Product Catalog - HOSANAhosanavt.com/wp-content/uploads/2020/04/AMETEK-catalog... · 2020. 4....

Product

Catalog

TECHNICAL & INDUSTRIAL PRODUCTS

627 Lake Street, Kent, OH 44240Tel: 330-673-3452 • Fax: 330-677-3306 • www.ametektip.comE-mail: [email protected]

About AMETEK . . . . . . . . . . . . . . . . . . . . . . . . . 4

5 | Brushless DC BlowersLow Voltage Brushless DC Blowers

3.0” (76mm) BLDC, 12/24 VDC . . . . . . . . . . . . . . . . 6

3.3” (84mm) BLDC, 12/24 VDC . . . . . . . . . . . . . . . . 8

4.5” (114mm) BLDC, 12/24 VDC . . . . . . . . . . . . . . 10

5.0” (127mm) BLDC, 12/24 VDC S.F. . . . . . . . . . . . 12

5.0” (127mm) BLDC, 12/24 VDC H.F. . . . . . . . . . . . 14

5.1” (130mm) BLDC, 24 VDC . . . . . . . . . . . . . . . . . 16

5.7” (145mm) BLDC Bypass, 24 VDC S.F. . . . . . . . 18

5.7” (145mm) BLDC Bypass, 24 VDC H.F. . . . . . . . 20

5.7” (145mm) BLDC Thru Flow, 24 VDC S.F. . . . . . 22

5.7” (145mm) BLDC Thru Flow, 24 VDC H.F. . . . . . 24









High Voltage Brushless DC Blowers

5.7” (145mm) Thru Flow, 250 Watt/120V S.F. . . . . 42

5.7” (145mm) Thru Flow, 250 Watt/120V H.F. . . . . 44

5.7” (145mm) Thru Flow HD, 250 Watt/120V S.F. . 46

5.7” (145mm) Bypass, 250 Watt/120V S.F. . . . . . . 48

5.7” (145mm) Bypass, 250 Watt/120V H.F. . . . . . . 50

5.7” (145mm) Thru Flow, 400 Watt/240V S.F. . . . . 52





5.7” (145mm) Bypass, 1200 Watt/240V S.F. . . . . . 62

5.7” (145mm) Bypass, 1200 Watt/240V H.F. . . . . . 64

EMI Windjammer Filters . . . . . . . . . . . . . . . . . . . . . 65

Variable Flow Filters for Windjammer and Nautilair 67

Nautilair 7.6 (192mm) Variable Speed 24 VDC . . . . 68

Nautilair 7.6 (192mm) Variable Speed 120 VAC . . . 70



Nautilair 8.9” (225mm) Variable Speed 120 VAC . . 76

Nautilair 8.9” (225mm) Variable Speed 240 VAC . . 78

Nautilair 12.3 (315mm) Variable Speed 120 VAC . . 80

Nautilair 12.3 (315mm) Variable Speed 240 VAC . . 82

Control Option Selection Guide . . . . . . . . . . . . . . . 84

85 | Brushless DC Fans and Impeller-Style BlowersBrushless DC Fans

RTP10 Brushless DC Fan, 12/24 VDC . . . . . . . . . . 86

RTP14 Brushless DC Fan, 24 VDC. . . . . . . . . . . . . 88

RTP16 Brushless DC Fan, 12/24 VDC . . . . . . . . . . 90

RTP16S Brushless DC Fan, 12/24 VDC . . . . . . . . . 92

Brushless DC Blowers

RTP1300 Impeller Style Blower, 12/24 VDC. . . . . . 94



RTP1700 Impeller Style Blower, 12/24 VDC. . . . . 100

103 | Pumps10 Gallon Seal-less Pump . . . . . . . . . . . . . . . . . . 104

12 Gallon Seal-less Pump . . . . . . . . . . . . . . . . . . 106



113 | Controllers5 Amp BLDC Motor/Blower Controller . . . . . . . . 114

10 Amp BLDC Motor/Blower Controller . . . . . . . . 115

20 Amp BLDC Motor/Blower Controller . . . . . . . 116

20 Amp Programmable Motor/Blower Controllerwith Digital Signal Processor (DSP) . . . . . . . . . . . 117

Motor/Blower Controller Number Chart . . . . . . . . 118

119 | Engineering NotesMotor/Blower Sizing Form . . . . . . . . . . . . . . . . . . 119

Engineering Basics – Air Moving (Flow, Pressure,

Density, Specifi c Gravity, Velocity, Pressure Drop/

Back Pressure/Impedance) . . . . . . . . . . . . . . . . . . . . 120

Density Correction Chart . . . . . . . . . . . . . . . . . . . 121

Physical Laws for Blower Applications. . . . . . . . . 122

Engineering Basics – Blower Application Law Examples (Air Density, Horsepower) . . . . . . . . . 123

Engineering Basics – Motion . . . . . . . . . . . . . . . . 124

Engineering Basics – Pump . . . . . . . . . . . . . . . . . 124

Standard Engineering Conversions . . . . . . . . . . . 125

126 | Contact InformationSales Offi ces / Distributors . . . . . . . . . . . . . . . . . . 126

TA

BLE

OF C

ON

TE

NT

S

3

ametek

electromechanical

group (emg)

4

... 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-specifi c needs. A business unit of AMETEK EMG,

AMETEK Technical & Industrial Products offers brushless DC

motor-, blower-, and controller-based solutions.

The standard product lines of AMETEK Technical &

Industrial Products cover a wide range of application demands.

If there is a need for a product with unique performance,

mounting, environment or agency requirements, AMETEK

Technical & Industrial Products can supply the solution. Whether

a customer needs a standard or special design, AMETEK has

the solution for your application and offers economies of scale

that only can be accomplished by a company that produces

more than 26 million motor products per year. With multiplant

capability and fl exibility, AMETEK Technical & Industrial Products

is positioned to support our customers’ global programs.

AMETEK brushless DC motors, blowers, fans, pumps, and

controllers are an ideal choice for such varied applications as

medical instruments, robotics, pumps, compressors, business

equipment, fans, machine tools, tape drives, printing, fuel

cells, textiles, or any other precise rotary motion/air delivery

applications.

5AMETEK TECHNICAL & INDUSTRIAL PRODUCTS627 Lake Street, Kent OH 44240Tel: +1 330-673-3452 • Fax: +1 330-677-3306 • www.ametektip.com

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 effi ciency fan systems in a compact, cost effective package. Standard models are available in a wide range of input voltages, including 12, 24, 48, and 72 VDC. A complete product line of brushless DC blowers that accepts line voltage input (100 VAC, 120 VAC, and 240 VAC) are also 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 fl ammable or hazardous gases.

Blower Selection . . .

offers a wide variety of standard products available from AMETEK. Nine different blower families are available in standard confi gurations. These include six low voltage and seven high voltage product lines. The low voltage products provide output pressure up to 97.7” H2O and fl ows up to 160.3 CFM. The high voltage products provide output pressure up to 169” H2O (pressure) and fl ows up to 545 CFM.

BRUS

HLES

S DC

BLO

WER

S

LOW VOLTAGE PRODUCTSBlower Diameter Operating Voltage

VDCFlow

CFM (m3/hr)Pressure

In. H2O (mBar)Vacuum

In. H2O (mBar)

3” (76mm) 12, 24 0-17.7 (0-30.1) 0-10.1 (0-25.1) 0-9.8 (0-24.4)3.3” (84mm) 12, 24 0-7.4 (0-12.6) 0-24.5 (0-61) 0-23.8 (0-59.2)4.5” (114mm) 12, 24 0-9.8 (0-16.7) 0-28.3 (0-70.4) 0-27.5 (0-68.4)5” (127mm) 12, 24 0-44.6 (0-75.8) 0-24.9 (0-62) 0-24.2 (0-60.2)

5.1” (130mm) 12, 24 0-26.3 (0-44.7) 0-50.9 (0-127) 0-49.4 (0-123)5.7” (145mm) 24, 48, 72 0-190 (0-323) 0-97.7 (0-242) 0-94.7 (0-236)7.6” (192mm) 24 0-122 (0-207) 0-15 (0-37) 0-14 (0-35)

HIGH VOLTAGE BYPASS PRODUCTSBlower Diameter Operating Voltage

VACFlow

CFM (m3/hr)Pressure


In. H2O (mBar)

5.7” (145mm) 120 (250 Watt) 0-130.5 (0-222) 0-80.5 (0-200) 0-78.4 (0-195)5.7” (145mm) 120 (800 Watt) 0-242 (0-412) 0-117 (0-285) 0-106 (0-263)5.7” (145mm) 240 (400 Watt) 0-125 (0-212) 0-72 (0-174) 0-60 (0-149)5.7” (145mm) 240 (1200 Watt) 0-274 (0-466) 0-169 (0-421) 0-154 (0-385)

HIGH VOLTAGE THRU-FLOW PRODUCTSBlower Diameter Operating Voltage

VACFlow

CFM (m3/hr)Pressure


In. H2O (mBar)

5.7” (145mm) 120 (250 Watt) 0-130.5 (0-222) 0-51.5 (0-128) 0-50 (0-124)5.7” (145mm) 240 (400 Watt) 0-67 (0-114) 0-50 (0-124) 0-47 (0-117)7.6” (192mm) 120 0-165 (0-280) 0-45 (0-112) 0-43 (0-107)7.6” (192mm) 240 0-160 (0-272) 0-45 (0-112) 0-43 (0-107)8.0” (204mm) 120 0-101 (0-172) 0-9 (0-22) 0-8.5 (0-21)8.9” (225mm) 120 0-480 (0-816) 0-13 (0-32.3) 0-12.6 (0-31.4)8.9” (225mm) 240 0-545 (0-926) 0-14.3 (0-35.6) 0-13.9 (0-34.6)12.3” (315mm) 120 0-780 (0-1325) 0-14 (0-35) 0-13.5 (0-33.5)12.3” (315mm 240 0-800 (0-1359) 0-15.5 (0-38.5) 0-14.5 (0-36)

6

3.0” (76mm) BLDC Low-Voltage Blower 12/24 VDC

Blower Data Unit of MeasurePart Number

119349* 119350*

Voltage Input VDC 12 24

Stages — 1 1

Pressure, Maximum (Sealed Pressure) in. H2O, Sealed 10.1 10.1

mBar 25.1 25.1

Flow Rate, Maximum (Open Flow) CFM 17.7 17.7

m3/hr 30.1 30.1

* These part numbers are available through AMETEK Technical & Industrial Products’ distributors.

2.94(74.68)

1.31(33.27)

2.67(67.82)

1.24(31.50)

INCH(MM)

3.42(86.84)

2.00(50.80)

.85(21.59) .78

(19.81)1.99

(50.55)

1.23(31.24)

.74(18.80)

EXHAUST

INTAKEØ .812 (20.62)

Ø 1.00 (25.40)

Ø 1.75 (44.45)

Ø .750 (19.05)

2X 12.0±25.4 (304.8±25.4) 20 GA. LEADS UL 1007 RED (+) BLACK (–)

NOTES:• Temperature: Working Air: 0°C to 45°C, Ambient Air: 0°C to 45°C, Storage Air: -40°C to 85°C.• Dielectric Testing: 200 volts applied for one second between power leads and motor body, one milliamp leakage max.• Speed is controlled by varying the input voltage (there is a minimum voltage threshold, unless using the separate V+ option).• Customized performance available upon request. Please contact AMETEK Technical & Industrial Products’ Marketing and Sales Department.• When blowers are used in a vacuum condition, there will be an approximate reduction of 3% in the air performance.• Hard mounting of blower can be done by clamping around the motor’s AL casting.• 2 wire power connection (Red = positive DC, Black = negative DC).• Please observe proper polarity for power connections. Improper connection will damage the blower’s electronics.• Blower/motor is equiped with basic internal drive controller.• Optional – Motor confi guration available with connection to external controller.• Optional – 2 plane balanced for reduced vibration (slight dimensional change and increased motor axial length).• Optional – FPS (frequency pulse signal) for tach output.• Optional – Separate V+ signal wire for input power to hall sensors in order to obtain slow speed operation.

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 AMETEK BLDC motor controllers. Actual performance will vary depending on the operating environment and application. AMETEK products are not designed for and should not be used in medical life support applications. AMETEK reserves the right to revise its products without notifi cation. The above characteristics represent standard products. For product designed to meet specifi c applications, contact AMETEK Technical & Industrial Products Marketing and Sales.

AMETEK TECHNICAL & INDUSTRIAL PRODUCTS627 Lake Street, Kent OH 44240Tel: +1 330-673-3452 • Fax: +1 330-677-3306 • www.ametektip.com

LOW

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3.0” (76mm) BLDC Low-Voltage Blower 12/24 VDC TYPICAL PERFORMANCE

®

8



119497 119498


Stages — 1 1


mBar 61.0 61.0


m3/hr 12.6 12.6


3.29(83.57)

1.50(38.10)

2.99(75.95)

1.44(36.58)

INCH(MM)

4.42(112.21)

2.87(72.80)

1.10(27.94)

.75(19.05)

1.99(50.55)

1.40(35.56)

.25(6.35)

EXHAUST

INTAKEØ .76 (19.30) Ø .86

(21.84)

Ø .75 (19.05)

Ø .54 (13.72)

Ø 1.75 (44.45)

SQ. .78 (19.81)

2X 20.0 MIN. (508.0 MIN.)

20 GA. LEADS RED (+) BLACK (–)



LOW

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®

10




119494 119395


Stages — 1 1


mBar 70.4 70.4


m3/hr 16.7 16.7

2.12(53.8)

4.05(102.9)

4.49(114.05)

2.18(55.37)

1.53(38.86)

0.20(5.08)

1.03(26.16)

1.17(29.72)

0.57(14.48)

0.53 X 0.32(13.46 X 8.13)

OUTLET

2X 8-32 INSERT7X SCREW (FLT HD)

0.79(20.06)

2.78(70.61)

7X NUT, HEX(SELF-LOCKING)

INCH(MM)

Ø 0.60 INLET (15.20)

Ø 1.75 (44.45)

0.25 MIN. THREAD DEPTH(6.35)



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®

12

5.0” (127mm) BLDC Low-Voltage Blower 12/24 VDC, Standard Flow System

Ø .88±.03 (22.40±0.76) (EXHAUST)

Ø 1.50±.03 (38.10±0.76) (INTAKE)

Ø 5.00±.03 (127.0±0.76)

3X 0.35 (8.89)

Ø 2.50 (63.50)

58°±2°

18°±2°

46°±2°

70°±2°6°±2°

INCH(MM)

3X M5 X 0.8 THREAD HOLES .25

MIN. DP. EQUALLY SPACED

(6.35)ON A Ø 3.228 BOLT CIRCLE.

(81.99)

3X Ø .38 BOSSES (9.65)EQUALLY SPACED ON A

Ø 3.228 BOLT CIRCLE.

(81.99)

2.50±.03(63.5±0.76)

1.70±.03(43.18±0.76)

.26±.03(6.60±0.76)

(6X)

2.61±.03(66.29±0.76)

(6X)

2.06±.03(52.3±0.76)

.24±.06(6.10±1.52)

1.57±.06(39.87±1.52)

2.90±.08(73.66±2.03)

1.27±.03(32.26±0.76)

1.25±.03(31.75±0.76)

1.76±.04(44.70±1.02)MFG. NAME,

MODEL NO., AND DATE OF MFG.

OPTIONAL COVER SHELL

with AIR INLET TUBE

CONNECTOR DETAIL

MODELS 119380 THRU 119385 ARE DIMENSIONED PER THE HIGH OUTPUT VERSION

Ø BØ AGROUNDS1S2S3+5 VDCØ C


119380(150017)*

119381 M*119382 E*

119383(150016)*

119384 M*119385 E*

Voltage Input VDC 12 12 24 24

Stages — 1 1 1 1

Pressure, Maximum (Sealed Pressure) in. H2O 13.5 13.5 12.5 12.5

mBar 33.6 33.6 31.1 31.1

Flow Rate, Maximum (Open Flow) CFM 32.3 32.3 35.3 35.3

m3/hr 54.9 54.9 60.0 60.0

Drive Electronics Internal or External External Internal External Internal

NOTES:• Temperature: Working Air: 0°C to 45°C, Ambient Air: 0°C to 45°C, Storage Air: -40°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 specifi c speed. External – These blowers require a 3 phase electronic commutated input to operate. A separate blower controller provides this input and

speed control. Refer to the controller section (page 118) of this catalog for additional information.• Models 119380 thru 119385 are dimensioned per the high output version - see following pages.• Customized performance available upon request. Please contact AMETEK Technical & Industrial Products’ Marketing and Sales Department.• Models 150016 and 150017 include a two (2) plane balancing option for reduced vibration per above drawing.• Models 119380 thru 119385 can be confi gured and modifi ed for a two (2) plane balance option.• When blowers are used in a vacuum condition, there will be an approximate reduction of 3% in the air performance.• Standard hard mounting is done via the three (3) mounting bosses on the motor side of the blower.• See controller section for models that require external drive electronics.• Optional – cover shell with air inlet tube.




LOW

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13

5.0” (127mm) BLDC Low-Voltage Blower 12/24 VDC, Standard Flow System

TYPICAL PERFORMANCE

®

14

5.0” (127mm) BLDC Low-Voltage Blower 12/24 VDC, High Flow System

Ø 3.812±.03 (96.82±0.80)

Ø 0.88±.03 (22.40±0.76) EXHAUST

Ø 1.50±.03 (INTAKE) (38.1±0.8)

3X 0.21 (5.33)

Ø 5.00±.03 (127.0±0.80)

58°±2°

MFG. NAME, MODEL NO.,AND DATE OF MFG.

70°±2°

46°±2°

18°±2°

2.61±.03(66.29±0.76)

(6X)

.26±.03(6.60±0.76)

(6X)

2.50±.03(63.5±0.76)

1.70±.03(43.18±0.76)

2.06±.03(52.3±0.80)

1.50±.06(38.10±1.52)

2.82±.08(71.63±2.03)

1.27±.03(32.26±0.76)

1.25±.03(31.75±0.76)

.80±.06(20.32±1.52)

6°±2°

3X Ø BOSSES

EQUALLY SPACED ON A

Ø BOLT CIRCLE.

0.35(8.89)

3.228(81.99)

3X Ø X .31 DP.

HOLES EQUALLY SPACED

ON A Ø BOLT CIRCLE.

(SEE NOTE 1)

.168±.003(4.267±.076)

3.228(81.99)

INCH(MM)

INTERNAL DRIVECONNECTOR DETAIL

0-3V

GROUND

24V

OPTIONAL COVER SHELL

with AIR INLET TUBE

EXTERNAL DRIVECONNECTOR DETAIL

HALL 3

HALL 2

HALL 1

+VDC

GROUND

PHASE A

PHASE B

PHASE C

DIRECTION OF ROTATION

NOTES:• Temperature: Working Air: 0°C to 45°C, Ambient Air: 0°C to 45°C, Storage Air: -40°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 specifi c speed. External – These blowers require a 3 phase electronic commutated input to operate. A separate blower controller provides this input and

speed control. Refer to the controller section (page 118) of this catalog for additional information.• Customized performance available upon request. Please contact AMETEK Technical & Industrial Products’ Marketing and Sales Department.• Models can be confi gured and modifi ed for a two (2) plane balance option.• When blowers are used in a vacuum condition, there will be an approximate reduction of 3% in the air performance.• Standard hard mounting is done via the three (3) mounting bosses on the motor side of the blower.• See controller section for models that require external drive electronics.• Optional – cover shell with air inlet tube.



