About Us... p.3 From Design to Product... p p.32. Flexible Customer Support... p p.12
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1 A E R O S P A C E & M I L I T A R Y F A N S C A T A L O G
2 About Us... p.3 From Design to Product... p.3... p.3 Flexible Customer Support... p.3... p.4... p.6... p.6... p.7... p p p p.16 Peltier / Pepite / Pourpier / Pluton... p p.22 Cumin... p p p p p p p p p p p p p p.38 2
3 ABOUT US LMB Le Moteur de Brive, founded over 90 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 ( 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 of the shelf we are very flexible in designing custom products in short time spans and 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 FROM DESIGN TO PRODUCTION LMB offer all the capabilities to design, Design Prototype development Performance and endurance tests Winding workshop Machining line Assembly line OUR CERTIFICATIONS FEEL FREE TO CONTACT US ABOUT OUR OTHER PRODUCTS (HIGH PERFORMANCE FANS, CENTRIFUGAL BLOWERS AND ELECTRICAL MOTORS). lmbsales@lmbaerospace.com RADAR 3
4 STANDARD LMB FAN SPECIFICATION THE LMB FANS ARE DESIGNED TO FULFIL THE FOLLOWING ENVIRONMENTAL CONDITIONS : CLIMATIC CONDITIONS -45 / +85 C to an altitude of ft. 95% throughout the temperature range. tration. MECHANICAL CONDITIONS 4
5 5
6 THINFAN Fig ,8 38 Fig ,4 38 Fig ,4 38 Fig ,8 38 Fig ,7 38 Fig.1 Fig.C *Refer to page 34 speed signal, FPS: type5 / Refer to page 37 «accessories» Signal Static Pressure Rise, dapa - in.h2o 3, , , , , , ,5 0, , Volumetric Flow Rate, L/mn -CFM Static Pressure Rise, dapa - in.h2o Volumetric Flow Rate, L/mn -CFM Fig.B Static Pressure Rise, dapa - in.h2o Volumetric Flow Rate, L/mn -CFM Fig.C Fig.1 Fig.2 LENZ Signal 12 VDC 27 2,2 87 Fig.1 28 VDC Fig.1 Fig.1 6
7 OPTIFAN 40 Signal* 26 VDC 9 2,2 62 Fig.1 26 VDC 9 2,2 62 Fig.1 26 VDC 9 2,2 62 Fig.2 26 VDC 9 2,2 62 Fig.2 26 VDC 9 2,2 62 Fig.3 26 VDC 9 2,2 62 Fig.3 26 VDC ,2 78 Fig.1 26 VDC ,2 78 Fig.1 26 VDC ,2 78 Fig.2 26 VDC ,2 78 Fig.2 26 VDC ,2 78 Fig.3 26 VDC ,2 78 Fig.3 26 VDC ,2 78 Fig.1 * Refer to page 34 «speed signal», FPS: type 2 / ** Refer to page 35 «PWM» / Refer to page 36 «accessories» Control** PWM Fig.B Fig.1 Fig.2 Fig.3
