AEROSPACE & MILITARY FANS CATALOG€¦ · AIR CONDITIONING SYSTEMS AVIONICS COOLING UAVs / PODs / MISSILES RACK & BAY VENTILATION SCAVENGE COUNTER MEASURE SYSTEMS CABIN TEMPERATURE

AE

RO

SP

AC

E

&

MI

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2019

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• LMB About Us ............................................................................................................. p.3 From Design to Product ...................................................................................... p.3 OurCertifications ................................................................................................ p.3 Flexible Customer Support ................................................................................. p.3 •StandardLMBFanSPECIFICATION .......................................................................... p.4 •DCBrushlessFans Lenz ................................................................................................................... p.6 Thinfan50 ......................................................................................................... p.6Thinfan52 ......................................................................................................... p.6 Thinfan58.......................................................................................................... p.7Thinfan60 ......................................................................................................... p.8 Thinfan80.......................................................................................................... p.8Thinfan120 ...................................................................................................... p.9 Peltier / Pepite / Pourpier / Pluton .................................................................... p.10Optifan40 ......................................................................................................... p.12Optifan44 .......................................................................................................... p.14Optifan45 .......................................................................................................... p.16Optifan65 .......................................................................................................... p.18Optifan70 .......................................................................................................... p.20Optifan75 .......................................................................................................... p.22Optifan145........................................................................................................ p.24Optifan80 .......................................................................................................... p.26 •AC400HzFans Cumin ................................................................................................................. p.28 Candi ................................................................................................................... p.28 Cheri ................................................................................................................... p.29 Mortier-1 ............................................................................................................ p.29 Maxime2/Maxime4 ......................................................................................... p.30 Maximal2/Maximal4 ....................................................................................... p.31 Maryland-1 ......................................................................................................... p.32 Media2p5 ........................................................................................................... p.32 Mercator ............................................................................................................. p.33 Melba .................................................................................................................. p.33 Prodige/Pasteur/Persan/Pensee/Pastel ..................................................... p.34 Optifan145 ......................................................................................................... p.36 Marathon2/Marathon4 .................................................................................... p.37 •SpeedSignal ............................................................................................................ p.38• PWM ......................................................................................................................... p.39•0-5VDC ..................................................................................................................... p.40• Accessories C-Clamps ............................................................................................................ p.42 Fingersguards .................................................................................................... p.43•EquivalenceofUnits ................................................................................................. p.44•Hyperfancurves ....................................................................................................... p.47

CONTENTS

ABOUT US

LMB, founded over 100 years ago, have become one of the leading suppliers of fans, blowers, motors and specialized rotating machines.

LMB design and manufacture high performance fans and both AC (50 / 60 Hz. 400Hz and Wild Frequency) and DC (12 – 300 VDC) Brushless motors for the aerospace and defence markets with applications in aircraft, helicopters, pods and ground military vehicles.

LMB produce a wide range of fans and motors (more than 1000 off the shelf qualified products). Our engineering and manufacturing departments give us an unparalleled ability for new development. For specific requirements, we are very flexible in designing custom products in short time spans and meeting MIL / DO standards.

FLEXIBLE CUSTOMER SUPPORT

Feel free to contact us for all your requirements for standard or customized products. We will then be pleased to demonstrate all our capabilities of reactivity and flexibility to adapt our standard products to your specific needs.

AIR CONDITIONING SYSTEMS AVIONICS COOLING UAVs / PODs / MISSILES RACK & BAY VENTILATION SCAVENGE COUNTER MEASURE SYSTEMS CABIN TEMPERATURE SENSOR RADAR

OUR CERTIFICATIONS

ISO 9001 v2000 EN/AS 9100 PART 21G PART 145

FROM DESIGN TO PRODUCTION

LMB offer all the capabilities to design, develop and produce on site your FANS, BLOWERS and MOTORS.

Design Prototype development Performance and endurance tests Winding workshop Electronic workshop Machining line Assembly line

FEEL FREE TO CONTACT US ABOUT OUR OTHER PRODUCTS (HIGH PERFORMANCE FANS, CENTRIFUGAL BLOWERS AND ELECTRICAL MOTORS).email : [email protected]

www.lmbaerospace.com

2 3

LMB FANS ARE DESIGNED TO FULFILL THE FOLLOWING ENVIRONMENTAL CONDITIONS :

•Operating temperature range -55 / +85°C

•Storage temperature range -55 / +105°C (MIL-STD-810E, method 501.3 & 502.3)

•Altitude MIL-STD-810E Method 500.3, Procedure 1 and 2Normal operation for altitude variations up to 5000 ft/min up to an altitude of 50000 ft.

•Humidity MIL-STD-810E Method 507.3, Procedure 1 Normal operation when relative humidity is higher or equal to 95% throughout the temperature range.

•Sand and dust MIL-STD-810E Method 510.3Normal operation with 50% reduced sand and dust concentration.Increased tip clearance (sand and dust) for 100 % concentra-tion available as option.

•Sea spray MIL-STD-810E Method 509.3, Procedure 1 (NaCl : 5%)Operating : 96 hrs / Non operating : 120 hrs

•Fungus MIL-STD-810E Method 508.4 (28 days)

• Vibration MIL-STD-810F Method 514.5

• Shock MIL-STD-810F Method 516.5, Procedure 1

• Acceleration MIL-STD-810F Method 513.5, Procedure 2

STANDARD LMB FAN SPECIFICATION

MECHANICAL CONDITIONS

CLIMATIC CONDITIONS

LMB IS FLEXIBLE IN DESIGNING CUSTOM PRODUCTS :

MECHANICAL• Servo ring• Square flange• 3 mounting points• Round flange• Flatted flange

ELECTRICAL • Flying leads• Shielded leads• Terminal block• MS Connector• D38999 Connector

NOMINAL VOLTAGE• From 12VDC to 48VDC

INPUT SIGNAL• 0-5VDC speed control• PWM speed control• Two-speed

SPEED SIGNAL• Low Speed Warning (LSW)• Fan Performance Signal (FPS) - Open Collector - 5VDC, 7.5VDC, 10VDC or 12VDC - 30/rpm or 60/rpm

HARSH ENVIRONMENTAL CONDITIONS• IP68 (potting)• Painting finish• Increased tip clearance for sand and dust

LMB CUSTOMIZATION

4 5

THINFAN 50

THINFAN 52

THINFAN 58

LENZ

Part Number PowerSupply

Speed (rpm)

Input Power(Watts)

Input Current(Amps)

Starting Current(Amps)

Weight(Kg/Lbs)

Noise(dB(A)) Drawing Curve Speed Signal

F.P.S L.S.W

00000664 12VDC 18000 27 2,2 - 0.32/0.71 87 Fig.1 Fig.A - -00000958 28VDC 18000 27 0,85 - 0.32/0.71 87 Fig.1 Fig.B - -

Fig.A


Speed (rpm)

Input Power(Watts)

Input Current(Amps)


Weight(Kg/Lbs)


F.P.S L.S.WSpeed Control**

PWM

00-85001589-001 28VDC 3000 0,6 0,022 0,15 0.035/0.077 32 Fig.1 Fig.A √ - -00-85001590-001 28VDC 7500 2,7 0,097 0,15 0.035/0.077 38 Fig.2 Fig.B √ - -


Speed (rpm)

Input Power(Watts)

Input Current(Amps)


Weight(Kg/Lbs)



PWM

00-85001386-001 28VDC 3000 0,6 0,022 0,15 0.035/0.077 32 Fig.1 Fig.A √ -00-85001387-001 28VDC 6500 1,8 0,063 0,15 0.035/0.077 38 Fig.2 Fig.B √ -00-85001389-001 12VDC 6500 1,4 0,12 0,2 0.035/0.077 38 Fig.2 Fig.B √ -00-85001402-001 12VDC 6500 1,4 0,12 0,2 0.035/0.077 38 Fig.1 Fig.B √ -00-85001403-001 28VDC 6500 1,8 0,063 0,15 0.035/0.077 38 Fig.1 Fig.B √ -00-85001440-001 28VDC 7500 2,7 0,097 0,15 0.035/0.077 38 Fig.2 Fig.C √ -00-85001525-001 28VDC 7500 2,7 0,097 0,15 0.035/0.077 38 Fig.1 Fig.C √ -00-85001574-001 28VDC 7500 2,7 0,097 0,15 0.035/0.077 38 Fig.1 Fig.C √ √


Speed (rpm)

Input Power(Watts)

Input Current(Amps)


Weight(Kg/Lbs)



PWM

00-85001642-001 12VDC 5500 3 0,25 0,35 0.055/0.121 38 Fig.1 Fig.A √ - -00-85001701-001 28VDC 5500 3 0,1 0,25 0.055/0.121 38 Fig.1 Fig.A √ - -00-85001845-001 12VDC 5500 3 0,25 0,35 0.055/0.121 38 Fig.1 Fig.A √ - √

*Refer to page 38 speed signal, FPS: type5

*Refer to page 38 speed signal, FPS: type5 / Refer to page 42 «accessories» /** Refer to page 39 "PWM"

*Refer to page 38 speed signal, FPS: type3 / ** Refer to page 39 "PWM"

Fig.A

Fig.A

Fig.B

Fig.B Fig.C

0

1

2

3

4

5

6

7

8

0 50 100 150 200 250 300 350 400

Stat

ic P

ress

ure

Ris

e, d

aPa

-in.

H2O

Volumetric Flow Rate, L/mn - CFM

0.0402

1.75 3.5 5.25 7 8.75 10.5 12.25 14

0.0804

0.1206

0.1608

0.201

0.2412

0.2814

0.3216

0

1

2

3

4

5

6

7

8

0 50 100 150 200 250 300 350 400

Stat

ic P

ress

ure

Ris

e, d

aPa

-in.

H2O


0.0402

1.75 3.5 5.25 7 8.75 10.5 12.25 14

0.0804

0.1206

0.1608

0.201

0.2412

0.2814

0.3216

0

10.0402

1.75 3.5 5.25 7 8.75 10.5 12.25

0.0804

0.1206

0.1608

0.201

0.2412

2

3

4

5

6

0 50 100 150 200 250 300 350

Stat

ic P

ress

ure

Ris

e, d

aPa

-in.

H2O


0,0

0,50,00201

0.7 1.4 2.1 2.8 3.5 4.2 4.9 5.6 6.3

0.0402

0.0603

0.0804

0.1005

0.1206

0.1407

1,0

1,5

2,0

2,5

3,0

3,5

0 20 40 60 80 100 120 140 160 180

Stat

ic P

ress

ure

Ris

e, d

aPa

-in.

H2O


0,0

0,50,00201

0.7 1.4 2.1 2.8 3.5 4.2 4.9 5.6 6.3

0.0402

0.0603

0.0804

0.1005

0.1206

0.1407

1,0

1,5

2,0

2,5

3,0

3,5

0 20 40 60 80 100 120 140 160 180

Stat

ic P

ress

ure

Ris

e, d

aPa

-in.

H2O


0,1407 0,3216

0,28140,1206

Stat

ic P

ress

ure

Ris

e, d

aPa

- in

.H2O

Stat

ic P

ress

ure

Ris

e, d

aPa

- in

.H2O

Stat

ic P

ress

ure

Ris

e, d

aPa

- in

.H2O

Stat

ic P

ress

ure

Ris

e, d

aPa

- in

.H2O

Stat

ic P

ress

ure

Ris

e, d

aPa

- in

.H2O

3,5 8

7

6

5

4

3

2

1

0 50 100 150 200 250 300 350 400

2,5

1,5

1,0

0,5

00 20 40 60 80 120 140 160 180

2,0

3,0

Fig.A

0,1005

0,0804

0,0603

0,0402

0,00201

0,7 1,4

Volumetric Flow Rate, L/mn - CFM Volumetric Flow Rate, L/mn - CFM

2,1 2,8 3,5 4,2 4,9 5,6 6,3

0,2412

0,201

0,1608

0,1206

0,0804

1,75 3,5 5,25 7 8,75 10,5 12,25 14

0,0402

0,1407

0,201

0,1608

0,1206

0,0804

0,0402

0,1206

0,1005

0,0804

0,0603

0,00201

0,0402

3,5 68

7

6

5

4

3

2

1

00 50

1,75

5

4

3

2

1

00 50 100 150 200 250 300 350

1,75 10,5 12,25

3,0

2,5

2,0

1,5

0,5

00 20 40 60 80 100 120 140 160 180

1,0

Volumetric Flow Rate, L/mn - CFM0,7 1,4 2,1 2,8 3,5 4,2 4,9 5,6 6,3 3,5 5,25 7 8,75


0,24120,3216

0,2814

0,2412

0,201

0,1608

0,1206

0,0804

0,0402


100 150 200 250 300 350 4003,5 5,25 7 8,75 10,5 12,25 14

Fig.2

0.169" ±.01"4X Ø4.5 ±0.3

50 ±0.7

24 ±

0.3

24 ±0.3

40

40

20

20

5.5 Maxi

12 Maxi

Airflow

25 m

ini

300

min

i

Rotation

1.97" ±.03"

1.9

7"

±.0

3"

0.9

84

.94

" ±

.01

"

. 94" ±.01"

11

.81

1 .57"

1.5

7"

.79"

.79

"

0 .21"

.47"

