DC Brushless Fan & Blower

Transcription

1 DC Brushless Fan & Blower *All products are RoHS compliant.

2 Table of Contents Sunon research center DR maglev Sunon total thermal solution Sunon production Network Super silence Fan Sunon sound quality Fan tray DC fan new model numbering system DC fan old model numbering system Page p. p. p. p. p. p.6 p.7 p.8 p.9 DC Fan Size (mm) 7x7x8 xx8 xx xx6 xx xx xx6 xx xx xx 8x8x8 xx6 xx xx xx xx xx8 xx6 xx xx xx Page Size (mm) Page.7 ~.9. ~.6. ~.9. ~.. ~.. ~..7 ~.9. ~..8 ~ ~ 7.. ~.8. ~.9. ~ ~ ~. 6.9 ~.7 9. ~.. ~ ~ 7. p. p. p. p. p. p. p.6 p.7 - p.8 p.9 p. p. - p. p. p. - p. p.6 p.7 - p.8 p.9 p. - p. p. p. p. p. - p.6 6x6x 6x6x 6x6x 6x6x 6x6x8 6x6x6 7x7x 7x7x 7x7x 7x7x 8x8x 8x8x 8x8x 8x8x 8x8x8 9x9x 9x9x 9x9x8 xx xx8 7xx.7 ~ 6..8 ~. 6. ~..8 ~.. ~ ~. 9. ~ 7.. ~.. ~ 9.. ~ ~..7 ~ 6.. ~ ~.9 8. ~ ~ 8.. ~. 7. ~ ~ 7. p.7 p.8 - p.9 p. - p. p. - p. p.6 - p.7 p.8 p.9 p. p. - p. p. p. p. - p.6 p.7 - p.9 p.6 p.6 - p.6 p.6 - p.6 p.66 p.67 - p.68 p.69 - p.7 p.7 - p.7 p.7 DC Blower series model numbering system DC Blower Page p.7 Size (mm) xx 7x7x 97x9x Page Size (mm) Page p.76 97x9x. ~.7 p p.77 xx. ~.9 p p.78

3 SUNON RESEARCH CENTER about Sunon Sunon was founded in 98 and has always upheld the philosophy of Brand, Innovation, and Value for their business operations. From the start, the Sunon name has become an international trademark that is well recognized and featured on products sold worldwide. Over the years, Sunon has continuously focused on developing and making innovations for their core motor technology, leading the industry in product trends for motors, cooling fans, and cooling modules. Sunon is one of the few operations in the world with a motor R&D team and is fully capable of developing innovative new motor designs. Examples for the R&D efforts are the world s first MagLev design and Sunon Mighty Mini series, featuring a compact sub-centimeter size that is the world s smallest and thinnest fan. Today, Sunon is the worldwide leader in precision motors and micro miniature fans, and is widely recognized by the industry as the designated partner for various multinational corporations. Sunon products are widely used in various applications and industries such as information technology, network communications, optoelectronics, and automobile electronics industries, as well as in industrial production equipment, medical equipment, home applications, OA machines, and others. Sunon Research Center the Driving Engine for Inventions and Innovations Sunon established the Sunon Research Center in Kaohsiung in to promote and execute the innovation blueprint for Sunon Group. Research labs and engineers from Europe, America, Japan, and China are centralized to form a worldwide technological service network for quick and efficient services. Key Modules for Innovating Core Motor Technology Sunon has been researching their motor technology for over years and adhering to the Sunon R&D Trinity as their innovation roadmap, focusing on the three major technology fields of Motor Research, Motor Applied Research, and Total Thermal Solution. Sunon strives to expand the endless possibilities and optimization of motor applications and will continue to make breakthroughs and product innovations. The efforts will push Sunon to the front of the technology curve and clients will be able to realize their future dream products with the three key Sunon products of motors, cooling fans, and cooling modules. Sunon Tripartite R&D Theory Motor Applied Research Fan Motor Commercialization Motor Research Motor Invention Applied material research Raw material development and evaluation Total Thermal Solution Total thermal solution, Simulation, Certification Sunon has the capacity to design and implement the complete magnetic, mechanical, and driving circuit of a motor to conform to client design specifications. With the efforts of the mechanism and electrical circuit engineering teams, Sunon recognizes the needs of their clients regarding cooling modules and can provide flexible designs for high performance and high quality cooling fans. Sunon utilizes advanced simulation systems and analysis projects that result in an even more accurate heat analysis and heat dissipation design for the system. Subsequently the most efficient total thermal solution can be provided to the client.

4 DR MagLev DR MagLev = Dust-Resistance MagLev Key Feature Sunon DR Maglev (Dust-Resistance MagLev) Motor Fan uses the MagLev technology with new design features of S&C design and B & S Technology. After 8 years of development and testing, Sunon s DR MagLev Motor Fan is being introduced with the advantages of prevents the stator and impeller from moving, better dust-resistance, higher reliability, and longer life expectancy. Design Concepts and Characteristics of DR MagLev Characteristic The innovative S&C Design provides the best resistance to dust invasion. SUNON Innovative S&C Design S & C design (Seal & Clip) Shaft Retaining ring B & S Technology (Blanked & Seamless) Characteristic DR MagLev s one-piece structure with the B&S Technology and S&C Design provides the better sealed bearing system. The two innovative design concepts of DR MagLev development are B&S (Blanked & Seamless) Technology and S&C (Seal & Clip) Design. These innovative designs bring dual excellent efficiencies to extend fan life:.to avoid dust invasion and extend motor life..to prevent the motor components from falling off. (Note: The design concepts of DR MagLev Motor are suitable for every kind of motor and product size. The structures are different from the above picture, which was made when the DR MagLev design was applied to different motors.) Characteristic The S&C Design strengthens the locked position of both motor and stator to avoid stator and impellor from moving due to temperature changes. This allows the product to be more stable and run longer. This design concept can solve the moving problem of the motor s components, provide better dust-resistance. It can avoid the impeller from moving and better sealed bearing system.

