (Sealed Vacuum)
in. H2O
1
29
Pressure, Max. (Sealed Pressure)
mBar
in. H2O
72
32
119
56
161
76
64
27
143
68.0
104
46
mBar
CFM
79
68
139
63
188
49
67
115
169
110
114
80
Inlet/Outlet Diameter
L/sec
inches
32
1.25
30
1.25
23
1.25
54
1.75
52
1.75
38
1.75
Length (Dimension “I” above)
mm
inches
31.75
0.33
31.75
1.25
31.75
2.14
44.45
0.47
44.45
1.53
44.45
2.53
Length (Dimension “L” above)
mm
inches
8.38
5.08
31.75
6.35
54.36
6.89
11.94
5.22
38.86
6.27
64.26
7.28
mm
129.03
161.29
175.01
132.59
159.26
184.91
Flow Rate, Max. (Open Flow)
Typical Performance Points
Air Flow
Pressure
0 CFM
in. H2O
31.8
56.1
76.2
27.1
48.1
46.0
10 CFM
20 CFM
in. H2O
in. H2O
28.7
27.7
48.0
44.3
60.3
44.1
25.0
24.4
44.0
41.6
42.8
39.2
30 CFM
40 CFM
in. H2O
in. H2O
24.7
20.1
38.1
28.9
28.9
16.1
22.9
21.2
37.9
32.2
34.9
30.0
50 CFM
60 CFM
in. H2O
in. H2O
14.5
7.3
18.2
4.2
19.1
17.2
25.8
20.5
24.3
16.2
70 CFM
80 CFM
in. H2O
in. H2O
15.0
12.2
15.8
7.1
9.8
90 CFM
in. H2O
8.0
100 CFM
in. H2O
5.5
*These part numbers are available through AMETEK Rotron distributors. See page 54 for distributor information.
NOTES:
Nominal input voltage: 120 Volts AC RMS +/- 10%, 60Hz
Input current: 5 amps AC RMS maximum
Temperature: Working Air: 0o C to 50°C, Ambient Air: 0o C to 50°C, Storage Air: -40o C to 85°C
Dielectric Testing: 1500 volts AC RMS 60Hz applied for one second between input pins and ground, 3mA leakage max.
Speed Control: E (Electrical): Pulse Width Modulation or Analog input voltage (User Supplied), 0 to 10 Volts DC Nominal, 10mA Maximum, 3 to 15 volts DC
Maximum. Access to sensitivity adjustment for 0-10 VDC speed control. (Ref. pin connection)
M (Mechanical): A potentiometer is available for speed control of the blower. The potentiometer can be preset for a specific speed. Access to speed adjustment.
32
5.7/250BHV99
5.7” (145mm) BLDC Bypass Blower
250 WATT, 120 VOLT
Regulatory Agency Certification: Underwriters Laboratories, Inc. is qualified per UL507 under File E-94403; Canadian Standards Association is qualified per
C22.2#113 under File LR 43448.
Miscellaneous: Intake & exhaust tubes, all cooling ducts and vents must not be obstructed. Intake and exhaust are free of grease, oil, or foreign particles. Amp
housing #640250-6 (to be supplied by customer), mates with post header assembly.
This document is for informational purposes only and should not be considered as a binding description of the products or their performance in all applications. The
performance data on this page depicts typical performance under controlled laboratory conditions, data is corrected to 0.075 lb./ft3 air density (29.92” Hg @ 70° F.).
Actual performance will vary depending on the operating environment and application. AMETEK Rotron products are not designed for use with volatile, hazardous or
corrosive gases. Blower housings are not sealed, slight air/gas leakage will occur. AMETEK Rotron products are not designed for and should not be used in medical
life support applications. AMETEK reserves the right to revise its products without notification.
33
5.7/250BHV99
5.7” (145mm) BLDC Thru Flow Blower
Blower Data
400 WATT, 240 VOLT
Part Number
Standard Flow
Unit of
Measure
117629 E*
Stages
117630 E*
1
2
Vacuum, Max. (Sealed Vacuum)
in. H2O
28
47
mBar
69
117
Pressure, Max. (Sealed Pressure)
in. H2O
31
50
mBar
77
124
Flow Rate, Max. (Open Flow)
CFM
L/sec
67
32
65
31
Length (Dimension “I” above)
inches
.69
1.60
mm
17.53
40.64
Length (Dimension “L” above)
Air Flow
inches
3.21
4.12
mm
81.53
104.65
Typical Performance Points
Pressure
0 CFM
in. H2O
31.1
50.5
10 CFM
in. H2O
26.8
45.4
20 CFM
in. H2O
23.8
40.9
30 CFM
in. H2O
20.5
33.7
40 CFM
in. H2O
15.8
25.3
50 CFM
in. H2O
10.0
16.0
60 CFM
in. H2O
4.4
6.46
70 CFM
in. H2O
*These part numbers are available through AMETEK Rotron distributors. See page 54 for distributor information.
NOTES:
Nominal input voltage: 240 Volts AC RMS +/- 10%, 60Hz
Input current: 5 amps AC RMS maximum
Temperature: Working Air: 0o C to 50°C, Ambient Air: 0o C to 50°C, Storage Air: -40o C to 85°C
Dielectric Testing: 1500 volts AC RMS 60Hz applied for one second between input pins and ground, 3mA leakage max.
Speed Control: E (Electrical): Pulse Width Modulation or Analog input voltage (User Supplied), 0 to 10 Volts DC Nominal, 10mA Maximum, 3 to 15 volts DC
Maximum. Access to sensitivity adjustment for 0-10 VDC speed control. (Ref. pin connection)
M (Mechanical): A potentiometer is available for speed control of the blower. The potentiometer can be preset for a specific speed. Access to speed adjustment.
34
5.7/400TFBHV99
5.7” (145mm) BLDC Thru Flow Blower
400 WATT, 240 VOLT
Regulatory Agency Certification: Underwriters Laboratories, Inc. is qualified per UL507 under File E-94403; Canadian Standards Association is qualified per
C22.2#113 under File LR 43448.