Fig.1

0.169" ±.01"4X Ø4.5 ±0.3

50 ±0.7

24 ±

0.3

50

±0

.7

40

Rotation

Airflow

40

20

20

300

min

i

12 mini

25 m

ini

1.97" ±.03"

.94" ± .01"

.94"

±.0

1"

11.8

1

1.97

" ±

.03"

1.57"

.79".47"

.47"

1.57

"

0.98

4

Fig.1

.17" ±.01"

2.36" ±.02"

2.3

6"

±.0

2"

1 .97" ±.01".47" ±.01"

12

.2"

min

0.9

8"

min

i2

5 m

ini

31

0 m

ini

4X Ø4.3 ±0.3

60 ±0.5

60 ±

0.5

12 ±0.3

AirflowSens de l'air

50 ±0.3

1.9

7"

±.0

1"

50 ±

0.3

Fig.1

0.169" ±.01" 2.05" ±.02"

.47"

2.05

" ±

.02"

1.57" ±.01"

1.57

" ±

.01"

4X Ø4.5 ±0.3 52 ±0.5

40 ±0.3

52 ±

0.5

40 ±

0.3

300

min

i

25 m

ini

12 maxi

11,8

1

0,98

4

Fig.2

0.169" ±.01" 2.05" ±.02"

2.05

" ±

.02"

.47"1.57" ±.01"

1.57

" ±

.01"

4X Ø4.5 ±0.3

40 ±0.3

40 ±

0.3

52 ±0.5

5.5 maxi12 maxi

0.21

52 ±

0.5

300

min

i

25 m

ini

11,8

1

0,98

4

Fig.1

Stat

ic P

ress

ure

Ris

e, d

aPa

- in

.H2O

1003,5 7

500 60010,5 14 17,5 21

4,500,18

0,16

0,14

0,12

0,10

0,08

0,06

0,04

0,02

4,00

3,50

2,50

1,50

0,50

00

1,00

3,00

2,00

200 300 400


0

0

6 7

PartNumber

PowerSupply

Speed(rpm)

InputPower

(Watts)

InputCurrent(Amps)

StartingCurrent(Amps)

Weight(Kg/Lbs)

Noise(dB(A)) Drawing Curve

Speed Signal*F.P.S L.S.W

Speed Control**

PWM

00-85001620-001 12VDC 12000 12 1 2,3 0.115/0.253 60 Fig.1 Fig.A √ - -00-85001621-001 12VDC 12000 12 1 2,3 0.115/0.253 60 Fig.1 Fig.A - √ -00-85001622-001 28VDC 12000 12 0,43 2,3 0.115/0.253 60 Fig.1 Fig.A √ - -00-85001623-001 28VDC 12000 12 0,43 2,3 0.115/0.253 60 Fig.1 Fig.A - √ -00-85001624-001 28VDC 12000 12 0,43 2,3 0.115/0.253 60 Fig.1 Fig.A √ - √

*Refer to page 38 speed signal, FPS: type 2 / **Refer to page 39 «PWM» / Refer to page 42 «Accessories»

THINFAN 120

PartNumber

PowerSupply

Speed(rpm)

InputPower

(Watts)

InputCurrent(Amps)


Weight(Kg/Lbs)



Speed Control0-5 VDC PWM

00-85001630-001 24VDC 8000 34 1,4 5,0 0,45/1,0 35 Fig.1 Fig.A √ - - -00-85001563-002 28VDC 11000 78 2,8 5,0 0.45/1,0 65 Fig.1 Fig.B √ - - -00-85001613-001 28VDC 11000 78 2,8 5,0 0.45/1,0 65 Fig.1 Fig.B √ - √ -00-85001714-001 28VDC 11000 78 2,8 5,0 0,45/1,0 65 Fig.1 Fig.B √ - - √00-85001762-001 28VDC 15000 196 7 10 0,6/1,32 68 Fig.2 Fig.C √ - - -

THINFAN 80

PartNumber

PowerSupply

Speed(rpm)

InputPower

(Watts)

InputCurrent(Amps)


Weight(Kg/Lbs)



Speed Control**

PWM

00-85001790-001 24VDC 10500 32,4 1,35 2,4 0.35/0.62 70 Fig.1 Fig.A √ - -00-85001746-001 28VDC 14000 56 2,0 3,0 0.35/0.62 76 Fig.1 Fig.B √ - -

*Refer to page 38 speed signal, FPS: type1

Fig.A Fig.B

Fig.A

Fig.C

Fig.B

0,0

20,0

40,0

60,0

80,0

100,0

120,0

140,0

0,0

0,80

1,61

2,41

3,21

4,01

4,82

5,62

0 1000 2000 3000 4000 5000 6000 7000

0 35,3 70,6 105,9 141,3 176,6 211,9 247,2

Stat

ic P

ress

ure

Ris

e, d

aPa

-in.

H2O


Fig.A

0,0

2,0

4,0

6,0

8,0

10,0

12,0

14,0

0,0

0,08

0,16

0,24

0,32

0,40

0,48

0,56

0 200 400 600 800 1000 1200 14000 7,1 14,1 21,2 28,2 35,3 42,4 49,4

Stat

ic P

ress

ure

Ris

e, d

aPa

-in.

H2O


Stat

ic P

ress

ure

Ris

e, d

aPa

- in

.H2O


0,56

0,48

0,40

0,32

0,24

0,16

0,08

7,1 14,1 21,2 28,2 35,3 42,4 49,4

14,0

12,0

10,0

8,0

6,0

4,0

2,0

00 200 400 600 800 1000 1200 1400

140,0

120,0

100,0

80,0

60,0

40,0

20,0

00 1000 2000 3000 4000 5000 6000 7000

5,62

4,82

4,01

3,21

2,41

1,61

0,80

35,3 70,6 105,9 141,3 176,6 211,9 247,2

Stat

ic p

ress

ure

Rise

, daP

a in

.H20

Fig.1

[ 1

1.8

1"

Min

]

[ 1 .96" Min ]300

Min

i119 ±0.75

119

±0.

75

2x4x Ø4.3 ±0.20

H

38 ±0.75

4 ±0.304 ±0.30

0.4 Maxi0.02" Max

104.8 ±0.25

104.

8 ±

0.25

[ 4.69" ±0.03" ]

[ 4.

69"

±0.

03"

]

[ 1.5" ±0.03" ]

[ 0.16" ±0.01" ][ 0.16" ±0.01" ]

[ 4.13" ±0.01" ]

[ 4.

13"

±0.

01"

]

[ 2x4xØ 0.17" ±0.01" ]

H

50 Mini

Black heat shrinkable sleeving(gaine thermorétractable noire)

ROTATION

AIRFLOW

Manufacturer label

Fig.2

[ 2

2"

Min

]

[ 1

9.7

" M

in ]

[ 4

.13

" ±

0.0

1"

]

[ 4

.69

" ±

0.0

3" ]

[ 2x4x Ø0.17" ± 0.01" ]

[ 4.13" ±0.01" ]

[ 4.69" ±0.03" ]

[ 0.37" ±0.04" ]9.5 ±19.5 ±1

Partie rigide 25 Typ

[ 0.02" Max ]

[ 0.16" ± 0.01" ]

[ Rigid part 0.98" Typ ]

500

Min

i

560

Min

i11

9 ±

0.75

2x4x Ø4.3 ±0.20

104.8 ±0.25

119 ±0.75

104.

8 ±

0.25

Bonding area ROTATION

AIRFLOW

Manufacturer Label

[ 0.16" ±0.01" ]

[ 1.5" ±0.03" ]

4 ±0.30 0.4 Maxi

4 ±0.3038 ±0.75

Fig.1

3.15" ±0.004"0.24" ±0.02" 0.24" ±0.02"

3.15" ±0.01"

2.81" ±0.01"

1.5" ±0.02"

0.39" ±0.02"

12.2" ±0.39"

0.39" ±0.02"

80 ±0.3

310 ±10

38 ±0.5

6 ±0.5

80 ±0.3

71,5 ±0.2

8X UNC 6-32

10 ±0.5

Airflow

6 ±0.5

10 ±0.5

Fig.1

*Refer to page 38 speed signal, FPS: type 2 / ** Refer to page 39 "PWM" / *** Refer to page 41 "0-5 VDC"

Stat

ic P

ress

ure

Ris

e, d

aPa

- in

.H2O


602,4

2,0

1,6

1,2

0,8

0,4

18 35 53 70 88 105

50

40

30

20

10

0 500 1000 1500 2000 2500 3000 3500

Stat

ic P

ress

ure

Ris

e, d

aPa

- in

.H2O


803,2

2,8

2,4

2,0

1,6

1,2

0,8

0,4

70

60

50

40

30

20

10

0 500 1000 1500 2000 2500 3000 3500 4000 450018 35 53 70 88 105 123 140

Stat

ic P

ress

ure

Ris

e, d

aPa

- in

.H2O


60

50

40

30

20

10

00 1000 2000 3000 4000

35 70 105 140

2,4

2,0

1,6

1,2

0,8

0,4

Stat

ic P

ress

ure

Ris

e, d

aPa

- in

.H2O


250

200

150

100

50

00 1000 2000 3000 4000 5000 6000 7000 8000 9000 10000

35 70 105 140 175 210 245 280 315

10,0

8,0

6,0

4,0

2,0

60 ±0.3

32 ±0.3

6 Maxi

Airflow

4x M3 8+10

50 ±0.2

2.36" ±.01"

1.26" ±.01"

0.24" Max

1.97" ±0.01"

0

THINFAN 60

0

98 9

PELTIER / PEPITE / POURPIER / PLUTON

Fig.CFig.BFig.A

Fig.FFig.EFig.D

Fig.H Fig.I

0

50.201

35 70 105 140 175 210 245

0.402

0.603

0.804

1.005

1.206

1.407

1.608

10

15

20

25

30

35

40

0 1000 2000 3000 4000 5000 6000 7000

Stat

ic P

ress

ure

Ris

e, d

aPa

-in.

H2O


Fig.G

PartNumber

PowerSupply

Speed(rpm)

InputPower

(Watts)

InputCurrent(Amps)


Weight(Kg/Lbs)


Speed Signal*/**F.P.S L.S.W

PELTIER 00000737 26VDC 5500 7 0.26 1.6 0.210/0.463 55 Fig.1 Fig.A √ –

PEPITE

00000914 26VDC 3700 4 0.15 1 0.310/0.685 60 Fig.2 Fig.G – –00000936 26VDC 4035 5 0.19 1.2 0.310/0.685 62 Fig.2 Fig.H – –00000507 26VDC 6400 13 0.5 3 0.310/0.685 72 Fig.2 Fig.B – –

POURPIER

00000628 12VDC 5000 9 0.8 2.25 0.23/0.51 66 Fig.3 Fig.C – –00000790 26VDC 5600 12 0.46 2 0.23/0.51 66 Fig.3 Fig.C √ –00001255 26VDC 7300 22 0.8 3.5 0.23/0.51 73 Fig.3 Fig.F √ –

PLUTON

00000625 26VDC 3500 8 0.3 1.34 0.45/1 63 Fig.4 Fig.D √** –00000771 24VDC 3800 9 0.4 1.9 0.45/1 63 Fig.4 Fig.E √** –00001274 28VDC 6000 42 1.5 3 0.45/1 68 Fig.4 Fig.I √* –

* Refer to page 38 «speed signal», FPS: type 3 ** Refer to page 38 «speed signal», FPS: type 1 / Refer to page 42 «accessories»

Fig.1

Fig.2

Fig.3

Fig.4

[0.16"

[0.16" ]

4

4

38.1 ±0.75

119 ±0.75

119

±0.

75

104.8 ±0.25

2x4x Ø4.2 ±0.25

104.

8 ±

0.25

[4.69" ±0.03"]

[4.6

9" ±

0.03

"]

[4.13" ±0.01"]

[4.1

3" ±

0.01

"]

300

Min

i

50 Mini

[1.96" Min]

[1.5" ±0.03"]

[11.