150166 119375 119378 M*119379 E*

Voltage Input VDC 12 24 24

Stages — 1 1 1

Pressure, Maximum (Sealed Pressure) in. H2O 20.1 24.9 24.9

mBar 50.0 62.0 62.0

Flow Rate, Maximum (Open Flow) CFM 37.7 44.6 44.6

m3/hr 64.1 75.8 75.8

Drive Electronics Internal or External Internal External Internal



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15

5.0” (127mm) BLDC Low-Voltage Blower 12/24 VDC, High Flow System

TYPICAL PERFORMANCE

®

16

5.1” (130mm) BLDC Low-Voltage Blower 24 VDC

2.22(56.4)

2.48(63.0)

1.212(30.78) 1.71

(43.4)

0.31(7.9)

1.048(26.62)MAX.

0.27(6.9)

2.441±.040(62±1)

2X #8-32 INSERT .25 MIN FULL THREAD(6.4)

0.42 x 0.71(10.7 x18)OUTLET

2.82(71.6)

1.965 REF.(49.91)1.36

(34.5)

2.325(59.06)

Ø 0.98 (24.9)

Ø .700 INLET (17.78)

Ø 1.772 (45.0)

3X 0.38 (9.7)

4X 18.0±1.0(457.2±25.4)

PHASELEADS

RED (“C”)WHITE (“B”)BLACK (“A”)

ORANGE (GRD)YELLOW (S1)

GREEN (S2)BLUE (S3)

PURPLE (+12V)

PIN OUT & PHASE LEAD DETAILSCALE: 3:1

CAVITY #1

ROTAT ION

IN(MM)


150193

Voltage Input VDC 24

Stages — 1

Pressure, Maximum (Sealed Pressure) in. H2O, Sealed 50.9

mBar 126.7

Flow Rate, Maximum (Open Flow) CFM 26.3

m3/hr 44.7

NOTES: • Input Voltage: This product requires a 3 phase electronic commutated input to operate. Refer to the controller section (page 118) of this catalog for proper

controller selection. Input voltages listed in the chart above indicate the controller input voltage requirement.• Temperature: Working Air: 0°C to 45°C, Ambient Air: 0°C to 45°C, Storage Air: -40°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 5.0 VDC analog signal or potentiometer setting at controller.• Product includes a two (2) plane balancing option for reduced vibration.• Customized performance available upon request. Please contact AMETEK Technical & Industrial Products’ Marketing and Sales Department.• When blowers are used in a vacuum condition, there will be an approximate reduction of 3% in the air performance.• Hard mounting of blower can be done by clamping around the motor’s AL casting.



LOW

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17

5.1” (130mm) BLDC Low-Voltage Blower 24 VDC TYPICAL PERFORMANCE

®

18

5.7” (145mm) BLDC Bypass Blower24 VDC Input, Standard Flow System

NOTES:• Temperature: Working Air: 0°C to 50°C.• Dielectric Testing: 500 VDC applied for one second between input leads/wires and grounds, 3 mA leakage max.• Speed Control Input Current: Less than 1mA at 10 volts DC.• Air performance data at 24 volts DC input. Contact AMETEK for information concerning air performance at other than 24 volts DC.• Approximate Weight: 6 lbs.

Blower Data Unit of Measure Part NumberElectrical Speed Control 150400 E 150401 E 150402 E

Mechanical Speed Control 150431 M 150432 M 150433 MStages — 1 2 3

Input Voltage Range Volts DC 18 - 30 18 - 30 18 - 30

Pressure, Maximum(Sealed Pressure) at 24 VDC

In. H2O, sealed 30 56 79

mbar 74.7 139.4 196.6

Airflow, Maximum (CFM) at 24 VDC

CFM 73 65 61

m3/hr 124 110.4 103.6

Air Intake Diameter (Dimension “D1” above)

Inches 1.75 1.75 1.75

mm 44.45 44.45 44.45

Air Exhaust Diameter (Dimension “D2” above)

Inches 1.75 1.75 1.75

mm 44.45 44.45 44.45

Length (Dimension “L” above)

Inches 0.33 1.25 2.14

mm 8.38 31.75 54.36

Ø 5.88 (149.4) MAX.

Ø 2.60 MAX. (66.04)

.05 MAX. BOW(1.3) .05 MAX. BOW(1.3)

1.09(27.7)

.875±.062(22.23±1.57)

(4X)24.0±1.0

(610±25.4)

4.0±.08(101.6±2.0)2.79±.08

(70.87±2.03)

ACCESS TO SENSITIVITYADJUSTMENT FOR 0-10V DCSPEED CONTROL

B

4.66±.08(118.36±2.03)

.015/(0.38)

3.74(95.0)

45°

90°(2X)

“D2”

“D1”

“L”

B

AIRINTAKE

AIREXHAUST

#16 GA LEAD DESIGNATION

“ORANGE” LEAD: SPEED CONTROL (0-10 VDC NOMINAL)“BLUE” LEAD: TACHOUT (0-12 VDC)


“RED” LEAD: +VIN (+24 VDC)“BLACK” LEAD: GND ( –VIN)

INCH(MM)

49°±2°

26°±2°

33°

C LSENSITIVITY

CONTROL

A

(1) Ø .168±.003 HOLE THRU (4.27±.07)LOCATED AS SHOWN ON


(162.56)

USE THIS HOLE FORGROUNDING OR EARTHING.REFER TO APPROPRIATELISTING OR REGULATORYAGENCY FOR PROPER METHOD OF GROUNDINGOR EARTHING.

2X #14 GA LEADS2X #16 GA LEADS XLPE, 300V, 125°C UL 3266/CSA 1252 SEE LEAD DESIGNATION

(3X) Ø .168±.003 HOLE THRU (4.27±.07)LOCATED AS SHOWN ON


(165.1)

Ø .024/(.61) A

SMØ.024/(.61) A

SM



LOW

-VOL

TAGE

BLDC

BLO

WER

S

19


TYPICAL PERFORMANCE

20


Mechanical Speed Control 150434 M 150435 M 150436 MFlow — High Flow High Flow Ultra High FlowStages — 1 2 1Input Voltage Range Volts DC 18 - 30 18 30 18 - 30Pressure, Maximum (Sealed Pressure) In. H2O, sealed 31 54 22

mbar 77 134 54Airflow, Maximum (CFM) CFM 125 110 190

m3/hr 212.4 186.9 322.8Air Intake Diameter (Dimension “D1” above)

Inches 1.75 1.75 2.75mm 44.45 44.45 69.85


Inches 1.75 1.75 2.5mm 44.45 44.45 63.5


Inches 0.33 1.25 0.7mm 8.38 31.75 17.78

5.7” (145mm) BLDC Bypass Blower24 VDC Input, High Flow System

Ø 5.88 (149.4) MAX.

Ø 2.60 MAX. (66.04)

.05 MAX. BOW(1.3) .05 MAX. BOW(1.3)

1.09(27.7)

.875±.062(22.23±1.57)

(4X)24.0±1.0

(610±25.4)

4.0±.08(101.6±2.0)2.79±.08

(70.87±2.03)

ACCESS TO SENSITIVITYADJUSTMENT FOR 0-10V DCSPEED CONTROL

B

4.66±.08(118.36±2.03)

.015/(0.38)

3.74(95.0)

45°

90°(2X)

“D2”

“D1”

“L”

B

AIRINTAKE

AIREXHAUST


“ORANGE” LEAD: SPEED CONTROL (0-10 VDC NOMINAL)“BLUE” LEAD: TACHOUT (0-12 VDC)



INCH(MM)

49°±2°

26°±2°

33°

C LSENSITIVITY

CONTROL

A



(162.56)





(165.1)

Ø .024/(.61) M A S

SMØ.024/(.61) A




LOW

-VOL

TAGE

BLDC

BLO

WER

S

21


TYPICAL PERFORMANCE

22

Blower Data Unit of Measure Part NumberElectrical Speed Control 150406 E 150407 E

Mechanical Speed Control 150437 M 150438 MStages — 1 2Input Voltage Range Volts DC 18 – 30 18 – 30Pressure, Maximum (Sealed Pressure)

In. H2O 36 66

mbar 91 164Airflow, Maximum CFM 79 75

m3/hr 134.2 127.4Air Intake Diameter (Dimension “D1” above)

Inches 1.75 1.75mm 44.45 44.45


Inches 1.75 1.75mm 44.45 44.45

Length(Dimension “L” above)

Inches 0.74 1.6mm 18.8 40.64

5.7” (145mm) BLDC Thru Flow Blower24 VDC Input, Standard Flow System

Ø 0.58 (14.73) (3X)

Ø 5.88 (149.4) MAX.

.120 MAX. BOW OUT (3.05)

1.04(26.42)

3.74(95.0)

1.47(37.3)

(4X)14.88±1.00 (378±25.4)

.875±.062(22.23±1.57)

2.47±.03(62.74±.76)

.015/(.38)

“L”

“A”

INCH(MM)


(1) Ø .168±.003 HOLE THRU, (4.27±.07)LOCATED AS SHOWN ON


(162.56)

USE THIS HOLE FOR GROUNDING OR EARTHING. REFER TO APPROPRIATE LISTING OR REGULATORY AGENCY FOR PROPER METHOD OF GROUNDINGOR EARTHING.

SMØ.034/(.86) A

33°

30°±3°


“ORANGE” LEAD: SPEED CONTROL (0-10 VDC NOMINAL“BLUE” LEAD: TACHOUT (0-12 VDC)



AIRINTAKE

AIREXHAUST

(3X) Ø .168±.003 HOLE (4.27±.07)

THRU LOCATED AS SHOWN

ON A Ø 6.50 BOLT CIRCLE.

(165.10)SMØ.034/(.86) A 90°

(2X)45°

“D2”

“D1”




LOW

-VOL

TAGE

BLDC

BLO

WER

S

23


TYPICAL PERFORMANCE

24

Blower Data Unit of Measure Part Number Electrical Speed Control 150409 E 150410 E

Mechanical Speed Control 150439 M 150440 MStages — 1 2Input Voltage Range Volts DC 18 – 30 18 - 30Pressure, Maximum (Sealed Pressure) In. H2O 33 57

mbar 82 143Airflow, Maximum CFM 123 112

m3/hr 209 190.3Air Intake Diameter (Dimension “D1” above)

Inches 1.75 1.75mm 44.45 44.45


Inches 1.75 1.75mm 44.45 44.45

Length(Dimension “L” above)

Inches 0.76 1.81mm 19.3 45.97

5.7” (145mm) BLDC Thru Flow Blower24 VDC Input, High Flow System

Ø 0.58 (14.73) (3X)

Ø 5.88 (149.4) MAX.

.120 MAX. BOW OUT (3.05)

1.04(26.42)

3.74(95.0)

1.47(37.3)

(4X)14.88±1.00 (378±25.4)

.875±.062(22.23±1.57)

2.47±.03(62.74±.76)

.015/(.38)

“L”

“A”

INCH(MM)


(1) Ø .168±.003 HOLE THRU, (4.27±.07)LOCATED AS SHOWN ON


(162.56)

USE THIS HOLE FOR GROUNDING OR EARTHING. REFER TO APPROPRIATE LISTING OR REGULATORY AGENCY FOR PROPER METHOD OF GROUNDINGOR EARTHING.

SMØ.034/(.86) A

33°

30°±3°


“ORANGE” LEAD: SPEED CONTROL (0-10 VDC NOMINAL“BLUE” LEAD: TACHOUT (0-12 VDC)



AIRINTAKE

AIREXHAUST

(3X) Ø .168±.003 HOLE (4.27±.07)

THRU LOCATED AS SHOWN

ON A Ø 6.50 BOLT CIRCLE.

(165.10)SMØ.034/(.86) A 90°

(2X)45°

“D2”

“D1”




LOW

-VOL

TAGE

BLDC

BLO

WER

S

25


TYPICAL PERFORMANCE

26


Mechanical Speed Control 150441 M 150442 M 150443 MStages — 1 2 3Input Voltage Range Volts DC 36 – 60 VDC 36 – 60 VDC 36 – 60 VDCPressure, Maximum (Sealed Pressure) In. H2O, sealed 28.1 52.7 73.15

mbar 69.8 130.6 181.4Airflow, Maximum (CFM) CFM 71 59 56

m3/hr 120.6 100.2 95.1Diameter Inlet (Dimension “D1” above)

Inches 1.75 1.75 1.75mm 44.45 44.45 44.45

Diameter Outlet (Dimension “D2” above)

Inches 1.75 1.75 1.75mm 44.45 44.45 44.45


Inches 0.33 1.25 2.14mm 8.38 31.75 54.36


INCH(MM)

12 3

4 5

12345

Ø 2.60 MAX. (66.0)Ø 5.88 (149.4) MAX.

2.79±.08(70.87±2.03)

3.29±.06(83.57±1.52) 7.50±1.00

(190.50±25.40)

.875±.062(22.23±1.57)

4.66±.08(118.36±2.03)

SEE NOTE 3 & 4TO BLOWER

1.38(35.05)REF.

B

2.40(60.97)

1.09(27.7)

49°±2° 26°±2° 33°90°(2X)

3.74(95.0)

45°

SEE DETAIL “A”

“B”

AIREXHAUST

AIRINTAKE

VIEW “B”DETAIL “A”

HARNESS ASSEMBLY

ACCESS TOSENSITIVITYADJUSTMENTFOR 0-10V DCSPEED CONTROL(REF. PINCONNECTION)



(162.56)


SMØ.024/(.61) A

C LSENSITIVITY

CONTROL

LOW (–) } ISOLATED SPEEDHIGH (+) CONTROL INPUT

GROUND ( )– DC INPUT VOLTAGE+ DC INPUT VOLTAGE

.05 MAX. BOW(1.3) .05 MAX. BOW(1.3)

“D2”A

“D1”



(165.1)

Ø .024/(.61) A SM.015/(0.38)B

NOTES:• Amp Mate-n-Lok connector (PN 350810-1) using Amp sockets (PN 350536-1) mates with customer supplied Amp Mate-n-Lok connector housing

(PN 350809-1), using Amp (PN 350561-1) pin terminals.• Temperature: Vent Inlet Air: 0°C to 50°C.• Isolated Speed Control:

Analog Input Voltage Range: 2.2 to +10 VDC nominal, (+15 VDC maximum). Digital Pulse Input: 400 Hz to 20 KHz, 1 to +10 Volt pulse nominal, minimum duty cycle 10%, 0 to +12 Volt maximum.Note: Setting of potentiometer can affect control voltage range and maximum speed can be reached before reaching 10 VDC.

• Speed Control Input Current: Less than 20 mA at 10 Volts input with multi turn internal potentiometer set to minimum (fully counter-clockwise).• Speed Control Drift with Temperature:

Analog Mode: Typ. ±4% from nominal speed at +23°C.Digital or Direct Mode: Typ. ±4% from nominal speed at +23°C.

• Operating Temperature: 0°C to 50°C.• Storage Temperature: -40°C to 85°C.• Dielectric Testing: 500 VDC applied for one second between input leads/wires and ground, 3mA leakage max.• Air performance data is at 48 volts DC input. Contact AMETEK for information concerning air performance at other than 48 volts DC.• Approximate Weight: 6 lbs.



LOW

-VOL

TAGE

BLDC

BLO

WER

S

27


TYPICAL PERFORMANCE

28


Mechanical Speed Control 150444 M 150445 M 150446 MFan System — High Airflow High Airflow Ultra High FlowStages — 1 2 1Input Voltage Range Volts DC 36 - 60 36 - 60 36 - 60Pressure, Maximum (Sealed Pressure) at 48 VDC

In. H2O, sealed 29.5 51.5 21.1

mbar 73.1 127.7 52.5Airflow, Maximum (CFM) at 48 VDC

CFM 115.7 91.3 160.3m3/hr 196.6 155.1 272.4

Diameter Inlet (Dimension “D1” above)

Inches 1.75 1.75 2.75mm 44.45 44.45 68.85


Inches 1.75 1.75 2.5mm 44.45 44.45 63.5


Inches 0.47 1.53 0.71mm 11.94 38.86 18.03


INCH(MM)

12 3

4 5

12345

Ø 2.60 MAX. (66.0)Ø 5.88 (149.4) MAX.

2.79±.08(70.87±2.03)

3.29±.06(83.57±1.52) 7.50±1.00

(190.50±25.40)

.875±.062(22.23±1.57)

4.66±.08(118.36±2.03)


1.38(35.05)REF.

B

2.40(60.97)

1.09(27.7)

49°±2° 26°±2° 33°90°(2X)

3.74(95.0)

45°

SEE DETAIL “A”

“B”

AIREXHAUST

AIRINTAKE


HARNESS ASSEMBLY




(162.56)


SMØ.024/(.61) A

C LSENSITIVITY

CONTROL



.05 MAX. BOW(1.3) .05 MAX. BOW(1.3)

“D2”A

“D1”



(165.1)

Ø .024/(.61) A SM.015/(0.38)B









LOW

-VOL

TAGE

BLDC

BLO

WER

S

29


TYPICAL PERFORMANCE

30








Mechanical Speed Control 150447 M 150461 M 150448 MStages — 1 2 3Input Voltage Range Volts DC 36 - 60 36 - 60 36 - 60Pressure, Maximum (Sealed Pressure)

In. H2O, sealed 41.5 71.8 82.5

mbar 103 178.1 204.6Airflow, Maximum (CFM) CFM 80.5 65.9 56.4

m3/hr 136.8 112 95.8Air Intake Diameter (Dimension “D1” above)

Inches 1.75 1.75 1.75mm 44.45 44.45 44.45


Inches 1.75 1.75 1.75mm 44.45 44.45 44.45


Inches 0.74 1.6 2.58mm 18.8 40.64 65.53


Ø .58 (14.73) (3X)

Ø 5.88 (149.4) MAX.

1.04(26.42) 90°

(2X)

20°±2°

3.74(95.0)

45°

.45±.06(11.43±1.52)

SEE DETAIL “B” POST HEADERASSEMBLY

CUSTOMER WIRING HARNESS WITH AMP CONNECTOR

INCH(MM)

33°

(1) Ø .168±.003 HOLE THRU (4.27±.07)LOCATED AS SHOWN ON Ø 6.40 BOLT CIRCLE. (162.56)

USE THIS HOLE FOR GROUNDING OR EARTHING. REFER TO APPROPRIATE LISTING OR REGULATORY AGENCY FOR PROPER METHOD OF GROUNDING OR EARTHING.

SMØ.034/(.86) A

2.47±.03(62.74±.76)

.875±.062(22.23±1.57)

3.38±.08(85.85±2.03)

.015 / (.38)

“L”

.120 MAX. BOW OUT(3.05)

AIREXHAUST

AIRINTAKE



(165.1)

Ø .034/(.86) A SM

“D2”

“D1”

#1

1 2 3 4 5

#5

LOW (NEGATIVE)

HIGH (POSITIVE)

NOT USED, KEYINGPLUG IN HOLE

+DC INPUT VOLTAGE: 32-64V ± 10%

– DC INPUT VOLTAGE: 32-64V ± 10%

ISOLATED SPEEDCONTROL0-10 VDC

INPUT REQUIRED{

DETAIL “B”POSTER HEADER ASSEMBLY



LOW

-VOL

TAGE

BLDC

BLO

WER

S

31


TYPICAL PERFORMANCE

32








Mechanical Speed Control 150449 M 150450 MStages — 1 2Input Voltage Range Volts DC 36 – 60 VDC 36 – 60 VDCPressure, Maximum (Sealed Pressure) In. H2O, sealed 37.9 53

mbar 94.1 131.5Airflow, Maximum (CFM) CFM 102.8 85.9

m3/hr 174.7 145.9Air Intake Diameter (Dimension “D1” above)

Inches 1.75 1.75mm 44.5 44.5

Air Intake Exhaust (Dimension “D2” above)

Inches 1.75 1.75mm 44.5 44.5


Inches 0.76 1.81mm 19.3 45.9


Ø .58 (14.73) (3X)

Ø 5.88 (149.4) MAX.