Miscellaneous: Intake & exhaust tubes, all cooling ducts and vents must not be obstructed. Intake and exhaust are free of grease, oil, or foreign particles. Amp
housing #350809-1 (to be supplied by customer), mates with post header assembly.
This document is for informational purposes only and should not be considered as a binding description of the products or their performance in all applications. The
performance data on this page depicts typical performance under controlled laboratory conditions, data is corrected to 0.075 lb./ft3 air density (29.92” Hg @ 70° F.).
Actual performance will vary depending on the operating environment and application. AMETEK Rotron products are not designed for use with volatile, hazardous or
corrosive gases. Blower housings are not sealed, slight air/gas leakage will occur. AMETEK Rotron products are not designed for and should not be used in medical
life support applications. AMETEK reserves the right to revise its products without notification.
35
5.7/400TFBHV99
5.7” (145mm) BLDC Bypass Blower
400 WATT, 240 VOLT
Part Number
Blower Data
Unit of
Measure
Stages
Standard Flow
High Flow
117634 M*
117633 M
117632 M*
117637 M*
117636 M*
117635 M*
117640 E*
117639 E
117638 E*
117643 E*
117642 E*
117641 E*
1
2
3
1
2
3
Vacuum, Max. (Sealed Vacuum)
in. H2O
mBar
28
69
45
112
60
149
23
57
39
97
53
131
Pressure, Max. (Sealed Pressure)
n. H2O
mBar
30
74
51
126
70
174
25
62
45
112
61
151
Flow Rate, Max. (Open Flow)
CFM
L/sec
69
33
62
29
58
27
114
54
97
46
86
41
Inlet/Outlet Diameter
inches
mm
1.25
31.75
1.25
31.75
1.25
31.75
1.75
44.45
1.75
44.45
1.75
44.45
Length (Dimension “I” above)
inches
mm
2.53
64.26
1.25
31.75
2.14
54.36
.47
11.94
1.53
38.86
2.53
64.26
Length (Dimension “L” above)
inches
mm
5.08
129.03
5.99
152.15
6.89
175.01
5.22
132.59
6.27
159.26
7.28
184.91
Typical Performance Points
Air Flow
Pressure
0 CFM
10 CFM
in. H2O
in. H2O
30.3
27.9
51.0
44.2
69.9
59.9
24.8
23.6
44.6
41.0
61.5
55.8
20 CFM
30 CFM
in. H2O
in. H2O
26.2
23.6
41.8
35.9
52.8
44.1
22.6
21.5
39.8
35.8
51.5
46.0
40 CFM
50 CFM
in. H2O
in. H2O
19.0
13.3
27.8
16.6
32.1
18.1
19.5
17.9
32.0
28.0
40.1
34.2
60 CFM
70 CFM
in. H2O
in. H2O
7.0
3.7
3.7
16.1
13.8
23.9
17.9
28.2
19.6
80 CFM
90 CFM
in. H2O
in. H2O
12.0
8.7
12.1
0
8.1
100 CFM
110 CFM
in. H2O
in. H2O
6.7
0
*These part numbers are available through AMETEK Rotron distributors. See page 54 for distributor information.
NOTES:
Nominal input voltage: 240 Volts AC RMS +/- 10%, 50/60Hz
Input current: 5 amps AC RMS maximum
Temperature: Working Air: 0o C to 50°C, Ambient Air: 0o C to 50°C, Storage Air: -40o C to 85°C
Dielectric Testing: 1500 volts AC RMS 60Hz applied for one second between input pins and ground, 3mA leakage max.
Speed Control: E (Electrical): Pulse Width Modulation or Analog input voltage (User Supplied), 0 to 10 Volts DC Nominal, 10mA Maximum, 3 to 15 volts DC
Maximum. Access to sensitivity adjustment for 0-10 VDC speed control. (Ref. pin connection)
M (Mechanical): A potentiometer is available for speed control of the blower. The potentiometer can be preset for a specific speed. Access to speed adjustment.
36
5.7/400BHV99
5.7” (145mm) BLDC Bypass Blower
400 WATT, 240 VOLT
Regulatory Agency Certification: T.U.V. Rheinland Bauart Certification* is qualified per EN60950 under License No. R0097184.
Underwriters Laboratories, Inc. Qualified per UL507 under File E-94403. Canadian Standards Association Qualified per C22.2#113 under File LR 43448.
Miscellaneous: Intake & exhaust tubes, all cooling ducts and vents must not be obstructed. Intake and exhaust are free of grease, oil, or foreign particles. Amp
housing #1-480763-0 (to be supplied by customer), mates with post header assembly.
*IEC 801 testing has been completed, and specific data can be provided upon request.
This document is for informational purposes only and should not be considered as a binding description of the products or their performance in all applications. The
performance data on this page depicts typical performance under controlled laboratory conditions, data is corrected to 0.075 lb./ft3 air density (29.92” Hg @ 70° F.).
Actual performance will vary depending on the operating environment and application. AMETEK Rotron products are not designed for use with volatile, hazardous or
corrosive gases. Blower housings are not sealed, slight air/gas leakage will occur. AMETEK Rotron products are not designed for and should not be used in medical
life support applications. AMETEK reserves the right to revise its products without notification.