81"

Min

]

0

0.0"

0.0"-0.4

-0.02"

-0.02"

Stat

ic P

ress

ure

Ris

e, d

aPa

- in

H2O

Stat

ic P

ress

ure

Ris

e, d

aPa

- in

H2O

Stat

ic P

ress

ure

Ris

e, d

aPa

- in

H2O

Stat

ic P

ress

ure

Ris

e, d

aPa

- in

H2O

40

6 740

35

30

25

20

15

10

5

1000 3000 4000 5000 6000 700000

00

65

5

4

4

33

22

1 1

200 2001000 10001200 12000 00

0

35

30

25

20

15

10

5

500 10000

0

1,6

0,24 0,281,608

1,407

1,206

1,005

0,804

0,603

0,402

0,201

35

0,240,20

0,20

0,16

0,16

0,120,12

0,080,08

0,04 0,04

70

0 0

735 3542 42

1,4

1,2

1,0

0,8

0,6

0,4

0,2

180

0

35Volumetric Flow Rate, L/mn - CFM

1500 2000 2500 3000 350052 70 88 106 123

0400 400600 600800 800


200070 105 140 175 210 245

-0.40

]

]

14 21 28Volumetric Flow Rate, L/mn - CFM Volumetric Flow Rate, L/mn - CFM

14 21 28

10 11

OPTIFAN 40

PartNumber

PowerSupply

Speed(rpm)

InputPower

(Watts)

InputCurrent(Amps)


Weight(Kg/Lbs)



Speed Control**

PWM

00001086 26VDC 17000 9 0,35 2,2 0,08/0,18 62 Fig.1 Fig.A √ - -00001153 26VDC 17000 9 0,35 2,2 0,08/0,18 62 Fig.1 Fig.A - √ -00001121 26VDC 17000 9 0,35 2,2 0,08/0,18 62 Fig.2 Fig.A √ - -00001154 26VDC 17000 9 0,35 2,2 0,08/0,18 62 Fig.2 Fig.A - √ -00001155 26VDC 17000 9 0,35 2,2 0,08/0,18 62 Fig.3 Fig.A √ - -00001156 26VDC 17000 9 0,35 2,2 0,08/0,18 62 Fig.3 Fig.A - √ -00001157 26VDC 26000 26 1 2,2 0,08/0,18 78 Fig.1 Fig.B √ - -00001158 26VDC 26000 26 1 2,2 0,08/0,18 78 Fig.1 Fig.B - √ -00001159 26VDC 26000 26 1 2,2 0,08/0,18 78 Fig.2 Fig.B √ - -00001160 26VDC 26000 26 1 2,2 0,08/0,18 78 Fig.2 Fig.B - √ -00001161 26VDC 26000 26 1 2,2 0,08/0,18 78 Fig.3 Fig.B √ - -00001162 26VDC 26000 26 1 2,2 0,08/0,18 78 Fig.3 Fig.B - √ -

00-85001445-001 26VDC 26000 26 1 2,2 0,08/0,18 78 Fig.1 Fig.B √ - √

* Refer to page 38 «speed signal», FPS: type 2 / ** Refer to page 39 «PWM» / Refer to page 42 «accessories»

Fig.B

Fig.A

Fig.1

Fig.2

Fig.3

12 13

OPTIFAN 44

PartNumber

PowerSupply

Speed(rpm)

InputPower

(Watts)

InputCurrent(Amps)


Weight(Kg/Lbs)



Speed Control**

PWM

00001283 12VDC 9500 3,2 0,25 0,8 0,09/0,2 58 Fig.1 Fig.A √ - -00001261 28VDC 9500 3,2 0,12 0,8 0,09/0,2 58 Fig.1 Fig.A √ - -00001265 28VDC 9500 3,2 0,12 0,8 0,09/0,2 58 Fig.2 Fig.A √ - -00001163 28VDC 15000 6,5 0,23 2,2 0,09/0,2 68 Fig.1 Fig.B √ - -00001164 28VDC 15000 6,5 0,23 2,2 0,09/0,2 68 Fig.1 Fig.B - √ -00001165 28VDC 15000 6,5 0,23 2,2 0,09/0,2 68 Fig.2 Fig.B √ - -00001166 28VDC 15000 6,5 0,23 2,2 0,09/0,2 68 Fig.2 Fig.B - √ -00001167 28VDC 15000 6,5 0,23 2,2 0,09/0,2 68 Fig.3 Fig.B √ - -00001168 28VDC 15000 6,5 0,23 2,2 0,09/0,2 68 Fig.3 Fig.B - √ -

00-85001384-001 28VDC 15000 6,5 0,23 2,2 0,09/0,2 68 Fig.4 Fig.B - √ -00001032 28VDC 19000 12 0,43 2,2 0,09/0,2 74 Fig.1 Fig.C √ - -00001169 28VDC 19000 12 0,43 2,2 0,09/0,2 74 Fig.1 Fig.C - √ -00001081 28VDC 19000 12 0,43 2,2 0,09/0,2 74 Fig.2 Fig.C √ - -00001170 28VDC 19000 12 0,43 2,2 0,09/0,2 74 Fig.2 Fig.C - √ -00001171 28VDC 19000 12 0,43 2,2 0,09/0,2 74 Fig.3 Fig.C √ - -00001172 28VDC 19000 12 0,43 2,2 0,09/0,2 74 Fig.3 Fig.C - √ -00001033 28VDC 27000 24 0,85 2,2 0,09/0,2 84 Fig.1 Fig.D √ - -00001173 28VDC 27000 24 0,85 2,2 0,09/0,2 84 Fig.1 Fig.D - √ -00001080 28VDC 27000 24 0,85 2,2 0,09/0,2 84 Fig.2 Fig.D √ - -00001174 28VDC 27000 24 0,85 2,2 0,09/0,2 84 Fig.2 Fig.D - √ -00001115 28VDC 27000 24 0,85 2,2 0,09/0,2 84 Fig.3 Fig.D √ - -00001175 28VDC 27000 24 0,85 2,2 0,09/0,2 84 Fig.3 Fig.D - √ -

00-85001367-001 28VDC 32000 37 1,29 2,2 0,09/0,2 85 Fig.1 Fig.E √ - -00-85001369-001 28VDC 32000 37 1,29 2,2 0,09/0,2 85 Fig.1 Fig.E - √ -00-85001446-001 28VDC 32000 37 1,29 2,2 0,09/0,2 85 Fig.1 Fig.E √ - √

Fig.A

0

5

10

15

200.804

0.603

0.402

0.201

1.75 3.5 5.25 7 8.75 10.5 12.25 140 50 100 150 200 250 300 350 400

Sta

tic P

ress

ure

Ris

e,da

Pa

-in.

H2O


Fig.D

Fig.B

Fig.E

0

20

3.5 7 10.5 14 17.5 21 24.5 28 31.5 35 38.5 42 45.5 49

40

60

80

100

120

140

160

180

0 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400

Sta

tic P

ress

ure

Ris

e,da

Pa

-in.

H2O


0.8

1.6

2.4

3.2

4.0

4.8

5.6

6.4

7.2

Fig.C


Fig.1

Fig.3

Fig.44

Hol

es Ø

3.2

+ 0.

20

Fig.2

14 15

OPTIFAN 45

PartNumber

PowerSupply

Speed(rpm)

InputPower

(Watts)

InputCurrent(Amps)


Weight(Kg/Lbs)



Speed Control**

PWM

00-85001375-001 28VDC 9500 6,5 0,23 2,2 0,12/0,27 60 Fig.1 Fig.A √ - -00-85001447-001 28VDC 9500 6,5 0,23 2,2 0,12/0,27 60 Fig.1 Fig.A - √ -00-85001448-001 28VDC 9500 6,5 0,23 2,2 0,12/0,27 60 Fig.2 Fig.A √ - -00-85001449-001 28VDC 9500 6,5 0,23 2,2 0,12/0,27 60 Fig.2 Fig.A - √ -00-85001450-001 28VDC 9500 6,5 0,23 2,2 0,12/0,27 60 Fig.3 Fig.A √ - -00-85001451-001 28VDC 9500 6,5 0,23 2,2 0,12/0,27 60 Fig.3 Fig.A - √ -00-85001452-001 28VDC 9500 6,5 0,23 2,2 0,12/0,27 60 Fig.4 Fig.A √ - -00-85001453-001 28VDC 9500 6,5 0,23 2,2 0,12/0,27 60 Fig.4 Fig.A - √ -00-85001382-001 28VDC 14500 18 0,6 2,2 0,12/0,27 71 Fig.5 Fig.B √ - -

00001043 28VDC 14500 18 0,6 2,2 0,12/0,27 71 Fig.1 Fig.B √ - -00001176 28VDC 14500 18 0,6 2,2 0,12/0,27 71 Fig.1 Fig.B - √ -00001005 28VDC 14500 18 0,6 2,2 0,12/0,27 71 Fig.2 Fig.B √ - -00001177 28VDC 14500 18 0,6 2,2 0,12/0,27 71 Fig.2 Fig.B - √ -00001178 28VDC 14500 18 0,6 2,2 0,12/0,27 71 Fig.3 Fig.B √ - -00001179 28VDC 14500 18 0,6 2,2 0,12/0,27 71 Fig.3 Fig.B - √ -00001001 28VDC 14500 18 0,6 2,2 0,12/0,27 71 Fig.4 Fig.B √ - -00001180 28VDC 14500 18 0,6 2,2 0,12/0,27 71 Fig.4 Fig.B - √ -00001038 28VDC 18000 25 0,9 2,2 0,12/0,27 78 Fig.1 Fig.C √ - -00001181 28VDC 18000 25 0,9 2,2 0,12/0,27 78 Fig.1 Fig.C - √ -00001182 28VDC 18000 25 0,9 2,2 0,12/0,27 78 Fig.2 Fig.C √ - -00001183 28VDC 18000 25 0,9 2,2 0,12/0,27 78 Fig.2 Fig.C - √ -00001184 28VDC 18000 25 0,9 2,2 0,12/0,27 78 Fig.3 Fig.C √ - -00001185 28VDC 18000 25 0,9 2,2 0,12/0,27 78 Fig.3 Fig.C - √ -00000954 28VDC 18000 25 0,9 2,2 0,12/0,27 78 Fig.4 Fig.C √ - -00001186 28VDC 18000 25 0,9 2,2 0,12/0,27 78 Fig.4 Fig.C - √ -00001123 28VDC 20000 34 1,2 2,2 0,12/0,27 80 Fig.1 Fig.D √ - -00001187 28VDC 20000 34 1,2 2,2 0,12/0,27 80 Fig.1 Fig.D - √ -00001188 28VDC 20000 34 1,2 2,2 0,12/0,27 80 Fig.2 Fig.D √ - -00001189 28VDC 20000 34 1,2 2,2 0,12/0,27 80 Fig.2 Fig.D - √ -00001190 28VDC 20000 34 1,2 2,2 0,12/0,27 80 Fig.3 Fig.D √ - -00001191 28VDC 20000 34 1,2 2,2 0,12/0,27 80 Fig.3 Fig.D - √ -00000979 28VDC 20000 34 1,2 2,2 0,12/0,27 80 Fig.4 Fig.D √ - -00001192 28VDC 20000 34 1,2 2,2 0,12/0,27 80 Fig.4 Fig.D - √ -00001109 28VDC 22000 42 1,5 2,2 0,12/0,27 85 Fig.1 Fig.E √ - -00001193 28VDC 22000 42 1,5 2,2 0,12/0,27 85 Fig.1 Fig.E - √ -00001194 28VDC 22000 42 1,5 2,2 0,12/0,27 85 Fig.2 Fig.E √ - -00001195 28VDC 22000 42 1,5 2,2 0,12/0,27 85 Fig.2 Fig.E - √ -00001023 28VDC 22000 42 1,5 2,2 0,12/0,27 85 Fig.3 Fig.E √ - -00001196 28VDC 22000 42 1,5 2,2 0,12/0,27 85 Fig.3 Fig.E - √ -00001132 28VDC 22000 42 1,5 2,2 0,12/0,27 85 Fig.4 Fig.E √ - -00001197 28VDC 22000 42 1,5 2,2 0,12/0,27 85 Fig.4 Fig.E - √ -

00-85001420-001 31VDC 22000 42 1,5 2,2 0,12/0,27 85 Fig.6 Fig.E √ - -00-85001411-001 28VDC 22000 42 1,5 2,2 0,12/0,27 85 Fig.1 Fig.E √ - √


Fig.A Fig.B Fig.C

0

50.201

3.5 7 10.5 14 17.5 21 24.5 28

0.402

0.603

0.804

0.804

1.206

10

15

20

25

30

0 100 200 300 400 500 600 700 800

Sta

tic P

ress

ure

Ris

e,da

Pa -

in.H

2O


Fig.1 Fig.2

Fig.3

Fig.5

Fig.4

Fig.6

Fig.D Fig.E

[ 1.47” ± 0.03” ][ 0.093” ± 0.003” ]

[ 0.06” ± 0.03” ]

[ 1.41” ± 0.03” ]

[ 0.093” ± 0.003” ]

[ 0.06” ± 0.03” ]

[ Ø

1.9

9”

± 0

.01

” ]

[ Ø

2.18

” ±

0.0

1” ]

[ Ø

2.1

8”

± 0

.01”

]

[ Ø

1.9

9”

± 0

.01

” ]

[ 1 .99” ]

[ 1.65” ]

[ 1

.65

” ]

[ 0.37” ± 0.02” ][ 0.37” ± 0.02” ]

[ 0.1” ± 0.01” ]

[ Ø

1.1

6”

Ma

x ]

[ Ø

1.1

1”

± 0

.03

” ]

[ Ø

1.1

1”

± 0

.03

” ]

[ Ø

1.98

” ±

0.0

1” ]

[ 1.