8 OPTIFAN 44 Signal* 12 VDC 3,2 Fig.1 28 VDC 3,2 Fig.1 28 VDC 3,2 Fig.2 28 VDC 2,2 68 Fig.1 28 VDC 2,2 68 Fig.1 28 VDC 2,2 68 Fig.2 28 VDC 2,2 68 Fig.2 28 VDC 2,2 68 Fig.3 28 VDC 2,2 68 Fig.3 28 VDC 2,2 68 Fig.4 28 VDC 12 2,2 74 Fig.1 Fig.C 28 VDC 12 2,2 74 Fig.1 Fig.C 28 VDC 12 2,2 74 Fig.2 Fig.C 28 VDC 12 2,2 74 Fig.2 Fig.C 28 VDC 12 2,2 74 Fig.3 Fig.C 28 VDC 12 2,2 74 Fig.3 Fig.C 28 VDC 24 2,2 84 Fig.1 Fig.D 28 VDC 24 2,2 84 Fig.1 Fig.D 28 VDC 24 2,2 84 Fig.2 Fig.D 28 VDC 24 2,2 84 Fig.2 Fig.D 28 VDC 24 2,2 84 Fig.3 Fig.D 28 VDC 24 2,2 84 Fig.3 Fig.D 28 VDC 37 1,29 2,2 Fig.1 28 VDC 37 1,29 2,2 Fig.1 28 VDC 37 1,29 2,2 Fig.1 * Refer to page 34 «speed signal», FPS: type 2 / ** Refer to page 35 «PWM» / Refer to page 36 «accessories» Control** PWM Static Pressure Rise, dapa - in.h2o Volumetric Flow Rate, L/mn -CFM Fig.B Fig.C Fig.D Static Pressure Rise, dapa - in.h2o Volumetric Flow Rate, L/mn -CFM 8
9 Fig.1 Fig.2 Fig.3 4 Holes Ø Fig.4 9
10 OPTIFAN 45 Signal* Control** PWM 28 VDC 18 2,2 71 Fig.1 28 VDC 18 2,2 71 Fig.1 28 VDC 18 2,2 71 Fig.2 28 VDC 18 2,2 71 Fig.2 28 VDC 18 2,2 71 Fig.3 28 VDC 18 2,2 71 Fig.3 28 VDC 18 2,2 71 Fig.4 28 VDC 18 2,2 71 Fig.4 28 VDC 18 2, VDC 18 2,2 71 Fig.1 28 VDC 18 2,2 71 Fig.1 28 VDC 18 2,2 71 Fig.2 28 VDC 18 2,2 71 Fig.2 28 VDC 18 2,2 71 Fig.3 28 VDC 18 2,2 71 Fig.3 28 VDC 18 2,2 71 Fig.4 28 VDC 18 2,2 71 Fig.4 28 VDC 2,2 78 Fig.1 Fig.C 28 VDC 2,2 78 Fig.1 Fig.C 28 VDC 2,2 78 Fig.2 Fig.C 28 VDC 2,2 78 Fig.2 Fig.C 28 VDC 2,2 78 Fig.3 Fig.C 28 VDC 2,2 78 Fig.3 Fig.C 28 VDC 2,2 78 Fig.4 Fig.C 28 VDC 2,2 78 Fig.4 Fig.C 28 VDC 34 1,2 2,2 Fig.1 Fig.D 28 VDC 34 1,2 2,2 Fig.1 Fig.D 28 VDC 34 1,2 2,2 Fig.2 Fig.D 28 VDC 34 1,2 2,2 Fig.2 Fig.D 28 VDC 34 1,2 2,2 Fig.3 Fig.D 28 VDC 34 1,2 2,2 Fig.3 Fig.D 28 VDC 34 1,2 2,2 Fig.4 Fig.D 28 VDC 34 1,2 2,2 Fig.4 Fig.D 28 VDC 42 2,2 Fig.1 28 VDC 42 2,2 Fig.1 28 VDC 42 2,2 Fig.2 28 VDC 42 2,2 Fig.2 28 VDC 42 2,2 Fig.3 28 VDC 42 2,2 Fig.3 28 VDC 42 2,2 Fig.4 28 VDC 42 2,2 Fig.4 28 VDC 42 2,2 Fig.6 28 VDC 42 2,2 Fig.1 * Refer to page 34 «speed signal», FPS: type 2 / ** Refer to page 35 «PWM» / Refer to page 36 «accessories» Static Pressure Rise, dapa - in.h2o Volumetric Flow Rate, L/mn -CFM Fig.B Fig.C 10
11 Fig.D Fig.1 Fig.2 Fig.3 Fig.4 Fig.5 Fig.6 11
12 OPTIFAN 65 Signal*/** 28 VDC 12 2,2 Fig.1 28 VDC 12 2,2 Fig.1 28 VDC 12 2,2 Fig.2 28 VDC 12 2,2 Fig.2 28 VDC 12 2,2 Fig.3 28 VDC 12 2,2 Fig.3 28 VDC 12 2,2 Fig.4 28 VDC 12 2,2 Fig.4 28 VDC 21 2,2 73 Fig.1 28 VDC 21 2,2 73 Fig.1 28 VDC 21 2,2 73 Fig.2 28 VDC 21 2,2 73 Fig.2 28 VDC 21 2,2 73 Fig.3 28 VDC 21 2,2 73 Fig.3 28 VDC 21 2,2 73 Fig.4 28 VDC 21 2,2 73 Fig.4 28 VDC 48 1,4 7 Fig.2 Fig.C 28 VDC 48 1,4 7 Fig.2 Fig.C 28 VDC 48 1,4 7 Fig.4 Fig.C 28 VDC 48 1,4 7 Fig.4 Fig.C 28 VDC Fig.2 Fig.D 28 VDC Fig.3 Fig.D 28 VDC Fig.4 Fig.D 28 VDC Fig.4 Fig.D 28 VDC 112 4, Fig.2 28 VDC 118 4, Fig.2 28 VDC 118 4, Fig.4 28 VDC 118 4, Fig.4 28 VDC 4,3 7 Fig.2 Fig.F 28 VDC 4,3 7 Fig.2 Fig.F 28 VDC 4,3 7 Fig.4 Fig.F 28 VDC 4,3 7 Fig.4 Fig.F 28 VDC 4,3 7 Fig.F * Refer to page 34 «speed signal», FPS: type 2 / ** Refer to page 35 «speed signal», FPS: type 1 / Refer to page 36 «accessories» Fig.B Fig.C Fig.D 12 Fig.F