37
5.7/400BHV99
5.7” (145mm) BLDC Bypass Blower
Blower Data
Unit of
Measure
800 WATT, 120 VOLT
Part Number
High Flow
Standard Flow
Ultra Flow
117418 M*
119102 M*
119104 M*
117417 E*
119101 E*
119103 E*
119105 E*
1
41
2
71
1
26
Stages
Vacuum, Max. (Sealed Vacuum)
in. H2O
3
106
Pressure, Max. (Sealed Pressure)
mBar
in. H2O
263
115
102
44
176
76
64
29
mBar
CFM
285
67
109
161
188
119
72
242
Inlet/Outlet Diameter
L/sec
inches
32
1.25
76
1.75
56
1.75
114
2.75/2.50
Length (Dimension “I” above)
mm
inches
31.75
2.12
44.45
.47
44.45
1.53
69.85/63.50
.71
Length (Dimension “L” above)
mm
inches
53.85
6.87
11.94
5.30
38.86
6.35
18.03
5.46
mm
174.50
134.62
161.29
138.68
Flow Rate, Max. (Open Flow)
Typical Performance Points
Air Flow
Pressure
0 CFM
in. H2O
115.8
44.1
76.2
29.3
20 CFM
40 CFM
in. H2O
in. H2O
86.6
54.9
41.8
39.2
68.4
57.2
27.5
26.1
60 CFM
80 CFM
in. H2O
in. H2O
18.3
34.1
29.0
43.5
33.2
23.5
21.6
100 CFM
120 CFM
in. H2O
in. H2O
23.3
14.4
19.8
0
17.6
15.8
140 CFM
160 CFM
in. H2O
in. H2O
7.0
0
180 CFM
200 CFM
in. H2O
in. H2O
8.2
5.5
220 CFM
240 CFM
in. H2O
in. H2O
2.8
1.2
14.1
11.2
*These part numbers are available through AMETEK Rotron distributors. See page 54 for distributor information.
NOTES:
Nominal input voltage: 120 Volts AC RMS +/- 10%, 60Hz
Input current: 10 amps AC RMS maximum
Temperature: Working Air: 0o C to 50°C, Ambient Air: 0o C to 50°C, Storage Air: -40o C to 85°C
Dielectric Testing: 1500 volts AC RMS 60Hz applied for one second between input pins and ground, 3mA leakage max.
Speed Control: E (Electrical): Pulse Width Modulation or Analog input voltage (User Supplied), 0 to 10 Volts DC Nominal, 10mA Maximum, 3 to 15 volts DC
Maximum. Access to sensitivity adjustment for 0-10 VDC speed control. (Ref. pin connection)
M (Mechanical): A potentiometer is available for speed control of the blower. The potentiometer can be preset for a specific speed. Access to speed adjustment.
38
5.7/800BHV99
5.7” (145mm) BLDC Bypass Blower
800 WATT, 120 VOLT
Regulatory Agency Certification: T.U.V. Rheinland Bauart Certification* is qualified per EN60950 under Licence No. R9571008; Underwriters Laboratories, Inc. is
qualified per UL507 under File E-94403; Canadian Standards Association is qualified per C22.2#113 under File LR 43448.
Miscellaneous: Intake & exhaust tubes, all cooling ducts and vents must not be obstructed. Intake and exhaust must be free of grease, oil, or foreign particles.
Amp housing #350810-1(to be supplied by customer), mates with post header assembly.
This document is for informational purposes only and should not be considered as a binding description of the products or their performance in all applications. The
performance data on this page depicts typical performance under controlled laboratory conditions, data is corrected to 0.075 lb./ft3 air density (29.92” Hg @ 70° F.).
Actual performance will vary depending on the operating environment and application. AMETEK Rotron products are not designed for use with volatile, hazardous or
corrosive gases. Blower housings are not sealed, slight air/gas leakage will occur. AMETEK Rotron products are not designed for and should not be used in medical
life support applications. AMETEK reserves the right to revise its products without notification.
39
5.7/800BHV99
5.7” (145mm) DC Bypass Blower
Blower Data
Unit of
Measure
1200 WATT, 240 VOLT
Part Number
High Flow
Standard Flow
Ultra Flow
117416 M*
119152 M*
119154 M*
117415 E*
119151 E*
119153 E*
119155 E*
1
50
2
91
1
33
Stages
Vacuum, Max. (Sealed Vacuum)
in. H2O
3
135
Pressure, Max. (Sealed Pressure)
mBar
in. H O
335
144
124
54
226
97
82
39
Flow Rate, Max. (Open Flow)
mBar
CFM
357
82
134
190
241
156
97
307
Inlet/Outlet Diameter
L/sec
inches
39
1.25
90
1.75
74
1.75
145
2.75/2.50
Length (Dimension “I” above)
mm
inches
31.75
2.12
44.45
.47
44.45
1.53
69.85/63.50
.70
Length (Dimension “L” above)
mm
inches
53.85
6.87
11.94
5.11
38.86
6.35
17.78
5.47
mm
174.50
128.77
161.29
138.94
2
Typical Performance Points
Air Flow
Pressure
0 CFM
20 CFM
in. H2O
in. H2O
144.3
129.1
54.0
53.9
97.0
92.5
39.2
38.0
40 CFM
60 CFM
in. H2O
in. H2O
102.9
60.8
51.1
47.0
85.8
75.9
37.5
35.3
80 CFM
100 CFM
in. H2O
in. H2O
10.8
43.2
37.0
62.3
40.5
33.5
31.4
120 CFM
140 CFM
in. H2O
in. H2O
29.4
22.3
32.1
15.0
28.0
25.4
160 CFM
180 CFM
in. H2O
in. H2O
14.2
200 CFM
220 CFM
in. H2O
in. H2O
16.1
13.1
240 CFM
260 CFM
in. H2O
in. H2O
10.0
7.4
280 CFM
300 CFM
in. H2O
in. H2O
4.3
1.0
21.5
18.5
*These part numbers are available through AMETEK Rotron distributors. See page 54 for distributor information.
NOTES:
Nominal input voltage: 240 Volts AC RMS +/- 10%, 50/60Hz
Input current: 5 amps AC RMS maximum
Temperature: Working Air: 0o C to 50°C, Ambient Air: 0o C to 50°C, Storage Air: -40o C to 85°C
Dielectric Testing: 1500 volts AC RMS 60Hz applied for one second between input pins and ground, 3mA leakage max.
40
5.7/1200BHV99
5.7” (145mm) DC Bypass Blower
1200 WATT, 240 VOLT
NOTES (continued):
Speed Control: E (Electrical): Pulse Width Modulation or Analog input voltage (User Supplied), 0 to 10 Volts DC Nominal, 10mA Maximum, 3 to 15 volts DC
Maximum. Access to sensitivity adjustment for 0-10 VDC speed control. (Ref. pin connection)
M (Mechanical): A potentiometer is available for speed control of the blower. The potentiometer can be preset for a specific speed. Access to speed adjustment.