5 SUNON TOTAL THERMAL SOLUTION Sunon introduced its first chip cooling module in 99, it has continued to rely on its impressive R&D team to also succeed in the laptop computer cooling module market. Sunon's innovative technology and superior design talent have consistently won customers' trust. In addition to Sunon's cutting-edge cooling fan products, it also offers laptop, VGA card, Desk Top, and server product designs. Sunon's cooling module product line ranges from low-end to high-end, enabling it the ability to provide customers with "Total Thermal Solutions." Sophisticated Tools Strengthen Design and Quality Apart from optimized design and superior R&D, we use infrared (IR) thermal imagers in module design work to make precise measurements of module temperatures, thereby avoiding the use of conventional thermocouples to measure temperatures. Our R&D personnel can instead rely on IR images to get a clear understanding of system temperature distribution. The data from our thermal imaging reports allow us to provide a clear system-wide thermal and cooling design analysis. In order to give customers the best quality guarantee, we go well beyond industry standards in production, assembly, inspection equipment design and deployment. We have also committed large amounts of manpower and material resources, and adopted the newest hardware and software equipment in our quest for quality. For instance, our thermal inspection systems can fully simulate thermal resistance measurements and pressure settings within systems and measure thermal resistance simultaneously at six different points. Precise measurements of pressure settings enable simulation of pressure within the system, making measurements even more accurate and protecting product quality by ensuring that excessive pressure doesn't cause product deformation. Furthermore, independent bar codes on each product ensure effective product tracking and improve the quality of after-sales service. We can satisfy our customers' needs for various types of customized cooling modules while meeting the highest quality requirements. Structural Simulation analysis Fluid dynamic analysis Thermal analysis Magnetization Simulation analysis D model IR thermograph inspect Advantage for Sunon Thermal Solutions Design Sunon thermal Solution Sunon cooling Sunon cooling module Dept. module Dept. Optimal Design of of Overall Product Product Customized thermal solutions Heat Sink + Fan thermal Solution Heat Sink Vender Fan Fan Vendor Heat Sink Fan Separated Difficult to get total thermal solution

6 SUNON PRODUCTION NETWORK Sunon Reliability Verification System Sunon has reliability testing labs worldwide equipped with the topmost precision verification instruments for testing from the design phase, through pre-production, and into mass production. The complete verification system is computerized and fully automated for precise analysis of product reliability and quality satisfaction to meet the market requirements. Sunon Production Network Sunon Group has a total of four manufacturing plants located in both China and Taiwan for production of 8mm~mm series of fan products,.watt~6watt of motor products, and various cooling module products. The overall monthly production output capacity is million units. In addition to the MES system that provides clients with the best manufacturing quality, Sunon goes well beyond industry standards in production, assembly, inspection equipment design and deployment. Sunon has also committed large amounts of manpower and material resources, and adopted the newest hardware and software equipment, in our quest for quality. For example, an automated production line for cooling products, the self-developed automated inspection machine for the production line, a heat inspection system capable of six simultaneous measurements, and an independent barcode with each cooling product indicate Sunon s commitment. Sunon manufacturing bases have obtained certifications for QS9, ISO9, ISO, ISO/TS699, OHSAS8 and IECQ QC8. Each product has passed UL, TUV, VDE, CCC, CSA certifications and so on. All Sunon products are RoHS compliant from design phase to mass production. Sunon is the long-term green partner for SONY, CANON, SAMSUNG and various other multinational companies Sunon deeply recognizes its corporate duty to protect our earth and the ecosystem and to reduce the use of materials that impact the environment. In light of this, Sunon has been actively promoting green product design, green purchasing, and green manufacturing reforms. All current product series conform to EU RoHS and China RoHS, and Sunon has been selected as the green environment partner for multinational corporations such as SONY, CANON, and SAMSUNG. All of the aforementioned efforts will result in greener products that have the least impact on the worldwide environment. Kun Shan Kun Shan plant CHINA Headquarters TAIWAN Foshan plant Beihai Foshan Kaohsiung Kaohsiung plant Beihai Plant

7 SUPER SILENCE FAN Silence Superior Sound Quality System Low Starting Incorporating highly ergonomic technology with the lifestyles of the future, Sunon has developed the Super Silence fan series, which is characterized by our insistence on maintaining the best environmental quality and paying attention to minute detail. This series is designed and engineered to ensure the best sound quality. Using multidimensional noise analysis, the sound quality has been improved from traditional acoustic norms to psychoacoustic levels. Micro-motor technology has allowed us to create the maximum possible space between fan blades and air channels. With its low rotating speed, the fan performs silently while still maximizing cooling efficiency. Super Silence fan series have low voltage characteristic and are designed for a wide range of uses. These fans have medical, household, commercial, and many other applications. They also will create a soothing and ergonomic user environment and carry on the "Cool" and "Quiet" traditions typical of SUNON products. Sunon s Super Silence fan series was tested with standard digital home equipment located one meter away from the user. Based upon "ISO B hearing sensation" and charts on human auditory reactions that were plotted for different decibel and frequency levels, the threshold noise level for Sunon's Super Silence series' is below phon, the minimum level that is discernible in daily living.