1.04(26.42) 90°

(2X)

20°±2°

3.74(95.0)

45°

.45±.06(11.43±1.52)



INCH(MM)

33°



SMØ.034/(.86) A

2.47±.03(62.74±.76)

.875±.062(22.23±1.57)

3.38±.08(85.85±2.03)

.015 / (.38)

“L”

.120 MAX. BOW OUT(3.05)

AIREXHAUST

AIRINTAKE



(165.1)

Ø .034/(.86) A SM

“D2”

“D1”

#1

1 2 3 4 5

#5

LOW (NEGATIVE)

HIGH (POSITIVE)





INPUT REQUIRED{




LOW

-VOL

TAGE

BLDC

BLO

WER

S

33


TYPICAL PERFORMANCE

34








Mechanical Speed Control 150451 M 150452 M 150453 MStages — 1 2 3Input Voltage Range Volts DC 54 - 90 54 - 90 54 - 90Pressure, Maximum (Sealed Pressure) In. H2O, sealed 39.3 73.6 88.3

mbar 97.4 182.4 218.9Airflow, Maximum (CFM) CFM 82 65.2 56.4

m3/hr 139.3 110.8 95.8Diameter Inlet (Dimension “D1” above)

Inches 1.75 1.75 1.75mm 44.45 44.45 44.45


Inches 1.75 1.75 1.75mm 44.45 44.45 44.45


Inches 0.33 1.25 2.14mm 8.38 31.75 54.36


INCH(MM)

12 3

4 5

12345

Ø 2.60 MAX. (66.0)Ø 5.88 (149.4) MAX.

2.79±.08(70.87±2.03)

3.29±.06(83.57±1.52) 7.50±1.00

(190.50±25.40)

.875±.062(22.23±1.57)

4.66±.08(118.36±2.03)


1.38(35.05)REF.

B

2.40(60.97)

1.09(27.7)

49°±2° 26°±2° 33°90°(2X)

3.74(95.0)

45°

SEE DETAIL “A”

“B”

AIREXHAUST

AIRINTAKE


HARNESS ASSEMBLY




(162.56)


SMØ.024/(.61) A

C LSENSITIVITY

CONTROL



.05 MAX. BOW(1.3) .05 MAX. BOW(1.3)

“D2”A

“D1”



(165.1)

Ø .024/(.61) A SM.015/(0.38)B



LOW

-VOL

TAGE

BLDC

BLO

WER

S

35


TYPICAL PERFORMANCE

36








Mechanical Speed Control 150454 M 150455 M 150456 MFan System — High Flow High Flow Ultrahigh FlowStages — 1 2 1Input Voltage Range Volts DC 72 72 72Pressure, Maximum(Sealed Pressure)

In. H2O, sealed 42.7 59.1 25

mbar 105.9 146.6 61.9Airflow, Maximum(CFM)

CFM 123.6 93.6 159.3m3/hr 210 159 270.7

Diameter Inlet (Dimension “D1” above)

Inches 1.75 1.75 2.75mm 44.45 44.45 68.85


Inches 1.75 1.75 2.5mm 44.45 44.45 63.5


Inches 0.47 1.53 0.71mm 11.94 38.86 18.03


INCH(MM)

12 3

4 5

12345

Ø 2.60 MAX. (66.0)Ø 5.88 (149.4) MAX.

2.79±.08(70.87±2.03)

3.29±.06(83.57±1.52) 7.50±1.00

(190.50±25.40)

.875±.062(22.23±1.57)

4.66±.08(118.36±2.03)


1.38(35.05)REF.

B

2.40(60.97)

1.09(27.7)

49°±2° 26°±2° 33°90°(2X)

3.74(95.0)

45°

SEE DETAIL “A”

“B”

AIREXHAUST

AIRINTAKE


HARNESS ASSEMBLY




(162.56)


SMØ.024/(.61) A

C LSENSITIVITY

CONTROL



.05 MAX. BOW(1.3) .05 MAX. BOW(1.3)

“D2”A

“D1”



(165.1)

Ø .024/(.61) A SM.015/(0.38)B



LOW

-VOL

TAGE

BLDC

BLO

WER

S

37


TYPICAL PERFORMANCE

38

NOTES:• Contact AMETEK for information concerning models that operate over the 12 VDC - 50 VDC input range.• Temperature: Working Air: 0°C to 50°C.• Isolated Speed Control:




• Operating Temperature: 0°C to 50°C.• Storage Temperature: -40°C to 85°C.• Dielectric Testing: 500 VDC applied for one second between input leads/wires and ground, 3mA leakage max.• Air performance data is at 72 volts DC input. Contact AMETEK for information concerning air performance at other than 72 volts DC. • Approximate Weight: 6 lbs.


Mechanical Speed Control 150457 M 150462 M 150458 MStages — 1 2 3Input Voltage Range Volts DC 72 72 72Pressure, Maximum (Sealed Pressure)

In. H2O, sealed 35.8 72.1 97.7

mbar 88.7 178.9 242.4Airflow, Maximum (CFM) CFM 85.5 74.7 63.5

m3/hr 145.3 126.9 107.9Air Intake Diameter (Dimension “D1” above)

Inches 1.25 1.25 1.25mm 31.75 31.75 31.75


Inches 1.25 1.25 1.25mm 31.75 31.75 31.75


Inches 0.74 1.6 2.58mm 18.8 40.64 65.53


Ø .58 (14.73) (3X)

Ø 5.88 (149.4) MAX.

1.04(26.42) 90°

(2X)

20°±2°

3.74(95.0)

45°

.45±.06(11.43±1.52)



INCH(MM)

33°



SMØ.034/(.86) A

2.47±.03(62.74±.76)

.875±.062(22.23±1.57)

3.38±.08(85.85±2.03)

.015 / (.38)

“L”

.120 MAX. BOW OUT(3.05)

AIREXHAUST

AIRINTAKE



(165.1)

Ø .034/(.86) A SM

“D2”

“D1”

#1

1 2 3 4 5

#5

LOW (NEGATIVE)

HIGH (POSITIVE)





INPUT REQUIRED{




LOW

-VOL

TAGE

BLDC

BLO

WER

S

39


TYPICAL PERFORMANCE

40


(PN 350809-1), using Amp (PN 350561-1) pin terminals.• Temperature: Working Air: 0°C to 50°C.• Isolated Speed Control:






Mechanical Speed Control 150459 M 150460 MStages — 1 2Input Voltage Range Volts DC 72 72Pressure, Maximum (Sealed Pressure)

In. H2O, sealed 37.9 65.8

mbar 94 163.2Airflow, Maximum (CFM) CFM 118.9 95.2

m3/hr 202 161.7Air Intake Diameter(Dimension “D1” above)

Inches 1.75 1.75mm 44.5 44.5

Air Intake Exhaust(Dimension “D2” above)

Inches 1.75 1.75mm 44.5 44.5


Inches 0.76 1.81mm 19.3 45.9


Ø .58 (14.73) (3X)

Ø 5.88 (149.4) MAX.

1.04(26.42) 90°

(2X)

20°±2°

3.74(95.0)

45°

.45±.06(11.43±1.52)



INCH(MM)

33°



SMØ.034/(.86) A

2.47±.03(62.74±.76)

.875±.062(22.23±1.57)

3.38±.08(85.85±2.03)

.015 / (.38)

“L”

.120 MAX. BOW OUT(3.05)

AIREXHAUST

AIRINTAKE



(165.1)

Ø .034/(.86) A SM

“D2”

“D1”

#1

1 2 3 4 5

#5

LOW (NEGATIVE)

HIGH (POSITIVE)





INPUT REQUIRED{




LOW

-VOL

TAGE

BLDC

BLO

WER

S

41


TYPICAL PERFORMANCE

42

5.7” (145mm) BLDC Thru Flow Blower250 Watt, 120 Volt Standard Flow

-A-

ACCESS FORMECHANICALLYADJUSTED SPEEDCONTROL

SENSITIVITY CONTROL

POST HEADER ASSEMBLY

33°

ACCESS TOPOST HEADER

EXHAUSTAIR

EXHAUSTAIR

-B-

AIRINTAKE

"L"

"l"

ISOLATED SPEEDCONTROL1-10V DC

INPUT REQUIRED


AC INPUT(VOLTAGE 120±10%)


NO PINNOT USED

NOT USED

NOT USEDNOT USED

NO PIN

HIGH

LOW{

45°

(2X)90°

"D"2

"D"1

POST HEADERSEE DETAIL OR

"M"DETAIL

CL

CL

DETAIL "E"

"E" "M"INCH(MM)

4.00(101.6)

Ø .034/(0.86) A

.229±.006 .37(5.82±.15) 9.4

Ø 5.88 MAX. (149.4)

32°28°

1.15(29.21)

68°64°

Ø .48 (12.19)+3° MAX.DFT./SIDE (3X)

SM

SM

Ø.034/(.86) A

Ø

(1) Ø HOLE, .168±.003(4.27±.07)

1.43(36.32)

.010/(.25)

.88±.13(22.35±3.3)

3.74(95.0)

6.400(162.56)

THRU, LOCATED AS SHOWNON A BOLT CIRCLE.


.05 MAX. BOW(1.3)

6.500(165.1)

Ø

(3) Ø HOLES THRU,

Ø.034/(0.86) B

.168±.003(.4.27±.07)

LOCATED AS SHOWN ON A BOLT CIRCLE.

SM

(3) Ø HOLES MIN.

DEEP EQUALLY SPACED AS SHOWN ON A Ø BOLT CIRCLE.


Standard Flow116626 M / 116629 E* 116627 M / 116630 E*

Stages — 1 2Vacuum, Maximum (Sealed Vacuum)

in. H2O 28.4 50.0mBar 70.7 124.3

Pressure, Maximum (Sealed Pressure)

in. H2O 29.3 51.5mBar 72.9 128.2

Flow Rate, Maximum (Open Flow)

CFM 64.5 65.4m3/hr 109.6 111.1

Inlet/Outlet Diameter(Dimension “D” above)

inches 1.25 1.25mm 31.75 31.75

Length (Dimension “I” above)

inches 0.74 1.65mm 18.80 41.91


inches 3.21 4.12mm 81.53 104.65

NOTES: • Nominal Input Voltage: 120 Volts AC RMS ±10%, 50/60Hz.• Input Current: 5 amps AC RMS maximum.• Temperature: Working Air: 0°C to 50°C; Ambient Air: 0°C to 50°C; Storage Air: -40°C to 85°C.• Dielectric Testing: 1500 volts AC RMS 60Hz applied for one second between input pins and ground, 3mA leakage maximum.• 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 to 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 specifi c speed. Access to speed adjustment.

• Maximum Approximate Weight: 6 lbs.• Regulatory Agency Certifi cation: Underwriters Laboratories, Inc. is qualifi ed per UL507 under File E-94403. Canadian Standards Association is qualifi ed per

C22.2#113 under File LR 43448.• Miscellaneous: Intake and exhaust tubes, all cooling ducts, and vents must not be obstructed. Intake and exhaust must be free of grease, oil, or foreign par-

ticles. Amp housing #350809-1 (to be supplied by customer), mates with post header assembly.• Mating harness available upon request. Refer to page 136 for specifi c part numbers.• Optional IntelliGen™ controller available for customized performance.




HIGH

-VOL

TAGE

BL

DC B

LOW

ERS

43


TYPICAL PERFORMANCE

44

5.7” (145mm) BLDC Thru Flow Blower250 Watt, 120 Volt High Flow

-A-


SENSITIVITY CONTROL


33°

ACCESS TOPOST HEADER

EXHAUSTAIR

EXHAUSTAIR

-B-

AIRINTAKE

"L"

"l"


INPUT REQUIRED




NO PINNOT USED

NOT USED

NOT USEDNOT USED

NO PIN

HIGH

LOW{

45°

(2X)90°

"D"2

"D"1

POST HEADERSEE DETAIL OR

"M"DETAIL

CL

CL

INCH(MM)

DETAIL "E"

"E" "M"

4.00(101.6)

Ø .034/(0.86) A

.229±.006 .37(5.82±.15) 9.4

Ø 5.88 MAX. (149.4)

32°28°

1.15(29.21)

68°64°

Ø .48 (12.19)+3° MAX.DFT./SIDE (3X)

SM

SM

Ø.034/(.86) A

Ø

(1) Ø HOLE, .168±.003(4.27±.07)

1.43(36.32)

.010/(.25)

.88±.13(22.35±3.3)

3.74(95.0)

6.400(162.56)



.05 MAX. BOW(1.3)

6.500(165.1)

Ø

(3) Ø HOLES THRU, .168±.003(.4.27±.07)


SMØ.034/(0.86) B

(3) Ø HOLES MIN.

DEEP EQUALLY SPACED AS SHOWN ON A Ø BOLT CIRCLE.

NOTES:• Nominal Input Voltage: 120 Volts AC RMS ±10%, 50/60Hz.• Input Current: 5 amps AC RMS maximum.• Temperature: Working Air: 0°C to 50°C; Ambient Air: 0°C to 50°C; Storage Air: -40°C to 85°C.• Dielectric Testing: 1500 volts AC RMS 60Hz applied for one second between input pins and ground, 3mA leakage maximum.• 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 Approximate Weight: 6 lbs.• Regulatory Agency Certifi cation: Underwriters Laboratories, Inc. is qualifi ed per UL507 under File E-94403. Canadian Standards Association is qualifi ed per


ticles. Amp housing #350809-1 (to be supplied by customer), mates with post header assembly.• Mating harness available upon request. Refer to page 136 for specifi c part numbers.• Optional IntelliGen™ controller available for customized performance.


High Flow116644 M / 116647 E 116645 M / 116648 E

Stages — 1 2Vacuum, Maximum (Sealed Vacuum)

in. H2O 26.5 46.7

mBar 65.9 116.1Pressure, Maximum (Sealed Pressure)

in. H2O 27.3 48.1mBar 67.9 119.7


CFM 130.5 98.2m3/hr 221.7 166.9


inches 1.75 1.75mm 44.45 44.45


inches 0.76 1.88mm 19.3 47.75


inches 3.28 4.33mm 83.31 109.98



HIGH

-VOL

TAGE

BL

DC B

LOW

ERS

45

5.7” (145mm) BLDC Thru Flow Blower250 Watt, 120 Volt High Flow

TYPICAL PERFORMANCE

46

5.7” (145mm) BLDC Thru Flow “Heavy Duty” Blower250 Watt, 120 Volt Standard Flow


Standard Flow156630

Stages — 2Vacuum, Maximum (Sealed Vacuum)

in. H2O 52.1mBar 129.6


in. H2O 53.7mBar 133.6


CFM 65.1m3/hr 110.6

Inlet/Outlet Diameter inches 1.27mm 31.75

Length (From Mounting Ear To Inlet)

inches 2.15mm 54.61

Length (Total Axial)

inches 4.18mm 106.17

NOTES: • The Heavy Duty (HD) Windjammer design has an alternate bearing confi guration that improves the blower’s ability to retain the factory balance specifi cations

when subjected to external shock and impact.• Nominal input Voltage: 120 Volts AC RMS ±10%, 50/60Hz.• Input Current: 5 amps AC RMS maximum.• Temperature: Working Air: 0°C to 50°C; Ambient Air: 0°C to 50°C; Storage Air: -40°C to 85°C.• Dielectric Testing: 1500 volts AC RMS 60Hz applied for one second between input pins and ground, 3mA leakage maximum.• 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 to 10 VDC speed control. (Ref. pin connection).• Maximum Approximate Weight: 6 lbs.• Regulatory Agency Certifi cation: Underwriters Laboratories, Inc. is qualifi ed per UL507 under File E-94403. Canadian Standards Association is qualifi ed per


ticles. Amp housing #350809-1 (to be supplied by customer), mates with post header assembly.• Mating harness available upon request. Refer to page 136 for specifi c part numbers.• Utilizes AMETEK’s IntelliGen™ control electronics.

(1) #10-32 UNF-2B ROLL FORM THD’S. THRU, LOCATED AS SHOWN ON A 6.40

Ø (162.56)BOLT CIRCLE.


(4) #10-32 UNF-2B ROLL FORM THD’S. THRU, SPACED AS SHOWN ON A 6.50

Ø (165.10)BOLT CIRCLE.

WHITE WIRE

BLACK WIRE

GREEN/YELLOW WIRE

RED WIRE

BLUE WIRE

54321

AC INPUT VOLTAGE

GROUND ( )

HIGH (+) ISOLATED SPEEDLOW ( – ) } CONTROL INPUT

CONNECTION DIAGRAM

6.0±.50(152.40±12.7)

54°±2°

54°±2°

2.03±.05(51.56±1.27)

2.15±.05(54.61±1.27)

2.37(60.20)

45°

33°

90°(4X)

3.74(95.00)

1.04(26.42)

.05(1.3) MAX. BOW

5.88Ø(149.4) MAX.

1.27Ø (32.26)

1.27Ø (31.75)+1.5° MAX.DRAFT/SIDE

A

AIREXHAUST

AIRINTAKE

SENSITIVITY CONTROL

ACCESS TO SENSITIVITY ADJUSTMENT FOR 0 TO 10 V

D.C. SPEED CONTROL(UNDER ADHESIVE COVE)

CL

INCH(MM)



HIGH

-VOL

TAGE

BL

DC B

LOW

ERS

47

5.7” (145mm) BLDC Thru Flow “Heavy Duty” Blower250 Watt, 120 Volt Standard Flow

TYPICAL PERFORMANCE

48

5.7” (145mm) BLDC Bypass Blower250 Watt, 120 Volt Standard Flow

37°±2°

33°

.48(12.19)

1.04(26.42)

AIRINTAKE

-A- “D”2

“D”1

.05(1.3)

MAX BOWTYP. BOTHENDS

.88±.13(22.35±3.3)

3.10±.06(78.74±1.52)

.015/(.38)

“L”

“I”

ACCESS FOR MECHANICALLYADJUSTED SPEED CONTROL

SPEEDCONTROL

SEE DETAIL “E” OR “M”

INCH(MM) AIR

EXHAUST3.74

(95.0)

90°(3X)

45°

6.500(165.1)

Ø

(4) Ø HOLES THRU, .168±.003(4.27±.07)


SMØ.024/(.61) A


INPUT REQUIRED


NO PINNOT USED

HIGH

LOW


NO PINNOT USEDNOT USEDNOT USED}

POST HEADER ASSEMBLYDETAIL “E”

POST HEADER ASSEMBLYDETAIL “M”

SMØ.024/(.61) A

Ø

(1) Ø HOLE, .168±.003(4.27±.07)

6.400(162.56)

2.32(58.93)



Ø 1.26 MAX. (32.0)

Ø 5.88 MAX. (149.4)


Standard Flow116634 M* / 116640 E* 116633 M / 116639 E 116632 M* / 116638 E*

Stages — 1 2 3Vacuum, Maximum (Sealed Vacuum)

in. H2O 29.5 40.1 78.4mBar 73.4 99.8 195.0


in. H2O 30.4 41.3 80.5mBar 73.3 102.3 200.3


CFM 75.9 65.6 56.4m3/hr 127.3 111.4 95.9


inches 1.25 1.25 1.25mm 31.75 31.75 31.75


inches 0.33 1.25 2.14mm 8.38 31.75 54.36


inches 5.08 6.35 6.89mm 129.03 161.29 175.01



• Maximum Approximate Weight: 6 lbs.• Regulatory Agency Certifi cation: Underwriters Laboratories, Inc. is qualifi ed per UL507 under File E-94403; Canadian Standards Association is qualifi ed per

C22.2#113 under File LR 43448.• Miscellaneous: Intake and 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.• Mating harness available upon request. Refer to page 136 for specifi c part numbers.• Optional – Universal AC input version available with IntelliGen™ control (120-240 VAC input).• Optional – Tachometer output card available with IntelliGen™ controller.