Regulatory Agency Certification: T.U.V. Rheinland Bauart Certification* is qualified per EN60950 under License No. 9571008; Underwriters Laboratories, Inc. is
qualified per UL507 under File E 94403; Canadian Standards Association is qualified per C22.2#113 under File LR 43448.
Miscellaneous: Intake & exhaust tubes, all cooling ducts and vents must not be obstructed. Intake and exhaust must be free of grease, oil, or foreign particles.
Amp housing #350809-1 (to be supplied by customer), mates with post header assembly.
*IEC 801 testing has been completed, and specific data can be provided upon request.
This document is for informational purposes only and should not be considered as a binding description of the products or their performance in all applications. The
performance data on this page depicts typical performance under controlled laboratory conditions, data is corrected to 0.075 lb./ft3 air density (29.92” Hg @ 70° F.).
Actual performance will vary depending on the operating environment and application. AMETEK Rotron products are not designed for use with volatile, hazardous or
corrosive gases. Blower housings are not sealed, slight air/gas leakage will occur. AMETEK Rotron products are not designed for and should not be used in medical
life support applications. AMETEK reserves the right to revise its products without notification.
41
5.7/1200BHV99
5 Amp BLDC Blower Controller
Blower Contollers
Controller Data
48132
Max Continuous Current
5A
Input Voltage Range
11-52 VDC
Controller PWM Frequency
25 kHz
Analog Speed Input
0-5 VDC
600 or 1200
Electrical Hall Spacing
Waveform
8-Step Trapezoidal
Current Limit Protection
Yes
Rotation
CW / CCW
NOTES:
Temperature: Operating: 0o C to 50°C, Storage Air: -40o C to 85°C
Speed Control: Electrical speed control is achieved by applying a 0 to 5 VDC signal on J1 Pin 3 with respect to J1 Pin 2. Mechanical speed control is achieved by
adjusting the potentiometer when J6 is in position 1 to 2.
Current Control: Trip point is at 5 Amp maximum.
J1-1 Vin
J4-1 Motor Phase A
J1-2 Vin Return (Gnd)
J4-2 Motor Phase C
J1-3 Analog Speed In
J4-3 Hall - (Gnd)
J4-4 Hall 1
J4-5 Hall 2
J4-6 Hall 3
J4-7 Hall + (+12V)
Caution should be taken. Misplacement of jumper setting will destroy the control.
Jumper Settings:
J4-8 Motor Phase B
J6 Set to position 1-2 for internal speed adjust.
Set to position 2-3 for analog speed input voltage.
J3 Disable or enable to determine forward/reverse rotation.
J2 Disable for 60° electrical spacing.
Enable for 120° electrical spacing.
J5 Set position 1-2 for 16-52 VDC
Set position 2-3 for 11-16 VDC
This document is for informational purposes only and should not be considered as a binding description of the products or their performance in all applications. The
performance data on this page depicts typical performance under controlled laboratory conditions using constant DC voltages. Actual performance will vary
depending on the operating environment and application. AMETEK Rotron products are not designed for and should not be used in medical life support applications.
AMETEK reserves the right to revise its products without notification.
42
5BC99
10 Amp BLDC Blower Controller
Blower Contollers
Controller Data
48133
Max Continuous Current
10 A
Input Voltage Range
11-52 VDC
Controller PWM Frequency
25 kHz
Analog Speed Input
0-5 VDC
600 or 1200
Electrical Hall Spacing
Waveform
8-Step Trapezoidal
Current Limit Protection
Yes
Rotation
CW / CCW
NOTES:
Temperature: Operating: 0o C to 50°C, Storage Air: -40o C to 85°C
Speed Control: Electrical speed control is achieved by applying a 0 to 5 VDC signal on J1 Pin 3 with respect to J1 Pin 2. Mechanical speed control is achieved by
adjusting the potentiometer when J6 is in position 1to 2.
Current Control: Trip point is at 10 Amp maximum.
J1-1 Vin
J4-1 Phase C
J1-2 Gnd
J4-2 Phase B
J1-3 Analog Speed In
J4-3 Phase A
J4-4 Hall - (Gnd)
J4-5 Hall + (+12V)
J4-6 Hall 1
J4-7 Hall 2
Caution should be taken. Misplacement of jumper setting will destroy the control.
Jumper Settings:
J4-8 Hall 3
J6 Set to position 1-2 for internal speed adjust.
Set to position 2-3 for analog speed input voltage.
J3 Disable or enable to determine forward/reverse rotation.
J2 Disable for 60° electrical spacing.
Enable for 120° electrical spacing.
J5 Set position 1-2 for 16-52 VDC
Set position 2-3 for 11-16 VDC
This document is for informational purposes only and should not be considered as a binding description of the products or their performance in all applications. The
performance data on this page depicts typical performance under controlled laboratory conditions using constant DC voltages. Actual performance will vary
depending on the operating environment and application. AMETEK Rotron products are not designed for and should not be used in medical life support applications.
AMETEK reserves the right to revise its products without notification.
43
5BC99
20 Amp BLDC Motor Controller
Motor Contoller
Controller Data
48134
Max Continuous Current
20 A
Input Voltage Range
11-52 VDC
Controller PWM Frequency
25 kHz
Analog Speed Input
0-5 VDC
600 or 1200
Electrical Hall Spacing
Waveform
8-Step Trapezoidal
Current Limit Protection
Yes
Rotation
CW / CCW
NOTES:
Temperature: Operating: 0o C to 50°C, Storage Air: -40o C to 85°C
Speed Control: Electrical speed control is achieved by applying a 0 to 5 VDC signal on J4 Pin 12 with respect to J4 Pin 7. Mechanical speed control is achieved by
adjusting the potentiometer when J6 is in position 1 to 2.
Current Control: Trip point is at 20 Amp maximum.
Caution should be taken. Misplacement of jumper setting will destroy the control.