8 SOUND QUALITY ANALYSIS AND RESEARCH Sunon introduced acoustics engineering in the year to transform the traditional school of Sound and Sound into the more advanced theory of Sound Quality. Sunon s Sound Quality analysis and research is performed by Head Measurement System (HMS). The HMS system records and simulates the auditory senses of the human ears, where the sounds, vibration, rotation speed, and electrical signals are measured. The software subsequently performs time domain and sound quality parameter analysis to assist the acoustics engineers in allowing Sunon products to feature a more favorable sound quality. The expertise and experience of the acoustics engineer combined with the software analysis will result in an even more user-friendly environment that is rivaled by none. Sound Quality Testing Sound quality is measured in an semi anechoic chamber by means of Head Measurement System (HMS). The Sound quality of fans can be described according to the objective parameter of sound (Loudness, Tonality, Roughness/Fluctuation, Sharpness). After the recording of acoustic signals,the data is performed the FFT, order Psycho acoustic And modulation analyses and playback diagnosis in order to improve the sound quality of fans. Artificial Head cm cm Horizontal Line The mobile Sound Quality Laboratory SQlab II SQlab II is a compact, mobile multi-channel measurement system for acoustic analysis, vibration investigation and sound design. It is used wherever investigation of sound quality should be combined with vibrational measurements. The comparison of vibrational measurements with acoustic signals enables the user to draw direct conclusions from sound sources and their sound quality. For this purpose, SQlab II is able to measure aurally-accurate recordings of sound events using an Artificial Head and vibration data with accelerometers, etc. at the same time. Thus, correlations between the subjective aural impressions of sound events (airborne sound) and the related sources (vibration, solid-borne sound) as well as transfer mechanisms become apparent. This is the basis for sound optimization. Moreover, SQlab II can be used as a "stethoscope" for error analysis. The Analysis Software It can analyze, filter, display and document acoustic and vibration measurement data in a wide range of modes. Yet an outstanding feature of this software is the possibility of including the aural sense of the human user in signal analysis. HEADphone Playback System The digital bit HEADphone Playback System HPS IV is complementary to the Head Measuring System HMS III. Conditioning of audio data for aurally-accurate playback is via equalization of the acoustic signal in the programmable Equalizer PEQ IV, with subsequent amplification via the Amplifier PVA IV.. Two electrostatic headphones can be connected to the playback system, which are individually calibrated and correspondingly driven. 6

9 FAN TRAY 8 pcs axial fan 9 pcs axial fan pcs axial fan Fan Tray Features Communication:I C interface EMC Advantage: Soft Start. Hot Swappable Function. Reverse Polarity Protection. Over Protection. Inrush Protection. Over Protection. Linear or Step Change. Control Fan with Ambient Temperature. PWM or Control. Redundancy Function. LED Display Fan Tray Health Status. EEPROM for e-id. Thermal Sensor Fail and Fan Fail Alarm Signal Output. Sunon Fan Tray Capability ODM & OEM Design Industry/ Telecom (Indoor & outdoor) & Networking and other application CAE Capability to Optimal System Cooling Design Widely Applicative Fan:V / V / 8V / 7V % Burn In Testing & Monitor Equipment Flexible Manufacture Communication:I C interface Traceability % Auto Function Testing Safety Compliance:UL/CUL/TUV/VDE/CE 7

10 DC Fan New Model Numbering System M E 8 V U A99 Function Code 999: standard model A99: AutoRestart C99: F type (rd wire) D99: with PWM F99: AutoRestart and R type(rd wire) G99: AutoRestart and F type(rd wire) H99: AutoRestart and with PWM Q99: AutoRestart, R type and with PWM S99: AutoRestart, F type and with PWM Customer Code X:Super High : High : Medium V: Vapo B: Ball : Low : Super Low S: Sleeve : VDC : VDC : VDC : 6VDC : 8VDC Fan Thickness ~9; A~Z Frame Size ~9; A~Z Code Size(mm) Code Size(mm) Code Size(mm) Code Size(mm) ~9 ~9 ~9 ~9 ~9 ~9 6~69 7~79 8~89 9~99 ~9 ~9 ~9 ~9 ~9 ~9 6~69 7~79 8~89 9~99 A~A9 B~B9 C~C9 D~D9 E~E9 F~F9 G~G9 H~H9 I~I9 J~J ~9 ~9 ~9 ~9 ~9 ~9 6~69 7~79 8~89 9~99 K~K9 L~L9 M~M9 N~N9 P~P9 Q~Q9 R~R9 S~S9 T~T9 U~U9 ~9 ~9 ~9 ~9 ~9 ~9 6~69 7~79 8~89 9~99 V~V9 W~W9 X~X9 Y~Y9 Z~Z9 ~9 ~9 ~9 ~9 ~9 Motor Type Series Code M Series E Series P Series Certification Safety * Note: For critical or extreme environments, including non stop operation, please contact Sunon and we will gladly provide assistance with your product selection to ensure an appropriate cooling product for your application. * Note: The Life Expectancy of the fan has not been evaluated for use in combination with any end application. Therefore, the Life Expectancy Test Reports(L and MTTF Report) that relate to the fan are only for reference. 8