13 Fig.1 Fig.2 Fig.3 Fig.4 Fig.5 13
14 OPTIFAN 70 Signal* 28 VDC 2,2 28 VDC 7 2,2 Fig.1 28 VDC 7 2,2 Fig.1 28 VDC 7 2,2 Fig.2 28 VDC 7 2,2 Fig.2 28 VDC 7 2,2 Fig.3 28 VDC 7 2,2 Fig.3 28 VDC 7 2,2 Fig.4 28 VDC 7 2,2 Fig.4 28 VDC 7 2,2 28 VDC 7 2,2 28 VDC 11 2,2 64 Fig.1 Fig.C 28 VDC 11 2,2 64 Fig.1 Fig.C 28 VDC 11 2,2 64 Fig.2 Fig.C 28 VDC 11 2,2 64 Fig.2 Fig.C 28 VDC 11 2,2 64 Fig.3 Fig.C 28 VDC 11 2,2 64 Fig.3 Fig.C 28 VDC 11 2,2 64 Fig.4 Fig.C 28 VDC 11 2,2 64 Fig.4 Fig.C 28 VDC 1,4 2,2 77 Fig.1 Fig.D 28 VDC 1,4 2,2 77 Fig.1 Fig.D 28 VDC 1,4 2,2 77 Fig.2 Fig.D 28 VDC 1,4 2,2 77 Fig.2 Fig.D 28 VDC 1,4 2,2 77 Fig.3 Fig.D 28 VDC 1,4 2,2 77 Fig.3 Fig.D 28 VDC 1,4 2,2 77 Fig.4 Fig.D 28 VDC 1,4 2,2 77 Fig.4 Fig.D 28 VDC 1,4 2,2 77 Fig.D 28 VDC 1,4 2,2 77 Fig.4 Fig.D * Refer to page 34 «speed signal», FPS: type 2 / ** Refer to page 35 «PWM» / Refer to page 36 «accessories» Control** PWM Static Pressure Rise, dapa - in.h2o Volumetric Flow Rate, L/mn -CFM Fig.B Fig.C Fig.D 14
15 Fig.1 Fig.2 Fig.3 Fig.4 Fig.5 15
16 OPTIFAN 75 Signal*/** 26 VDC Fig.1 26 VDC Fig.1 26 VDC Fig.2 26 VDC Fig.2 26 VDC Fig.3 26 VDC Fig.3 26 VDC Fig.4 26 VDC Fig.4 28 VDC 1, Fig.1 28 VDC 1, Fig.1 28 VDC 1, Fig.2 28 VDC 1, Fig.2 28 VDC 1, Fig.3 28 VDC 1, Fig.3 28 VDC 1, Fig.4 28 VDC 1, Fig.4 28VDC 1, VDC 1, Fig.C 28 VDC Fig.6 Fig.D 28 VDC Fig.6 Fig.D 28 VDC Fig.7 Fig.D 28 VDC Fig.7 Fig.D 28 VDC 182 Fig.6 28 VDC 182 Fig.6 28 VDC 182 Fig.7 28 VDC 182 Fig.7 * Refer to page 34 «speed signal», FPS: type 3 / ** Refer to page 35 «speed signal», FPS: type 1 / Refer to page 36 «accessories» Fig.B Static Pressure Rise, dapa - in.h2o Volumetric Flow Rate, L/mn -CFM Fig.C Static Pressure Rise, dapa - in.h2o Fig.D Volumetric Flow Rate, L/mn -CFM 16
17 Fig.1 Fig.2 Fig.3 Fig.4 Fig.5 Fig.6
18 PELTIER / PEPITE / POURPIER / PLUTON Signal* 26 VDC Fig.1 26 VDC 4 1 Fig.2 Fig.G 26 VDC Fig.2 26 VDC Fig.2 12 VDC 9 66 Fig.3 Fig.C 26 VDC Fig.3 Fig.C 26 VDC Fig.3 Fig.F 26 VDC Fig.4 Fig.D 24 VDC Fig.4 28 VDC Fig.4 * Refer to page 34 «speed signal», FPS: type 1 / Refer to page 36 «accessories» Fig.B Fig.C Fig.D Fig.F Static Pressure Rise, dapa - in.h2o Fig.H Volumetric Flow Rate, L/mn -CFM Fig.I 18
19 Fig.1 Fig.2 Fig.3 Fig.4 19