Jumper Settings:
J4-6 Brake
J4-12 Analog/In
J1-1 Vin
J4-5 Hall +
J4-11 Freq. Out
J1-2 Phase A
J4-4 Hall 3
J4-10 For./Rev.
J1-3 Phase B
J4-3 Hall 2
J4-9 Output Enable
J1-4 Phase C
J4-2 Hall 1
J4-8 Vref
J1-5 Ground
J4-1 Gnd
J4-7 Ground
J5 Set to position 1-2 for 16-52 VDC operation.
Set to position 2-3 for 11-16 VDC operation.
J6 Set to position 1-2 for internal speed adjust.
Set to position 2-3 for analog speed input voltage.
J3 Disable or enable to determine forward/reverse rotation.
J2 Disable for 60° electrical spacing.
Enable for 120° electrical spacing.
This document is for informational purposes only and should not be considered as a binding description of the products or their performance in all applications. The
performance data on this page depicts typical performance under controlled laboratory conditions using constant DC voltages. Actual performance will vary
depending on the operating environment and application. AMETEK Rotron products are not designed for and should not be used in medical life support applications.
AMETEK reserves the right to revise its products without notification.
44
20MC99
BLDC Motor/Blower Controller Numbers
Motor/Blower
Part
Numbers
Controller
Part
Numbers
Mating Cable
From Controller
to Blower/Motor
Input
Power Cable
119272
48134
N/A
119275
48134
119000
48134
119001
48134
119002
Cable
mm
39831
457.2±12.7
inches
18.00±.50
N/A
39817
457.2 ±12.7
18.00±.50
N/A
N/A
39817-1
609.6±12.7
24.00±.50
39831 or 39817*
N/A
39817-2
304.8±12.7
12.00+.50
39831 or 39817*
N/A
39851
152.4±12.7
6.00±.50
48134
39831 or 39817*
N/A
39851-1
304.8±3.0
12.00±.12
119003
48134
39831 or 39817*
N/A
39851-2
457.2±3.0
18.00±.12
119004
48134
39831 or 39817*
N/A
39851-3
609.6±3.0
24.00±.12
119005
48134
39831 or 39817*
N/A
39685
145.0±3.0
5.71±.12
119006
48134
39831 or 39817*
N/A
39685-1
292.1±3.0
11.50±.12
119007
48134
39831 or 39817*
N/A
39685-2
241.3±3.0
9.50±.12
119008
48134
39831 or 39817*
N/A
39685-3
304.8±12.7
12.00±.50
119050
48134
39831 or 39817*
N/A
39685-4
457.2±12.7
18.00±.50
119051
48134
39831 or 39817*
N/A
39685-5
609.6±12.7
24.00±.50
119052
48134
39831 or 39817*
N/A
39773
368.3±12.7
14.50±.50
119053
48134
39831 or 39817*
N/A
39773-1
304.8±12.7
12.00±.50
119054
48134
39831 or 39817*
N/A
39773-2
457.2±12.7
18.00±.50
119055
48134
39831 or 39817*
N/A
39773-3
609.6±12.7
24.00±.50
119056
48134
39831 or 39817*
N/A
119057
48134
39831 or 39817*
N/A
119058
48134
39831 or 39817*
N/A
119375
48133
39851
39773
119380
48133
39851
39773
119383
48133
39851
39773
119381
N/A
N/A
39773
119382
N/A
N/A
39773
119384
N/A
N/A
39773
119385
N/A
N/A
39773
119378
N/A
N/A
39773
119379
N/A
N/A
39773
119396
48134
N/A
N/A
119397
48134
N/A
N/A
116521
48133
N/A
39773
116522
48133
N/A
39773
116450
48133
N/A
39773
117007**
48132
39685
39773
117011**
48132
39685
39773
119319**
48132
39685
39773
119317**
48132
39685
39773
* Cable 39831 transfers hall signals from the motor to the controller. Cable 39817 does the same, but also provides cabling for analog input, tach output,
braking, forward/reverse, enable/disable, and voltage reference of a nominal 6.25 VDC at a maximum of 10 mAmp.
** Earlier versions of the 5.0" Minijammer blower.
45
MBCP99
PLEASE COMPLETE THIS FORM AND FAX IT TO (330) 678-8227,
ATTENTION: ROTRON MARKETING DEPARTMENT
DATE
COMPANY
ADDRESS
CITY
STATE
ZIP
NAME
TITLE
DEPT.
TELEPHONE
FAX
Complete applicable side for additional information.
Blower Sizing
Motor Sizing
Purpose of product which blower is to
be incorporated in
Purpose of product which motor is to
be incorporated in
Describe general operation
Describe general operation
Estimated annual requirements
Estimated annual requirements
Power Supply
VDC
Power Supply
VAC
VDC
Other
Air Flow Requirements
To
CFM
Speed Requirements
Pressure Requirements
To
In. H2O
Maximum Continuous Performace Requirement
Standard Operating Point:
Pressure or Vacuum
In. H2O, Flow
CFM
Surrounding Temperature:
Min.
o
F
o
Max.
Speed
RPM
Torque
Oz. In.
Power
HP
To
RPM
Dimension, Max.:
F
Diameter
Inches,
Length
Inches
Humidity
Surrounding Temperature:
Agency Requirements:
ISO9001
UL
TUV
CSA
Min.
Other
o
F
Humidity
Expected Life Hours
Expected Life Hours
Production Delivery Date
Production Delivery Date
Expected Price Range
Expected Price Range
If Replacement
Current Manufacturer
If Replacement
Current Manufacturer
Model
Model
46
Max.
o
F
Throughout our catalog, you will find terminology
used for air moving selection and product sizing.