11 DC Fan Old Model Numbering System PMD 7 P T V A Auto Restart P/N Example: KDE8PTV P/N:.MS.A.GN () A F R GN Z PWM Certification System Frame Thickness Frame Material Two ball bearing Auto restart rd wire with frequency generation waveform rd wire with rotation detector waveform RoHS compliance Specific RPM with PWM function Frame Size Fan Series X: Super : High : Middle V: Vapo B: Ball E : 6mm D: 8mm F : mm G: mm H: mm K : mm P: PBT Plastic A: Aluminum 7:7mm :mm :mm :mm :mm :VDC :VDC :VDC 8:8VDC PMD Series PSD Series Safety : Low : Extra Low B : mm T : mm Q: 8mm N: mm L : mm Y : mm 8:8mm :mm :mm :mm :mm I : mm M: 8mm O : mm Z : mm P : 6mm W: 6mm 6:6mm 97:97mm 7:7mm :mm 7:7mm H:7mm 8:8mm 9:9mm * Note: For critical or extreme environments, including non stop operation, please contact Sunon and we will gladly provide assistance with your product selection to ensure an appropriate cooling product for your application. * Note: The Life Expectancy of the fan has not been evaluated for use in combination with any end application. Therefore, the Life Expectancy Test Reports(L and MTTF Report) that relate to the fan are only for reference. 9

12 7x7x8 mm.7~.9 CFM (Inch-HO) MC78V-U-A MC78V-U-A Characteristics. (Inch-H O).... #8AWG -ø±..±. 7±. ø6.6. 8±....7 flow ± ±. ø6.6

13 xx8 mm.~.6 CFM (Inch-HO) MC8V-U-A MC8V-U-A Characteristics. (Inch-H O)... #8AWG -ø.±. 6.±. ±. ø9. 8±... ±. ø9 flow ±

14 xx mm.~.9 CFM (Inch-HO) MCV-U-A MCV-U-A Characteristics. (Inch-H O) ø.±. 6.±. ±. ø9.. ±. ±... flow ± #8AWG ø9

15 xx6 mm.~. CFM (Inch-HO) MC6V-U-A MC6V-U-A Characteristics.. ROATION -ø.8±. ø..6. #8AWG ±. ±..8. ± ±. 6.9 ±..... ø.

16 xx mm.~. CFM (Inch-HO) MCV-U-A99 MCV-U-A99 MCV-U-A99 MCV-U-A Characteristics.7.. -ø.8±. ROATION ø ±. ±..6. #8AWG ± ±. ±. ø.

17 xx mm.~. CFM (Inch-HO) MCV-U-A MCV-U-A Characteristics (Inch-H O) ø.8±. ±. ±. ø. #8AWG. ±. ± ±. ø. flow

18 xx6 mm.7~.9 CFM (Inch-HO) MC6V-U-A MC6V-U-A Characteristics.. -ø.±. ROATION ø ±. ±.. #8AWG ± ±. 6.9±. ø8. 6

19 xx mm.6~. CFM (Inch-HO) MCV-U-A MCV-U-A MCV-U-A MCV-U-A Characteristics.6. -ø.±. ROATION ø8..8 ±. ±.. #8AWG ± ±. ±. 6 ø9 7

20 xx mm. CFM (Inch-HO) HAV-U-A Characteristics.9 (Inch-H O).6. -ø.±. ROATION ±. ±. ø8. #8AWG ± ±. ±. flow ø9 8

21 xx mm.8~6. CFM (Inch-HO) MCV-U-A MCV-U-A MCV-U-A MCV-U-A Characteristics ø.±. R O T A T I O N ø ±. ± ±. ±. #8AWG ± ø9. 9

22 xx mm 6.~7. CFM (Inch-HO) MCV-U-A MCV-U-A MCV-U-A MCV-U-A Characteristics..6 -ø.±. ø.. 9±. ±..8. #8AWG ± ±. ±. 6 8 ø.

23 8x8x8 mm.8 CFM Model BALL (Inch-HO) SG88B-U-A Characteristics.6 (Inch-H O) ø.±. 8±. ±. ø6.7.. #8AWG ± ±. 8±. ø6. flow

24 8x8x8 mm.~. CFM Model PF88BX-U-A99 BALL Sleeve 6.. (Inch-HO). 9.. PF88B-U-A PF88B-U-A PF88B-U-A PF88B-U-A Characteristics. #8AWG 8-ø.±. ø.. ± ±. ±. 8±.. 8±. ø9

25 ±. ±. xx6 mm.~.9 CFM (Inch-HO) MF6V-U-A MF6V-U-A Characteristics (Inch-H O) ø.±. ø8.. #8AWG ±. 6.9±. ø ± flow

26 xx mm 7.~9.9 CFM (Inch-HO) MEV-U-A MBV-U-A MEVX-U-A MEV-U-A MBV-U-A Model EES-U-999 BALL Sleeve (Inch-HO).9.. EBS-U EES-U EBS-U Characteristics.. -Ø.±. ø.7.. ±. ±.. ±. ± ±. #6AWG ø.

27 xx mm. CFM (Inch-HO) HAV-U Characteristics (Inch-H O) #6 AWG -ø.±. ± ±. ±. ±. ø.. ±. ø.7 6 flow

28 xx mm. CFM Model PSDPHB-A ().Z.GN BALL Sleeve.9. (Inch-HO).6..8 PSDPHB-A ().Z.F.PWM.GN PSDPHB-A ().Z.R.PWM.GN Characteristics.7.6 -Ø.±. Ø8.... SUNON ±. ±... #8AWG ± ±. ±. Ø8 6 9 The product doesn't consider to " as Standard ", please check the leadtime with Sunon Sales contact window. 6