99”

± 0

.01”

]5

0,5

5±

0,2

5

4x Ø3,2 42

42

Ø2

8,2

±0

,80

Ø2

8,2

±0

,80

Ø5

5,2

7 ±

0,2

5

Ø5

5,2

7 ±

0,2

5

2 ,36 ±0,080

Rotation

Air Flow

35,81 ±0,80

Ø5

0,5

5 ±

0,2

5

Ø5

0,5

5 ±

0,2

5

1 ,5 ±0,80

Ø5

0,2

±0

,25

Ø2

9,5

Max

i

9 ,5 ±0,509,5 ±0,50

2,36 ±0,08

1,52 ±0,80

2,5 ±0,25

37,3 ±0,80

Manufacturer label(plaque signalétique)

Air Flow

2 Maxi

50,55

[ 0.08” Max ]

[ 0.13” ]+ 0.01”0”

[ 1

.44

”

]+

0.0

4”

0”

15

Rotat ion

[ 0.59” ]+ 0”0.04”

Stat

ic P

ress

ure

Ris

e, d

aPa

- in

H2O

Stat

ic P

ress

ure

Ris

e, d

aPa

- in

H2O

50 70

60

50

40

30

20

10

00

40

30

20

10

00

2,0 2,8

2,4

2,0

1,6

1,2

0,8

0,4

1,6

1,2

0,8

0,4

200 400 600 800 1000 12007 14 21 28 35 42


200 400 600 800 1000 1200 14007 14 21 28 35 42 49

Stat

ic P

ress

ure

Ris

e, d

aPa

- in

H2O

70

60

50

40

30

20

10

200 400 600 800 1000 1200 140000

00

2,8

2,4

2,0

1,6

1,2

0,8

0,4

7 14 21 28 35 42 49Volumetric Flow Rate, L/mn - CFM

Stat

ic P

ress

ure

Ris

e, d

aPa

- in

H2O

100

90

80

70

60

50

40

30

20

10

200 400 600 800 1000 1200 1400 1600 180000

00

4,0

3,6

3,2

2,8

2,4

2,0

1,6

1,2

0,8

0,4

7 14 21 28 35 42 49 56 63Volumetric Flow Rate, L/mn - CFM

0-1

+0,2

36

,5+

1 0

0

36

,5+

1 0

[ 1

.43

”

]+

0.0

4”

0”

[ 0 .59” ]+ 0,0”0.04”

15 0-1

16 17

OPTIFAN 65

Fig.E Fig.FFig.D

Fig.A Fig.B Fig.C

PartNumber

PowerSupply

Speed(rpm)

InputPower

(Watts)

InputCurrent(Amps)


Weight(Kg/Lbs)


Speed Signal*/** F.P.S L.S.W

00001198 28VDC 9500 12 0,4 2,2 0,3/0,66 70 Fig.1 Fig.A √** -00001199 28VDC 9500 12 0,4 2,2 0,3/0,66 70 Fig.1 Fig.A - √00001200 28VDC 9500 12 0,4 2,2 0,3/0,66 70 Fig.2 Fig.A √** -00001201 28VDC 9500 12 0,4 2,2 0,3/0,66 70 Fig.2 Fig.A - √00001202 28VDC 9500 12 0,4 2,2 0,3/0,66 70 Fig.3 Fig.A √** -00001203 28VDC 9500 12 0,4 2,2 0,3/0,66 70 Fig.3 Fig.A - √00000941 28VDC 9500 12 0,4 2,2 0,3/0,66 70 Fig.4 Fig.A √** -00001204 28VDC 9500 12 0,4 2,2 0,3/0,66 70 Fig.4 Fig.A - √00001205 28VDC 11000 21 0,8 2,2 0,3/0,66 73 Fig.1 Fig.B √** -00001206 28VDC 11000 21 0,8 2,2 0,3/0,66 73 Fig.1 Fig.B - √00001207 28VDC 11000 21 0,8 2,2 0,3/0,66 73 Fig.2 Fig.B √** -00001208 28VDC 11000 21 0,8 2,2 0,3/0,66 73 Fig.2 Fig.B - √00001209 28VDC 11000 21 0,8 2,2 0,3/0,66 73 Fig.3 Fig.B √** -00001210 28VDC 11000 21 0,8 2,2 0,3/0,66 73 Fig.3 Fig.B - √00001129 28VDC 11000 21 0,8 2,2 0,3/0,66 73 Fig.4 Fig.B √* -00001211 28VDC 11000 21 0,8 2,2 0,3/0,66 73 Fig.4 Fig.B - √00001212 28VDC 15000 48 1,4 7 0,35/0,77 80 Fig.2 Fig.C √** -00001213 28VDC 15000 48 1,4 7 0,35/0,77 80 Fig.2 Fig.C - √00001141 28VDC 15000 48 1,4 7 0,35/0,77 80 Fig.4 Fig.C √** -00001214 28VDC 15000 48 1,4 7 0,35/0,77 80 Fig.4 Fig.C - √00001215 28VDC 18000 84 3 7 0,35/0,77 84 Fig.2 Fig.D √** -00001216 28VDC 18000 84 3 7 0,35/0,77 84 Fig.3 Fig.D - √00001217 28VDC 18000 84 3 7 0,35/0,77 84 Fig.4 Fig.D √** -00001218 28VDC 18000 84 3 7 0,35/0,77 84 Fig.4 Fig.D - √00001219 28VDC 20000 118 4,2 7 0,35/0,77 87 Fig.2 Fig.E √** -00001220 28VDC 20000 118 4,2 7 0,35/0,77 87 Fig.2 Fig.E - √00001221 28VDC 20000 118 4,2 7 0,35/0,77 87 Fig.4 Fig.E √** -00001222 28VDC 20000 118 4,2 7 0,35/0,77 87 Fig.4 Fig.E - √00001223 28VDC 22000 120 4,3 7 0,35/0,77 90 Fig.2 Fig.F √** -00001224 28VDC 22000 120 4,3 7 0,35/0,77 90 Fig.2 Fig.F - √00001225 28VDC 22000 120 4,3 7 0,35/0,77 90 Fig.4 Fig.F √** -00001226 28VDC 22000 120 4,3 7 0,35/0,77 90 Fig.4 Fig.F - √00001264 28VDC 22000 120 4,3 7 0,35/0,77 90 Fig.5 Fig.F - √

* Refer to page 38 «speed signal», FPS: type 2 / ** Refer to page 38 «speed signal», FPS: type 1 / Refer to page 42 «accessories»

Fig.1 Fig.2

Fig.3 Fig.4

Fig.5

[ 0.59” ± 0.02” ]15 ± 0.5

4x 4±0,20x45°4x Ø3,2±0,10

Ø71

,425

±0,

500

Ø40

,8+

0,6

0

60,19±0,70

2,5±0,309 Maxi

Air Flow

72±0,20

56,57

49 M

axi

Rotation

[ 1.

93”

Max

]

[ 2 .83” ± 0.01” ]

[ 0.35” Max ][ 4x Ø0.126” ±0.004” ]

[ Ø

2.8

1”

±0

.02

” ]

[ 2 .37” ±0.03” ]

[ 0.1” ±0.01” ]

72 [

2,8

3” ]

72 [ 2,83” ]

4 Holes Ø3,2 [ Ø0,13” ]

Ø71

,425

[ Ø

2,81

” ]

Ø40

,8 [

Ø1,

61”

]

Ø71

,425

[ Ø

2,81

” ]

9 Maxi [ 0,35” max ] 2,5 [ 0,10” ]

60,19 [ 2,37” ]

56,5

7 [2

,23”

]

56,57 [2,23”]

[ 2.23” ]

[ Ø

1.61

”

]+

0.0

2”

0”

[ 0.59” ±0.02” ]15 ±0.5

49 M

axi

[ Ø

3”

±0

.01

” ]

[ Ø

2.8

1”

±0

.01

” ]

[ Ø

2.8

1”

±0

.01

” ]

[ 0 .35” Max ]

[ 0.06” ±0.03” ]

[ 0.09” ±0” ]

[ 2.31” ±0.01” ]

[ 0.06” ±0.03” ]

[ 0.09” ±0” ]

[ Ø

3”

±0

.01

” ]

Ø7

6,2

[Ø

3,0

0”]

Ø7

6,2

[Ø

3,0

0”]

Ø4

0,8

[Ø

1,6

1”]

9 Maxi [0,35”max]

75

Ma

xi [

2,9

5”m

ax]

2 ,362 [0,09”] 2,362 [0,09”]

1,52 [0,06”] 1,52 [0,06”]

58,67 [2,31”]

Ø7

1,4

25

[Ø

2,8

1”]

Ø7

1,4

25

[Ø

2,8

1”]

[ 1

.93

” M

ax

] [ Ø

1.61

”

]+

0.0

2”

0”

Stat

ic P

ress

ure

Ris

e, d

aPa

- in

H2O

Stat

ic P

ress

ure

Ris

e, d

aPa

- in

H2O

Stat

ic P

ress

ure

Ris

e, d

aPa

- in

H2O

Stat

ic P

ress

ure

Ris

e, d

aPa

- in

H2O

Stat

ic P

ress

ure

Ris

e, d

aPa

- in

H2O

Stat

ic P

ress

ure

Ris

e, d

aPa

- in

H2O

25

100 100 120

100

80

60

40

20

500 1000 1500 2000 2500 3000 3500 4000 45000000

90 90

80 80

70 70

60 60

50 50

40 40

30 30

20 20

10 10

500 5001000 10001500 15002000 20002500 25003000 30003500 35004000 400000 00

00

00

30 60

50

40

30

20

10

500 1000 1500 2000 2500 30000000

25

20

15

10

5

500 1000 1500 2000 25000000

20

15

10

5

200 400 600 800 1000 1200 1400 1600 1800 200000

00


Volumetric Flow Rate, L/mn - CFM Volumetric Flow Rate, L/mn - CFM Volumetric Flow Rate, L/mn - CFM


2,0

4,0 4,0 4,8

4,0

3,2

2,4

1,6

0,8

18 35 52 70 88 106 123 140 158

3,6 3,6

3,2 3,2

2,8 2,8

2,4 2,4

2,0 2,0

1,6 1,6

1,2 1,2

0,8 0,8

0,4 0,4

18 1835 3552 5270 7088 88106 106123 123140 140

1,2 2,4

2,0

1,6

1,2

0,8

0,4

18 35 52 70 88 106

1,0

0,8

0,6

0,4

0,2

18 35 52 70 88

0,8

0,6

0,4

0,2

7 14 21 28 35 42 49 56 63 70

Ø40

,8

Ø76

,2 ±

0,25

9 Maxi

Ø76

,2 ±

0,25

1,52 ±0,70

58,67 ±0,30

1,52 ±0,70

2,36 ±0,07

2,36 ±0,07

Ø71

,425

±0,

250

Ø71

,425

±0,

250

+0,

60

76,2

±0,

25 [

Ø3,

00±

0,01

”]

76,2

±0,

25 [

Ø3,

00±

0,01

”]

Ø71

,425

±0,

25 [Ø

2,81

±0,

01”]

Ø71

,425

±0,

25 [

Ø2,

81±

0,01

”]

9 Maxi [0,35” Max]

2,362±0,07 [0,09”±0,003”] 2,362±0,07 [0,09”±0,003”]

58,67±0,7 [2,31”±0,03”]

1,52±0,7 [0,06”±0,03”] 1,52±0,7 [0,06”±0,03”]

Ø40

,8+

0,6

0

Ø0,2

18 19

OPTIFAN 70

Fig.C Fig.D

Fig.BFig.A

0

5

10

15

200.804

0.603

0.402

0.201

7 14 21 28 35 42 49 56 630 200 400 600 800 1000 1200 1400 1600 1800

Stat

ic P

ress

ure

Ris

e,da

Pa -

in.H

2O


PartNumber

PowerSupply

Speed(rpm)

InputPower

(Watts)

InputCurrent(Amps)


Weight(Kg/Lbs)



Speed Control**

PWM

00-85001438-001 28VDC 8400 5 0,18 2,2 0,22/0,48 57 Fig.5 Fig.A - √ -00001227 28VDC 10000 7 0,25 2,2 0,17/0,38 60 Fig.1 Fig.B √ - -00001228 28VDC 10000 7 0,25 2,2 0,17/0,38 60 Fig.1 Fig.B - √ -00001229 28VDC 10000 7 0,25 2,2 0,17/0,38 60 Fig.2 Fig.B √ - -00001230 28VDC 10000 7 0,25 2,2 0,17/0,38 60 Fig.2 Fig.B - √ -00001231 28VDC 10000 7 0,25 2,2 0,17/0,38 60 Fig.3 Fig.B √ - -00001232 28VDC 10000 7 0,25 2,2 0,17/0,38 60 Fig.3 Fig.B - √ -00001139 28VDC 10000 7 0,25 2,2 0,17/0,38 60 Fig.4 Fig.B √ - -00001233 28VDC 10000 7 0,25 2,2 0,17/0,38 60 Fig.4 Fig.B - √ -

00-85001416-001 28VDC 10000 7 0,25 2,2 0,22/0,48 60 Fig.5 Fig.B √ - -00-85001409-001 28VDC 10000 7 0,25 2,2 0,22/0,48 60 Fig.5 Fig.B - √ -

00001103 28VDC 12000 11 0,4 2,2 0,17/0,38 64 Fig.1 Fig.C √ - -00001234 28VDC 12000 11 0,4 2,2 0,17/0,38 64 Fig.1 Fig.C - √ -00001235 28VDC 12000 11 0,4 2,2 0,17/0,38 64 Fig.2 Fig.C √ - -00001236 28VDC 12000 11 0,4 2,2 0,17/0,38 64 Fig.2 Fig.C - √ -00001237 28VDC 12000 11 0,4 2,2 0,17/0,38 64 Fig.3 Fig.C √ - -00001238 28VDC 12000 11 0,4 2,2 0,17/0,38 64 Fig.3 Fig.C - √ -00001239 28VDC 12000 11 0,4 2,2 0,17/0,38 64 Fig.4 Fig.C √ - -00001240 28VDC 12000 11 0,4 2,2 0,17/0,38 64 Fig.4 Fig.C - √ -00001241 28VDC 22000 40 1,4 2,2 0,17/0,38 77 Fig.1 Fig.D √ - -00001242 28VDC 22000 40 1,4 2,2 0,17/0,38 77 Fig.1 Fig.D - √ -00001243 28VDC 22000 40 1,4 2,2 0,17/0,38 77 Fig.2 Fig.D √ - -00001244 28VDC 22000 40 1,4 2,2 0,17/0,38 77 Fig.2 Fig.D - √ -00001245 28VDC 22000 40 1,4 2,2 0,17/0,38 77 Fig.3 Fig.D √ - -00001246 28VDC 22000 40 1,4 2,2 0,17/0,38 77 Fig.3 Fig.D - √ -00001118 28VDC 22000 40 1,4 2,2 0,17/0,38 77 Fig.4 Fig.D √ - -00001102 28VDC 22000 40 1,4 2,2 0,17/0,38 77 Fig.4 Fig.D - √ -

00-85001385-001 28VDC 22000 40 1,4 2,2 0,22/0,48 77 Fig.5 Fig.D - √ -00-85001454-001 28VDC 22000 40 1,4 2,2 0,17/0,38 77 Fig.4 Fig.D √ - √


Fig.1 Fig.2

Fig.3 Fig.4

Fig.5

[ 3

.09

” ±

0.0

2”

]

[ 2.