HIGH

-VOL

TAGE

BL

DC B

LOW

ERS

49


TYPICAL PERFORMANCE

50

5.7” (145mm) BLDC Bypass Blower250 Watt, 120 Volt High Flow

SMØ.024/(.61) A

Ø

(1) Ø HOLE, .168±.003(4.27±.07)

6.400(162.56)

37°±2°

33°

2.32(58.93)

.48(12.19)

1.04(26.42)

.88±.13(22.35±3.3)

AIRINTAKE

-A- “D”2

“D”1

.05(1.3)


3.10±.06(78.74±1.52)

.015/(.38)

“L”

“I”

SPEEDCONTROL

SEE DETAIL “E” OR “M”INCH(MM)

AIREXHAUST

3.74(95.0)

90°(3X)

45°



6.500(165.1)

Ø

(4) Ø HOLES THRU, .168±.003(.4.27±.07)


SMØ.024/.61 A


INPUT REQUIRED


NO PINNOT USED

HIGH

LOW


NO PINNOT USEDNOT USEDNOT USED}



LC

Ø 1.26 MAX. (32.0)

Ø 5.88 MAX. (149.4)


High Flow116637 M* / 116643 E* 116636 M* / 116642 E* 116635 M / 116641 E

Stages — 1 2 3Vacuum, Maximum (Sealed Vacuum)

in. H2O 25.2 49.7 67.2mBar 62.8 123.6 167.3


in. H2O 26.0 51.2 69.3mBar 64.5 127.0 171.8


CFM 130.5 103.9 82.3m3/hr 221.8 176.6 139.9


inches 1.75 1.75 1.75mm 44.45 44.45 44.45


inches 0.47 1.53 2.53mm 11.94 38.86 64.26


inches 5.22 6.27 7.28mm 132.59 159.26 184.91



• Maximum Approximate Weight: 6 lbs.• Regulatory Agency Certifi cation: Underwriters Laboratories, Inc. is qualifi ed per UL507 under File E-94403; Canadian Standards Association is qualifi ed per

C22.2#113 under File LR 43448.• Miscellaneous: Intake and 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.• Mating harness available upon request. Refer to page 136 for specifi c part numbers.• Optional – Universal AC input version available with IntelliGen™ control (120-240 VAC input).• Optional – Tachometer output card available with IntelliGen™ controller.




HIGH

-VOL

TAGE

BL

DC B

LOW

ERS

51


TYPICAL PERFORMANCE

52


45°

90°(2X)

33°

AIRINTAKE

-A-

“L”

“I”

SPEEDCONTROL


AIREXHAUST

POST HEADERSEE DETAIL “E” OR “M”

INCH(MM)


INPUT REQUIRED

AC INPUT VOLTAGE(VOLTAGE 240±10%)

NO PIN

HIGH (+)

LOW (-)


NOT USED

NOT USED

GROUND ( )

}



LC

Ø 1.25

(31.75)

Ø 1.25

(31.75)

1.04(26.42)

3.74(95.0)

4.00(101.6)Ø

(3) Ø HOLES MIN. DEEP EQUALLY SPACED AS SHOWNON A BOLT CIRCLE.

.229±.006 .37(5.82±.15) (9.4)

SMØ.034/(0.86) A

Ø 5.88

MAX. (149.4)

(3X) Ø 0.48

(12.19) +3° MAX. DFT./SIDE

.05 MAX. BOW(1.3)

.75±.13(19.1±3.3)

1.14±.05(28.96±1.27)

1.47(37.34)

45°41°

39°±2°

.015/(.38)

4.50±1.0(114.3±25.4)

6.400(162.56)Ø

(1) Ø HOLES THRU. LOCATED AS SHOWN ON A BOLT CIRCLE.

USE THIS HOLE FOR GROUNDING OR EARTHING. REFER TO APPROPRIATE LISTING OR REGULATORY AGENCY FOR PROPER METHOD OF GROUNDING OF EARTHING.

.168±.003(4.27±.07)

SMØ.034/(0.86) A

6.50(165.1)Ø

(3) Ø HOLES THRU. LOCATED AS SHOWN ON A BOLT CIRCLE.

.168±.003(4.27±.07)

SMØ.034/(0.86) A


Standard Flow117629 E* 117630 E*

Stages — 1 2

Vacuum, Maximum (Sealed Vacuum)

in. H2O 28 47

mBar 69 117


in. H2O 31 50

mBar 77 124


CFM 67 65

m3/hr 114 110


inches .69 1.60

mm 17.53 40.64


inches 3.21 4.12

mm 81.53 104.65

NOTES: • Nominal input Voltage: 240 Volts AC RMS ±10%, 50/60Hz.• Input Current: 5 amps AC RMS maximum.• Temperature: Working Air: 0°C to 50°C, Ambient Air: 0°C to 50°C, Storage Air: -40°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


• Optional: IntelliGen™ controller available for customized performance.• Maximum Approximate Weight: 6 lbs.




HIGH

-VOL

TAGE

BL

DC B

LOW

ERS

53


TYPICAL PERFORMANCE

54


(3X)90°

12345

HIGH

LOW


GROUND

AIRINTAKE


DETAIL “E” POST HEADER ASSEMBLY

DETAIL “M”

-A-

ISOLATED SPEEDCONTROL0-10. D.C.

INPUT REQUIRED}


CLSENSITIVITYCONTROL

NCR

I

E SA

E

AIREXHAUST

“L”

“l”

GROUND


NOT USED

NOT USED

5 4 3 2 1

"D"2

"D"1

SMØ.024/(.61) A

Ø

(1) Ø HOLE THRU,.168±.003(4.27±.07)

6.400(162.56)

37°±2°

43°±2°

33°

2.38(60.45)

.59(15.0)

1.04(26.42)

.88±.13(22.35±3.3)

.05(1.3)


3.22±.06(81.79±1.52)

.015/(.38)

SEE DETAIL “E” OR “M”INCH(MM)

3.74(95.0)

47°43°

LOCATED AS SHOWN ON BOLT CIRCLE.


6.500(165.1)

Ø

(4) Ø HOLES THRU, .168±.003(.4.27±.07)


MØ.024/.61 A

Ø 1.26 MAX. (32.0)

Ø 5.88 MAX. (149.4)


Standard Flow117634 M* / 117640 E* 117633 M / 117639 E 117632 M* / 117638 E*

Stages — 1 2 3


in. H2O 28 45 60

mBar 69 112 149


in. H2O 30 51 72

mBar 74 126 174


CFM 70 67 65

m3/hr 119 114 110


inches 1.25 1.25 1.25

mm 31.75 31.75 31.75


inches 2.53 1.25 2.14

mm 64.26 31.75 54.36


inches 5.08 5.99 6.89

mm 129.03 152.15 175.01

NOTES:• Nominal Input Voltage: 240 Volts AC RMS ±10%, 50/60Hz.• Input Current: 5 amps AC RMS maximum.• Temperature: Working Air: 0°C to 50°C, Ambient Air: 0°C to 50°C, Storage Air: -40°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


• Optional: IntelliGen™ controller available for customized performance.




HIGH

-VOL

TAGE

BL

DC B

LOW

ERS

55


TYPICAL PERFORMANCE

56


(3X)90°

43°47°

12345 12345

33°


43°±2°

37°±2°

HIGH

LOW


GROUND

AIRINTAKE


DETAIL “E” POST HEADER ASSEMBLY

DETAIL “M”

-A-

MAX. BOWTYP. BOTHENDS

ISOLATED SPEEDCONTROL0-10. D.C.

INPUT REQUIRED}


CLSENSITIVITYCONTROL

AIREXHAUST

“L”

“l”

GROUND


NOT USED

NOT USED

"D"2

"D"1

M

(4) Ø HOLES THRU,

EQUALLY SPACED AS SHOWN ON A BOLT CIRCLE.

Ø

INCH(MM)

2.38(60.45)

1.04(26.42)

3.74(95.0)0.59

(15.0)

3.22±.06(81.79±1.52)

.88±.13(22.35±3.3)

.05(1.3).015/(0.38)

Ø 1.26 MAX. (32.0)

Ø 5.88 MAX. (149.4)

Ø.024/(.61) A

4.27±.07(.168±.003)

6.500(165.1)

SMØ.024/(.61) A

Ø

(1) Ø HOLE, .168±.003(4.27±.07)

6.400(162.56)




High Flow117637 M* / 117643 E* 117636 M* / 117642 E* 117635 M* / 117641 E*

Stages — 1 2 3


in. H2O 23 39 53

mBar 57 97 131


in. H2O 25 45 61

mBar 62 112 151


CFM 125 102 90

m3/hr 212 173 153


inches 1.75 1.75 1.75

mm 44.45 44.45 44.45


inches .47 1.53 2.53

mm 11.94 38.86 64.26


inches 5.22 6.27 7.28

mm 132.59 159.26 184.91

NOTES:• Nominal Input Voltage: 240 Volts AC RMS ±10%, 50/60Hz.• Input Current: 5 amps AC RMS maximum.• Temperature: Working Air: 0°C to 50°C, Ambient Air: 0°C to 50°C, Storage Air: -40°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


• Optional: IntelliGen™ controller available for customized performance.




HIGH

-VOL

TAGE

BL

DC B

LOW

ERS

57


TYPICAL PERFORMANCE

58

5.7” (145mm) BLDC Bypass Blower800 Watt, 120 Volt Standard Flow – IntelliGen™

-B-


26°±2° 33°

-B-

-B-

AIREXHAUSTINCH

(MM)


90°(2X)

45°

INTAKEAIR

-A-

AC INPUT VOLTAGE3

5

4

1

2

NOT USEDNOT USED

“I”

“L”

AC INPUT VOLTAGE

ISOLATED SPEEDCONTROL INPUT

3

5

4

LOW (-)

GROUND ( )

HIGH (+)

1

2

}GROUND ( )

49°±2°

SPEEDCONTROL

LC


VIEW “B”

SEE DETAIL

“E” OR “M”

SEE VIEW “B”

DETAIL “E”

"D"2

"D"1


SMØ.024/(.61) A

Ø

(1) Ø HOLE, .168±.003(4.27±.07)

6.400(162.56)



2.40(60.97)

Ø 2.60 MAX. (66.04)

2.79±.08(70.87±2.03)

3.29±.06(83.57±1.52)

1.38(35.05)REF.

1.04(26.42)

3.74(95.0)

.88±.13(22.35±3.3)

.05(1.3)

.015/(.38)

Ø 5.88 MAX. (149.4)

6.500(165.1)

Ø

(3) Ø HOLES THRU, .168±.003(.4.27±.07)


SMØ.024/.61 A


Standard Flow117418 M* / 117417 E*

Stages — 3


in. H2O 102

mBar 254


in. H2O 122

mBar 303


CFM 76

m3/hr 129

Inlet/Outlet DiameterDimension “D” above)

inches 1.25

mm 31.75


inches 2.12

mm 53.85


inches 6.87

mm 174.50


NOTES:OPERATING PARAMETERS:• Input Voltage Range: 120 Volt AC Models: 92 to 132 VAC RMS, 50/60 Hz, single phase, maximum running current 10 Amps RMS.

Note: Although this unit contains a lockout feature that detects low voltage conditions, the electronics should not be operated continuously below the input voltage range listed above.

• Isolated Speed Control: Analog Input Voltage Range: 2.2 to +10 VDC nominal, (+12 VDC maximum). Digital Pulse Input: 400 Hz to 20 KHz, 0 to +10 Volt pulse nominal, minimum duty cycle 10%, 0 to +12 Volt maximum.Note: Setting of potentiometer can affect control voltage range and maximum speed can be reached before reaching 10 VDC.


Analog Mode: Typ. +/-4% from nominal speed at +23°C.Digital or Direct Mode: Typ. +/-4% from nominal speed at +23°C.

• Operating Temperature: 0°C to 50°C.• Storage Temperature: -40°C to 85°C.

Note: Internal electronic controller is thermally protected.• Dielectric Testing: 1500 Volts AC RMS 60 Hz applied for one second between input pins and ground, 3mA leakage max.• Approximate Weight: 6 lbs.



HIGH

-VOL

TAGE

BL

DC B

LOW

ERS

59

5.7” (145mm) BLDC Bypass Blower800 Watt, 120 Volt Standard Flow – IntelliGen™

TYPICAL PERFORMANCE

INSTALLATION:• The blower must be secured using mounting tabs, prior to applying power. This is a high speed device with rapid acceleration.• Connections:

All of the Windjammer IntelliGen™ series blowers have a standard 5 pin connector.A mating connector with leads is supplied with single pack units only.Negative pressure applications will exhibit reduced performance.The electronic cooling intake and exhaust must remain unobstructed.Exhaust air must be prohibited from being recycled to inlet air.If blower is to be cycled frequently, the DC speed command should be used.For use in industrial applications, use AMETEK Technical & Industrial Products cooling air fi lters.Note: Utilize AMETEK external EMC fi lter accessory to meet EN61000-4-6 requirement.

• Option Circuit Connections: Please consult with AMETEK for connection details for all optional and custom circuitry.• Utilizes AMETEK’s IntelliGen™ control electronics.

60

5.7” (145mm) BLDC Bypass Blower800 Watt, 120 Volt High Flow – IntelliGen™

-B-


26°±2° 33°

-B-

-B-

AIREXHAUSTINCH

(MM)


90°(2X)

45°

INTAKEAIR

-A-

AC INPUT VOLTAGE3

5

4

1

2

NOT USEDNOT USED

“I”

“L”

AC INPUT VOLTAGE

ISOLATED SPEEDCONTROL INPUT

3

5

4

LOW (-)

GROUND ( )

HIGH (+)

1

2

}GROUND ( )

49°±2°

SPEEDCONTROL

LC


VIEW “B”

SEE DETAIL

“E” OR “M”

SEE VIEW “B”

DETAIL “E”

"D"2

"D"1

SM

(3) Ø HOLES THRU,

LOCATED AS SHOWN ON

BOLT CIRCLE.Ø

USE THIS HOLE FORGROUNDING OR EARTHING.REFER TO APPROPRIATELISTING OR REGULATORYAGENCY FOR PROPER METHOD OF GROUNDING OR EARTHING.

BOLT CIRCLE.

LOCATED AS SHOWN ON

HOLE THRU,(1) Ø

Ø.024/(.61) A M S

Ø


2.40(60.97) .168±.003

(4.27±.07)

6.400(162.56)

1.04(26.42)

.88±.13(22.35±3.3)

3.74(95.0)

.05(1.3)

1.38(35.05)REF.

3.29±.06(83.57±1.52)

2.79±.08(70.87±2.03)

.015/(.38)

Ø 5.88 MAX. (149.4)

Ø.024/(.61) A

.168±.003(4.27±.07)

6.500(165.1)


High Flow Ultra Flow119102 M* / 119101 E* 119104 M* / 119103 E* 119105 E*

Stages — 1 2 1


in. H2O 37 67 26

mBar 92 167 64


in. H2O 41 78 29

mBar 102 194 72


CFM 168 131 226

m3/hr 285 222 384

Inlet/Outlet DiameterDimension “D” above)

inches 1.75 1.75 2.75/2.50

mm 44.45 44.45 69.85/63.50


inches .47 1.53 .71

mm 11.94 38.86 18.03


inches 5.30 6.35 5.46

mm 134.62 161.29 138.68











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61

5.7” (145mm) BLDC Bypass Blower800 Watt, 120 Volt High Flow – IntelliGen™

TYPICAL PERFORMANCE




62

5.7” (145mm) DC Bypass Blower1200 Watt, 240 Volt Standard Flow – IntelliGen™

SEE VIEW “B”

-B-


26°±2°54°30'±2° 33°

SPEEDCONTROL

LC

-B-

-B-

AIREXHAUST

MAX. BOW TYP. BOTH ENDS

90°(2X)

45°

INTAKEAIR

-A-

“I”

“L”

INCH(MM)

2

4

5

3

1

AC INPUT VOLTAGE

GROUND ( )

NOT USEDNOT USED

AC INPUT VOLTAGE

LOW (-)

GROUND ( )

HIGH (+)

2

5

4

3

1

ISOLATED SPEEDCONTROL INPUT}

"D"2

"D"1




VIEW “B”

M S

LOCATED AS SHOWN ON

BOLT CIRCLE. Ø

(1) Ø HOLE THRU,

USE THIS HOLE FORGROUNDING OR EARTHING.REFER TO APPROPRIATELISTING OR REGULATORYAGENCY FOR PROPER METHOD OF GROUNDING OR EARTHING. 6.500

(165.1)Ø

(3) Ø HOLES THRU, .168±.003(.4.27±.07)


SMØ.024/.61 A

.168±.003(4.27±.07)

1.04(26.42)

.05(1.3)

.88±.13(22.35±3.3)

3.29±.06(83.57±1.52)

2.79±.08(70.87±2.03)

1.38(35.05)REF.

3.74(95.0)

6.400(162.56)

Ø.024/(.61) A

Ø.015/(.38)

2.40(60.97)

Ø 2.60 MAX. (66.04) Ø 5.88 MAX. (149.4)









Standard Flow117416 M* / 117415 E*

Stages — 3


in. H2O 154

mBar 385


in. H2O 169

mBar 421


CFM 87

m3/hr 148


inches 1.25

mm 31.75


inches 2.12

mm 53.85


inches 6.87

mm 172.21




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63

5.7” (145mm) DC Bypass Blower1200 Watt, 240 Volt Standard Flow – IntelliGen™

TYPICAL PERFORMANCE




64

5.7” (145mm) DC Bypass Blower1200 Watt, 240 Volt High Flow – IntelliGen™


VIEW “B”

SEE VIEW “B”

-B-


26°±2°54°30'±2° 33°

SPEEDCONTROL

LC

-B-

M S

LOCATED AS SHOWN ON

BOLT CIRCLE. Ø

(1) Ø HOLE THRU,

-B-

AIREXHAUST

MAX. BOW TYP. BOTH ENDS

90°(2X)

45°

INTAKEAIR

-A-

“I”

“L”

INCH(MM)

2

4

5

3

1

AC INPUT VOLTAGE

GROUND ( )

NOT USEDNOT USED

AC INPUT VOLTAGE

LOW (-)

GROUND ( )

HIGH (+)

2

5

4

3

1

ISOLATED SPEEDCONTROL INPUT}

USE THIS HOLE FORGROUNDING OR EARTHING.REFER TO APPROPRIATELISTING OR REGULATORYAGENCY FOR PROPER METHOD OF GROUNDING OR EARTHING.

"D"2

"D"1



6.500(165.1)

Ø

(3) Ø HOLES THRU, .168±.003(.4.27±.07)


SMØ.024/.61 A

.168±.003(4.27±.07)

1.04(26.42)

.05(1.3)

.88±.13(22.35±3.3)

3.29±.06(83.57±1.52)

2.79±.08(70.87±2.03)

1.38(35.05)REF.