29 xx mm 6.~.8 CFM (Inch-HO) MBV-U-A MBV-U-A MBV-U-A MBVX-U-A MBV-U-A MBV-U-A MBV-U-A MBVX-U-A MBV-U-A MBV-U-A Model EBS-U-999 BALL Sleeve (Inch-HO)... EBS-U EBS-U EBSX-U EBS-U EBS-U EBS-U EBS-U EBS-U Characteristics.. #6AWG -Ø.±. ± ±. Ø7.. ±. ±... ±. Ø

30 Ø9.6 xx mm. CFM (Inch-HO) HAV-U Characteristics.9 ± (Inch-H O) #6 AWG ±. ±. ±. Ø9.7. -Ø.±. ±. 6 flow 8

31 xx mm.6 CFM Model PSDPBB-A ().Z.GN BALL Sleeve (Inch-HO) PSDPBB-A ().Z.F.PWM.GN PSDPBB-A ().Z.R.PWM.GN Characteristics. -Ø.±. (Inch-H O)..9.6 ±. ±. ±. ±. Ø.. ±. #8AWG Ø8. flow ±. ± The product doesn't consider to " as Standard ", please check the leadtime with Sunon Sales contact window. 9

32 xx8 mm 6.8~. CFM Model BALL (Inch-HO) SG8BX-U-A SG8B-U-A SG8B-U-A SG8B-U-A Characteristics (Inch-H O) #8AWG ± ±. ±. ±. 8-ø.±. ±. ±. 8±. ø. ø flow

33 xx8 mm.8~. CFM Model PF8BX-U-A99 BALL Sleeve 9.8. (Inch-HO) PF8B-U-A PF8B-U-A PF8B-U-A PF8B-U-A Characteristics ø.. 8-ø.±.. ±. ±.. #8AWG ± ±. 8±. ø.9 7 8

34 xx6 mm 6.9~.7 CFM Model PF6BX-U-A99 BALL Sleeve in / out /8.7 (Inch-HO) PF6B-U-A / Characteristics ±. ±.. Ø6.6. -Ø.±.. #8AWG ± ±.. ±. 6±. 6±. (IN) (OUT) Ø. 8-Ø.±. ±. ±.

35 xx mm 9.~. CFM (Inch-HO) MEV-U-A MBV-U-A MEV-U-A MBV-U-A Model EES-U-999 BALL Sleeve (Inch-HO) EBS-U EES-U EBS-U Characteristics (Inch-H O) ø.±. 7±. ±. ø ±. ± #6AWG ±. ø.9 flow

36 xx mm.~.8 CFM (Inch-HO) MEV-U-A MBV-U-A MEV-U-A MBV-U-A Model EES-U-A99 BALL Sleeve 7.8. (Inch-HO).. 7. EBS-U-A EES-U-A EBS-U-A Characteristics ø.±. ø.6..8 ±. ±..6.. ±. ± #6AWG ±. ø.6 6 8

37 xx mm.~7. CFM (Inch-HO) MBV-U-A MBV-U-A MBV-U-A MBV-U-A MBV-U-A Characteristics. (Inch-H O)... -ø.±. ±. ±. ø. #6AWG ± ±. ±. ø flow

38 xx mm 7.7 CFM (Inch-HO) HAV-U Characteristics.7 (Inch-H O) #6 AWG -Ø.±. ±. ±. Ø ± ±. ±. Ø.7 flow 6

39 6x6x mm.7~6. CFM (Inch-HO) MB6V-U-A MB6V-U-A MB6V-U-A Characteristics... 8-Ø.±. Ø ±. ±... #6AWG ± ±. ±. Ø

40 6x6x mm 8.~. CFM MB6V-U-A99.6. (Inch-HO) MB6V-U-A MB6V-U-A MB6V-U-A MB6V-U-A Characteristics. (Inch-H O) Ø.±. ±. 6±. Ø6.. #6AWG ±. ± ±. Ø6. flow 8

41 6x6x mm.8 CFM (Inch-HO) HA6V-U Characteristics (Inch-H O).... -Ø.±. ± ±. #6 AWG ±. 6 ±. Ø6.. ±. Ø6 6 8 flow 9

42 6x6x mm 6.~. CFM Model PE6BX-U-A99 BALL Sleeve.76. (Inch-HO)... PE6B-U-A PE6B-U-A PE6B-U-A PE6B-U-A Characteristics.. 8-Ø.±. Ø6...6 ±. 6±..8 #6AWG ±. ± ±. ±. Ø6.

43 6x6x mm 6.~. CFM (Inch-HO) MB6VX-U-A MB6V-U-A MB6V-U-A MB6V-U-A MB6VX-U-A MB6V-U-A MB6V-U-A MB6V-U-A Model EE6B-U-999 BALL Sleeve.6. (Inch-HO).8.. EE6B-U EE6B-U EB6S-U EB6S-U EB6S-U Characteristics.. 8-Ø.±. Ø6.. 6±. ±... #6AWG ± ±. ±. Ø6. 7 8

44 6x6x mm 9.~. CFM Model PE6BX-U-A99 BALL Sleeve (Inch-HO) PE6B-U-A PE6B-U-A PE6B-U-A PE6BX-U-A PE6B-U-A PE6B-U-A PE6B-U-A Characteristics Ø.±. Ø6.... ±. 6±... #6AWG ± ±. ±. Ø6.

45 6x6x mm 6.~7. CFM (Inch-HO) MB6VX-U-A MB6V-U-A MB6V-U-A MB6V-U-A MB6VX-U-A MB6V-U-A MB6V-U-A MB6V-U-A Model EB6S-U-999 BALL Sleeve.6. (Inch-HO)... EB6S-U EB6S-U EB6S-U EB6S-U EB6S-U Characteristics.. 8-Ø.±. Ø ±. ±... #6AWG ± ±. ±. Ø9.7

46 6x6x mm.9~. CFM Model EE6B-U-999 BALL Sleeve.. (Inch-HO)... EE6B-U EE6B-U EE6B-U-A EE6B-U-A EE6B-U-A Characteristics.. 8-Ø.±. ± ±. #6AWG Ø ±. 6±..8. ±. Ø6.