Below are a few of the key terms:
Flow
Specific Gravity
• Volume Rate/Time
• AMETEK charts are in SCFM, m3/min, or L/S
• SCFM = Standard Cubic Feet Per Minute
(American)
• Air density = 0.075 lb/cubic foot
• M3/min = Cubic Meters Per Minute (Metric)
• L/sec = Liters Per Second (Metric)
• 1 m3/min = 35.3 SCFM
• 1 L/sec = 2.119 SCFM
• See Standard Engineering Conversions for
other flows on pg. 44
• Density Ratio Relative to Air
• Standard Air SG = 1.0
• Methane SG = 0.55
Velocity
•
•
•
•
Distance/Time or Flow/Area
FPM = Feet Per Minute (American)
M/min = Meters Per Minute (Metric)
See Standard Engineering Conversion Chart
for other velocities on pg. 44
Pressure Drop/Back Pressure/Impedance
Pressure
• Friction causes air to slow down and lost
energy is measured in pressure drop terms
• Typical pressure drop areas include piping,
elbows, accessories and system
• Each fixed system has a fixed system
impedance caused by a single or multiple
pressure drop points
• Changing the system impedance will cause
the blower’s work point to change
• Force/Area
• AMETEK charts are in In. H2O (IWG), PSIG,
MM of Water, IHG, or mbar
• IWG = Inches of Water Gauge (American)
• PSIG = Pounds Per Square Inch Gauge
(American)
• mm of Water = Millimeter of Water Gauge
(Metric)
• IHG = Inches of Mercury Gauge (American)
• mbar = Millibar Gauge (Metric)
• PSIA = Pounds Per Square Inch Absolute
(American)
• 27.7 IWG = 1 PSIG
• 703.58 MM of Water = 1 PSIG
• 2.036 IHG = 1 PSIG
• 0.069 Bars = 69 mbar = 1 PSIG
• Standard Atmosphere = 0 PSIG = 14.7 PSIA
• See Basic Fan Laws Chart for correcting
pressure due to speed or density changes
Density
• Weight/Volume
• Standard Air = 0.075 lb/cubic foot
47
AE99
Standard Engineering Conversions
MULTIPLY
Atmospheres
Atmospheres
Atmospheres
Atmospheres
Atmospheres
Atmospheres
Atmospheres
BY
76.0
29.92
406.8348
10,333
1.013 x 105
14.70
760
TO OBTAIN
Cms. of Mercury
Inches of Mercury
Inches of Water
Kgs./Sq. Meter
Pascals
Pounds/Sq. Inch
Torrs
MULTIPLY
Kgs./Cubic Meter
Kilometers
Kilowatts
Kilowatts
Kilowatts
Kilowatts
Kilowatt-Hours
BY
0.06243
3281
56.92
737.6
1.341
14.34
3415
TO OBTAIN
Pounds/Cubic Foot
Feet
British Thermal Units/Min.
Foot-Pounds/Sec.
Horsepower
Kg.-Calories/Min.
British Thermal Units
Bars
Bars
Bars
Bars
British
British
British
British
British
0.9869
1. x 10 5
1.020 x 104
14.50
0.2520
777.5
1054
107.5
2.928 x 10–4
Atmospheres
Dynes/Sq. Cm.
Kgs./Square Meter
Pounds/Sq. Inch
Kilogram-Calories
Foot-Pounds
Joules
Kilogram-Meters
Kilowatt-Hours
Liters
Liters
Liters
Liters
Liters/Minute
Log 10 N
Log N or Ln N
10 3
61.02
10 –3
.2642
.0353
2.303
0.4343
Cubic Centimeters
Cubic Inches
Cubic Meters
Gallons
Cubic Feet/Minute
Log EN or Ln N
Log 10 N
Centimeters of Mercury
Centimeters of Mercury
Centimeters of Mercury
Centimeters of Mercury
Centimeters/Second
Centimeters/Second
Cubic Centimeters
Cubic Centimeters
Cubic Centimeters
Cubic Centimeters
Cubic Feet
Cubic Feet
Cubic Feet
Cubic Feet
Cubic Feet
Cubic Feet/Minute
Cubic Feet/Minute
Cubic Feet/Minute
Cubic Feet/Minute
Cubic Feet/Minute
Cubic Feet/Minute
Cubic Inches
Cubic Inches
Cubic Inches
Cubic Meters
Cubic Meters
Cubic Meters
Cubic Meters/Hour
Cubic Meters/Minute
0.01316
0.0372
136.0
0.1934
1.969
0.6
3.531 x 10–5
6.102 x 10–2
10-6
10-3
2.832 x 104
1728
0.02832
0.03704
28.32
472.0
1.6992
.02832
28.32
0.4720
62.4
16.39
5.787 x 10–4
1.639 x 10–5
105
35.31
61,023
.5885
35.3107
Atmospheres
Inches of Water
Kgs./Square Meter
Pounds/Sq. Inch
Feet/Minute
Meters/Minute
Cubic Feet
Cubic Inches
Cubic Meters
Liters
Cubic Cms.
Cubic Inches
Cubic Meters
Cubic Yards
Liters
Cubic Cms./Sec.
Cubic Meters/Hour
Cubic Meters/Minute
Liters/Minute
Liters/Second
Lbs. of Water/Min.
Cubic Centimeters
Cubic Feet
Cubic Meters
Cubic Centimeters
Cubic Feet
Cubic Inches
Cubic Feet/Minute
Cubic Feet/Minute
Meters
Meters
Meters
Meters
Meters
Miles
Miles
Miles
Millibars
Mms. of Mercury
Mms. of Mercury
Mms. of Mercury
100
3.2808
39.37
10 –3
10 3
5280
1.6093
1760
.4019
0.0394
1.3595–3
0.01934
Centimeters
Feet
Inches
Kilometers
Millimeters
Feet
Kilometers
Yards
Inches of Water
Inches of Mercury
Kgs./Square Cm.
Pounds/Square Inch
Newton Meters
.7376
Pound-Force-Foot
Ounce - Force - Inch
Ounce - Force - Inch
Ounce - Force - Inch
0.706
7.06 x 10 –3
5.21 x 10 –3
Newton - Centimeter
Newton - Meter
Pound - Force - Foot
.004
28.87
473,179
16
444,823
453.6
16
14,544
27.68
0.1198
Inches of Water
Cubic Inches
Cubic Centimeters
Ounces (U.S. fluid)
Dynes
Grams
Ounces
British Thermal Units (mean)
Cubic Inches
Gallons
Feet
Feet
Feet
Feet
Feet of Air
(1 atmosphere 60 O F)
30.48
12
0.3048
1/3
Centimeters
Inches
Meters
Yards
5.30 x 10 –4
Pounds/Square Inch
Pascals
Pints (Liq.)