3.74(95.0)

6.400(162.56)

Ø.024/(.61) A

Ø.015/(.38)

2.40(60.97)

Ø 2.60 MAX. (66.04)Ø 5.88 MAX. (149.4)








Blower Data Unit of Measure

Part NumberHigh Flow Ultra Flow

119152 M*119151 E*

119154 M* 119153 E*

119156 E 119155 E*

Stages — 1 2 3 1


in. H2O 55 92 119 42

mBar 137 229 296 104


in. H2O 64 111 140 47

mBar 159 276 348 117


CFM 203 160 137 274

m3/hr 345 272 233 466


inches 1.75 1.75 1.75 2.75/2.50

mm 44.45 44.45 44.45 69.85/63.50


inches .47 1.58 1.19 .71

mm 11.94 36.86 30.23 18.03


inches 5.13 6.19 7.17 5.37

mm 130.30 157.23 182.11 136.40




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65

5.7” (145mm) DC Bypass Blower1200 Watt, 240 Volt High Flow – IntelliGen™

TYPICAL PERFORMANCE




66

EMI Filter120/240 Volt AC – For use with 250, 400, 800, and 1200 Watt Nautilair and Windjammer Blowers

14.12±.25(358.6±6.4)

4.0±.12 REF.(101.6±3.0)

6.50±.12 REF.(165.1±3.0)

CONNECTOR SPECIFICTO BLOWER TYPE

LINE

LOA

D1.16 MAX. 250W / 400W(29.5)

1.53 MAX 800W / 1200W(38.9)

CONNECTOR SPECIFICTO BLOWER TYPEINCH

(MM)

Ø .189 THRU (4.8)

2.07(52.6)

2.938±.014(74.63±0.35)

Line Side: Connector TerminationDescription Wire Color

Ground GREEN / YELLOW

AC Hot BROWN

AC Hot BLUE

Load Side: Connector TerminationDescription Wire Color

Speed (LO) BLUE

Speed (HI) RED

Ground GREEN / YELLOW

AC Hot BROWN

AC Hot BLUE

Emissions TestingCISPR 11, IEN 55011, I

ISM (Group I) No intentional emissionsIndustrial, Scientific, and Medical Emissions testing for ISM

CISPR 11, IIEN 55011, II

ISM (Group II) intentional ISM emissionsIndustrial, Scientific, and MedicalEmissions testing except certain ISM frequencies

CISPR 14EN 55014

HHAHousehold appliances and similar apparatusBroadband emissions test and for all HHA

CISPR 14EN 55014

Clicks (Discontinuous Noise)Impulsive noise due to transients; Required for all impulsive noise from ISM, ITE, HHA

CISPR 22EN 55022

ITEInformation Technology Equipment; Emissions testing for computers, peripherals, etc.

Immunity TestingIEC 801-2IEC 1000-4-2EN 61000-4-2

ESDElectrostatic dischargeStatic from humans

IEC 801-3IEC 1000-4-3EN 61000-4-3

Radiated RFRF electromagnetic fieldWalkie talkies, transmitters, etc.

IEC 801-4IEC 1000-4-4EN 61000-4-4

EFTElectrical fast transientRelays and motors on and off

IEC 801-5IEC 1000-4-5EN 61000-4-5

Lightning on power lineSurge voltageLightning

IEC 801-6IEC 1000-4-6EN 61000-4-6

Conducted CWConducted induced RF energyPower and signal lines near transmitters

IEC 1000-4-8EN 61000-4-8

Radiated magneticPower frequency magnetic field; Magnetic flux from power lines

IEC 1000-4-11EN 61000-4-11

Voltage dipsDrop in voltage for a short period

IEC 1000-4-11EN 61000-4-11

Voltage interruptsLoss of power for a short period

IEC 1000-4-11EN 61000-4-11

Voltage variationsPower line voltage variations

Part Number 5-90238-1 5-90239-1 5-90238-2 5-90239-2Description Mates with

250 W Series WindjammerMates with



1200 W Series Windjammer

• Primarily used with the Windjammer product line

• Excellent for meeting European application requirements

• Hard-mount option available

NOTES:Contact your AMETEK Sales Engineer for updates and more information on

this product.This document is for informational purposes only and should not be consid-

ered as a binding description of the products and their performance in all applications. Specifi c dimensions may change based on wattage.



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67

Variable Flow FiltersFor use with AMETEK Windjammer and Nautilair Blowers

NAUTILAIR™

Filter Design Features

AMETEK Technical & Industrial Product’s inlet fi lter is designed to protect the blower and the air distribution system from dust and other air borne particles and contaminants. The compact design, with slip fi t connection; fi ts within the blower’s diameter. Minimal pressure drop through fi lter. This is an ideal fi lter for electronic cooling, material handling, and other pressure systems. The AMETEK Windjammer blower has two models, one for each inlet diameter; the AMETEK Nautilair blower has one model, designed to fi t on all fi ve of the blowers.

Windjammer Filters1-1/4” (31.75mm) Model – P/N 551733* 1-3/4” (44.45mm) Model – P/N 551692*

Inlet Size 1-1/4” � (31.75mm �) 1-3/4” � (44.45mm �)

Pressure Drop 4.8 IWG (11.9 mBar) 3.6 IWG (9 mBar)

Flow Rate 100 CFM (169.9 m3/hr) 180 CFM (305.8 m3/hr)

Efficiency 99+% @ 10 microns

Description Slip Fit with Pleated Polyester Media

Dimensions 4-3/8” (111.1 mm) Diameter x 5-3/4” (146 mm) Height

Nautilair Filter6” (152.4mm) � Model – P/N 551782

Inlet Size 6” � (152.4mm �)

Pressure Drop 0.25 IWG (0.6221 mBar)

Flow Rate 500 CFM (849.5 m3/hr)

Efficiency 97+% @ 2 microns99+% @ 5 microns

Description Slip Fit with Pleated Polyester Media

Dimensions 9-3/4” (247.65mm) Diameter x 10” (254mm) Height


68

Nautilair™ 7.6” (192mm) Variable Speed Blower24 Volt DC Input, Standard Output

NOTES:• Designed for high effi ciency, low NOx, and CO emission gas-fi red combustion systems.• Brushless DC motor with hall effect sensor feedback.• Internal electronic commutation controller with built in speed control and protection features.• Rubber vibration and shock mounts on motor bracket and bearing system.• Long life, sealed, ball bearings with high temperature grease.• Non sparking, hardened aluminum impeller.• The performance points listed in the charts depict maximum typical performance levels. This is a variable speed product and therefore operates at most perfor-

mance points lower than those listed.• This document is for informational purposes and should not be considered as a binding description of the products or their performance in all applications.

Model Voltage (DC) Flange Type

Version “M”Mechanical on-board

(Potentiometer) speed control

Version “E” Electronic speed

control input 0-10 VDC nominal

Standard Output Models150180-00 24 Large (A) X150181-00 24 Large (A) X150184-00 24 Small (B) X150185-00 24 Small (B) X

INCH(MM)



HIGH

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BL

DC B

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ERS

69

Nautilair™ 7.6” (192mm) Variable Speed Blower24 Volt DC Input, Standard Output

TYPICAL PERFORMANCE

70

Nautilair™ 7.6” (192mm) Variable Speed Blower120 Volt AC Input, Single Phase, Standard Output/High Output

NOTES:• Designed for high effi ciency, low NOx, and CO emission gas-fi red combustion systems.• Brushless DC motor with hall effect sensor feedback.• Internal electronic commutation controller with built in speed control and protection features.• Rubber vibration and shock mounts on motor bracket and bearing system.• Long life, sealed, ball bearings with high temperature grease.• Non sparking, hardened aluminum impeller.• Utilizes AMETEK’s IntelliGen™ controller electronics• The performance points listed in the charts depict maximum typical performance levels. This is a variable speed product and therefore operates at most per-

formance points lower than those listed.• Available add-on IntelliGen options cards include: 1. Speed control input signal of 15 - 45 VDC @ 500Hz - 10 kHz, and tachometer output ( 2 Pulses / Revolution ) 2. Optional tachometer output ( 3 Pulses / Revolution ) 3. Pressure feedback with pressure sensor/transducer, and tachometer output ( 2 Pulses / Revolution ) 4. RS232 Communications card, compatible with DeviceNet 5. Multiple preset demo card with 4 preset / user adjustable speeds at 4, 6, 8, and 10 VDC speed command input ( +/- 0.5VD ) 6. Speed control input signal of 4-20 mA available• Agency recognized component to UL507 per fi le# E-94403, and CSA C22.2#113 per fi le# LR 43448.

Model Voltage (AC)

FlangeType

PowerConnection

Version “E1”Electronic PWM

speed control input 15-45 VDC @ 500Hz-10KHz

Version “E2”Electronic speed


Version “M” Mechanical on-board


Standard Output 150500-00 120 Large (A) 1 X150501-00 120 Large (A) 1 X150502-00 120 Large (A) 1 X150503-00 120 Small (B) 1 X150504-00 120 Small (B) 1 X150505-00 120 Small (B) 1 X

High Output150130-00 120 Large (A) 2 Non-IntelliGen X150131-00 120 Large (A) 2 Non-IntelliGen X150132-00 120 Small (B) 2 Non-IntelliGen X150133-00 120 Small (B) 2 Non-IntelliGen X150134-00 120 Small (B) 3 IntelliGen X150135-00 120 Large (A) 3 IntelliGen X

INCH(MM)



HIGH

-VOL

TAGE

BL

DC B

LOW

ERS

71


TYPICAL PERFORMANCE

72


NOTES:• Designed for high effi ciency, low NOx, and CO emission gas-fi red combustion systems.• Brushless DC motor with hall effect sensor feedback.• Internal electronic commutation controller with built in speed control and protection features.• Rubber vibration and shock mounts on motor bracket and bearing system.• Long life, sealed, ball bearings with high temperature grease.• Non sparking, hardened aluminum impeller.• Utilizes AMETEK’s IntelliGen™ controller electronics• The performance points listed in the charts depict maximum typical performance levels. This is a variable speed product and therefore operates at most perfor-

mance points lower than those listed.• Available add-on IntelliGen options cards include: 1. Speed control input signal of 15 - 45 VDC @ 500Hz - 10 kHz, and tachometer output ( 2 Pulses / Revolution ) 2. Optional tachometer output ( 3 Pulses / Revolution ) 3. Pressure feedback with pressure sensor/transducer, and tachometer output ( 2 Pulses / Revolution ) 4. RS232 Communications card, compatible with DeviceNet 5. Multiple preset demo card with 4 preset / user adjustable speeds at 4, 6, 8, and 10 VDC speed command input ( +/- 0.5VD ) 6. Speed control input signal of 4-20 mA available• Agency recognized component to UL507 per fi le# E-94403, and CSA C22.2#113 per fi le# LR 43448.

Model Voltage (AC)

Flange Type

Version “E1”Electronic PWM


Version “E2”Electronic speed




Standard Output Models150520-00 240 Large (A) X150521-00 240 Large (A) X150522-00 240 Large (A) X150523-00 240 Small (B) X150524-00 240 Small (B) X150525-00 240 Small (B) X

High Output Models150140-00 240 Large (A) X150141-00 240 Large (A) X150142-00 240 Small (B) X150143-00 240 Small (B) X150143-06 240 Small (B) X

INCH(MM)



HIGH

-VOL

TAGE

BL

DC B

LOW

ERS

73


TYPICAL PERFORMANCE

74

Nautilair™ 8.0” (204mm) Variable Speed Blower120 Volt AC Input, Single Phase, Standard Output

NOTES:• Designed for high effi ciency, low NOx & CO emission gas-fi red combustion systems• Brushless DC motor with hall effect sensor feedback• Internal electronic commutation controller with built in speed control and protection features• Polypropylene housing and impeller• Long life, sealed, ball bearings with high temperature grease• The performance points listed in the charts depict maximum typical performance levels. This is a variable speed product and therefore operates at most perfor-

mance points lower than those listed.• The standard blower model’s speed is controlled through the application of a 0 – 10VDC nominal reference voltage input signal or adjustment of an on-board

mechanical potentiometer, depending on model. • Agency recognized component to UL507 per fi le# E-94403, and CSA C22.2#113 per fi le# LR 43448.• Sealed, molded fan housing• 240VAC, single phase input powered models also available. • This document is for informational purposes and should not be considered as a binding description of the products or their performance in all applications.

Model Voltage (AC)Version “M”

Mechanical on-board (Potentiometer) speed control

Version “E1”Electronic PWM speed control input

15-45 VDC @ 500Hz-10KHz

Standard Output Models117814-00 120 XTBD 220 X

INCH(MM)



HIGH

-VOL

TAGE

BL

DC B

LOW

ERS

75


TYPICAL PERFORMANCE

76


BLACK (LINE)

WHITE (NEUTRAL)

BLU (COMMON)PWM IN (BLK)

NOT USEDTACHOUT (WHT)

DC VOLTAGE (RED)

WHITE (NEUTRAL)BLACK (LINE)RED (10V DC SIGNAL)BLUE (COMMON)

2X 6.50±2.60(165.1±25.4)

6X 0.56±.03(14.2±0.76)

AIR INTAKE DETAIL

STANDARD POWER CONNECTION “M” & “E1” PWM CONTROL CONNECTION (OPTIONAL “E1”)

Ø 4.331(110)

.138(3.5)

Ø 3.95±.03(100.3±0.76)

{INTAKE}

Ø 5.68(144.3)

Ø 4.331(110)

9.80±.05(245±1.27)

5.25±.03(133.4±0.76)

2.64±.03(67.1±0.76)

4.724±.010(120±0.25)

4.724±.010(120±0.25)

5.50(139.7)

2.362(60.0)

2.362(60.0)

5.50(139.7)

R.38(9.7)

4X.350(8.9)

4X Ø THRU

6X M8 X 1.25 THREADED HOLES .50 DEEP, EQUALLY SPACED (12.7) AS SHOWN ON A B.C.

MOTOR COOLINGEXHAUST

8.70±.05(221±1.3)

14.00±1.00(355.6±25.4) 7.60

(193)

.118(3.0)MAX.

INCL. BOW-OUT

EXHAUST

28°±1°

43°±3°

(43°)

(28°)

CLCL CL

CONTROLCONNECTION

POWERCONNECTION

SPEEDPOT.

GROUND ( )

5.512(140)

AC INPUT VOLTAGE}

STANDARD POWER CONNECTION “E2”

INCH(MM)


mance points lower than those listed.• Available add-on IntelliGen options cards include: 1. Speed control input signal of 15 - 45 VDC @ 500Hz - 10 kHz, and tachometer output ( 2 Pulses / Revolution ) 2. Optional tachometer output ( 3 Pulses / Revolution ) 3. Pressure feedback with pressure sensor/transducer, and tachometer output ( 2 Pulses / Revolution ) 4. RS232 Communications card, compatible with DeviceNet 5. Multiple preset demo card with 4 preset / user adjustable speeds at 4, 6, 8, and 10 VDC speed command input ( +/- 0.5VD.) 6. Speed control input signal of 4-20 mA available• Agency recognized component to UL507 per fi le# E-94403, and CSA C22.2#113 per fi le# LR 43448.• This document is for informational purposes and should not be considered as a binding description of the products or their performance in all applications.

Model Voltage (AC)Version “E1”Electronic PWM


Version “E2”Electronic speed control input

0-10 VDC nominal



Standard Output Models150330-00 120 X150331-00 120 X150332-00 120 X

High Output Models150230-00 120 X150231-00 120 X150232-00 120 X



HIGH

-VOL

TAGE

BL

DC B

LOW

ERS

77


TYPICAL PERFORMANCE

78


BLACK (LINE)

WHITE (NEUTRAL) BLU (COMMON)PWM IN (BLK)

NOT USEDTACHOUT (WHT)

DC VOLTAGE (RED)

WHITE (NEUTRAL)BLACK (LINE)RED (10V DC SIGNAL)BLUE (COMMON)

2X 6.50±2.60(165.1±25.4)

6X 0.56±.03(14.2±0.76)

INCH(MM)

AIR INTAKE DETAIL

STANDARD POWER CONNECTION “M” & “E1” PWM CONTROL CONNECTION (OPTIONAL “E1”)

Ø 4.331(110)

.138(3.5)

Ø 3.95±.03(100.3±0.76)

{INTAKE}

Ø 5.68(144.3)

Ø4.331(110)

9.80±.05(245±1.27)

5.25±.03(133.4±0.76)

2.64±.03(67.1±0.76)

4.724±.010(120±0.25)

4.724±.010(120±0.25)

5.50(139.7)

2.362(60.0)

2.362(60.0)

5.50(139.7)

R.38(9.7)4X

.350(8.9)

4X Ø THRU

6X M8 X 1.25 THREADED HOLES .50 DEEP, EQUALLY SPACED (12.7) AS SHOWN ON A B.C.

MOTOR COOLINGEXHAUST

8.70±.05(221±1.3)

14.00±1.00(355.6±25.4) 8.10

(205.7)

.118(3.0)MAX.

INCL. BOW-OUT

EXHAUST

28°±1°

43°±3°

(43°)

(28°)

CLCL CL

CONTROLCONNECTION

POWERCONNECTION

SPEEDPOT.

GROUND ( )

5.512(140)

AC INPUT VOLTAGE}

STANDARD POWER CONNECTION “E2”


mance points lower than those listed.• Available add-on IntelliGen options cards include: 1. Speed control input signal of 15 - 45 VDC @ 500Hz - 10 kHz, and tachometer output ( 2 Pulses / Revolution ) 2. Optional tachometer output ( 3 Pulses / Revolution ) 3. Pressure feedback with pressure sensor/transducer, and tachometer output ( 2 Pulses / Revolution ) 4. RS232 Communications card, compatible with DeviceNet 5. Multiple preset demo card with 4 preset / user adjustable speeds at 4, 6, 8, and 10 VDC speed command input ( +/- 0.5VD ) 6. Speed control input signal of 4-20 mA available• Agency recognized component to UL507 per fi le# E-94403, and CSA C22.2#113 per fi le# LR 43448.• This document is for informational purposes and should not be considered as a binding description of the products or their performance in all applications..


speed control input 12-45 VDC @ 500Hz-10Hz


0-10 VDC nominal




High Output Models150240-00 240 X150241-00 240 X150242-00 240 X



HIGH

-VOL

TAGE

BL

DC B

LOW

ERS

79


TYPICAL PERFORMANCE

80


NOTES:• Designed for high effi ciency, low NOx, and CO emission gas-fi red combustion systems.• Brushless DC motor with hall effect sensor feedback.• Internal electronic commutation controller with built in speed control and protection features.• Rubber vibration and shock mounts on motor bracket and bearing system.• Long life, sealed, ball bearings with high temperature grease.• Non sparking, hardened aluminum impeller.• The performance points listed in the charts depict maximum typical performance levels. This is a variable speed product and therefore operates at most

performance points lower than those listed.• Available add-on expansion cards include: 1. Available speed control input signals are PWM 15-45VDC @ 500-10K kHz at tachometer output (2 or 3 pulses per revolution), 0-10 VDC, mechanical

(Potentiometer) and 4-20 mA 2. Optional tachometer output ( 3 Pulses / Revolution ) 3. Pressure feedback with pressure sensor/transducer, and tachometer output ( 2 Pulses / Revolution ) 4. RS232 Communications card, compatible with DeviceNet 5. Multiple preset demo card with 4 preset / user adjustable speeds at 4, 6, 8, and 10 VDC speed command input ( +/- 0.5VD )• This document is for informational purposes and should not be considered as a binding description of the products or their performance in all applications.




0-10 VDC nominal




INCH(MM)



HIGH

-VOL

TAGE

BL

DC B

LOW

ERS

81


TYPICAL PERFORMANCE

82


NOTES:• Designed for high effi ciency, low NOx, and CO emission gas-fi red combustion systems.• Brushless DC motor with hall effect sensor feedback.• Internal electronic commutation controller with built in speed control and protection features.• Rubber vibration and shock mounts on motor bracket and bearing system.• Long life, sealed, ball bearings with high temperature grease.• Non sparking, hardened aluminum impeller.• The performance points listed in the charts depict maximum typical performance levels. This is a variable speed product and therefore operates at most

performance points lower than those listed.• Available speed control input signals are PWM 15-45VDC @ 500-10K kHz at tachometer output (2 or 3 pulses per revolution), 0-10 VDC, mechanical

(Potentiometer) and 4-20 mA• Available add-on expansion cards include: 1. Optional tachometer output ( 3 Pulses / Revolution ) 2. Pressure feedback with pressure sensor/transducer, and tachometer output ( 2 Pulses / Revolution ) 3. RS232 Communications card, compatible with DeviceNet 4. Multiple preset demo card with 4 preset / user adjustable speeds at 4, 6, 8, and 10 VDC speed command input ( +/- 0.5VD )• This document is for informational purposes and should not be considered as a binding description of the products or their performance in all applications.