47 6x6x mm.8 CFM (Inch-HO) HA6V-U Characteristics. (Inch-H O).. 8-Ø.±. ±. 6±. Ø #6AWG ± ±. ±. Ø9.7 flow

48 6x6x8 mm 6.~7. CFM Model PF68BX-U-A99 BALL Sleeve (Inch-HO) PF68B-U-A Characteristics. (Inch-H O).. 8-Ø.±. 6±. ±. Ø66.. #AWG ± ±. 8±. Ø flow 6

49 6x6x8 mm.~6. CFM Model PMD6PMB-A ().GN BALL Sleeve (Inch-HO) PMD6PMB-A ().GN PMD6PMB-A ().GN PMD6PMB-A ().GN PMD6PMB-A ().GN PMD6PMB-A ().GN PMD86PMB-A ().GN PMD86PMB-A ().GN PMD86PMB-A ().GN Characteristics (Inch-H O) ±. ±. 8-Ø.±. 7. Ø6.. #AWG ± ±. ±. 8±. ±. Ø6. 6 flow 7. 7

50 6x6x6 mm 67. CFM Model PSD6PWB-A ().Z.GN BALL Sleeve 69. / 67. (Inch-HO) PSD6PWB-A ().Z.F.PWM.GN 69. / PSD6PWB-A ().Z.R.PWM.GN 69. / Characteristics (Inch-H O)... #8AWG ±. ±. ± 8-Ø.±. ±. ±. ±. 6±. 6±. FAN FAN Ø6.8 Ø flow ±. 6±. The product doesn't consider to " as Standard ", please check the leadtime with Sunon Sales contact window. 8

51 7x7x mm.~. CFM (Inch-HO) MB7V-U-A MB7V-U-A MB7V-U-A Characteristics..8 8-Ø.±. Ø7.6. 7±. 6±.. #6AWG ± ±. ±. Ø

52 7x7x mm 9.~7. CFM (Inch-HO) ME7V-U-A ME7V-U-A ME7V-U-A Characteristics.. 8-Ø.±. Ø ±. 7±... #6AWG ± ±. ±. Ø

53 7x7x mm 7.~. CFM (Inch-HO) PF7V-U-A PF7V-U-A PF7V-U-A Characteristics. (Inch-H O) ±. 6±. 8-Ø.±. Ø78.6. #AWG ± ±. ±. Ø77.9 flow

54 7x7x mm.~9. CFM (Inch-HO) ME7V-U-A ME7V-U-A ME7V-U-A ME7V-U-A ME7V-U-A ME7V-U-A Model EE7S-U-A99 BALL Sleeve.6 9. (Inch-HO).. 6. EE7S-U EE7S-U EE7S-U-A EE7S-U EE7S-U Characteristics. Ø Ø.±..9 7±. 6±..6. #AWG ± ±. ±. Ø

55 7x7x mm.~9. CFM (Inch-HO) PMD7PTV-A GN PMD7PTV-A GN PMD7PTV-A GN PMD7PTV-A GN PMD7PTV-A GN PMD7PTV-A GN PMD87PTV-A GN PMD87PTV-A GN PMD87PTV-A GN Model PMD7PTB-A ().GN BALL Sleeve (AMP) (Inch-HO) PMD7PTB-A ().GN PMD7PTB-A ().GN PMD7PTB-A ().GN PMD7PTB-A ().GN PMD7PTB-A ().GN PMD87PTB-A ().GN PMD87PTB-A ().GN PMD87PTB-A ().GN Characteristics. (Inch-H O) ±. 7±. 8-Ø.±. #AWG ±. ± ±. ±. Ø67.. Ø67 6 flow

56 8x8x mm.~7. CFM (Inch-HO) ME8V-U-A ME8V-U-A ME8V-U-A ME8V-U-A ME8V-U-A ME8V-U-A Model EE8S-U-A99 BALL Sleeve (Inch-HO) EE8S-U EE8S-U EE8S-U-A EE8S-U EE8S-U Characteristics.. 8-Ø.±. Ø #AWG. ± ±. 7.±. 8±. ±. Ø89

57 8x8x mm.~. CFM (Inch-HO) PF8V-U-A PF8V-U-A PF8V-U-A Characteristics. (Inch-H O) ±. 7.±. 8-Ø.±. Ø77... #AWG ±. ±. ± Ø9.6 6 flow

58 8x8x mm 9.~6. CFM (Inch-HO) ME8V-U-A ME8V-U-A ME8V-U-A ME8V-U-A ME8V-U-A ME8V-U-A Model EE8S-U-A99 BALL Sleeve.6 6. (Inch-HO) EE8S-U EE8S-U EE8S-U-A EE8S-U EE8S-U Characteristics.8. 8-Ø.±. Ø ±. 7.±.. #AWG ±. ± ±. Ø89 6

59 8x8x mm.~6. CFM (Inch-HO) PF8V-U-A PF8V-U-A PF8V-U-A PE8V-U-A PE8V-U-A PE8V-U-A PE8V-U-A PE8V-U-A PE8V-U-A Model PF8B-U-A99 BALL Sleeve (Inch-HO) PF8B-U-A PF8B-U-A PE8B-U-A PE8B-U-A PE8B-U-A PE8B-U-A PE8B-U-A PE8B-U-A Characteristics. (Inch-H O).... 8±. 7.±. #AWG ± ±. 8-Ø.±. ±. Ø77. Ø9.6 6 flow 7