Pints (U.S. liquid)
Pints (U.S. liquid)
Pounds
Pounds
Pounds
Pounds of Carbon to CO 2
Pounds of Water
Pounds of Water
Pounds of Water
Evaporated at 212 O F
Pounds/Cubic Foot
Pounds/Cubic Foot
Pounds-Force-Foot
Pounds/Square Inch
Pounds/Square Inch
Pounds/Square Inch
Pounds/Square Inch
Pounds/Square Inch
Pounds/Square Inch
970.3
16.02
4.882
1.3558
0.06804
27.7
2.036
703.1
6.895 x 103
51.715
British Thermal Units
Kgs./Cubic Meter
Kgs./Square Meter
Newton Meters
Atmospheres
Inches of Water
Inches of Mercury
Kgs./Square Meter
Pascals
Millimeters of Mercury at 0 O C
Gallons
Grams/Cu. Cm.
3.785
62.43
Liters
Pounds/Cubic Foot
Horsepower
Horsepower
Horsepower
Horsepower
Horsepower-Hours
42.44
33,000
10.70
745.7
2547
British Thermal Units/Min.
Foot-Pounds/Min.
Kg. Calories/Min.
Watts
British Thermal Units
Inches
Inches
Inches of Mercury
Inches of Mercury
Inches of Mercury
Inches of Mercury
Inches of Mercury
Inches of Water
Inches of Water
Inches of Water
Inches of Water
Inches of Water
Inches of Water
Inches of Water
2.540
10 3
0.03342
13.60
345.3
25.40
0.4912
0.002458
0.07355
25.40
2.4884
248.8
5.204
0.03613
Centimeters
Mils
Atmospheres
Inches of Water
Kgs./Square Meter
Mms. of Mercury
Pounds/Square In.
Atmospheres
Inches of Mercury
Kgs./Square Meter
Millibars
Pascals
Pounds/Square Ft.
Pounds/Square In.
Square Centimeters
Square Centimeters
Square Centimeters
Square Feet
Square Feet
Square Inches
Square Inches
Square Inches
Square Inches
Square Inches
Square Kilometers
Square Kilometers
Square Meters
Square Meters
1.973 x 105
1.076 x 10–3
0.1550
929.0
0.09290
1.273 x 106
6.452
6.944 x 10–3
106
645.2
10.76 x 106
1.196 x 106
10.764
1.196
Circular Mils
Square Feet
Square Inches
Square Centimeters
Square Meters
Circular Mils
Square Centimeters
Square Feet
Square Mils
Square Millimeters
Square Feet
Square Yards
Square Feet
Square Yards
1
1.8
1
5/9
Abs. Temp. (O C)
Temp. ( OF)
Abs. Temp. ( OF)
Temp. ( OC)
0.05692
10 7
44.26
1.341 x 10–3
0.01434
3.415
1.341 x 10–3
British Thermal Units/Min.
Ergs/Second
Foot-Pounds/Min.
Horsepower
Kg.-Calories/Min.
British Thermal Units
Horsepower/Hours
Thermal
Thermal
Thermal
Thermal
Thermal
Units
Units
Units
Units
Units
Temp.
Temp.
Temp.
Temp.
( O C) +273
( OC) +17.8
( OF) +460
( O F) -32
Watts
Watts
Watts
Watts
Watts
Watts-Hours
Watts-Hours
48
AE99
Density Correction Chart
49
AE99
Physical Laws for Blower Applications
In the following formulae these symbols are used:
“Standard Air”-Air at 68O F (absolute temperature 528O) and
29.92” Hg. (barometric pressure at sea level). The density of
such air is 0.075 lbs./cu. ft. and the specific volume is 13.29
cu. ft./lb. The specific gravity is 1.0.
P-Pressure in pounds per square inch (PSI) or inches of
mercury column (inches Hg)
CFM-Volume in cubic feet per minute
RPM-Speed in revolutions per minute
The outlet pressure of a blower depends on the condition of
the air or gas at the inlet. The inlet condition is influenced by:
D-Density in pounds per cubic foot (lbs./cu. ft.)
H-Height of air or gas column (ft.)
a-Specific gravity (the ratio of density of the gas to density
of standard air)
SG-Specific Gravity (ratio of density of gas to the density
of air)
b-Altitude (location of blower)
c-Temperature of inlet air
Basic Fan Laws Chart
VARIABLE
VOLUME
WHEN SPEED CHANGES Varies DIRECT with Speed Ratio
CFM2 = CFM1
WHEN DENSITY CHANGES
(
RPM2
RPM1
PRESSURE
HORSEPOWER
Varies with SQUARE of Speed Ratio
Varies with CUBE of Speed Ratio
)
Does Not Change
P2 = P1
(
RPM2
RPM1
)
2
HP2 = HP1
Varies DIRECT with Density Ratio
P2 = P1
(
RPM2
RPM1
)
3
Varies DIRECT with Density Ratio
( )
D2
HP2 = HP1
D1
( )
D2
D1
Volume
The Volume changes in direct ratio to the speed.
V1 = Original Volume (1000 CFM)
Example – A blower is operating at 3500 RPM and delivering
1000 CFM. If the speed is reduced to 3000 RPM, what is the
new volume?
V2 = New Volume
RPM1 = Original Speed (3500 RPM)
RPM2 = New Speed (3000 RPM)
V2 = V1
3000
= 1000 x (
( RPM
)
) = 1000 x .857 = 857 CFM
3500
RPM
2
1
1
1
Pressure
Pressure (barometric) varies in direct proportion
to altitude.
Let: V1 = Volume of standard air (1000 CFM)
Example – A blower is to operate at an elevation of 6000 feet
and is to deliver 3 PSI pressure. What pressure (standard air)
blower is required?