0-10 VDC nominal






HIGH

-VOL

TAGE

BL

DC B

LOW

ERS

83


TYPICAL PERFORMANCE

WINDJAMMER® IntelliGen™ Blower

Interface Control Options

DescriptionThe Windjammer IntelliGen Series of Brushless DC Centrifugal Blowers utilizes the latest programmable micro-controller technology to provide a wide selection of confi guration options to control the blower. The blower can be confi gured with the following control functions for seamless integration into your blower application.

Available Control Options: • Preset Set Point This option is ideal for applications requiring a fi xed precise blower set point which does not require manual calibration or adjustment in the application.

• Internal Blower Setpoint Control This option is ideal for applications that require a fi xed blower set point which requires manual adjustment or calibration in the application via a trim pot residing on the blower.

• Potentiometer Control This option is designed for applications requiring variable speed blower control via an externally mounted potentiometer.

• External Blower Setpoint Control This option is ideal for applications requiring variable speed blower control using an external 0V-10V electronic signal to control blower set point.

• Isolated Control Logic Inputs This option is designed for applications requiring a limited number of precise blower set points. Two blower control logic inputs are used to conveniently select up to four precise pre-programmed blower set points.

• Precision Analog Reference Isolation Amplifier This option can support a 0-20 mA or 4-20 mA current loop blower speed reference signal. The amplifi er can be used as a precision true 0-10V reference signal, providing extended speed range to the blower.

• PWM Control Input and Tach Output This option is designed for applications that require external control and monitoring of blower speed. The blower accepts a pulse width modulated input signal to control blower set point and provides a 2 pulse per revolution output signal for monitoring blower speed.

• Blower Status Contact This option provides an external contact to provide a simple and convenient indication of blower operating status and blower fault diagnostics external to the blower.

• Precision Analog Sensor Isolation Amplifier This option is designed for applications requiring precise regulation of air fl ow, air pressure, temperature, or other measurable parameters, via feedback from an external sensor. The isolation amplifi er accepts direct connection to external sensors that have a variety of signal output types.

Control Option Selection Guide

84


BLDC

FAN

S &

BLO

WER

SIM

PELL

ERST

YLE

Brushless DC FANS and

impeller-style blowersAMETEK Technical and Industrial Products’ Brushless DC Fans and Impeller-Style Blowers

offer multi-speed aerodynamic performances for all types of high airfl ow applications. Our

standard designs come with fully integrated electronics and are available in various input

voltages including 12 and 24 VDC (13.8 and 27.6 VDC). Environmentally resistant designs

are also available for those applications that may require exposure to natural elements. With

airfl ow exceeding 1900 CFM, these products combine the long life expectations of brushless

DC products with maximum cooling and air moving capability.

Air Mover Style Operating VoltageDC

Flow at Free DeliveryCFM (m3/hr)

RTP10 Fan 12/24 910/1015 (1546/1724)

RTP14 Fan 24 1641 (2788)

RTP16 Fan 12/24 1700/1720 (2888/2922)

RTP16S Fan 12/24 1800/1920 (3058/3262)

RTP1300 Blower 12/24 378 (642)

RTP1400 Blower 12/24 568/619 (964/1051)

RTP1600 Blower 12/24 877/872 (1490/1482)

RTP1700 Blower 24 736 (1250)

86

RTP10 Brushless DC Fan12/24 VDC


150077-01* PULLER 150113-01* PULLER

Voltage Input VDC 12 (actual 13.8) 24 (actual 27.6)


CFM 910 1015

m3/hr 1546 1724

4X.36

(9.14)

2X5.14

(130.56)

10.72(272.29)

4X THRU Ø .25 (Ø 6.35)

SPACED AS SHOWN

Ø 11.28(Ø 286.51)

1X 16 GA. (YEL: 0 TO +10.0 VDC)2X 14 GA. (RED: +; BLACK: -)XLPE, 300V, 125°C

3X 0.38±0.12(9.65±3.05)

3X 24.0±1.00(609.6±25.4)

4.85(123.19)

2.88(73.15)

.86(21.84)

11.87(301.50)

Ø 3.00±0.01(Ø 76.20±0.25)

AIR FLOW

PULLER

INCH(MM)

NOTES: • These fans can be equipped with an option allowing for up to four distinct speed settings. Please inquire with the Marketing/Sales Department for specifi c

set points.• Temperature: Working Ambient Air: -40°C to 70°C, Storage Air: -40°C to 85°C.• Nominal Input Voltage: 12 VDC is 9 to 18 VDC, 24 VDC is 18 to 32 VDC; test performed at 13.8 VDC for 12 VDC models, and 27.6 VDC for 24 VDC

models.• Environmentally resistant design. Please discuss specifi c operating environment with the Marketing/Sales Department.• Approximate Weight: 6 lbs.




BRUS

HLES

SDC

FAN

S

87


TYPICAL PULLER PERFORMANCE

Test data is corrected to “standard conditions” – 0.075 lb./ft3 air density (29.92 Hg at 70°F).

88

RTP14 Brushless DC Fan24 VDC


150078-01* PULLER

Voltage Input VDC 24 (actual 27.6)


CFM 1641

m3/hr 2788

4X.36

(9.14) 2X7.08

(179.83)

2X14.68

(372.87)

13.97(354.84)

4X THRU Ø .25

(Ø 6.35)SPACED AS SHOWN

Ø 14.68(Ø 372.87)


3X 0.38±0.12(9.65±3.05)

3X 24.0±1.00(609.6±25.4)

5.85(148.59)

3.65(92.71)

.86(21.84)

Ø 3.00±0.01(Ø 76.20±0.25)

AIR FLOW

PULLER

INCH(MM)


set points.• Temperature: Working Ambient Air: -40°C to 70°C, Storage Air: -40°C to 85°C.• Voltage Range: 24 VDC = 18 to 32 VDC.• Environmentally resistant design. Please discuss specifi c operating environment with the Marketing/Sales Department.• Approximate Weight: 7 lbs.




BRUS

HLES

SDC

FAN

S

89

RTP14 Brushless DC Fan24 VDC



90



150079-01* PULLER 150115-01* PULLER



CFM 1700 1720

m3/hr 2888 2922

Ø 3.00±0.01(Ø 76.20±0.25)

24.0±1.0(609.6±25.4)

3X

0.38±0.12(9.65±3.05)

3X

Ø 16.75(Ø 425.25)

16.56(420.62)2X

8.08(205.23)

16.08(408.43)

2X

0.86(21.84)

3.65(92.71)

5.94(150.88)


4X THRUØ .25

(Ø 6.35)SPACED

AS SHOWN

AIR FLOW

PULLER

INCH(MM)


set points.• Temperature: Working Ambient Air: -40°C to 70°C, Storage Air: -40°C to 85°C.• Voltage Range: 12 VDC = 9 to 18 VDC; 24 VDC = 18 to 32 VDC.• Environmentally resistant design. Please discuss specifi c operating environment with the Marketing/Sales Department.• Approximate Weight: 7 lbs.




BRUS

HLES

SDC

FAN

S

91




92

RTP16S Brushless DC Fan12/24 VDC


150083-01* PULLER 150116-01* PULLER



CFM 1800 1920

m3/hr 3058 3262

Ø 3.00±0.01(Ø 76.20±0.25)

24.0±1.0(609.6±25.4)

3X

0.38±0.12(9.65±3.05)

3X

16.66(423.16)

12.84(326.14)

12.84(326.14)

15.66(397.76)

0.86(21.84)

3.58(90.93)

6.54(166.12)


4X THRUØ .25

(Ø 6.35)SPACED

AS SHOWN

AIR FLOW

PULLER

INCH(MM)


set points.• Temperature: Working Ambient Air: -40°C to 70°C, Storage Air: -40°C to 85°C.• Voltage Range: 12 VDC = 9 to 18 VDC; 24 VDC = 18 to 32 VDC.• Environmentally resistant design. Please discuss specifi c operating environment with the Marketing/Sales Department.• Approximate Weight: 7 lbs.




BRUS

HLES

SDC

FAN

S

93

RTP16S Brushless DC Fan12/24 VDC



94

RTP1300 Brushless DC Impeller Style Blower12/24 VDC


150117-00 150222-00



CFM 378 378

m3/hr 642 642

NOTES:• These blowers can be equipped with an option allowing for up to four distinct speed settings. Please inquire with the Marketing/Sales Department for

specifi c set points.• Temperature: Working Ambient Air: -40°C to 70°C, Storage Air: -40°C to 85°C.• Voltage Range: 12 VDC = 9 to 18 VDC; 24 VDC = 18 to 32 VDC.• Environmentally resistant design. Please discuss specifi c operating environment with the Marketing/Sales Department.• Approximate Weight: 7 lbs.

0.38±0.12(9.65±3.05)

4.47(113.54)

2.24(56.90)

5.0(127.0)

0.12(3.05)

4.10(104.14)

2X OPENING

2.10(53.34)

2X OPENING

13.86(352.04)

13.25(336.55)

8.25(209.55)

5.0(127.0)

0.31(7.87)

4.0(101.6)

3.5(88.9)

4X

8X Ø 0.22 THRU (Ø 5.59)

2X 0.25 (6.35)

(304.8±25.4) MEASURED PERPENDICULAR TO MOTOR BODY

4X

2X 14 GA. (RED: + , BLACK: - )2X 16 GA. (YELLOW & ORANGE)XLP, 300V, 125°C

INCH(MM)

12.0±1.0

2X 0.66 (15.2)



IMPE

LLER

-STY

LE

BLOW

ERS

95


TYPICAL PERFORMANCE


96


0.38±0.12(9.65±3.05)

5.49(139.45)

2.35(59.69)

0.44(11.18)

.826(20.98)

4.10(104.10)

OPENING

1.484(37.69)

1.968(49.99)

6.593(167.46)

12.86(326.64)

1.51(38.35)

2.301(58.45)

5.30(134.62)(REF.)

24X Ø.188

THRU(4.77)

1.219(30.96)

.889(22.58) 1.642

(41.71)

2.674(67.92)

350.01(13.78)

3.099(78.71)

2X

4.30(109.22)

2X

2.67(67.82)

2X

5.30(134.62)

3.84(97.54)

3.58(90.93)

4X

(304.8±25.4) MEASURED PERPENDICULAR TO MOTOR BODY

4X

2X 14 GA. (RED: +, BLACK: -)2X 16 GA. (YELLOW & ORANGE)XLP, 300V, 125°C

INCH(MM)

12.0±1.0


150229-00 150221-00



CFM 568 619

m3/hr 964 1051

NOTES:

• These blowers can be equipped with an option allowing for up to 4 distinct speed settings. Please inquire with the Marketing/Sales Department for specifi c set points.

• Temperature: Working Ambient Air: -40°C to 70°C, Storage Air: -40°C to 85°C.• Voltage Range: 12 VDC = 9 to 18 VDC; 24 VDC = 18 to 32 VDC.• Environmentally resistant design. Please discuss specifi c operating environment with the Marketing/Sales Department.• Approximate Weight: 9 lbs.



IMPE

LLER

-STY

LE

BLOW

ERS

97


TYPICAL PERFORMANCE


98


17.69±0.02(449.32±0.51)

2.18±0.02(55.37±0.51)

2X

3.20(81.28)

2X

1.00(25.4)

4X

2X 3.95

INLET (100.33)

2X 4.17

(161.04)

2X 0.30

(7.62)2X 5.94

(150.88)16.80

(426.72)

2X 7.34

(186.44)

2X 4.17

(105.92)

2X 3.70

(93.98)

2X 3.17

(80.52) 4X 0.16

(4.06)

4X 2.81

(71.37)

4X 0.38±0.13

(9.65±3.05)

12.00±1.00(304.8±25.4)MEASURED

PERPENDICULARTO MOTOR BODY

LEADS EXITWITHIN

QUANDRANTSHOWN

2X 3.10

(78.74)

4X Ø .285

THRU, SPACED AS SHOWN (7.24) INCH(MM)

2X 14 GA. (RED: +, BLACK: -)2X 16 GA. (YELLOW & ORANGE)XLP, 300V, 125°C


150225-00 150226-00



CFM 877 872

m3/hr 1490 1482

NOTES:


• Temperature: Working Ambient Air: -40°C to 70°C, Storage Air: -40°C to 85°C.• Voltage Range: 12 VDC = 9 to 18 VDC; 24 VDC = 18 to 32 VDC.• Environmentally resistant design. Please discuss specifi c operating environment with the Marketing/Sales Department.• Approximate Weight: 10 lbs.



IMPE

LLER

-STY

LE

BLOW

ERS

99


TYPICAL PERFORMANCE


100

RTP1700 Brushless DC Impeller Style Blower24 VDC

INCH(MM)

(45°)

3.84(97.54)

0.38(9.65)

62.74(2.47)

65.79(2.59)

63.50(2.50)

2.70(68.58)

4X 0.31

(7.87)4X 0.39

(9.91)

4X 1.71

(43.43)

4X 1.03

(26.16)

4X 0.75

(19.05)

4X 0.43

(10.92)

4X 4.32

(109.73)

2X 5.30

(134.62)

2X 5.63

(143.00)

2X 2.37

(60.20)

2X 5.51

(139.95)

2X 0.20

(5.08)

2X 4.94

(125.48)

2X 16.66±0.03

(423.16±0.76)

4X 0.38±0.12

(9.65±3.05)

4X 12.00±1.00

(304.8±25.4)

2X 0.50

(12.7)

2X 2.31

(58.7)OPENING

2X 0.34

(8.6)

2X Ø 3.81

X 12.7

DEEP

(Ø 0.15) (0.50)

2X 5.11

OPENING

(129.8)

YELLOWORANGE

BLACKRED

2X 14 GA. (RED: +, BLACK: -)2X 16 GA. (ORANGE, YELLOW)

XLP, 300V, 125°C


150220-00

Voltage Input VDC 24 (actual 27.6)


CFM 736

m3/hr 1250

NOTES:


• Temperature: Working Ambient Air: -40°C to 70°C, Storage Air: -40°C to 85°C.• Voltage Range: 24 VDC = 18 to 32 VDC.• Environmentally resistant design. Please discuss specifi c operating environment with the Marketing/Sales Department.• Approximate Weight: 10 lbs.



IMPE

LLER

-STY

LE

BLOW

ERS

101

RTP1700 Brushless DC Impeller Style Blower24 VDC

TYPICAL PERFORMANCE


NOTES

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

102


PUM

PSPUMPSOur Seal-less Brush and Brushless Water Circulating Pumps offer four basic pump/motor

designs from 10 GPM (37.9 L/min) to 26 GPM (98.4 L/min) in either 12 VDC or 24 VDC motor

designs. Variable speed is available upon request for the brushless designs. The seal-less

pump design is magnetically coupled which provides for a leak-proof pump. There are

no rotating wet seals to wear out and leak. Detailed pump information is provided on the

individual product sheets. AMETEK seal-less pumps are not designed for, and should not be

used in, life sustaining applications.

StyleNominal Voltage

Nominal Flow*GPM (L/min)

Maximum HeadFeet (Meter)

10 GPM Brush13.8 7 (26.5)

10 (3.05)27.6 7 (26.5)

12 GPM Brushless13.8 9 (34.1)

20 (6.1)27.6 9 (34.1)

18 GPM Brushless13.8 16 (60.6)

10 (3.05)27.6 16 (60.6)

26 GPM Brushless 27.6 18 (68.1) 20 (6.1)

* Represents maximum fl ow at 85°C ambient air temperature.

104

10 Gallon Seal-less Pump, Brush Motor

CA

UTI

ON

2X

OUTLET

BARB FITTING, BRASS,FOR I.D. HOSE

SEE NOTE 2

Ø 1.00(Ø 25.4)

4X .406±.010(10.31±0.25)

4X .281(7.14)

1.625±.010(117.48±0.25)

1.625±.010(117.48±0.25)

3.96±.06(100.58±1.52)

2.25±.02(57.15±0.51)

.75±.06(19.05±1.52)

3.00±.02(76.20±0.51)

.36(9.14)

NOMINAL RATINGS

VOLTAGE: +27.6 VDC +13.8 VDC FLOW: 10 GPM 10 GPM AMBIENT TEMP RANGE: -40°C TO +85°C -40°C TO +85°C SPEED: 3200 RPM 3200 RPM CURRENT: 3.0 AMPS 6.0 AMPS WEIGHT: 6.0 LB / 2.72 kg 6.0 LB / 2.72 kg

“RED” LEAD: +27.6 VDC +13.8 VDC “BLACK” LEAD: RETURN RETURN

12 AWG XLPE LEAD DESIGNATION

INCH(MM)

150163-31(6:00 BLAST)

150163-11(12:00 BLAST)

150163-21(3:00 BLAST)

150163-41(9:00 BLAST)

BLAST DIRECTION DETAIL

NOTES:1. MOTOR HOUSING AND MOUNTING BRACKET MATERIAL: CRS MOTOR END CAPS MATERIAL: ALUMINUM AND/OR ZINC PUMP HOUSING: POLYSULFONE PLASTIC2. CAUTION: DO NOT RE-TORQUE INLET FITTING DURING FIELD I INSTALLATION OR REPAIR COULD RESULT IN PUMP HOUSING

DAMAGE.

5.14±.06(130.56±1.52)

2.38(60.45)

1.11(28.19)

.75(19.05)

.09(2.29)

Ø .80(Ø 20.32)

Ø .76(Ø 19.30)

CAUTION LABELSEE NOTE 2

10.0±2.0 (254.8±50.8)

Ø 1.36(Ø 34.54)

Ø 3.27(Ø 83.06)

.58(14.73)

3.42±.06(86.87±1.52)

4.68±.06(118.87±1.52)

4.68±.06(118.87±1.52)

1.18±.06(29.97±1.52)

Ø 1.01(Ø 25.65)

Model Voltage VoltageRange

FlowGPM (L/min) Current Speed Ambient Temperature

Range

150163-11 13.8 VDC 9 - 18 VDC 10 (37.9) 6 Amps 3200 RPM -40°C to 85°C

150162-11 27.6 VDC 18 - 32 VDC 10 (37.9) 3 Amps 3200 RPM -40°C to 85°C

NOTES:

• Motor design characteristics are based on an operating environment of 85°C.• Nominal and maximum performance fi gures are based on a winding temperature of 105°C.• This product is designed for medium duty harsh environment applications such as shuttle bus and other medium duty transit bus applications.• This product is environmentally resistant to hot water spray, rain, humidity, salt, fog, shock, and vibrations associated with vehicle applications.• The seal-less pump is leak proof and features a magnetic coupling with no wet seal to wear or replace.• The brush motor is removable from the pump without draining the coolant system.• Approximate typical weight: 6 lbs.



PUM

PS

105

10 Gallon Seal-less Pump, Brush Motor

TYPICAL PERFORMANCE

106

12 Gallon Seal-less Pump, Brushless Motor

NOTES:

• Motor design characteristics are based on an operating environment of 85°C.• Nominal and maximum performance fi gures are based on a winding temperature of 105°C.• This product is designed for medium duty harsh environment applications such as shuttle bus and other medium duty transit bus applications.• This product is environmentally resistant to hot water spray, rain, humidity, salt, fog, shock, and vibration associated with vehicle applications.• The seal-less pump is leak proof and features a magnetic coupling with no wet seal to wear or replace.• The brushless motor is removable from the pump without draining the coolant system and has no brushes to be replaced. The motor is electronically

commutated.• Approximate typical weight: 8 lbs.