20 OPTIFAN 145 Signal*/** Fig Fig Fig Fig Fig Fig Fig Fig , Fig , Fig , Fig , Fig , Fig , Fig , Fig , Fig Fig.1 Fig.C Fig.1 Fig.C Fig.2 Fig.C Fig.2 Fig.C Fig.3 Fig.C Fig.3 Fig.C Fig.4 Fig.C Fig.4 Fig.C , Fig.1 Fig.D , Fig.1 Fig.D , Fig.2 Fig.D , Fig.2 Fig.D , Fig.3 Fig.D , Fig.3 Fig.D , Fig.4 Fig.D , Fig.4 Fig.D Fig Fig Fig Fig Fig Fig Fig Fig.4 * Refer to page 34 «speed signal», FPS: type 4 / Refer to page 36 «accessories» 20
21 Static Pressure Rise, dapa - in.h2o Volumetric Flow Rate, L/mn -CFM Static Pressure Rise, dapa - in.h2o Volumetric Flow Rate, L/mn -CFM Static Pressure Rise, dapa - in.h2o Volumetric Flow Rate, L/mn -CFM Fig.B Fig.C Static Pressure Rise, dapa - in.h2o Volumetric Flow Rate, L/mn -CFM Fig.D Static Pressure Rise, dapa - in.h2o Volumetric Flow Rate, L/mn -CFM Fig.1 Fig.2 Fig.3 Fig.4 21
22 OPTIFAN 80 Signal*/** 28 VDC Fig.1 28 VDC 62 2,2 79 Fig.1 28 VDC 7 Fig.1 Fig.C Static Pressure Rise, dapa - in.h2o Volumetric Flow Rate, L/mn -CFM Static Pressure Rise, dapa - in.h2o Volumetric Flow Rate, L/mn -CFM Static Pressure Rise, dapa - in.h2o Volumetric Flow Rate, L/mn -CFM Fig.B Fig.C Fig.1 22
23 23
24 CUMIN Cap* (μf) Signal 8 Fig.1 8 Fig.1 8 Fig.1 * Capacitor (not supplied) : 150 VAC Fig.1 CANDI * Capacitor (not supplied) : 150 VAC Cap* (μf) Signal 6 Fig.1 6 Fig.1 6 Fig.1 Fig.1 24
25 CHERI Cap (μf) Signal 11 Fig.1 Fig.1 MORTIER-1 Cap* (μf) Signal Fig Fig Fig.1 * Capacitor (not supplied) : 150 VAC Fig.1 Fig.B 25
26 MAXIME 2 / MAXIME 4 MAXIME 4 MAXIME 2 * Refer to page 34 «speed signal» ** Capacitor (not supplied) : 150 VAC Cap** (μf) Signal* Fig.1 Fig.1 Fig Fig Fig Fig Fig Fig.2 Fig.B Fig.1 Fig.2 26
27 MAXIMAL 2 / MAXIMAL 4 MAXIMAL 4 MAXIMAL 2 Cap** (μf) Signal* 18 Fig.1 18 Fig.1 18 Fig.1 79 Fig.1 79 Fig.1 79 Fig.2 79 Fig.2 * Refer to page 34 «speed signal» ** Capacitor (not supplied) : 150 VAC Fig.B Fig.1 Fig.2
28 MARYLAND-1 * Capacitor (not supplied) : 150 VAC Cap* (μf) Signal V / 3 Phases / 400Hz / Fig V / 1 Phase / 400Hz / Fig Fig.1 MEDIA 2P5 * Capacitor (not supplied) : 150 VAC Cap* (μf) Signal 88 Fig Fig.1 28 Fig.1
29 MERCATOR Cap* (μf) Signal 1 73 Fig.1 88 Fig Fig.1 * Capacitor (not supplied) : 150 VAC Fig.1 Fig.B MELBA Cap (μf) Signal 4 Fig Fig.1 29 Fig.1
30 PRODIGE / PASTEUR / PERSAN / PENSEE / PASTEL PRODIGE PASTEUR PERSAN PENSEE PASTEL * Capacitor (not supplied) : 150 VAC Cap* (μf) Signal Fig Fig Fig Fig Fig Fig.3 Fig.C Fig.3 Fig.C Fig.3 Fig.C Fig.4 Fig.D Fig.4 Fig.D Fig.B Fig.C Fig.D 30
31 Fig.1 Fig.2 Fig.3 Fig.4 Fig.5 31
32 OPTIFAN 145 Cap* (μf) Signal 2, Fig.1 2, Fig.2 2, Fig Fig Fig Fig.3 76 Fig.1 76 Fig.2 76 Fig.3 Static Pressure Rise, dapa - in.h2o Volumetric Flow Rate, L/mn -CFM Static Pressure Rise, dapa - in.h2o Volumetric Flow Rate, L/mn -CFM Fig.B Fig.1 Fig.2 Fig.3 32