29.92
Pressure = 3 x
= 3.75 or 3 3/4 PSI
23.98
V2 = Volume of thinner air
Hg1 = Barometric pressure sea level (29.92)
Hg2 = Barometric pressure 6000’ (23.98)
V2 = V1 x Hg1 = 1000 x 29.92 = 1248 CFM
23.98
Hg2
If it is desired to determine what pressure a 3 PSI (standard
air) blower will deliver at 6000 feet –
23.98
Pressure = 3 x
= 2.4 or about 2 1/2 PSI
29.92
The pressure changes as the square of the
speed ratio.
Example – A blower is operating at a speed of 3500 RPM and
delivering air at 5.0 PSI pressure. If the speed is reduced to
3000 RPM, what is the new pressure?
When a blower is to operate at a high altitude it is frequently
specified that the blower be capable of handling a given
volume of “standard air”. It is then necessary to determine
the equivalent volume of air at the higher altitude.
P1 = Original Pressure (5 PSI)
P2 = New Pressure
Example – A blower is to operate 6000 feet altitude and is to
handle 1000 CFM of standard air. What is the CFM of air the
blower must handle at 6000 feet altitude?
RPM1 = Original Speed (3500 RPM)
RPM2 = New Speed (3000 RPM)
RPM2 2
3000
= 5x
P2 = P 1
RPM1
3500
(
50
)
(
2
) = 5 x .735 = 3.68 PSI
AE99
The Air Density varies in inverse proportion to the
absolute temperature.
Pressure varies in direct proportion to the density.
Example – A 3 PSI (standard air) blower is to be used to
handle gas having a specific gravity of 0.5. What pressure
does the blower create when handling the gas?
Example – A blower is to handle 200O F air at 3 PSI pressure.
What pressure (standard air) blower is required?
Let: P1 = Pressure hot air (3 PSI)
Let: Pa
Pg
SG
P2 = Pressure standard air
AT1 = Absolute temperature hot air (200+460=660O F)
Pg = Pa x SG = 3 x .5 = 1.5 PSI
AT2 = Absolute temperature standard air (68+460=528O F)
P 2 = P1 x
AT1
AT 2
=3x
660
528
= Air pressure (3 PSI)
= Gas pressure
= Specific gravity of gas (0.5)
If we are required to handle a gas having a specific gravity of
0.5 at 1.5 PSI pressure, we can determine the standard air
pressure blower as follows:
= 3.75 or 3 3/4 PSI
Let: Pa = Pg = 1.5 = 3 PSI
SG
.5
A blower is capable of delivering 3 PSI pressure with
standard air. What pressure will it develop handling 200O F
inlet air?
P1 = P2 x AT2 = 3 x 528 = 2.4 or about 2 1/2 PSI
660
AT1
Horsepower
The horsepower changes as the cube of the speed
ratio.
Horsepower vs. Specific Gravity & Ratio of Density.
The horsepower varies in direct proportion to the specific
gravity (ratio of density of gas to density of air).
Example – A blower is operating at a speed of 3500 RPM and
requiring 50 horsepower. If the speed is reduced to 3000
RPM, what is the new required horsepower?
Example – A standard air blower requires a 10 HP motor.
What horsepower is required when this blower is to handle a
gas whose specific gravity is 0.5?
HP1 = Original Horsepower (50)
HP2 = New Horsepower
RPM1 = Original Speed (3500 RPM)
RPM2 = New Speed (3000 RPM)
HP2 = HP1 x
(
RPM2
RPM1
3
)
= 50 x
(
3000
3500
HP = 10 x 0.5 = 5 horsepower
It is possible that several of the above modifications may be
required on one installation. Therefore, it may be necessary
to use various combinations of these formulae.
3
)
= 50 x .630 = 31.5 horsepower
51
AE99
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52
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Joint venture with Chinese partner. General industrial use mechanical
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53
Contact Information
ROTRON
Technical Products
627 Lake Street
Kent, OH 44240
Main Tel: (330) 673-3452
Fax: (330) 678-8227
www.ametektmd.com
e-mail: [email protected]
AMETEK GmbH
Weilimorder Str. 47
70825 Korntal-Munchingen
Germany
Main Tel: 49-711-838-7876
Fax: 49-711-838-7862
Distributors
Allied Electronics
1-800-433-5700
www.allied.avnet.com
Grainger
1-800-323-0620
www.grainger.com
54
AMETEK, Inc.
AMETEK is a leading global manufacturer of electrical and electromechanical products for niche markets.
Listed on the New York Stock Exchange (AME) since 1930, AMETEK’s annual sales are approaching $1
billion. Operations are in North America, Europe, and Asia, with about one-third of sales to markets outside
the United States. AMETEK is serving its customers with investments in new products, global and market
expansion, strategic acquisitions, and operational excellence. The Company’s operating groups are
Electronic Instruments and Electromechanical.
Rotron
The Electromechanical Group (EMG) is one of the world’s largest producers of high-speed electric motor
products for original equipment manufacturers (OEMs). In business since 1915, EMG is using its core
competencies to enhance its worldwide presence. A business unit of AMETEK EMG, Rotron has facilities
in California, New York, North Carolina, and Ohio. Rotron serves the military, aerospace, medical,
transportation, office equipment, industrial, and environmental markets worldwide. Rotron supports its
customers with more than 650 employees that are organized in three business segments:
• Technical Products
• Military & Aerospace Products
• Industrial Products
Technical Products
Rotron’s standard product lines of brushless DC motors, blowers, and controllers offer a wide range of
application demands. Brushless DC motors and blowers are an ideal choice for such varied applications
as medical instruments, robotics, pumps, compressors, office equipment, fans, machine tools, tape drives,
or any other precise rotary motion/air delivery applications. If there is a need for a product with unique
performance, mounting environment, or agency requirements, Rotron can supply the solution.
ROTRON
Technical Products
627 Lake Street, Kent, Ohio 44240
Telephone: 330-673-3452 • Fax: 330-678-8227 • www.ametektmd.com
©2000, by AMETEK, Inc.
5M200N (140044)