4X 2.00

(50.80) Ø 0.81

(20.62)

3.0 REF.(76.2)

0.06(1.52)

2.24(56.90)

Ø 3.00±0.01(Ø 76.20±0.25)

1.84±0.06(46.74±1.52)

1.625±0.10(117.48±0.25)

3.96±0.06(100.58±1.52)

1.625±0.10(117.48±0.25)

2.25±0.02(57.15±0.51)

3.00±0.02(76.20±0.51)

4.29±0.06(108.97±1.52)

5.79±0.06(147.07±1.52)

2.00±0.06(50.80±1.52)

.093±0.10(2.36±0.25)

5.62±0.06(142.75±1.52)

1.19±0.06(30.23±1.52)

3.50 REF.(88.90)

1.46(37.08)

Ø 3.0±1.0(Ø 152.4±25.4)

Ø 1.02(Ø 25.65)

(RED)

0.88(22.35)

CA

UT

ION

CAUTIONLABEL

OUTLET

BLAST DIRECTION DETAIL

150042-11(12:00 BLAST)

150042-21(3:00 BLAST)

150042-31(6:00 BLAST)

150042-41(9:00 BLAST)

Ø 0.81

(19.05)

Ø 0.84

(21.34)

4X .406±.010

(10.31±0.25)

4X .281

(7.14)

2X 12.00±1.00

(304.8±25.4)

2X 14 GA. LEADSXLPE, 300V, 125°CUS 3266/CSA 1252

REF. LEAD DESIGNATION

1.29±0.01(32.77±0.25)INCH

(MM)

BARB FITTING,BRASS, FOR

Ø 1.00 I.D. HOSE(Ø 25.4)

14 AWG LEAD DESIGNATION“RED” LEAD: +13.8 VDC

“BLACK” LEAD: RETURN



Range

150042-X1 13.8 VDC 9 - 18 VDC 12 (45.4) 12 Amps 3300 RPM -40°C to 85°C




PUM

PS

107


TYPICAL PERFORMANCE

DURA-TEK

108


NOTES: • Motor design characteristics are based on an operating environment of 85°C.• Nominal and maximum performance fi gures are based on a winding temperature of 105°C.• This product is designed for heavy duty harsh environment applications such as heavy duty transit bus applications. • This product is environmentally resistant to hot water spray, rain, humidity, salt, fog, shock, and vibration associated with vehicle applications.• The seal-less pump is leak proof and features a magnetic coupling with no wet seal to wear or replace.• The brushless motor is removable from the pump without draining the coolant system and has no brushes to be replaced. The motor is electronically


STAMPING DATA

CORRUGATED LOOM

CONNECTOR WEATHERPACKPACKARD NO. 12010973OR EQUIVALENT

4X 3/8-16 UNC-2B X 0.50 DEEPEQUALLY SPACED AS SHOWNON A Ø 2.312 BOLT CIRCLE

12.0±1.0(304.8±25.4)

3.50±0.03(88.90±0.8)(MOTOR FLATS)

4.62(117.4)

6.0(152.4)

2.74(69.6)

Ø 3.094(Ø 78.59)

1.48±0.10(37.6±2.5)

2.312(58.73)

1.35(34.3)

2.12(53.8)

1.81(46.0)

2X 3/8-16 UNC-2B X 0.38 DEEP (9.7)SPACED AS SHOWN

4X1.00

(25.4)

2X R 0.38

(9.7)

4X 2.44

(62.0)

Ø 1.25 INLET (Ø 31.8)

.45 REF (11.4)

.23 REF (5.84)

Ø

0.88 OUTLET (22.4)

Ø 3.89±.03

(98.8±0.8) (MOTOR)

150178-11-0(12:00 BLAST)

150178-21-0(3:00 BLAST)

150178-31-0(6:00 BLAST)

150178-41-0(9:00 BLAST)

BLAST DIRECTION OPTIONS

IN(MM)

B A (–) RETURN (+) 27.6 VDC BLACK RED

HOOK-UP DIAGRAM

B A

ROTATION



Range





PUM

PS

109


TYPICAL PERFORMANCE

110


150198-11(12:00 BLAST)

150198-21(3:00 BLAST)

150198-31(6:00 BLAST)

150198-41(9:00 BLAST)

4X 0.355±0.015

(9.02±0.38)

4X 1.060±0.015

(26.92±0.38)

4X 2.44

(61.98)

2X R 0.38

(9.65)

4X R 0.25

(6.35)

0.38(9.65)

0.23(5.84)

0.97(24.6)

2X

2.13(54.1)

3.00(76.2)

0.18(4.57)

Ø 5.25(Ø 133.35)

Ø 3.094(Ø 78.59)

2.64(67.1)

1.40(35.56)

0.32(8.13)

4.59(116.6)

6.76(171.7)

2.312(58.72)

0.47(11.94)

3.68(93.47)

4.25(107.95)

2.750(69.85)

1.40(35.6)

0.71(18.0)

5.68(144.27)

1.35(34.29)

1.81(45.97)

INCH(MM)

4X 3/8-16 UNC-2B X 0.50

DEEP

(12.7)

EQUALLY SPACED AS SHOWN

ON A Ø 2.312

BOLT CIRCLE (Ø 58.72)

CORRUGATEDLOOM

2X 12 AWG XLPE LEADS WEATHER PACK2 WAY CONNECTOR PACKARD PN 120109732X MALE TERMINAL PACKARD PN 12124587

3X CABLE SEAL PACKARD PN 12015193PIN A: +27.6 VDCPIN B: - RETURN

SEPARATION POINT

NAMEPLATE

18.0 +2.0

-0.0

(457.2 +50.8 ) -00.0

Ø 1.25 INLET (Ø 31.75)

2X 3/8-16 UNC-2B X 0.38 DEEP (9.65)

Ø 0.88 OUTLET (Ø 22.35)

1.48±0.10(37.59±0.25)

4.56±0.60(115.82±1.52)OVER FLATS

BLAST DIRECTION OPTIONS

NOTES: • Motor design characteristics are based on an operating environment of 85°C.• Nominal and maximum performance fi gures are based on a winding temperature of 105°C.• This product is designed for heavy duty harsh environment applications such as heavy duty transit bus applications.• This product is environmentally resistant to hot water spray, rain, humidity, salt, fog, shock, and vibration associated with vehicle applications.• The seal-less pump is leak proof and features a magnetic coupling with no wet seal to wear or replace.• The brushless motor is removable from the pump without draining the coolant system and has no brushes to be replaced. The motor is electronically




Range




PUM

PS

111


TYPICAL PERFORMANCE

NOTES

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

112


controllersAll AMETEK brushless DC motors and blowers require a motor/blower controller to operate.

Many of these AMETEK BLDC motors and blowers feature a built in, integrated controller that

takes the DC input from a power supply or battery and processes it into phase drive signals

that are used to commutate the motor.

Motors and blowers that require low voltage DC input (11 to 52 volts) that do not come

equipped with an integrated, onboard controller, require one of the external controllers

described in this section.

Controller details, features, motor compatibility, recommended connector/wiring

harnesses, and a handy motor/blower sizing form are also located in this section.

CONT

ROLL

ERS

114

5 Amp BLDC Motor/Blower Controller

1

INCH(MM)

MAX.

1.70(43.2)

1.00(25.4)

MAX.

0.98(24.9)

MAX..156±.010(4±0.25)2X

.53±.01(13.5±0.25)

2X

2.190±.015(4.83±0.38)2X

.190±.010(4.83±0.25)4X

3.25±.01(82.6±0.25)

MOLEX 6373 VERTICAL FRICTION LOCK HEADERSQUARE PIN, .100 CENTER,2 CIRCUIT SEE CHART (J9)

MATES WITH MOLEX #22-01-2025

MOLEX 70553 SERIES RIGHT ANGLE HEADERLOW PROFILE, SQUARE PIN, .100 CENTERS

8 CIRCUIT SEE CHART (J4)MATES WITH MOLEX 70066 SERIES G VERSION

CONNECTOR HOUSING 50-57-9408 OR EQUIVALENT

MOLEX .156” PITCH RIGHT ANGLEFRICTION LOCK HEADER, SQUARE PIN

3 CIRCUIT SEE CHART (J1)MATES WITH AMP TERMINAL HOUSING

770849-3 OR EQUIVALENT

3.338±.015(84.79±0.38)

3.65±.01(92.7±0.25) J1-1 Vin

J1-2 Vin Return (Gnd)J1-3 Analog Speed In

J4-1 Motor Phase AJ4-2 Motor Phase CJ4-3 Hall - (Gnd)J4-4 Hall 1J4-5 Hall 2J4-6 Hall 3J4-7 Hall + (+12V)J4-8 Motor Phase B

J9-1 Return (Gnd)J9-2 Tach Out

J3 J21 1

C17

J91

J1

J5

J6J4

11

1

Controller DataMotor/Blower Contoller

48132*

Maximum Continuous Current 5 A

Input Voltage Range 11-52 VDC

Controller PWM Frequency 25 kHz

Analog Speed Input 0-5 VDC

Electrical Hall Spacing 60° or 120°

Waveform 6-Step Trapezoidal

Current Limit Protection Yes

Rotation CW / CCW

*These part numbers are available through AMETEK Technical & Industrial Products distributors.

NOTES:• Temperature: Operating: 0°C to 50°C, Storage Air: -40°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: 5 Amp RMS maximum.

Caution should be taken. Misplacement of jumper setting will destroy the control.Jumper Settings: J2-Motor Sensor Spacing: 120° electrical spacing with jumper connected (default).

60° electrical spacing with jumper disconnected.

J3-Rotations: Clockwise rotation with jumper connected (default). Counter-clockwise rotation with jumper disconnected. Do not change while motor is running or damage will occur.

J5-Input Voltage: Position 1-2 for 16-52 VDC (default). Position 2-3 for 11-16 VDC.

J6-Speed Control: Position 1-2 for internal speed adjust, via on board potentiometer (default). Position 2-3 for analog speed input, via 0-5 VDC signal applied to J1 pins 2 and 3.

J9: F out provides a 0-12 VDC square wave to monitor speed

F out (Hz) = ( Motor RPM ) ( Motor) 120 Poles



CONT

ROLL

ERS

115


1

INCH(MM)

MAX.

1.70(43.2)

1.00(25.4)

MAX.1.00(25.4)

MAX..156±.010(4±0.25)2X

.53±.01(13.5±0.25)

2X

2.190±.015(4.83±0.38)2X

.190±.010(4.83±0.25)4X

3.25±.01(82.6±0.25)

MOLEX 6373 VERTICAL FRICTION LOCK HEADERSQUARE PIN, .100 CENTER,2 CIRCUIT SEE CHART (J9)

MATES WITH MOLEX #22-01-2025







3.338±.015(84.79±0.38)

3.65±.01(92.7±0.25)

J1-1 VinJ1-2 Vin Return (Gnd)J1-3 Analog Speed In

J4-1 Motor Phase CJ4-2 Motor Phase BJ4-3 Motor Phase AJ4-4 Hall - (Gnd)J4-5 Hall + (+12V)J4-6 Hall 1J4-7 Hall 2J4-8 Hall 3

J9-1 Return (Gnd)J9-2 Tach Out

J3 J21 1

C17

J91

J1

J5

J6

J4

11

1

Controller Data Motor/Blower Contoller48133*








Rotation CW / CCW

NOTES:• Temperature: Operating: 0°C to 50°C, Storage Air: -40°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 10 Amp maximum.







J9: F out provides a 0-12 VDC square wave to monitor speed

F out (Hz) = ( Motor RPM ) ( Motor) 120 Poles

116


1.70(43.2) MAX.

1.56±.010(4±0.25)

3.25±.01(82.6±0.25)

3.338±.015(84.79±0.38)

3.65±.01(92.7±0.25)

2X

2.190±.015(4.83±0.38)2X

.190±.010(4.83±0.26)4X

.53±.01(13.5±0.25)2X

1.12(28.5) MAX.

1.40(35.6) MAX.

PIN 12 PIN 6

PIN 1

PIN 1

TERMINAL BLOCK.197 CENTERS#12 - #30 AWGSEE CHART (J1)

MOLEX 8724 SERIES DUAL ROW SHROUDED HEADERSQUARE PIN, .100 CENTERS, 12 CIRCUIT SEE CHART (J4)MATES WITH MOLEX 70450 SERIES DUAL ROW CRIMPCONNECTOR HOUSING NO. 22-56-6127 OR EQUIVALENT J4-1 Ground

J4-2 Hall 1J4-3 Hall 2J4-4 Hall 3J4-5 Hall +J4-6 BrakeJ4-7 GroundJ4-8 VrefJ4-9 Output EnableJ4-10 Forward/ReverseJ4-11 Tach OutJ4-12 Analog In

J1-1 VinJ1-2 Phase AJ1-3 Phase BJ1-4 Phase CJ1-5 Ground

INCH(MM)

PIN 7

J4

J1

C17

J2J3J6J5

1

1111

1









Rotation CW / CCW


NOTES:• Temperature: Operating: 0°C to 50°C, Storage Air: -40°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.








CONT

ROLL

ERS

117

20 Amp Programmable Motor/Blower Controllerwith Digital Signal Processor (DSP)

.156±.010(4±0.25)

3.65±.01(92.7±0.25)

2.00(50.8)MAX.

1.48(37.6)MAX.

1.12(28.5)MAX.

J5J5

J4

J2S1

J1

J4

PIN 1

C35

C34

POT1

OFF ON

PIN 6 PIN 12

PIN 7

3.338±.015(84.79±0.38)

TERMINAL BLOCK

.197 CENTERS#12 - #30 AWGSEE CHART J5

MOXLE #90130-3112 DUAL ROW SHROUDED HEADERSQUARE PIN, .100 CENTERS, 12 CIRCUIT SEE CHART (J4)

MATES WITH MOLES #90142-0012 DUAL ROW CRIMPCONNECTOR HOUSING WITH #90119-2109 SOCKET TERMINALS

2X

INCH(MM)

2.190±.015(55.63±0.38)2X

.53±.01(13.5±0.25)2X

.190±.010(4.83±0.25)4X

3.25±.01(82.6±0.25)

1

14

1

1



Input Voltage Range 11-52 VDC (optional 60 VDC)


Analog Speed Input 0-5 VDC, 2k-20k Potentiometer




Rotation CW / CCW

FEATURES:• Input Voltage Range: 11 to

52 VDC (Optional 60 VDC).

• Thermal Trip: 105°C or programmable.

• Braking: Connect J4-6 to Vin.

• Rotation: Direction can be changed during operation.

• Acceleration: Fast, slow, or programmable.

NOTES:• Temperature: Operating: 0°C to 50°C, Storage Air: -40°C to 85°C.

Switch Settings:S1.1 Off - 60° Electrical (4 Pole)

On - 120° Electrical (8 Pole)

S1.2 Off - OE Active when pulled high On - OE Active when pulled low

S1.3 Off - External speed control On - Internal potentiometer speed control

S1.4 Off - Fast acceleration On - Slow acceleration

Jumper Settings:J2 1-2, 11-18 VDCJ2 2-3, 16-52 VDCJ4-1 GroundJ4-2 Hall 1J4-3 Hall 2J4-4 Hall 3J4-5 Hall +J4-6 BrakeJ4-7 GroundJ4-8 VrefJ4-9 Output EnableJ4-10 Forward/ReverseJ4-11 Tach OutJ4-12 Analog/In

J5-1 GroundJ5-2 Phase CJ5-3 Phase BJ5-4 Phase AJ5-5 Vin


118

BLDC MOTOR/BLOWER CONTROLLER NUMBERS

Combustion/

NautilAir

Blowers

NautilairModel

Harness Part

Number

Option Card

Harness

150330, 150230

5-39044 N/A

150332, 150232

5-39044 5-39048

150331, 150231

5-39045 N/A

150340, 150240

5-39046 N/A

150342, 150242

5-39046 5-39048

150341, 150241

5-39047 N/A

CableLength

mm Inches

5-39059-1* 457.2±12.7 18.00±.50

5-39059-2 609.6±12.7 24.00±.50

5-39059-3 304.8±12.7 12.00±.50

5-39060* 457.2±12.7 18.00±.50

39685 145.0±3.0 5.71±.12

39685-1 292.1±3.0 11.50±.12

39685-2 241.3±3.0 9.50±.12

39685-3 304.8±12.7 12.00±.50

39685-4 457.2±12.7 18.00±.50

39685-5 609.6±12.7 24.00±.50

39773 368.3±12.7 14.50±.50

39773-1 304.8±12.7 12.00±.50

39773-2 457.2±12.7 18.00±.50

39773-3 609.6±12.7 24.00±.50

39817* 457.2±12.7 18.00±.50

39817-1 609.6±12.7 24.00±.50

39817-2 304.8±12.7 12.00±.50

39831* 457.2±12.7 18.00±.50

39851 152.4±12.7 6.00±.50

39851-1 304.8±12.7 12.00±.50

39851-2 457.2±12.7 18.00±.50

39851-3 609.6±12.7 24.00±.50

* Cable 39831 or 5-39060 transfers hall signals from the motor/blower to the controller. Cable 39817 or 5-39059-1 does the same, but also provides cabling for analog input, tach output, braking, forward/re-verse, enable/disable, and voltage reference of a nominal 6.25 VDC at a maximum of 10 milliamps.

WINDJAMMER Voltage and

Power RatingBlower Type Speed Control

MethodHarness Part

Number

48 VDC, 500 WattBy-Pass and Through-Flow

Mechanical (M) 5-39062

Electrical (E) 5-39063

72 VDC, 500 WattBy-Pass and Through-Flow

Mechanical (M) 5-39062

Electrical (E) 5-39063

120 VAC, 250 WattBy-Pass and Through-Flow

Mechanical (M) 39649

Electrical (E) 39650

240 VAC, 400 Watts

By-PassMechanical (M) 39679


Through-FlowMechanical (M) 39679


120 VAC, 800 Watt By-PassMechanical (M) 39795


240 VAC, 1200 Watt By-PassMechanical (M) 39679


Motor/Blower

Part Number

ControllerPart

Numbers

Mating Cable from External Controller to

Motor/Blower

InputPower

Cable to External

Controllerfor

Controller 48134for

Controller 48140

116450 48133 N/A N/A 39773

116521 48133 N/A N/A 39773

116522 48133 N/A N/A 39773

119272 48134 or 48140 N/A N/A N/A

119275 48134 or 48140 N/A N/A N/A

119000 48134 or 48140 39831 or 39817* 5-39060 or 5-39059-1* N/A

119001 48134 or 48140 39831 or 39817* 5-39060 or 5-39059-1* N/A

119002 48134 or 48140 39831 or 39817* 5-39060 or 5-39059-1* N/A

119003 48134 or 48140 39831 or 39817* 5-39060 or 5-39059-1* N/A

119004 48134 or 48140 39831 or 39817* 5-39060 or 5-39059-1* N/A

119005 48134 or 48140 39831 or 39817* 5-39060 or 5-39059-1* N/A

119006 48134 or 48140 39831 or 39817* 5-39060 or 5-39059-1* N/A

119007 48134 or 48140 39831 or 39817* 5-39060 or 5-39059-1* N/A

119008 48134 or 48140 39831 or 39817* 5-39060 or 5-39059-1* N/A

119050 48134 or 48140 39831 or 39817* 5-39060 or 5-39059-1* N/A

119051 48134 or 48140 39831 or 39817* 5-39060 or 5-39059-1* N/A

119052 48134 or 48140 39831 or 39817* 5-39060 or 5-39059-1* N/A

119053 48134 or 48140 39831 or 39817* 5-39060 or 5-39059-1* N/A

119054 48134 or 48140 39831 or 39817* 5-39060 or 5-39059-1* N/A

119055 48134 or 48140 39831 or 39817* 5-39060 or 5-39059-1* N/A

119056 48134 or 48140 39831 or 39817* 5-39060 or 5-39059-1* N/A

119057 48134 or 48140 39831 or 39817* 5-39060 or 5-39059-1* N/A

119058 48134 or 48140 39831 or 39817* 5-39060 or 5-39059-1* N/A

119375 48133 or 48140 39851 N/A 39773

119380 48133 or 48140 39851 N/A 39773

119383 48133 or 48140 39851 N/A 39773

119381 N/A N/A N/A 39773

119382 N/A N/A N/A 39773

119384 N/A N/A N/A 39773

119385 N/A N/A N/A 39773

119378 N/A N/A N/A 39773

119379 N/A N/A N/A 39773

150016 48132 39685 N/A 39773

150017 48132 39685 N/A 39773

150166 N/A N/A N/A 39773

150193 48140 N/A N/A N/A


ENGI

NEER

ING

NOTE

S

119

Blower SizingPurpose of product which blower is to be incorporated in __________________________________________________________________________________________________________________________

Describe general operation _______________________________________________________________________________________________________________________

Estimated annual requirements ____________________ ________________________________________________

Power Supply: _________VDC __________VAC

Air Flow Requirements: _______To __________ CFM(m3/hr)

Air Flow Requirements: _______To __________ In. H2O(mBar)

Standard Operating Point:Pressure or Vacuum _______ In. H2O, Flow______ CFM (mBar) (m3/hr)

Surrounding Temperature:Min. ________°F (°C) Max.________°F (°C)

Humidity: _____________________________________

Agency Requirements: ISO9001 UL TUV CSA Other

Expected Life Hours: ___________________________

Production Delivery Date: _______________________

Expected Price Range: _________________________

If ReplacementCurrent Manufacturer: __________________________

Model: _______________________________________

MOTOR/BLOWER SIZING FORM

PLEASE COMPLETE THIS FORM AND FAX IT TO +1 330-677-3306,ATTENTION: TECHNICAL & INDUSTRIAL PRODUCTS MARKETING DEPARTMENT

DATE ________________________________________

COMPANY ________________________________________________________________________________

ADDRESS _________________________________________________________________________________

CITY ___________________________STATE _______ ZIP ___________COUNTRY ___________________

NAME _____________________________________________________________________________________

TITLE ___________________________________DEPT. _________________________

TELEPHONE ______________________________FAX _________________________

E-MAIL ________________________________________________________________Complete applicable side for additional information.