33 MARATHON 2 / MARATHON 4 MARA- THON 4 MARA- THON 2 Cap** (μf) * Refer to page 34 «speed signal» / ** Capacitor (not supplied) : 150 VAC Signal* Fig Fig Fig ,4 82 Fig ,6 82 Fig ,4 82 Fig ,6 82 Fig.2 Fig.B Fig.1 Fig.2 33
34 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 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 Vsensor = 4.5 to 24 VDC I < 25 ma V2 max. = Vsensor V1 max. < 1 VDC T1 ~ 0.9 T T = 60/rpm FAN PERFORMANCE SENSOR FOR DC BRUSHLESS FANS Fan Performance Sensor Type 1 : Open collector Type 2 : Type 3 : Type 4 Type 5 Low Warning : - Return path by the 0 VDC power input. Logic tatus NORMAL OPERATION UNDERSPEED (Fail condition) Electrical state Grounded to 0 VDC Open collector (external pull-up resistor) The fan has to be electrically supplied to give proper information on the LSW output. Nominal output sink 28VDC : must be limited to 10 ma by an external pullup resistor (not part of the fan), Maximum output voltage in open collector state : Maximum output voltage when grounded to 0 VDC : < 1,5 VDC. LSW is unlatched. During start-up LSW is not active (NORMAL_OPERA- TION). 34
35 PWM Wire AWG Color +28VDC #24 #24 FPS #24 #24 TEMPERATURE RANGE OPERATING STORAGE (1) (2) (3) ELECTRICAL INTERFACE POWER SUPPLY 28VDC NETWORK / 28VDC TYP, 32.2V MAX@5min / SURGE 48V@1s, 80V@100ms MIN. STARTING VOLTAGE 12V INPUT CURRENT (1) (2) INSULATION RESISTANCE DIELECTRIC STRENGHT <1mA PROTECTIONS (3) FPS INTERFACE +28VDC 5V (+/-1V) FPS FAN FPS 1mA MAX 0V (+1/0V) T LOW T HIGH T = 60 / RPM 0VDC T LOW T 2 +/-10 % PWM INTERFACE +28VDC FPS PWM 12V MAX FAN T ON 0VDC PWM EXTERNAL SWITCH CONTROLLER T (%) = T ON /T x HZ< f <10KHz SPEED CONTROL MODE 35
36 ACCESSORIES - C CLAMPS 36
37 ACCESSORIES - FINGER GUARDS Fig.1 Fig.1 Fig.2 Fig.3 Fig.4 Fig.6 Fig.7 Fig.8 Fig.9 Pluton *Mounting kit includes : three washer P/N and three nuts Fig.1 Fig.2 Fig.3 Fig.4 Fig.5 Fig.6 Fig.8 Fig.9 Fig.10 Fig.11
38 EQUIVALENCE OF UNITS = 10Pa (Pascals) = 0.1 millibar = centipieze = 9.8 Pa = 100 centipiezes = 10 millibars = 100 Pa = 10 centipiezes = = = 1 inch = 25.4 mm (2.54 cm) 1 mm = cm = g = oz 1 kg = lbs = 249 Pa = 2.49 millibars = 24.9 centipiezes = cfm = 0.06 m3/h b. 1 l/s = 60 l/min = 2.12 cfm = 3.6 m3/h = 28.3 l/min d. 1 m3/h = 0.28 l/s = 0.59 cfm 38
39 39
40 36, avenue Marie & Pierre Curie MALEMORT - FRANCE +33 (0) (0) lmbsales@lmbaerospace.com comevents - BRIVE
NMBTC.COM /
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