60 8x8x mm.~. CFM (Inch-HO) ME8VX-U-A99 ME8V-U-A99 ME8V-U-A99 ME8V-U-A99 ME8VX-U-A99 ME8V-U-A99 ME8V-U-A99 ME8V-U-A Model EE8BX-U-A99 EE8B-U-A99 EE8B-U-999 EE8B-U-999 EE8BX-U-A99 EE8B-U-A99 EE8B-U-999 EE8B-U-999 EE8S-U-A99 EE8S-U-999 EE8S-U-999 EE8S-U-A99 EE8S-U-999 EE8S-U-999 BALL Sleeve (Inch-HO) Characteristics. (Inch-H O).... 8±. 7.±. SUNON 8-Ø.±. Ø77.. #AWG ±. ± ±. Ø9.6 flow 8

61 8x8x mm.7 CFM (Inch-HO) HA8V-U Characteristics.6 (Inch-H O).... 8±. 7.±. 8-Ø.±..±. Ø9. ±. ± #AWG ±. Ø flow 9

62 8x8x mm.~9. CFM Model PF8B-U-A99 BALL Sleeve (Inch-HO) PF8B-U-A PF8B-U-A Characteristics. (Inch-H O).. 8±. 7±. 8-Ø.±. SUNON Ø #AWG ±. ± ±. Ø77. flow 6

63 8x8x8 mm.9~.9 CFM Model PF88BX-U-A99 PF88B-U-A99 BALL Sleeve (Inch-HO) Characteristics (Inch-H O) ±. 7.±. #AWG ±. ± 8-Ø.±. 8±. Ø88. Ø flow 6

64 8x8x8 mm 9.~8. CFM Model PMD8PMB-A ().GN BALL Sleeve (Inch-HO) PMD8PMB-A ().GN PMD8PMB-A ().GN PMD8PMB-A ().GN PMD8PMB-A ().GN PMD8PMB-A ().GN PMD88PMB-A ().GN PMD88PMB-A ().GN PMD88PMB-A ().GN Characteristics.8 (Inch-H O).6.. 8±. 7.±. #AWG ± 8-Ø.± ±. ±. ±. 8±. Ø8 Ø8 6 8 flow

65 9x9x mm 6.~7. CFM (Inch-HO) PF9V-U-A99 PF9V-U-A99 PF9V-U-A99 PE9V-U-A99 PE9V-U-A99 PE9V-U-A99 PE9V-U-A99 PE9V-U-A99 PE9V-U-A Model PF9B-U-A99 PF9B-U-A99 PF9B-U-A99 PE9B-U-A99 PE9B-U-A99 PE9B-U-A99 PE9B-U-A99 PE9B-U-A99 PE9B-U-A99 BALL Sleeve (Inch-HO) Characteristics (Inch-H O) ±. 8.±. #AWG ±. ± 8-Ø.±. ±. Ø9. Ø flow 6

66 9x9x mm 9.~. CFM (Inch-HO) ME9VX-U-A99 ME9V-U-A99 ME9V-U-A99 ME9V-U-A99 ME9VX-U-A99 ME9V-U-A99 ME9V-U-A99 ME9V-U-A Model EE9BX-U-A99 EE9B-U-A99 EE9B-U-999 EE9B-U-999 EE9BX-U-A99 EE9B-U-A99 EE9B-U-999 EE9B-U-999 EE9S-U-A99 EE9S-U-999 EE9S-U-999 EE9S-U-A99 EE9S-U-999 EE9S-U-999 BALL Sleeve (Inch-HO) Characteristics (Inch-H O) Ø.±. 9±. 8.±. #AWG SUNON ± ±. ±. Ø9. Ø. 6 flow 6

67 9x9x mm 8. CFM (Inch-HO) HA9V-U Characteristics. (Inch-H O)... 9±. 8.±. 8-Ø.±. Ø9.±.. ±. ± #AWG ±. Ø flow 6

68 9x9x mm 79. CFM (Inch-HO) PSD9PLV-A Z.GN PSD9PLV-A Z.F.PWM.GN Characteristics (Inch-H O) Ø.±. 9±. 8.±. SUNON ±. #AWG ±. ± ±. Ø ±. 9±.. Ø flow The product doesn't consider to " as Standard ", please check the leadtime with Sunon Sales contact window. 66

69 9x9x8 mm 8.~8. CFM Model PF98BX-U-A99 PF98B-U-A99 BALL Sleeve (Inch-HO) Characteristics (Inch-H O).. 8-Ø.±. 8.±. 9±. Ø9.. #AWG ± ±. 8±. Ø flow 67

70 9x9x8 mm 9.7~. CFM Model PMD9PMB-A ().GN BALL Sleeve. 9. (Inch-HO) PMD9PMB-A ().GN PMD9PMB-A ().GN PMD9PMB-A ().GN PMD9PMB-A ().GN PMD9PMB-A ().GN PMD89PMB-A ().GN PMD89PMB-A ().GN PMD89PMB-A ().GN Characteristics.8 (Inch-H O) ±. 8.±. 8-Ø.±..±..± Ø97. #AWG ± ±. 8±. Ø97 flow