13”

Max

]

[ 0 .16” Max ]

[ Ø

1.11

” ±

0.03

” ]

[ Ø

3.0

6”

±0

.01

” ]

[ 0.37” ±0.02” ]

[ 0.12” ±0.01” ]

[ 1.31” ±0.03” ]

[ 3.09” ±0.02” ]

[ 2.67 ]

[ 2

.67

” ]

[ 0 .6” ]

[4x Ø0.17” ]+ 0.01”0.0”

[ Ø

1.11

” ±

0.03

” ]

Ø28

,2±

0.80

Manufacturer label(plaque signalétique)

[ Ø

3.2

5”

±0

.01

” ]

[ Ø

3.25

” ±

0.01

” ]

[ Ø

3.0

6”

±0

.01

” ]

[ 0.37” ±0.02” ][ 0.06” ±0.03” ]

[ 0.06” ±0.03” ]

[ 0.15” Max ]

[ 0.093” ±0.003” ]

[ 0.093” ±0.003” ]

[ 1.25” ±0.03” ]

[ Ø

3.06

” ±

0.01

” ]

Ø77

,83±

0,25

1,52±0,70

1,52±0,70

31,8±0,80

9,5±0,502,36±0,08

2,36±0,08

Ø82

,55±

0,25

[ 2

.12

” M

ax

]

[ 0 .59” ]

54

Ma

xi

(15)

Rotat ion4 Maxi

9,5[0,37”] 4 Maxi [0,16”max]

Ø77

,83

[Ø3,

064”

]

1,52 [0,06”]1,52 [0,06”]

2,36 [0,09”]2,36 [0,09”]

31,8 [1,25”]

Ø82

,55

[Ø3,

250”

]Ø2

8,2

[Ø

1,1

1”]

A i r F low

Stat

ic P

ress

ure

Ris

e, d

aPa

- in

H2O


Stat

ic P

ress

ure

Ris

e, d

aPa

- in

H2O

25

20

15

10

5

200 400 600 800 1000 1200 1400 1600 18000

0

1,0

0,8

0,6

0,4

0,2

7 14 21 28 35 42 49 56 63Volumetric Flow Rate, L/mn - CFM

Stat

ic P

ress

ure

Ris

e, d

aPa

- in

H2O

30

25

20

15

10

5

500 1000 1500 20000

0

1,2

1,0

0,8

0,6

0,4

0,2

18 35 52 70Volumetric Flow Rate, L/mn - CFM

Stat

ic P

ress

ure

Ris

e, d

aPa

- in

H2O

90

80

70

60

50

40

30

20

10

500 1000 1500 2000 2500 3000 3500 40000

0

3,6

3,2

2,8

2,4

2,0

1,6

1,2

0,8

0,4

18 35 52 70 88 106 125 140Volumetric Flow Rate, L/mn - CFM

67,9 [2,67”]

67,9

[2,

67”] Ø

28,2

[Ø1,

11”]

Ø82

,55±

0,25

[Ø

3,25

±0,

01”]

Ø77

,83

[Ø3,

064”

]

1,52±0,7 [0,06”±0,03”]3±0,7 [0,12”±0,03”]

33,32 [1,31”]

2,36±0,08 [0,09”±0,003”]

9,5[0,37”] 4 Maxi [0,16” max]

78,5

5±0,

50 54 M

axi

Ø28

,2±

0,80

9,5±0,5067,9

78,55±0,503±0,25

33,32±0,80

4 Maxi

Ø77

,8±

0,25 Air Flow

67,9

(15)

Rotation

78,5

5 [

3,09

”]

78,55 [ 3,09”] 4 Holes Ø4,2 [0,165”]4 Holes Ø4,2 [0,165”]

Ø0,2

4xØ4,2+0,25

0

67,9

67,9

[2x4x0,1±0,02”x45°]2x4x2,5±0,50x45°

(CO

G :

4,8

)

75 M

axi

[2,9

5” M

ax]

[3,1

1”±

0,02

”]

[3,11”±0,02”]

4x79

±0,

50

4x79±0,50

[2,6

7”]

[2,67”]

8xØ4,2

Ø28

,2±

0,80

3±0,25 3±0,25

33,32±0,80

9,5±0,50[0,12”±0,01”] [0,12”±0,01”]

[1,31”±0,03”]

[0,37”±0,02”]

4 Maxi

(COG : 15,1)

[1,1

1”±

0,03

”]

[0,15” Max]

+0,250

[8x0,17” ]+0,01”0,0”

20 21

OPTIFAN 75

PartNumber

PowerSupply

Speed(rpm)

InputPower

(Watts)

InputCurrent(Amps)


Weight(Kg/Lbs)



00001247 26VDC 6800 18 0,6 3 0,38/0,84 62 Fig.1 Fig.A √* -00-85001455-001 26VDC 6800 18 0,6 3 0,38/0,84 62 Fig.1 Fig.A - √




00001250 28VDC 8600 30 1,1 3 0,38/0,84 66 Fig.1 Fig.B √* -00-85001459-001 28VDC 8600 30 1,1 3 0,38/0,84 66 Fig.1 Fig.B - √



00001026 28VDC 8600 30 1,1 3 0,38/0,84 66 Fig.4 Fig.B √* -00-85001462-001 28VDC 8600 30 1,1 3 0,38/0,84 66 Fig.4 Fig.B - √00-85001344-001 28VDC 8600 30 1,1 3 0,38/0,84 66 Fig.5 Fig.B √ -00-85001401-001 28VDC 10000 45 1,6 3 0,38/0,84 68 Fig.5 Fig.C √ -

00001148 28VDC 15000 126 4,5 7 0,42/0,93 80 Fig.6 Fig.D √** -00001101 28VDC 15000 126 4,5 7 0,42/0,93 80 Fig.6 Fig.D - √00001253 28VDC 15000 126 4,5 7 0,42/0,93 80 Fig.7 Fig.D √**00001254 28VDC 15000 126 4,5 7 0,42/0,93 80 Fig.7 Fig.D - √

00-85001346-001 28VDC 16000 182 6,5 10 0,42/0,93 80 Fig.6 Fig.E √** -00-85001347-001 28VDC 16000 182 6,5 10 0,42/0,93 80 Fig.6 Fig.E - √00-85001348-001 28VDC 16000 182 6,5 10 0,42/0,93 80 Fig.7 Fig.E √**00-85001349-001 28VDC 16000 182 6,5 10 0,42/0,93 80 Fig.7 Fig.E - √

Fig.A Fig.B

Fig.D

Fig.C

Fig.E

0

50.201

17.5 35 52.5 70 87.5 105 122.5 140 157.5 175

0.402

0.603

0.804

1.005

1.206

1.407

1.608

1.809

2.01

2.211

2.412

10

15

20

25

30

35

40

45

50

55

60

0 500 1000 1500 2000 2500 3000 3500 4000 4500 5000

Stat

ic P

ress

ure

Ris

e, d

aPa

-in.

H2O


0

200.804

35 70 105 140 175 210 245 280 315

1.608

2.412

3.216

4.02

4.824

5.628

6.432

7.236

40

60

80

100

120

140

160

180

0 1000 2000 3000 4000 5000 6000 7000 8000 9000

Stat

ic P

ress

ure

Ris

e, d

aPa

-in.

H2O


2.050

1.845

1.640

1.435

1.230

1.025

0.820

0.615

0.410

0.205

0

20 40 8060 100 120 140 160500 1000 20000 1500 2500 3000 3500 4000

Stat

ic P

ress

ure

Ris

e, d

aPa

- in.

H2O


* Refer to page 38 «speed signal», FPS: type 3 ** Refer to page 38 «speed signal», FPS: type 1 / Refer to page 42 «accessories»

Fig.1 Fig.2

Fig.6

Fig.7

Fig.5

Fig.4Fig.3

[ 3

.56

” ±

.01

” ]

[ 3 .56” ±.01” ]

90

,5±

0,3

0

90

,5[

3,5

6”]

90 ,5[ 3,56”]

4 HolesØ4,2[Ø0,17”]

5,5[0,22”]

2,36 [0,09”] 2,36 [0,09”]

1,52 [0,06”]

43,9 [1,73”]

Ø45

Max

i [Ø

1,77

”Max

]

2xØ

95,2

[Ø

3,75

”]

2xØ

90,4

8 [Ø

3,56

”]

Ø45

Max

i [Ø

1,77

” M

ax]

8,5 Maxi [0,33” Max]

Ø45

Max

i [Ø

1,77

”max

]

5,5 [0,22”]

Ø90

,48

[Ø3,

56”]

8,5 Maxi [0,33”]

Ø45

Max

i [Ø

1,77

”max

]

3 [0,12”]45,4 [1,79”]

3 [0,12”]

4 Holes Ø0,17”

Rotat ion

(4 t rous Ø4,2)

76

,5

76 ,5

[ 0.22” ±0.01” ]

[ 0.33” Max ]

[ Ø

1.77

” M

ax ]

[ Ø

1.7

7”

Ma

x ]

[ 0.12” ±0.01” ] [ 0.12” ±0.01” ]

[ 1.79” ±0.01” ]

[ 3.

01”

]

[ 3.01” ]

[ 2

.2”

Ma

x ]

[ 0 .59” ]+ 0.0”-0.04”

[ Ø

3.7

5”

±0

.03

” ]

Ø9

5,2

±0

,80

28,5 Maxi [1,12" max]

Ø95

,2 [

Ø3,

75"]

Ø46

,5 M

axi [

Ø1,

83"

max

]

95,2 [ 3,75"]

95,2

[3,

75"]

Ø46

,5 M

axi [

Ø1,

83"

Max

]

Ø45

Max

i [Ø

1,77

" M

ax]

Ø90

,48

[Ø3,

56"] 8,5 Maxi [0,33" Max]

28,5 Maxi [1,12" Max]

45,42 [1,79"]

3 [0,12"] 3 [0,12"]

4 Holes Ø4,2 [Ø0,17"]

Ø45

Max

i [Ø

1,77

" m

ax]

Ø95

,2 [

Ø3,

75"]

Ø90

,48

[Ø3,

56"]

Ø90

,48

[Ø3,

56"]

8,5 Maxi [0,33" max]

1,52 [0,06"] 1,52 [0,06"]

2,36 [0,09"] 2,36 [0,09"]43,9 [1,73"]

1,52±0,80

2,36±0,082,36±0,08

43,9±1,50

Ø9

0,4

8±

0,2

5

Ø4

5 M

axi

Ø4

5 M

axi A i r F low

[ 0.093” ±0.003” ][ 0.093” ±0.003” ]

[ 0.06” ±0.03” ]

[ 1.73” ±0.06” ]

[ Ø

3.5

6”

±0

.01

” ]

[ Ø

1.77

” M

ax ]

[ Ø

1.77

” M

ax ]

[ 2

.2”

Ma

x ]

56

Ma

xi

[ 0 .3” Max ]7,6 Maxi

[ 0.33” Max ]8,5 Maxi[ 0.59” ]+ 0”

-0.04”

15

56

Ma

xi

5 ,5±0,20

(Ø9

0,5

)[Ø

3,5

6”]

8 ,5 Maxi

Ø4

5 M

axi

Ø4

5 M

axi

3±0,20 3±0,20

45,4±0,20

Air F low

0-1

90,5±0,30

76

,5[3

,01

6”]

76 ,5[3,01”]

Ø0,2

15 0-1

Ø0,2

69,3 [2,73"]

69,3

[2,

73"]

22 23

OPTIFAN 145

PartNumber

PowerSupply

Speed(rpm)

InputPower

(Watts)

InputCurrent(Amps)


Weight(Kg/Lbs)



