CeraDyna

Transcription

CeraDyna

.tw
About ARX
Building ARX Brand Name by Creating Value for Our Customers
In 1990, ARX was brought forth by a simple idea
- Creating Value for Customers.
Over the years we continued to adhere to this customer oriented approach and built our
expertise in the field of thermal management.
Today, ARX has grown into an international organization of cooling solution research and
development, design, manufacture, and marketing conglomerates.
We are also the proud inventor and sole maker of the most reliable fan-CeraDyna.
為顧客創造價值成就了三匠
在1990年一個簡單的構想造就了三匠-為顧客創造價值。在這幾年來我們以服務顧客為目
標,持續在散熱產業上發展專門知識。
今日，在冷卻方法的研究、發展、設計、製造領域上向國外拓展，三匠科技股份有限公
司已是一個國際性企業。
三匠科技股份公司所出產的陶瓷產品也是我們引以為傲的，並推向世界舞台。
MISSION
Who we are
ARX is the premier expert in production and
distribution of a wide range of
•Cooling Fans
•Cooling Components
•Thermal Management Solutions
在我們產品的生產和銷售上，
三匠是卓越的開創者：
•冷卻用風扇
•冷卻用零件
•熱管理解決方案
Our motto
ARX is dedicated to provide our customers with
•Satisfactory Products
•Comfortable Service
•Mutually Perfect Trust
三匠致力於提供我們的顧客
•滿意的產品
•貼切的服務
•誠摯的互信
Since its inception in 1990,
ARX has strived to be the best we can be and do the best we can do.
By the turn of century, we have evolved into one of the leading companies in the field.
ARX continues to uphold the proud traditions that lead to today's success.
自1990年開始，三匠科技就盡我們最大的能力去達成這些目標。隨著這新世紀的到來，
三匠科技領導著這個產業的發展。
至今，我們依舊秉持那股成就三匠科技成功的信念而努力。
關於三匠
三匠科技股份有限公司成立於民國79年3月。
◆一個簡單的構想”發現市場忽略的地方，提供客戶尚未滿足的需求”即造就了現在的三匠。
◆台灣第一家提供386微處理機冷卻處理的公司。
◆第一個成功將散熱模組使用在中央處理機(CPU)的公司。
◆三匠為散熱產業之先鋒。
三匠科技始終以提供客戶”滿意的產品、貼切的服務、誠摯的互信”做為品質政策目標，本著”
匠、實、捷、群”的經營理念，善盡企業服務客戶、照顧員工、回饋股東之責任。
主要技術來源為自行研發，擁有風扇、散熱片、散熱器、散熱模組、精密陶瓷技術等完整之
研發團隊，除不斷研發創新散熱產品，取得國內外逾百餘件專利外；亦與專精於散熱技術方面之國
外大廠技術合作，以提升散熱方面之技術。而在陶瓷技術方面亦拓展多項應用領域，如耐磨、精密
量測、機械購件、紡織、生醫等多項產業，以拓展本公司多角化經營角度。
於創立時，即設立風扇研發單位，隨後另成立陶瓷技術研發單位，負責新產品及新技術之研
究及開發。兩研發單位自設立以來，除共同合作開發完成陶瓷軸承風扇，作為本公司主力產品成功
推廣使用，為公司創造利潤，並深獲客戶好評，更奠定本公司在散熱市場中之地位。
投入專業與技術人才從事研發工作，提供客戶完整散熱問題之解決，持續推出新產品滿足客
戶需求，致使近年來本公司之營業收入及營業毛利快速成長。
展望未來，本公司將持續掌握市場脈動，積極提升研發設計能力及產品之競爭性，以期領先
業界其他競爭對手。同時，積極落實公司經營理念，塑造卓越之企業文化，實現企業永續經營的遠
景，並配合公司營運規模成長，充實經營團隊與提昇公司知名度及形象，穩定朝向大型企業發展。
經營理念
匠
技術專精
實
勤奮踏實
捷
迅速敏捷
群
群策群力
三匠人的信念
七大準則
做人
抬頭、挺胸
為人
正直、誠懇
做事
深入、溝通
成事
競爭、得勝
團隊
共識、互勵
公司
公平、共享
願景
平實、遠大
ARX History
The Beginning
ARX was founded in 1990, a company dedicated to the development of thermal management and
cooling technology.
ARX became the first company in Taiwan to offer cooling solutions for 386 microprocessors in
1990.
ARX was the first company to successfully apply Thermo-Electrical Cooling module to CPU
cooling in 1991
Growing Strong
ARX won the "Innovation and Research" awards from Taiwan ROC government in 1993, 1996,
and 2000.