71 xx mm.~. CFM Model PMDPTB-A ().GN BALL Sleeve.. (Inch-HO).6.. PMDPTB-A ().GN PMDPTB-A ().GN PMDPTB-A ().GN PMD8PTB-A ().GN PMD8PTB-A ().GN Characteristics.7 (Inch-H O) #AWG 8- Ø.±. ± ±. SUNON ±. ±. ±. ±. Ø.6 Ø flow 69

72 xx mm 7.~8. CFM (Inch-HO) MFCV-U-A99 MFCV-U-A99 MFCV-U-A99 MECV-U-A99 MECV-U-A99 MECV-U-A99 MECV-U-A99 MECV-U-A99 MECV-U-A Model EECB-U-A99 EECB-U-A99 EECB-U-A99 EECB-U-A99 EECB-U-A99 EECB-U-A99 EECB-U-A99 EECB-U-A99 EECB-U-A99 BALL Sleeve (Inch-HO) Characteristics (Inch-H O)..... #AWG ± ±. SUNON 8-Ø.±. ±. ±. Ø.. ±. Ø. 6 9 flow 7

73 xx mm. CFM Model HACS-U-999 BALL Sleeve (Inch-HO) Characteristics.6 (Inch-H O).... ±. ±. #AWG ±. ± 8-Ø.±. Ø.. ±. Ø. 6 flow 7

74 xx8 mm 7.~9. CFM Model PMDPMB-A ().GN BALL Sleeve (Inch-HO).6.. PMDPMB-A ().GN PMDPMB-A ().GN PMDPMB-A ().GN PMD8PMB-A ().GN PMD8PMB-A ().GN Characteristics Ø6.6 8-Ø.±. #AWG SUNON ±. ±. ± ±. ±. 8±. Ø. 7

75 xx8 mm 9.~8. CFM MEC8V-U-A99 MEC8V-U-A99 MEC8V-U-A99 MEC8V-U-A99 MEC8V-U-A99 MEC8V-U-A99 MEC8V-U-A99 MEC8V-U-A99 MEC8V-U-A (Inch-HO) Model EEC8B-U-A99 EEC8B-U-A99 EEC8B-U-A99 EEC8B-U-A99 EEC8B-U-A99 EEC8B-U-A99 EEC8B-U-A99 EEC8B-U-A99 EEC8B-U-A99 BALL Sleeve (Inch-HO) Characteristics (Inch-H O) #AWG ± ±. SUNON 8-Ø.±. ±. ±. Ø... 8±. Ø. 6 9 flow 7

76 7xx mm 87.~7. CFM Model PSDHAZBX-A ().Z.GN BALL Sleeve (Inch-HO) PSD8HAZBX-A ().Z.GN Characteristics.6 Ø6 (Inch-H O) #8AWG ± ±. 6±. 7±. 8-Ø.±. ±..±. ±. Ø flow The product doesn't consider to " as Standard ", please check the leadtime with Sunon Sales contact window. 7

77 Blower Series Model Numbering System GB P K V 8 Motor Poles System Frame Thickness Frame Material Frame Size Blower Series 8: 8 Poles 6: 6 Poles Blank: Poles X: Super : High : Middle V: Vapo B: Ball E: 6mm D: 8mm F: mm G: mm H: mm K: mm P: PBT Plastic A: Aluminum 7:7mm :mm :mm :mm :mm :VDC :VDC :VDC 8:8VDC GB Series PSB Series : Low : Extra Low B: mm T: mm Q: 8mm N: mm L: mm Y: mm 8:8mm :mm :mm :mm :mm PMB Series I: mm M: 8mm O: mm P: 6mm W: 6mm 6:6mm 97:97mm 7:7mm :mm 7:7mm 8:8mm 9:9mm P/N Example: PMD6PTVX P/N:U.GN () GN Two ball bearing RoHS compliance 7

78 xx mm.8~.7 CFM (Inch-HO) GBPKV-8AY GN GBPKV-8AY GN GBPKV-8AY GN Characteristics.7 (Inch-H O) Ø. ±. ±. ±. ±. 6.8±. ±. ±. #6AWG ±. ± 6 ±. flow 76

79 7x7x mm 7.~.6 CFM PMB7PNB-AY ().GN PMB7PNB-AY ().GN PMB7PNB-AY ().GN PMB7PNB-AY ().GN PMB7PNB-AY ().GN PMB7PNB-AY ().GN PMB7PNB-AY ().GN PMB7PNB-AY ().GN Characteristics 77

80 97x9x mm.~. CFM Model PMB97PYB-AY ().GN BALL Sleeve.6 7. (Inch-HO).. 8. PMB897PYB-AY ().GN PMB897PYB-AY ().GN Characteristics (Inch-H O) flow #AWG ± ±. -Ø. ±..9±. 9.±. 9±. ±. ±. 97.±. 78

81 Ø6 97x9x mm.~.7 CFM Model PF97BX-BU-A99 BALL Sleeve (Inch-HO) PF97B-BU-A Characteristics 6 (Inch-H O) #AWG ± ±. 97±. 6±. ±. -Ø.±. ±. 9±. -Ø.±. 9±. 8±. ±. INLET 6 flow ±. 9±..±. 9±. 79

82 xx mm.~.9 CFM Model PMBPLB-A ().GN BALL Sleeve (Inch-HO) PMBPLB-A ().GN PMBPLB-A ().GN PMBPLB-A ().GN PMB8PLB-A ().GN Characteristics (Inch-H O) ±. 9.6±. #AWG. ±. flow ±. ±. ±. ±..±. 6.±..±. 8.7±..±..7±. 9-Ø.±. 7.9±..±..6±. ±. ±. ±. ±. ± 7..7±. 7.7±. 7.±. ±. 6±. ±. 8

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