00-85001465-001 24 4800 44 2,0 3 1.0/2.2 73 Fig.1 Fig.A √ -00-85001466-001 24 4800 44 2,0 3 1.0/2.2 73 Fig.1 Fig.A - √00-85001467-001 24 4800 44 2,0 3 1.0/2.2 73 Fig.2 Fig.A √ -00-85001468-001 24 4800 44 2,0 3 1.0/2.2 73 Fig.2 Fig.A - √00-85001469-001 24 4800 44 2,0 3 1.0/2.2 73 Fig.3 Fig.A √ -00-85001470-001 24 4800 44 2,0 3 1.0/2.2 73 Fig.3 Fig.A - √00-85001471-001 24 4800 44 2,0 3 1.0/2.2 73 Fig.4 Fig.A √ -00-85001472-001 24 4800 44 2,0 3 1.0/2.2 73 Fig.4 Fig.A - √00-85001473-001 24 5500 70 2,8 3 1.0/2.2 76 Fig.1 Fig.B √ -00-85001474-001 24 5500 70 2,8 3 1.0/2.2 76 Fig.1 Fig.B - √00-85001475-001 24 5500 70 2,8 3 1.0/2.2 76 Fig.2 Fig.B √ -00-85001476-001 24 5500 70 2,8 3 1.0/2.2 76 Fig.2 Fig.B - √00-85001477-001 24 5500 70 2,8 3 1.0/2.2 76 Fig.3 Fig.B √ -00-85001478-001 24 5500 70 2,8 3 1.0/2.2 76 Fig.3 Fig.B - √00-85001479-001 24 5500 70 2,8 3 1.0/2.2 76 Fig.4 Fig.B √ -00-85001480-001 24 5500 70 2,8 3 1.0/2.2 76 Fig.4 Fig.B - √00-85001481-001 28 3000 18 0,6 3 1.0/2.2 63 Fig.1 Fig.C √ -00-85001482-001 28 3000 18 0,6 3 1.0/2.2 63 Fig.1 Fig.C - √00-85001483-001 28 3000 18 0,6 3 1.0/2.2 63 Fig.2 Fig.C √ -00-85001484-001 28 3000 18 0,6 3 1.0/2.2 63 Fig.2 Fig.C - √00-85001485-001 28 3000 18 0,6 3 1.0/2.2 63 Fig.3 Fig.C √ -00-85001486-001 28 3000 18 0,6 3 1.0/2.2 63 Fig.3 Fig.C - √00-85001487-001 28 3000 18 0,6 3 1.0/2.2 63 Fig.4 Fig.C √ -00-85001488-001 28 3000 18 0,6 3 1.0/2.2 63 Fig.4 Fig.C - √00-85001489-001 28 4500 41 1,6 3 1.0/2.2 72 Fig.1 Fig.D √ -00-85001490-001 28 4500 41 1,6 3 1.0/2.2 72 Fig.1 Fig.D - √00-85001491-001 28 4500 41 1,6 3 1.0/2.2 72 Fig.2 Fig.D √ -00-85001492-001 28 4500 41 1,6 3 1.0/2.2 72 Fig.2 Fig.D - √00-85001493-001 28 4500 41 1,6 3 1.0/2.2 72 Fig.3 Fig.D √ -00-85001494-001 28 4500 41 1,6 3 1.0/2.2 72 Fig.3 Fig.D - √00-85001495-001 28 4500 41 1,6 3 1.0/2.2 72 Fig.4 Fig.D √ -00-85001496-001 28 4500 41 1,6 3 1.0/2.2 72 Fig.4 Fig.D - √00-85001497-001 28 6000 87 3,5 7 1.0/2.2 78 Fig.1 Fig.E √ -00-85001498-001 28 6000 87 3,5 7 1.0/2.2 78 Fig.1 Fig.E - √00-85001499-001 28 6000 87 3,5 7 1.0/2.2 78 Fig.2 Fig.E √ -00-85001500-001 28 6000 87 3,5 7 1.0/2.2 78 Fig.2 Fig.E - √00-85001501-001 28 6000 87 3,5 7 1.0/2.2 78 Fig.3 Fig.E √ -00-85001502-001 28 6000 87 3,5 7 1.0/2.2 78 Fig.3 Fig.E - √00-85001503-001 28 6000 87 3,5 7 1.0/2.2 78 Fig.4 Fig.E √ -00-85001504-001 28 6000 87 3,5 7 1.0/2.2 78 Fig.4 Fig.E - √

* Refer to page 38 «speed signal», FPS: type 4 / Refer to page 42 «accessories»

Fig.1

Fig.3

Fig.2

Fig.4

Fig.A Fig.B

Fig.D

Fig.C

Fig.E

0

5

10

15

20

0.201

35 70 105 140 175 210 245

0.402

0.603

0.804

0 1000 2000 3000 4000 5000 6000 7000

Sta

tic P

ress

ure

Ris

e,da

Pa

-in.

H2O


0

100.402

0.804

1.206

1.608

2.01

2.412

2.814

20

30

40

50

60

70

70 140 210 280 350 420 490

Stat

ic P

ress

ure

Ris

e,da

Pa

-in.

H2O


05

1015202530354045505560

Sta

tic P

ress

ure

Ris

e,da

Pa -

in.H

2O


0.201

0.402

0.603

0.804

1.005

1.206

1.407

1.608

1.809

2.01

2.211

0.201

70 140 210 280 350 420

2.412

0

5

10

15

20

25

30

35

40

0.201

35 70 105 140 175 210 245 280 315 385

0.402

0.603

0.804

1.005

1.206

1.407

1.608

0 1000 2000 3000 4000 5000 6000 7000 8000 9000 10000

Stat

ic P

ress

ure

Ris

e,da

Pa -

in.H

2O


0

5

10

15

20

25

30

35

40

45

0.201

35 70 105 140 210 280 350 385315245175

0.402

0.603

0.804

1.005

1.206

1.407

1.608

1.809

0 1000 2000 3000 4000 5000 6000 7000 8000 9000 10000 11000

Stat

ic P

ress

ure

Ris

e,da

Pa -

in.H

2O


5.92" ±.03"

.172" ±.010" .172" ±.010"

.172" ±.010".172" ±.010"

2.23" ±.03"

2.23" ±.03"

.87" ±.03"

.87" ±.03"

.83" ±.03"

.83" ±.03"

3.38

"3.

38"

6.375" ±.01"

6.375" ±.01"

6.375" ±.01"

6.375" ±.01"

6.75

" ±

.03"

6.75

" ±

.03"

6.75

" ±

.03"

6.75

" ±

.03"

5.92

" ±

.03"

5.92

" ±

.03"

5.92

" ±

.03"

.09" ±.03"

.09" ±.03" .09" ±.03"

.09" ±.03".09" ±.03"

.09" ±.03" .09" ±.03"

.09" ±.03"

.29" ±.03"

.29" ±.03" .29" ±.03"

.29" ±.03"2" ±.03"

2" ±.03" 2" ±.03"

2" ±.03"

150.4 ±0.8

2X Ø161.93 ±0.250

2X Ø161.93 ±0.250

2X Ø161.93 ±0.250

2X Ø161.93 ±0.250

Ø17

1.5

±0.

80

Ø17

1.5

±0.

80

Ø17

1.5

±0.

80

Ø17

1.5

±0.

80

Ø15

0.4

±0.

8

Ø15

0.4

±0.

8

Ø15

0.4

±0.

8

2.4 ±0.8

2.4 ±0.8 2.4 ±0.8

2.4 ±0.82.4 ±0.8

2.4 ±0.8 2.4 ±0.8

2.4 ±0.8

50.8 ±0.8

50.8 ±0.8 50.8 ±0.8

50.8 ±0.88X 7.4 ±0.8

8X 7.4 ±0.8 8X 7.4 ±0.8

8X 7.4 ±0.82X 55.5° ±

2°

2X 55.5° ±2°

2X 55.5° ±2°

2X 55.5° ±2°

2X 55.5° ±2°

2X 55.5° ±2°

2X 55.5° ±2°

2X 55.5° ±2°

8X Ø4.37 ±0.25 8X Ø4.37 ±0.25

8X Ø4.37 ±0.258X Ø4.37 ±0.25

56.6 ±0.80

56.6 ±0.80

22.2 ±0.80

22.2 ±0.80

85.8

Max

i85

.8 M

axi

21 ±0.80

21 ±0.80

1,8

1,6

1,4

1,2

1,0

0,8

0,6

0,4

0,2

1,62,8

2,4

2,0

1,6

1,2

0,8

0,4

1,4

1,2

1,0

0,8

0,6

0,4

0,2

2,4 0,8

0,6

0,4

0,2

2,2

2,0

1,8

1,6

1,4

1,2

1,0

0,8

0,6

0,4

0,2

24 25

OPTIFAN 80

PartNumber

PowerSupply

Speed(rpm)

InputPower

(Watts)

InputCurrent(Amps)


Weight(Kg/Lbs)



00-85001617-001 28VDC 9000 17 0,6 2,5 0,62/1,37 73 Fig.1 Fig.A √ -00-85001522-001 28VDC 12000 62 2,2 5 0,62/1,37 79 Fig.1 Fig.B √ -00-85001523-001 28VDC 16000 155 5,5 7 0,62/1,37 85 Fig.1 Fig.C √ -

Fig.C

0

20

40

60

80

100

120

140

160

0.804

35 42 49 56 637 14 21 28 70 77

1.608

2.412

3.216

4.02

4.824

5.628

6.432

0 200 400 600 800 1000 1200 1400 1600 1800 2000 2200

Sta

tic P

ress

ure

Ris

e,da

Pa

-in.

H2O


Fig.B

0

10

20

30

40

50

60

70

80

90

0.402

7 14 21 28 35 42 49 56 63

0.804

1.206

1.608

2.01

2.412

2.814

3.216

3.618

0 200 400 600 800 1000 1200 1400 1600 1800

Stat

ic P

ress

ure

Ris

e,da

Pa -

in.H

2O


Fig.A

0

5

10

15

20

25

30

35

40

45

50

0.201

7 14 21 28 35 42 49

0.402

0.603

0.804

1.005

1.206

1.407

1.608

1.809

2.01

0 200 400 600 800 1000 1200 1400

Sta

tic P

ress

ure

Ris

e,da

Pa

-in.

H2O


* Refer to page 38 «speed signal», FPS: type 6 / Refer to page 42 «accessories»

Fig.1

(20)

Ø92

79,99 ±0,8

Ø71,4 ±0,7

610

min

i

599

min

i

17 ±1

3,55 ±0,8 3,55 ±0,8

76,2 ±0,8

4X Ø5,4 ±0,3.213" ±.012"

3,149" ±.031"

.14 ±.031"

2,811" ±.028"

.67" ±.04"

24"

22"

.14 ±.031"

3" ±.031"

3,62"

45°

(Ø69)

( .7

9" )

( 2,72" )

2,0

1,8

1,6

1,4

1,2

1,0

0,8

0,6

0,4

0,2

3,6

3,2

2,8

2,4

2,0

1,6

1,2

0,8

0,4

6,4

5,6

4,8

4,0

3,2

2,4

1,6

0,8

2726

CANDI

CUMIN

Fig.A

Fig.1

Fig.A

Fig.1

PartNumber

PowerSupply

Cap*(µF)

Speed(rpm)

InputPower

(Watts)

InputCurrent(Amps)


Weight(Kg/Lbs)


Speed SignalF.P.S L.S.W

00000372 200V/3Phases/400Hz - 22000 8 0.05 0.07 0.05/0.11 52 Fig.1 Fig.A - -00000373 115V/3Phases/400Hz - 22000 8 0.08 0.11 0.05/0.11 52 Fig.1 Fig.A - -00000198 115V/1Phase/400Hz 0.3 22000 8 0.08 0.11 0.05/0.11 52 Fig.1 Fig.A - -

* Capacitor (not supplied) : 150 VAC


PartNumber

PowerSupply

Cap*(µF)

Speed(rpm)

InputPower

(Watts)

InputCurrent(Amps)


Weight(Kg/Lbs)



00000169 200V/3Phases/400Hz - 21500 6 0.03 0.07 0.07/0.154 57 Fig.1 Fig.A - -00001257 115V/1Phase/400Hz 21500 6 0.33 0.75 0.07/0.154 57 Fig.1 Fig.A - -00000311 20V/1Phase/400Hz 0.3 21500 6 0.33 0.75 0.07/0.154 57 Fig.1 Fig.A - -

MORTIER-1

CHERI

Fig.A

Fig.1

PartNumber

PowerSupply

Cap(µF)

Speed(rpm)

InputPower

(Watts)

InputCurrent(Amps)


Weight(Kg/Lbs)



00000105 200V/3Phases/400Hz - 22000 11 0.05 0.1 0.07/0.14 58 Fig.1 Fig.A - -

Fig.B

Fig.A

Fig.1


PartNumber

PowerSupply

Cap*(µF)

Speed(rpm)

InputPower

(Watts)

InputCurrent(Amps)


Weight(Kg/Lbs)



00000913 115V/1Phase/400Hz 0.3 11000 10 0.05 0.1 0.1/0.22 55 Fig.1 Fig.A - -00000955 200V/3Phases/400Hz - 22000 17 0.09 0.2 0.1/0.22 67 Fig.1 Fig.B - -00000822 115V/1Phase/400Hz 0.47 22000 16 0.17 0.4 0.1/0.22 67 Fig.1 Fig.B - -

Stat

ic P

ress

ure

Ris

e, d

aPa

- in

H2O

20

15

10

5

50 100 150 200 250 300 35000

00

0,8

0,6

0,4

0,2

2 4 5 7 9 11 12Volumetric Flow Rate, L/mn - CFM

28 29

MAXIME 2 / MAXIME 4

Fig.A Fig.B

Fig.1 Fig.2

* Refer to page 38 «speed signal»** Capacitor (not supplied) : 150 VAC

PartNumber

PowerSupply

Cap**(µF)