ARX won the "It's very well made in Taiwan" awards from Taiwan ROC government in four
consecutive years from 1996 to 1999.
ARX was the first company to introduce the suspended motor in DC fan/blowers and low profile
devices to prolong motor life.
In 1996, ARX became an ISO 9001/9002 TUV certified manufacturer in Taiwan.
In 1998, ARX became an ISO 14001 BVQi certified manufacturer in Taiwan.
By 2000, ARX has established itself as one of the largest and most reliable suppliers of active
cooling devices to the world market.
By 2006, ARX won the" National Outstanding SEMs Award” awards from Taiwan R.O.C
government.
ARX History
Entering the Ceramic Era
To meet the ever rising demands from markets, ARX expanded its production facility to Dong
Guan, China in 2001.
ARX unveiled the patented ceramic bearing fan-CeraDyna series in late 2001. A breakthrough
in fan technology that shattered the age-old limits of fan service life by nearly six-fold.
CeraDyna fans, with its high reliability, low noise, and competitive cost, quickly earned great
reputations in the DC fan markets around the globe in 2002.
Combining suspended motor design with CeraDyna structure, ARX chipset coolers soon
become the most popular and widely adopted components among world leading VGA board
manufacturers.
Thanks to existing customers switching to CeraDyna and increased preference among new
clients, the monthly output of CeraDyna series from ARX production lines exceeded all other
traditional bearings combined by the beginning of 2003,
ARX further expand its new production site to Su Zhou, China in 2003. The new factory is
aimed to support large manufacturing bases in the nearby area, as well as to accommodate
demands from worldwide markets.
In 2004, Su-Zhou factory operation started. The newest generation of ceramic bearing CeraDyna C is introduced. Viewing at serving Europe and non-PC market, ARX-Europe is
established in Holland. The ERP system is also well setup for more efficient connection and
operation.
Up to 2005, a solid patent framework of ceramic products and technologies has been
established. The total turnover grows rapidly with the help of parallel operation of Dong Guang
and Su Zhou factories.
Aimed at serving our customers with higher capacity, Dong Guang factory is moved to a new
location nearby with new facilities and production lines, which immediately function with more
through put.
-Find our more about CeraDyna...
Looking Ahead
ARX is prepared to launch a total ceramic bearing system that incorporates ceramic shaft-&sleeve combination. Its ultra durability and longevity make it a perfect solution for motors that
are required to operate at high speed under extreme temperature for long hours.
While we are introducing our unique ceramic bearing products the effort for vertical integration
will also be made, aimed at broadening the applications and better efficacy. It is our goal to
become the leading company in sales, technologies and manufacturing of ceramic related
products.
It is our intention to serve our customers with high quality and high precision productions withing
the shortest time. It is also our ambition to extend our services to various fields of applications in
global market. Our ultimate goal is to create win-win opportunities for our esteemed customers
by providing our best services and products.
重大記事
1990年成立於3月，主要營業項目為CPU散熱器及相關電子散熱產品。
1991年潛心研究半導體發熱與冷卻相關技術與產品，推出世界首創之微電腦中央處理器之散
熱裝置 (C.P.U. COOLER)。
1992年推出一系列中央處理器散熱裝置，取得各項國內外專利。
1993年榮獲經濟部第一屆中小企業創新研究獎。
1994年提出微型熱導管(MICRO HEAT PIPE)的技術與應用概念，與工研院能資所共同設計
多項產品。
1995年開始建立散熱風扇製造能量。
1996年通過ISO 9002暨ISO 9001德國TÜV之認證，確立品質與服務系統。
取得產品之國家精品獎。
1997年取得產品之國家精品獎，專利件數突破30件以上，形成相關產品專利網。
1998年與美國歷史最久、行銷最廣之散熱裝置領導廠商Wakefield Engineering簽定技術合作
兼產品供銷合約。
通過BVQI公司ISO 14001國際環保認證。
開始進行精密陶瓷開發計畫。
1999年 “陶瓷材料應用於風扇軸承之研發”獲得經濟部研究發展計劃補助。
“多孔武超輕金屬網體散熱裝置之研發”亦獲得經濟部研究發展計劃補助，委託清華大
學研發。
取得產品之國家精品獎。
2000年榮獲經濟部第七屆中小企業創新研究獎。
設立日本分公司。
獲陶瓷風扇美國專利。
成立大陸東莞廠，同年開始量產。
2001年研發產品之一 ”陶瓷軸心” 經中科院驗證通過。
陶瓷軸心研發成功，正式量產。
設立美國分公司。
2002年陶瓷產品與晶片組冷卻器成為全球領導VGA面板的廠商廣泛運用。
2003年建置歐洲銷售網。
成立大陸蘇州廠。
獲數項陶瓷製程及風扇多項國內外及大陸專利。
建立陶瓷檢測專業實驗室。
2004年大陸蘇州廠開始運作。
推出第二代陶瓷風扇(C系列)。
設立歐洲分公司，開拓非PC市場。
完成兩岸三地ERP建置及整合運作。
2005年繼續建立陶瓷專利網，因兩地工廠同時運作，營業額開始快速成長。
2006年擴充產能，轉建大陸新東莞廠並開始運作。
獲得第十五屆國家磐石獎之殊榮。
CeraDyna
A New Era for Cooling Fan
Retrospecting to the history we should be able to realize the amazing impact of new materials in
various fields of applications. The discovery of semiconductor brought forth the era of electronic
industry and led the change of our life style. The development of heat resistant materials like
engineering ceramics broke the power and life limits of traditional engines for jets and autos.