Motor SizingPurpose of product which motor is to be incorporated in __________________________________________________________________________________________________________________________

Describe general operation _______________________________________________________________________________________________________________________

Estimated annual requirements ____________________ ________________________________________________

Power Supply: _________VDC __________VAC

Speed Requirements: _______To _________ RPM

Maximum Continuous Performace Requirement Speed ________ RPM Torque ________ Oz. In. (Ncm) Power ________ HP (watts)

Dimension, Max.:Diameter _____ In. (mm) Length _____ In. (mm)

Surrounding Temperature:Min. ________°F (°C) Max.________°F (°C)

Humidity: _____________________________________

Expected Life Hours: ___________________________

Production Delivery Date: _______________________

Expected Price Range: _________________________

If ReplacementCurrent Manufacturer: __________________________

Model: _______________________________________

Throughout our catalog, you will fi nd terminology used for air moving selection and product sizing. Below are a few of the key terms:

Flow (Volume Rate/Time)• AMETEK charts are in SCFM, m3/min, or L/S• SCFM = Standard Cubic Feet Per Minute

(American)• M3/min = Cubic Meters Per Minute (Metric)• L/sec = Liters Per Second (Metric)

Pressure (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)• Standard Atmosphere = 0 PSIG = 14.7 PSIA

Density (Weight/Volume)• Standard Air = 0.075 lb./cubic foot

Specifi c Gravity (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)

Pressure Drop/Back Pressure/Impedance

• 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 fi xed system has a fi xed system impedance caused by a single or multiple pressure drop points

• Changing the system impedance will cause the blower’s work point to change

engineering BASICS – Air moving

120


ENGI

NEER

ING

NOTE

S

121

ALT

ITU

DE

-FE

ET

BA

RO

ME

TR

IC P

RE

SS

UR

E

Inch

Hg

(32°

)F

lbs./ft3

Density

°C °F

PS

IA

EQUATION:

STANDARD AIR

p = 1.325 x Pa

459.7 + T

where,

p = Density, lbs./ft3

Ps = Barometric Pressure, Inches Hg

T = Ambient Temperature °F

35

32.5

30

27.5

25

22.5

20

17.5

15

10

7.5

5

2.5

0

17

16.5

16

15.5

15

14.5

14

13.5

13

12.5

12

11.5

11

10.5

10

9.5

9

8.5

8

7.5

7

6.5

6

5.5

5

4.5

4

3.5

3

2.5

2

-100

-90

-80

-70

-60

-50

-40

-30

-20

-10

0

10

20

30

40

50

60

70

80

90

100

110

120

130

140

150

160

170

180

190

200

-150

-125

-100

-75

-50

-25

0

25

50

75

100

125

150

175

200

225

250

275

300

325

350

375

400

.1600

.1550.1500

.1450.1400

.1350.1300

.1250.1200

.1150.1100

.1050.1000

.0950

.0900

.0850

.0800

.0700

.0600

.0500

.0400

.0350

.0300

.0250

.0200

.0175

.0150

.0125

.0100

.0075

.0050

.0025

0

0

1,000

2,000

3,000

4,000

5,000

6,000

7,000

8,000

9,000

10,000

11,000

12,000

13,000

14,000

15,000

20,000

25,000

30,000

35,000

40,000

45,000

50,000

55,000

60,000

70,000

density correction chart

In the following formulae these symbols are used:

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

D – Density in pounds per cubic foot (lbs./cu. ft.)

H – Height of air or gas column (ft.)

SG – Specifi c Gravity (ratio of density of gas to the density of air)

“Standard Air”-Air at 68°F (absolute temperature 528°) and 29.92” Hg. (barometric pressure at sea level). The density of such air is 0.075 lbs./cu. ft. and the specifi c volume is 13.29 cu. ft./lb. The specifi c gravity is 1.0.

The outlet pressure of a blower depends on the condition of the air or gas at the inlet. The inlet condition is infl uenced by:

a – Specifi c gravity (the ratio of density of the gas to density of standard air) b – Altitude (location of blower) c – Temperature of inlet air

Basic Fan Laws ChartVARIABLE VOLUME PRESSURE HORSEPOWER

WHEN SPEED CHANGES

Varies DIRECT with Speed Ratio

CFM2 = CFM1 ( RPM2 ) RPM1

Varies with SQUARE of Speed Ratio

P2 = P1 ( RPM2 )2

RPM1

Varies with CUBE of Speed Ratio

HP2 = HP1 ( RPM2 )3

RPM1

WHEN DENSITY CHANGES Does Not Change

Varies DIRECT with Density Ratio

P2 = P1 ( D2 ) D1

Varies DIRECT with Density Ratio

HP2 = HP1 ( D2 ) D1

VolumeThe volume changes in direct ratio to the speed.Example – A blower is operating at 3500 RPM and deliver-ing 1000 CFM. If the speed is reduced to 3000 RPM, what is the new volume?

V1 = Original Volume (1000 CFM)

V2 = New Volume

RPM1 = Original Speed (3500 RPM)

RPM2 = New Speed (3000 RPM)

V2 = V1 ( RPM2 )1 = 1000 x ( 3000 )1

= 1000 x .857 = 857 CFM RPM1 3500

PressurePressure (barometric) varies in direct proportion to altitude.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?

Pressure = 3 x 29.92 = 3.75 or 3 3/4 PSI23.98

If it is desired to determine what pressure a 3 PSI (standard air) blower will deliver at 6000 feet –

Pressure = 3 x 23.98 = 2.4 or about 2 1/2 PSI29.92

When a blower is to operate at a high altitude it is frequently specifi ed 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.

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?

Let: V1 = Volume of standard air (1000 CFM)

V2 = Volume of thinner air

Hg1 = Barometric pressure sea level (29.92)

Hg2 = Barometric pressure 6000 ft. (23.98)

V2 = V1 x Hg1 = 1000 x 29.92 = 1248 CFM

Hg2

23.98

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?

P1 = Original Pressure (5 PSI)

P2 = New Pressure

RPM1 = Original Speed (3500 RPM)

RPM2 = New Speed (3000 RPM)

P2 = P1 ( RPM2 )2 = 5 x ( 3000 )2

= 5 x .735 = 3.68 PSI RPM1 3500

physical laws for blower applications

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Air DensityThe Air Density varies in inverse proportion to the absolute temperature.Example – A blower is to handle 200°F air at 3 PSI pressure. What pressure (standard air) blower is required?

Let: P1 = Pressure hot air (3 PSI)

P2 = Pressure standard air

AT1 = Absolute temperature hot air (200+460=660°F)

AT2 = Absolute temperature standard air (68+460=528°F)

P2 = P1 x AT1 = 3 x 660 = 3.75 or 3 3/4 PSI

AT2

528

A blower is capable of delivering 3 PSI pressure with standard air. What pressure will it develop handling 200°F inlet air?

P1 = P2 x AT2 = 3 x 528 = 2.4 or 2 1/2 PSI

AT1

660

Pressure varies in direct proportion to the density.Example – A 3 PSI (standard air) blower is to be used to handle gas having a specifi c gravity of 0.5. What pressure does the blower create when handling the gas?

Let: Pa = Air pressure (3 PSI)

Pg = Gas pressure

SG = Specifi c gravity of gas (0.5)

Pg = Pa x SG = 3 x .5 = 1.5 PSI

If we are required to handle a gas having a specifi c gravity of 0.5 at 1.5 PSI pressure, we can determine the standard air pressure blower as follows:

Let: Pa = Pg = 1.5 = 3 PSI

SG

.5

HorsepowerThe horsepower changes as the cube of the speed ratio.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?

HP1 = Original Horsepower (50)HP2 = New HorsepowerRPM1 = Original Speed (3500 RPM)RPM2 = New Speed (3000 RPM)

Horsepower vs. Specific Gravity and Ratio of Density.The horsepower varies in direct proportion to the specifi c gravity (ratio of density of gas to density of air).

Example – A standard air blower requires a 10 HP motor. What horsepower is required when this blower is to handle a gas whose specifi c gravity is 0.5?

HP = 10 x 0.5 = 5 horsepower

HP2 = HP1 x ( RPM2 )3 = 50 x ( 3000 )3

= 50 x .630 = 31.5 horsepower RPM1 3500

It is possible that several of the above modifi cations may be required on one installation. Therefore, it may be necessary to use various combinations of these formulae.

Blower Application Law Examples

engineering BASICS

engineering BASICS – motion

engineering BASICS – pump

Throughout our catalog, you will fi nd terminology used for motor selection and product sizing. Below are a few of the key terms:

Horsepower, Torque, and SpeedThe basic relationship between horsepower, torque, and

speed.HP = (RPM x torque) / 63029 lb.-in.Torque (XXX) = (Horsepower x 63029)/RPMHP = HorsepowerT = Torque (lb.-in.)N = Speed in RPM

Motor Contant Motor Constant (Km) = Peak torque / Peak power at stallMotor power to torque ratioKm = KT / RT

AT = Peak torque, oz.-in. / AmpRT = Motor terminal resistance, Ohms

Electrical Time Constant = Inductance / Resistance

Equal to L/RMeasured in secondsEqual to the time it takes the current to reach 63% of the

steady state, for a fi xed voltageL = Inductance, HR = Resistance, Ohms

Mechanical Time Constant = (Rotor Inertia x Resistance) / (Motor Torque Constant x Motor Back EMF)

Equal to time required for the motor’s speed to attain 63.2% of its fi nal value, for a fi xed voltage.

Measured in seconds(J * R) / (Kt * Ke)J is the rotor inertia, Kg-m2

R is the resistance, OhmsKt is the motor torque constant, v / rad / sKe is the motor back-EMF constant, Ncm / Amp

Back EMF Constant (Ke) = Volts / K RPMThe generated voltage as a function of rotor speed.

Torque Constant (Kt) = oz.-in. / AmpThe torque produced for a given input current.

* Q = 449 x V x AQ = Capacity, GPMV = Velocity of fl ow, ft./sec.A = Area of pipe, ft.2

* Head (ft.) = Pressure (psi) * 2.31 Specifi c Gravity

* WHP = Q * HT * SP GR

3960Q = GPMHT = Total differential head, ft.SpGr = Specifi c gravity of fl uidWHP = Water horsepower

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STANDARD ENGINEERING CONVERSIONS

MULTIPLY BY TO OBTAINAtmospheres 76.0 Cms. of MercuryAtmospheres 29.92 Inches of MercuryAtmospheres 406.8348 Inches of WaterAtmospheres 10,333 Kgs./Sq. MeterAtmospheres 1.013 x 105 PascalsAtmospheres 14.70 Pounds/Sq. InchAtmospheres 760 Torrs

Bars 0.9869 AtmospheresBars 1. x 105 Dynes/Sq. Cm.Bars 1.020 x 104 Kgs./Square MeterBars 14.50 Pounds/Sq. InchBritish Thermal Units 0.2520 Kilogram-CaloriesBritish Thermal Units 777.5 Foot-PoundsBritish Thermal Units 1054 JoulesBritish Thermal Units 107.5 Kilogram-MetersBritish Thermal Units 2.928 x 10–4 Kilogram-HoursBritish Thermal Units/Hour 0.293 Watts

Centimeters of Mercury 0.01316 AtmospheresCentimeters of Mercury 0.0372 Inches of WaterCentimeters of Mercury 136.0 Kgs./Square MeterCentimeters of Mercury 0.1934 Pounds/Sq. InchCentimeters/Second 1.969 Feet/MinuteCentimeters/Second 0.6 Meters/MinuteCubic Centimeters 3.531 x 10–5 Cubic FeetCubic Centimeters 6.102 x 10–2 Cubic InchesCubic Centimeters 10-6 Cubic MetersCubic Centimeters 10-3 LitersCubic Feet 2.832 x 104 Cubic Cms.Cubic Feet 1728 Cubic InchesCubic Feet 0.02832 Cubic MetersCubic Feet 0.03704 Cubic YardsCubic Feet 28.32 LitersCubic Feet/Minute 472.0 Cubic Cms./Sec.Cubic Feet/Minute 1.6992 Cubic Meters/HourCubic Feet/Minute .02832 Cubic Meters/MinuteCubic Feet/Minute 28.32 Liters/MinuteCubic Feet/Minute 0.4720 Liters/SecondCubic Feet/Minute 62.4 Lbs. of Water/Min.Cubic Inches 16.39 Cubic CentimetersCubic Inches 5.787 x 10–4 Cubic FeetCubic Inches 1.639 x 10–5 Cubic MetersCubic Meters 105 Cubic CentimetersCubic Meters 35.31 Cubic FeetCubic Meters 61,023 Cubic InchesCubic Meters/Hour .5885 Cubic Feet/MinuteCubic Meters/Minute 35.3107 Cubic Feet/Minute

Feet 30.48 CentimetersFeet 12 InchesFeet 0.3048 MetersFeet 1/3 YardsFeet of Air (1 atmosphere 60°F) 5.30 x 10–4 Pounds/Square Inch

Gallons 3.785 LitersGallons/Minute 0.0631 Liters/SecondGrams/Cu. Cm. 62.43 Pounds/Cubic Foot

Horsepower 42.44 British Thermal Units/Min.Horsepower 33,000 Foot-Pounds/Min.Horsepower 10.70 Kg. Calories/Min.Horsepower 745.7 WattsHorsepower-Hours 2547 British Thermal Units

Inches 2.540 CentimetersInches 103 MilsInches of Mercury 0.03342 AtmospheresInches of Mercury 13.60 Inches of WaterInches of Mercury 345.3 Kgs./Square MeterInches of Mercury 25.40 Mms. of MercuryInches of Mercury 0.4912 Pounds/Square In.Inches of Water 0.002458 AtmospheresInches of Water 0.07355 Inches of MercuryInches of Water 25.40 Kgs./Square MeterInches of Water 2.4884 MillibarsInches of Water 248.8 PascalsInches of Water 5.204 Pounds/Square Ft.Inches of Water 0.03613 Pounds/Square In.

MULTIPLY BY TO OBTAINKgs./Cubic Meter 0.06243 Pounds/Cubic FootKilometers 3281 FeetKilowatts 56.92 British Thermal Units/Min.Kilowatts 737.6 Foot-Pounds/Sec.Kilowatts 1.341 HorsepowerKilowatts 14.34 Kg.-Calories/Min.Kilowatt-Hours 3415 British Thermal Units

Liters 103 Cubic CentimetersLiters 61.02 Cubic InchesLiters 10–3 Cubic MetersLiters .2642 GallonsLiters/Minute .0353 Cubic Feet/MinuteLiters/Second 2.119 Cubic Feet/MinuteLog10N 2.303 LogEN or Ln NLog N or Ln N 0.4343 Log10N

Meters 100 CentimetersMeters 3.2808 FeetMeters 39.37 InchesMeters 10–3 KilometersMeters 103 MillimetersMiles 5280 FeetMiles 1.6093 KilometersMiles 1760 YardsMillibars .4019 Inches of WaterMms. of Mercury 0.0394 Inches of MercuryMms. of Mercury 1.3595–3 Kgs./Square Cm.Mms. of Mercury 0.01934 Pounds/Square Inch

Newton Meters .7376 Pound-Force-FootNewton Meters 141.643 Ounce-Force-Inch

Ounce - Force - Inch 0.706 Newton - CentimeterOunce - Force - Inch 7.06 x 10–3 Newton - MeterOunce - Force - Inch 5.21 x 10–3 Pound - Force - Foot

Pascals .004 Inches of WaterPints (Liq.) 28.87 Cubic InchesPints (U.S. liquid) 473,179 Cubic CentimetersPints (U.S. liquid) 16 Ounces (U.S. fl uid)Pounds 444,823 DynesPounds 453.6 GramsPounds 16 OuncesPounds of Carbon to CO2 14,544 British Thermal Units (mean)Pounds of Water 27.68 Cubic InchesPounds of Water 0.1198 GallonsPounds of Water Evaporated at 212°F 970.3 British Thermal UnitsPounds/Cubic Foot 16.02 Kgs./Cubic MeterPounds/Cubic Foot 4.882 Kgs./Square MeterPounds-Force-Foot 1.3558 Newton MetersPounds/Square Inch 0.06804 AtmospheresPounds/Square Inch 27.7 Inches of WaterPounds/Square Inch 2.036 Inches of MercuryPounds/Square Inch 703.1 Kgs./Square MeterPounds/Square Inch 6.895 x 103 PascalsPounds/Square Inch 51.715 Millimeters of Mercury at 0°C

Rad/Second 9.551 Revolutions/MinutesRevolutions/Minutes .1047 Rad/Second

Square Centimeters 1.973 x 105 Circular MilsSquare Centimeters 1.076 x 10–3 Square FeetSquare Centimeters 0.1550 Square InchesSquare Feet 929.0 Square CentimetersSquare Feet 0.09290 Square MetersSquare Inches 1.273 x 106 Circular MilsSquare Inches 6.452 Square CentimetersSquare Inches 6.944 x 10–3 Square FeetSquare Inches 106 Square MilsSquare Inches 645.2 Square MillimetersSquare Kilometers 10.76 x 106 Square FeetSquare Kilometers 1.196 x 106 Square YardsSquare Meters 10.764 Square FeetSquare Meters 1.196 Square Yards

Temp. (°C) +273 1 Abs. Temp. (°C)Temp. (°C) +17.8 1.8 Temp. (°F)Temp. (°F) +460 1 Abs. Temp. (°F)Temp. (°F) -32 5/9 Temp. (°C)

Watts 0.05692 British Thermal Units/Min.Watts 107 Ergs/SecondWatts 44.26 Foot-Pounds/Min.Watts 1.341 x 10–3 HorsepowerWatts 0.01434 Kg.-Calories/Min.Watts-Hours 3.415 British Thermal UnitsWatts-Hours 1.341 x 10–3 Horsepower/Hours

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