Speed(rpm)

InputPower

(Watts)

InputCurrent(Amps)


Weight(Kg/Lbs)



MAXIME 4

00000051 200V/3Phases/400Hz - 10500 10 0.05 0.07 0.1/0.22 55 Fig.1 Fig.A - -00000434 115V/1Phase/400Hz 0.3 10500 10 0.09 0.11 0.1/0.22 55 Fig.1 Fig.A - -00000950 115V/3Phases/400Hz - 10500 10 0.09 0.11 0.1/0.22 55 Fig.1 Fig.A - -

MAXIME 2

00000046 200V/3Phases/400Hz - 21500 21 0.01 0.21 0.1/0.22 67 Fig.1 Fig.B - -00000949 115V/1Phase/400Hz 0.47 21500 21 0.17 0.32 0.1/0.22 67 Fig.1 Fig.B - -00000428 115V/3Phases/400Hz - 21500 21 0.17 0.32 0.1/0.22 67 Fig.1 Fig.B - -00001087 200V/3Phases/400Hz - 21500 21 0.1 0.21 0.12/0.26 67 Fig.2 Fig.B √ -00000047 115V/1Phase/400Hz 0.47 21500 21 0.17 0.32 0.12/0.26 67 Fig.2 Fig.B √ -

MAXIMAL 2 / MAXIMAL 4

Fig.A Fig.B

PartNumber

PowerSupply

Cap**(µF)

Speed(rpm)

InputPower

(Watts)

InputCurrent(Amps)


Weight(Kg/Lbs)



MAXIMAL 4

00000433 200V/3Phases/400Hz - 10500 18 0.1 0.14 0.12/0.27 58 Fig.1 Fig.A - -00000956 115V/1Phase/400Hz 0.68 10500 18 0.18 0.24 0.12/0.27 58 Fig.1 Fig.A - -00000431 115V/3Phases/400Hz - 10500 18 0.2 0.23 0.12/0.27 58 Fig.1 Fig.A - -

MAXIMAL 2

00000429 200V/3Phases/400Hz - 21500 55 0.22 0.5 0.12/0.27 79 Fig.1 Fig.B - -00000256 115V/1Phase/400Hz 1.5 21500 55 0.45 0.75 0.12/0.27 79 Fig.1 Fig.B - -00000993 200V/3Phases/400Hz - 21500 55 0.1 0.21 0.14/0.31 79 Fig.2 Fig.B √ -00001272 115V/1Phase/400Hz 1.5 21500 55 0.45 0.75 0.14/0.31 79 Fig.2 Fig.B √ -

Fig.1 Fig.2

* Refer to page 38 «speed signal»** Capacitor (not supplied) : 150 VAC

30 31

MARYLAND-1

Fig.A


PartNumber

PowerSupply

Cap*(µF)

Speed(rpm)

InputPower

(Watts)

InputCurrent(Amps)


Weight(Kg/Lbs)



00000729 200V/3Phases/400Hz - 21500 190 0.65 2.5 0.42/0.94 88 Fig.1 Fig.A - -00000523 115V/1Phase/400Hz 1.5 21500 230 1.7 4.1 0.42/0.94 88 Fig.1 Fig.A - -

Fig.A

Fig.1


PartNumber

PowerSupply

Cap*(µF)

Speed(rpm)

InputPower

(Watts)

InputCurrent(Amps)


Weight(Kg/Lbs)



00000986 200V / 3 Phases / 400Hz - 21000 80 0.3 1 0.36 / 0.8 80 Fig.1 Fig.A - -00000985 115V / 1 Phase / 400Hz 1 21000 80 0.6 1.45 0.36 / 0.8 80 Fig.1 Fig.A - -

MEDIA 2P5

MERCATOR

Fig.B

Fig.A

Fig.2

Fig.AFig.1

PartNumber

PowerSupply

Cap*(µF)

Speed(rpm)

InputPower

(Watts)

InputCurrent(Amps)


Weight(Kg/Lbs)



00000984 115V/1Phase/400Hz 1 11300 30 0.4 1.5 0.32/0.7 73 Fig.1 Fig.A - -00-85001578-0001 200V/3Phases/400Hz - 22000 120 0.4 1.5 0.32/0.7 88 Fig.2 Fig.B √ -

00000983 115V/3Phases/400Hz - 22000 120 1.2 4 0.32/0.7 88 Fig.1 Fig.B - -

PartNumber

PowerSupply

Cap(µF)

Speed(rpm)

InputPower

(Watts)

InputCurrent(Amps)


Weight(Kg/Lbs)



00000409 200V/3Phases/400Hz - 22250 240 0.8 4 0.758/1.65 100 Fig.1 Fig.A - -00000959 115V/3Phases/400Hz - 22250 240 1.4 5 0.758/1.65 100 Fig.1 Fig.A - -


MELBA

Fig.1

2,362 [0,093" ]±0,08 ±0,003"

1,52 [0,06" ]±0,7 ±0,028"

58,7 [2,31" ]±0,7 ±0,028"

Ø66

,68

[Ø

2,63

]

±0,

25±

0,01

"

Ø66

,68

[Ø

2,63

]

±0,

25±

0,01

"

Ø61

,93

[Ø

2,44

]

±0,

25±

0,01

"

Ø61

,93

[Ø

2,44

]

±0,

25±

0,01

"

Fig.1

60 102,34 0,39

Ø76

,2

Ø75

,9

5,53±0,04

Ø80

,7Ø

3,14

Ø2,

96Ø40

Ø2,

28Ø

74

Ø1,

56

Ø2,

97

+0,

2

±0,

15

±0,

2±

0,00

8

±0,

006

0

+0,

008

Ø80

,7Ø

3,14

±0,

2±

0,00

8

Ø75

,9Ø

2,96

±0,

15±

0,00

6

0

0,0580,058

1,51,5

2,3±0,1

2,3±0,10,09±0,0040,09±0,004

0

0

0

0-0,008

-0,008

-0,2

-0,2

142±1,1

name plate

2,362±0,07 [0,09"±0,003"]

300

Min

i [1

1,81

" M

in]

2,362±0,07 [0,09"±0,003"]

1,52±0,7 [0,06"±0,028"]

Ø71

,425

±0,

2 [Ø

2,81

"±0,

01"]

Ø71

,425

±0,

2 [Ø

2,81

"±0,

01"]

58,67±0,7 [2,31"±0,028"]

Ø77

±0,

2 [Ø

3"±

0,00

8"]

Ø77

±0,

2 [Ø

3"±

0,00

8"]

1,52±0,7 [0,06"±0,028"]ROTATION

32 33

PRODIGE / PASTEUR / PERSAN / PENSEE / PASTEL

Fig.CFig.BFig.A

Fig.EFig.D


PartNumber

PowerSupply

Cap*(µF)

Speed(rpm)

InputPower

(Watts)

InputCurrent(Amps)


Weight(Kg/Lbs)



PRODIGE00000085 200V/3Phases/400Hz - 10500 38 0.14 0.43 0.32/0.70 76 Fig.1 Fig.A - -00000008 115V/3Phases/400Hz - 10500 38 0.25 0.75 0.32/0.70 76 Fig.1 Fig.A - -

PASTEUR

00000944 200V/3Phases/400Hz - 5600 11 0.07 0.14 0.35/0.77 64 Fig.2 Fig.B - -00000054 115V/3Phases/400Hz - 5600 11 1.2 2.5 0.35/0.77 64 Fig.2 Fig.B - -00000054 115V/1Phase/400Hz 0.47 5600 11 0.13 0.21 0.35/0.77 64 Fig.2 Fig.B - -

PERSAN

00000630 200V/3Phases/400Hz - 7500 18 0.1 0.3 0.33/0.72 64 Fig.3 Fig.C - -00000945 115V/3Phases/400Hz - 7500 18 0.2 0.45 0.33/0.72 64 Fig.3 Fig.C - -00000125 115V/1Phase/400Hz 0.56 7500 18 0.2 0.4 0.33/0.72 64 Fig.3 Fig.C - -

PENSEE00000241 200V/3Phases/400Hz - 7500 73 0.35 1.3 0.62/1.35 82 Fig.4 Fig.D - -00000055 200V/1Phase/400Hz 0.68 7500 78 0.42 1 0.62/1.35 82 Fig.4 Fig.D - -

PASTEL00000457 200V/3Phases/400Hz - 5500 40 0.21 0.52 0.61/1.34 69 Fig.5 Fig.E - -00000896 115V/1Phase/400Hz 1.2 5500 40 0.4 0.75 0.61/1.34 69 Fig.5 Fig.E - -

Fig.2Fig.1

Fig.4Fig.3

Fig.5

34 35

OPTIFAN 145

PartNumber

PowerSupply

Cap*(µF)

Speed(rpm)

InputPower

(Watts)

InputCurrent(Amps)


Weight(Kg/Lbs)


F.P.S L.S.W

00-85001506-001 115V/1Phase/400Hz 2,2 3400 37 0,7 0,8 0,8/1,76 66 Fig.1 Fig.A - -00-85001507-001 115V/1Phase/400Hz 2,2 3400 37 0,7 0,8 0,8/1,76 66 Fig.2 Fig.A - -00-85001443-001 115V/1Phase/400Hz 2,2 3400 37 0,7 0,8 0,8/1,76 66 Fig.3 Fig.A - -00-85001511-001 200V/3Phases/400Hz - 3400 43 0,4 0,62 0,8/1,76 66 Fig.1 Fig.A - -00-85001512-001 200V/3Phases/400Hz - 3400 43 0,4 0,62 0,8/1,76 66 Fig.2 Fig.A - -00-85001513-001 200V/3Phases/400Hz - 3400 43 0,4 0,62 0,8/1,76 66 Fig.3 Fig.A - -00-85001514-001 200V/3Phases/400Hz - 5500 80 0,6 1,25 0,8/1,76 76 Fig.1 Fig.B - -00-85001515-001 200V/3Phases/400Hz - 5500 80 0,6 1,25 0,8/1,76 76 Fig.2 Fig.B - -00-85001516-001 200V/3Phases/400Hz - 5500 80 0,6 1,25 0,8/1,76 76 Fig.3 Fig.B - -

Fig.1

Fig.2 Fig.3

Fig.B

05

1015202530354045505560

Sta

tic P

ress

ure

Ris

e,da

Pa -

in.H

2O


0.201

0.402

0.603

0.804

1.005

1.206

1.407

1.608

1.809

2.01

2.211

0.201

70 140 210 280 350 420

2.412

Fig.A

0

5

10

15

20

25

0.201

35 70 105 140 175 210 245 280

0.402

0.603

0.804

1.005

0 1000 2000 3000 4000 5000 6000 7000 8000

Stat

ic P

ress

ure

Ris

e,da

Pa -

in.H

2O


MARATHON 2 / MARATHON 4

Fig.A Fig.B

Fig.2Fig.1

* Refer to page 38 «speed signal» / ** Capacitor (not supplied) : 150 VAC

PartNumber

PowerSupply

Cap**(µF)

Speed(rpm)

InputPower

(Watts)

InputCurrent(Amps)


Weight(Kg/Lbs)


Speed Signal* F.P.S L.S.W

MARA-THON 4

00000939 200V/3Phases/400Hz - 11000 13 0.15 0.3 0.32/0.7 67 Fig.1 Fig.A - -00000940 115V/1Phase/400Hz 1 11000 13 0.15 0.2 0.32/0.7 67 Fig.1 Fig.A - -00000206 115V/3Phases/400Hz - 11000 13 0.14 0.16 0.32/0.7 67 Fig.1 Fig.A - -

MARA-THON 2

00000222 200V/3Phases/400Hz - 22000 78 0.28 1,4 0.32/0.7 82 Fig.1 Fig.B - -00000581 115V/1Phase/400Hz 1 22000 97 0.8 1,6 0.32/0.7 82 Fig.1 Fig.B - -00000880 200V/3Phases/400Hz - 22000 78 0.28 1,4 0.37/0.82 82 Fig.2 Fig.B √ -00001256 115V/1Phase/400Hz 1 22000 97 0.8 1,6 0.37/0.82 82 Fig.2 Fig.B √ -

8X Ø4,37±0,25

2X Ø161,93±0,250

56,6±0,80

8X Ø4,37±0,258X Ø4,37±0,25

2X Ø161,93±0,250

2X Ø161,93±0,250

6,375"±.01"

6,375"±.01"

21±0,80

85,8

Max

i

22,2±0,80 150,4±0,85,92"±.03"

Ø15

0,4±

0,8

Ø17

1,5±

0,80

Ø17

1,5±

0,80

5,92

"±.0

3"

6,75

"±.0

3"

6,75

"±.0

3"

.87"±.03"

3,38

"

2,23"±.03"

.83"±.03".172"±.010"

.172"±.010"

2,4±0,8 2,4±0,8

Ø15

0,4±

0,8

Ø17

1,5±

0,80

5,92

"±.0

3"

6,75

"±.0

3"

8X 7,4±0,850,8±0,8

.09"±.03" .09"±.03"

.29"±.03"2"±.03"

6,375"±0,1"

.172"±.010"

2X 55,5° ±2° 2X 55,5° ±2°

2X 55,5° ±2°

2X 55,5° ±2°2X 55,5° ±2°

2X 55,5° ±2°2,4±0,8 2,4±0,8 2,4±0,82,4±0,8

8X 7,4±0,8 8X 7,4±0,8

50,8±0,8 50,8±0,8

.09"±.03" .09"±.03" .09"±.03".09"±.03"

.29"±.03" .29"±.03"

2"±.03" 2"±.03"

36 37

38

SPEED SIGNAL

DESCRIPTION In order to monitor and advise potential loss of cooling airflow, LMB AC & DC fans may incorporate warning and detection devices :Fan Performance Sensor (FPS) provides a pulse output proportional to the fan speed.Low Speed Warning (LSW) detects under-speed conditions and advises the system about airflow interruption. This a logic signal (0 or 1).