Today, through our R&D efforts, ARX proudly announces the successful development of ceramic
bearing system for mini cooling fan application, a breakthrough for fan and a new thoughts for fan
industry.
Problems in Noise and Life? This is the Fan You Need!
Noise and life have been two major issues when using fans for cooling your system. Because
noise, especially abnormal noise, makes you annoying and fidgety; and life of fan makes you
worry about the performance and reliability of your system. What is the major source of the two?
It's bearing system.
Voice of Customer
We always try to satisfy the need of our customers. We have been striving to solve the noise and
life problems of conventional cooling fans. The development of ARX CeraDyna fan is your solution!
The U.S. patented application (patent No. US6.254.348 B1) utilizes the improved ZrO2
engineering ceramics for the bearing system. ZrO2 engineering ceramics has the advantages of
wear, heat, chemical resistant. It can be shaped and machined precisely and easily. Owing to its
superior material characteristics, the bearing system has passed CSIST's rigorous test, which
showed ever-long life of our CeraDyna fan. The perfect fitting of the bearing system results in quiet
and smooth operation. ARX CeraDyna fan has been highly appreciated by our customers since
the introduction from the end of 2001. The application of the new technology changes your thought,
and it is what you need!
Switching to Ceramics
Five years ago, ARX realized that the IT industry was posing new demands on fan makers, and
the company began to develop its own technology, taking advantage of the properties of ceramic
materials.After years of research and development, ARX launched its first generation of ceramic
bearing systems, featuring a ceramic shaft and a high-precision alloy sleeve bearing. This
arrangement proved to offer much better quality than a copper sleeve bearing. The ceramic shaft
is very precisely machined, with a very fine surface texture, well in advance of the traditional steel
shaft. ARX launched it's A series of Ceradyna brand fans late in 2001, and this year the company
plans to launch its Ceradyna C series, which feature a combination of ceramic shaft and ceramic
bearing. This combination offers very durable and smooth operation, at the same or slightly less
cost than a two-bearing system, while making less noise.
For ARX, the ceramic design approach has been a success, with a very positive market response,
and the company has managed to increase market share. "More and more people are looking into
ceramic technology. Ceramic materials offer many advantages. They are very durable and
resistant to heat and humidity." ~ Excerpt from EuroTrade.
Market Acceptance
ARX can look at market acceptance of its products both internally and externally. Internally, the
proportion of ceramic fans sold by ARX, as compared with sales of its traditional fan products, has
increased. The company's ceramic Ceradyna brand fans now account for some 75 percent of
sales, and the traditional fans for the other 25 percent.Towards the end of this year, and going into
2004, ARX expects the ceramic fan products to grow to 90 percent of sales volume. "More and
more customers are now asking for Ceradyna fans, because they have seen these products
proven in the market, over the last couple of years." Ceradyna fans, in both the A and the C series,
now have an increasing market acceptance, and the overall sales volume, at ARX, is rocketing.
"This year I expect 100 percent growth over last year, for ceramic fans. It is a very promising
technology, and both our customers and ourselves can benefit." ~ Excerpt from EuroTrade.