FAN PERFORMANCE SENSOR FOR AC FANS

FAN PERFORMANCE SENSOR FOR DC BRUSHLESS FANS Fan Performance Sensor

Vsensor = 4.5 to 24 VDCI < 25 mA

V2 max. = VsensorV1 max. < 1 VDC

T1 ~ 0.9 T T = 60/rpm

Type 1 : Open collector•V2 = Vcollector t off = 50% of T +/-10%•V1 = 1 VDC max. t on = T – t off•Icollector = 25 mA max T = 30/rpmType 2 :•V2 = 5 VDC+/-1 VDC t off = 50% of T +/-10%•V1 = 1 VDC max. t on = T – t off•I < 1 mA T = 60/rpmType 3 :•V2 = 12 VDC +/- 2 VDC t off = 50% of T +/-10%•V1 = 1 VDC max. t on = T – t off•I < 1 mA T = 30/rpmType 4•V2 = 7.5 VDC +/- 0.5 VDC t off = 50% of T +/-10%•V1 = 1 VDC max t on = T – t off•I < 1 mA T = 30/rpmType 5•V2 = 10 VDC +/- 4 VDC t off = 50% of T +/- 10%•V1 = 1 VDC max t on = T – t off•I < 0.1 mA T = 30/rpm

38

Logic Status Electrical stateNORMAL OPERATION Grounded to 0 VDCUNDERSPEED (Fail condition)

Open collector (exter-nal pull-up resistor)

LOW SPEED WARNING :

•Physical description : - Connected by one wire : LSW. - Return path by the “0 VDC” power input.

•Logic / electrical status :

The fan has to be electrically supplied to give proper information on the LSW output.

•Electrical characteristics :Nominal output sink current @ 28VDC :Current must be limited to 100 mA by an external pull-up resistor (not part of the fan),Maximum output voltage in open collector state : +28 VDC nominal ; +40 VDC surge with a pull-up resistor higher than 0,4KΩ.Maximum output voltage when grounded to 0 VDC : < 1,5 VDC.

•Detail operation:LSW is unlatched. During start-up LSW is not active (NORMAL_OPERA-TION) .

39

PWM SPEED CONTROL

Wire AWG Color+28VDC #24 RED0VDC #24 BLACKFPS #24 BROWN

PWMINPUT #24 BLUE

ELECTRICAL INTERFACEPOWER SUPPLY 28VDC NETWORK / 28VDC TYP, 32.2V MAX@5min / SURGE 48V@1s, 80V@100ms

MIN. STARTING VOLTAGE 12V

INPUT CURRENTSTEADYSTATE REFERTOLABEL(1)

STARTINGCURRENT 2.3ATYP.(2)

INSULATION RESISTANCELEVEL GROUP VALUE50VDC

ALLWIRESLINKEDTOGETHER/CASING>20MW

DIELECTRIC STRENGHT 500VDC <1mA

PROTECTIONS

POWERLEADS CROSSPOLARITY

PWM CONNEXIONTOGROUNDAND28VDC(CONTINUOUS)

FAN UNDERSPEED,ROTORLOCKED(3)

FPS INTERFACE

FANPERFORMANCESENSOR FAN

+28VDC

0VDC

FPS

FPS

5V (+/-1V)

0V (+1/0V)

TLOW

THIGH

T = 60 / RPM

%+/-102TTLOW

1mA MAX

PWM INTERFACE

SPEED CONTROLMODE

FAN

0VDC

PWM 12V MAX

T

TON

α (%) = TON

/T x100

PWM EXTERNAL SWITCH

CONTROLLER 100HZ< f <10KHz

+28VDC

FPS

OPENLOOPOPERATION

Typicalcurveofspeedvariation

“CAUTION/ATSTARTING,THEDUTYCYCLENEEDSTOBESET>50%DURINGATLEAST1SINORDERTOAVOIDTHEACTIVATIONOFTHEUNDERSPEEDPROTECTIONFUNCTION.

DURINGNORMALOPERATION,THEDUTYCYCLECANBESETFROM30%TO100%WITHOUTRESTRICTION.”

CLOSEDLOOPOPERATION

“CAUTION/ATSTARTING,THEDUTYCYCLENEEDSTOBESET>50%DURINGATLEAST1SINORDERTOAVOIDTHEACTIVATIONOFTHEUNDERSPEEDPROTECTIONFUNCTION.

DURINGNORMALOPERATION,THEDUTYCYCLECANBESETFROM30%TO100%WITHOUTRESTRICTION.”

CHOICEOFPWMFREQUENCY

Above1khz,someaudiblesnoisescouldappear,particularyatlowspeed.UseathighPWMfrequencycouldreducethemax.operatingtemperaturerange.

ConductedandradiatedemissionsareloweratlowPWMfrequency.HighPWMfrequencyallowsawidespeedrange

TEMPERATURE RANGEOPERATING [-40,+85°C]STORAGE [-54°C,+105°C]

(1)Standardconditions:28vdc,freedelivery,airdensity:1.2Kg/m³.(2)Averagevalue(3)Incaseofdefect,fanstops(latching).

FAN

FAN

0-5VDC SPEED CONTROL

Wire AWG Color+28VDC #24 RED(rouge)0VDC #24 BLACK(noir)

0-5Vspeedcommand #24 ORANGE(orange)FPS #24 BROWN(marron)

ELECTRICAL INTERFACEPOWER SUPPLY 28VDC NETWORK / 28VDC TYP, 32.2V MAX@5min / SURGE 48V@1s, 80V@100ms

MIN. STARTING VOLTAGE 12V

INPUT CURRENTSTEADYSTATE REFERTOLABEL(1)

STARTINGCURRENT 2.3ATYP.(2)

INSULATION RESISTANCE

LEVEL GROUP VALUE

50VDC ALLWIRESLINKEDTOGETHER/CASING >20MΩ

PROTECTIONS

POWERLEADS CROSSPOLARITY

FPS CONNEXIONTOGROUNDAND28VDC(CONTINUOUS)

0-5V INCASEOFWIREDISCONNECTION,THEFANRUNSATMAX.SPEED

FAN UNDERSPEED,ROTORLOCKED(3)

FPS INTERFACE

FANPERFORMANCESENSOR

0-5VDC SPEED CONTROL INTERFACE

SPEED CONTROLMODE

OPENLOOPOPERATION

CAUTION/DURINGSTARTING,TODON'TTRIGGERUNDERSPEEDPROTECTION,APPLY2VDURINGATLEAST1s

CLOSEDLOOPOPERATION

CAUTION/DURINGSTARTING,TODON'TTRIGGERUNDERSPEEDPROTECTION,APPLY2VDURINGATLEAST1s

MaxVoltage=5.5Vduring1mnMaxsupplycurrent=1mA

TYPICALCURVEOFSPEEDVARIATION

TEMPERATURE RANGEOPERATING [-40,+85°C]STORAGE [-54°C,+105°C]

(1)Standardconditions:28vdc,freedelivery,airdensity:1.2Kg/m³.(2)Averagevalue(3)Incaseofdefect,fanstops(latching).

40 41

42

ACCESSORIES - C CLAMPS ACCESSORIES - FINGER GUARDS

All finger guards are Stainless Steel (SS) unless otherwise noted.PRODUCTFAMILTY PARTNUMBER INTERFACE DRAWING

Optifan44 10-85024824-001 Servoring Fig.1Optifan45 10-85024824-001 Servoring Fig.1Optifan65 10-85550030-001 Servoring Fig.2Optifan70 10-85550027-001 Servoring Fig.3Optifan70 10-85550038-001 Squareflange-outletside Fig.4Optifan70 10-85550039-001 Squareflange-inletside Fig.5Optifan75 10-85550028-001 Servoring-inletside Fig.6Optifan75 10-85550031-001 Squareflange Fig.7Optifan75 10-85550032-001 Servoring-outletside Fig.8

Pluton/Thinfan120 10-85550036-001 Squareflange Fig.9Thinfan60 10-85550043-001 Squareflange Fig.10Moutingkit* 10-85024668001 Servoring Fig.11

Fig.1

Fig.4

Fig.7

Fig.11

Fig.9

Fig.2

Fig.5

Fig.8

Fig.10

Fig.3

Fig.6

*Mounting kit includes : three washer P/N 10-85025065-001 and three nuts 10-85452026-001

compm

multc

RoHSCompliant

Description Part Number

MC32696

Part Number Table

Wire Fan GuardDimensions : Inches (mm)

Notes:

Material : C1008 SteelPlating : Bright nickel chromeRing Diameter : 1.6mmRib Diameter : 1.6mm

0.181 Diameter (4.6)4 Positions

0.17 (4.4)

2.09 (53.2)

1.97 (50.0)

P/N 10480004

P/N 10480006

43

44

TEMPERATURET° (°K) = T° (°C) + 273.15T° (°C) = (T° (°F) - 32) : 1.8T° (°F) = T° (°C) x 1.8 + 32

LENGHTS1 inch = 25.4 mm (2.54 cm)1 mm = 0.039“1 cm = 0.394“

WEIGHT1 g = 0.035 oz1 kg = 2.204 lbs

DENSITY Standard air at 0.075 lbs/ft3 = 1.20 kg/m3 PRESSURE a. 1 centipieze = 1.02 mm H2O = 0.04 in H2O = 10Pa (Pascals) = 0.1 millibar b. 1mm H2O = 0.039 in HO = 0.981 centipieze = 9.8 Pa = 4.02» H2O c.1 Kpa = 102 mmHO = 100 centipiezes = 4.02“ H2O = 10 millibars d.1 millibar = 10.2 mm H2O = 0.40 in H2O = 100 Pa = 10 centipiezes e. 1 Inch H2O = 25.4 mm H2O = 249 Pa = 2.49 millibars = 24.9 centipiezes AIR FLOW a. 1 l per min = 0.017 l/s = 0.035 cfm = 0.06 m3/h b. 1 l/s = 60 l/min = 2.12 cfm = 3.6 m3/h c. 1 cfm = 0.47 l/s = 28.3 l/min = 1.7 m3/h d. 1 m3/h = 0.28 l/s = 16.7 l/mn = 0.59 cfm

45

EQUIVALENCE OF UNITS

LMB also designs and manufactures a wide range of high performance, mixed flow, and centrifugal fans such as the Hyperfans. Performance curves for some representative examples are given on page 47. Contact the factory or your local representative for details.

KEY CHARACTERISTICS :

• 28VDC & AC400Hz• 4 to 10 inch diameter• 3000 to 22000rpm• 200 to 5000 Watts

CURVE NUMBER

SYMBOL

1 Hyper 2052 Hyper 80-003 Hyper 754 Hyper 965 Hyper 95-016 Hyper 977 Hyper 115-048 Hyper 120-089 Recirculation

10 Hyper 15011 MX150-0112 Hyper 14013 Hyper 150-0114 Hyper 140 NG15 Hyper 20516 Hyper 16017 Condenser18 Hyper 11519 Hyper 16520 Hyper 17021 Hyper 15522 Hyper 18523 Hyper 18024 Hyper 190-0525 Hyper 190-0626 Hyper 19027 Hyper 250

28 Hyper 200

46 47

NOTES :

HYPERFAN CURVES

01-Hy

per2

05

AC02

-Hy

per8

0-00

DC

03-Hy

per7

5AC

04-Hy

per9

6DC

05-Hy

per9

5-01

DC

06-Hy

per9

7DC

07-Hy

per1

15-04

DC08

-Hy

per1

20-08

DC09

-Re

circulation

AC10

-Hy

per1

50

DC11

-MX1

50-01

DC12

-Hy

per1

40

AC13

-Hy

per1

50-01

DC14

-Hy

per140

NG

AC15

-Hy

per2

05

DC16

-Hy

per1

60

DC17

-Co

ndenser

AC18

-Hy

per1

15

AC19

-Hy

per1

65

AC20

-Hy

per1

70

AC21

-Hy

per1

55

AC22

-Hy

per1

85

AC23

-Hy

per1

80

AC24

-Hy

per1

90-05

DC25

-Hy

per1

90-06

AC26

-Hy

per1

90

AC27

-Hy

per2

50

AC28

-Hyper200

AC

123

914

17

18

1920

21

22

23

25

26

27

28

45 6

7

8

10

1524

16

11

13

8000

7000

6000

5000

3000

Static Pressure Rise Pa - in H2O

Volu

met

ric F

low

Rat

e L/

sec

- CF

M

2000

1000 0

32 28 24 20 12 8 4 0

4000

16

600

1271

800

1695

1000

2118

1200

2542

1400

2966

600

1271

400

847

200

423

0 0

12

www.lmbaerospace.com

©c

om

eve

nts

- 20

19

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Documents

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