Ceramic
Why Ceramic Bearing
ARX R&D believes ball bearing is not the only choice for high end cooling
fan. Through years of research and development, ARX proudly gives birth
of the ceramic bearing solution for cooling fan to –
•Provide alternative to traditional bearing system
•Provide equivalent or better life expectancy
•Provide equivalent or better reliability
•Provide Cost effective solution
•Simplify fan structure
•Reduce noise from bearing system
•Reduce the complexity of fan assembly
•Increase the yield rate of fan production
The Advantages of Zirconia Based Ceramics
Zirconia based ceramics have evolved to the stage where diversified design of
microstructures and attributes are within the power of engineer and designers. Varying its
control of composition, fabrication route, thermal treatment and final machining, Zirconia has
provided hundreds of successful cases in replacing traditional materials as robust and cost
effective solutions.
•High hardness
•High wear resistance
•Low thermal expansion
•Low conductivity
•Chemical Inertness
•Good for precision machining
ARX Improved Ceramics
ARX is always seeking for better. The processes developed from raw material, molding,
sintering to final machining have gone through experiment after experiment to make the
bearing the best.
•Employing the state-of-the-art nanotechnology
•Partially Stabilized Zirconia (PSZ), which well disperses the tetragonal precipitates
within cubic morphology
•The transformation toughened zirconia is characterized by high strength and fracture
toughness
•Precision injection molding for forming
•Good for creating finely polished surfaces
ZrO2
Conventional Properties
ARX Properties
Bonding Form
Ionic and Covalent
Ionic and Covalent
Density (g/cm3)
5.5~5.7
> 6.0
Hardness (Hv)
1000~1100
>1300
Sintering Temp. (℃)
> 1500
< 1400
Thermal Expansion
Coefficient (10-6/℃)
8~11
~8
Fracture Toughness KIC
(MPa‧m1/2)
4~6
>8
Flexural Strength (MPa)
400~600
~800
Friction Coefficient
>0.2
~0.15
Ceramic
ARX Ceramics Manufacturing Processes
ARX has its full capability from forming to final machining. The raw material is made by
deliberately mixing all the necessary ingredients with ceramic powder of less than 300 nano
for molding. Precision injection molding process is developed to make ceramic shafts and
bearing of various shapes and dimensions. The debinding and sintering processes are then
followed to make the final shape and the characteristics needed. The two processes are finely
controlled such that all the binders are removed smoothly step by step, and the microstructure
and the grain size can be produced and maintained for best strength and hardness. In addition,
the perfect combination of molding and sintering processes makes the need of machining to
the minimum. This is achieved by the “near-net-shape” technology such that there is no need
to remove a lot of hard-to-machined material and therefore the post machining process can be
conducted in a very productive way.
Upon the completion of the pre-forming process, the shaft and bearing are moved forward for
post machining process. Various machining processes are employed depending on the
functional need of each part designed. Either the need to make the dimension, the geometry or
the required surface texture can be achieved.
FORMING
MACHINING
Kneading
Grinding
Injection Molding
Honing
Chamfering
De-binding
Sintering
Lapping
Facing
ARX Ceramic Manufacturing Processes
The Microstructure of ARX Ceramic Material with Magnification
of ×15000, ×5000 and ×1000
Ceramic
ARX Ceramics Research and Inspection
ARX ceramic products have gone through thorough investigation from different perspectives.
The ceramic laboratory and quality control are equipped with necessary high precision
instruments for verifying the properties and characteristics of the material made and parts
produced. These high precision instruments are capable of checking and reflecting the
quality of the products from material and machining aspects, such as the microstructure,
strength, hardness, roundness, roughness, etc.
The most important factors and parameters to be examined are listed
in the table for your reference.
CERADYNA
風扇的新時代
我們從歷史的演進中了解到新材料對於各種產業所帶來的衝擊。半導體的問世帶來了電子產業，也改
變了我們的生活型態。斷熱物質的研發，例如陶瓷工程，也突破了傳統噴射機或汽車引擎握力及壽命
的限制。
今日，透過研發部門的努力，三匠科技可以自豪的宣布因為我們對於陶瓷軸承系統在微型風扇應用上
的成功，為風扇產業注入一股新的活力。
噪音及壽命問題?這就是您的解答!
當我們運用風扇在冷卻系統時，噪音及風扇壽命是兩個主要的問題。尤其是風扇異音會使人煩躁及不
安，而風扇的使用期限會使顧客擔心系統運作效果及信賴。造成這兩者的主因就是軸承系統。
顧客的聲音
三匠科技一直試著去滿足我們顧客的需求，也努力解決一直以來在冷卻風扇上的噪音問題及壽命問
題。三匠研發的陶瓷風扇是客戶們最佳的選擇。
我們將美國專利(專利號碼:US6,254,348)運用在二氧化鋯ZrO2陶瓷工程的軸承系統，改良式ZrO2陶瓷
產品對於摩擦、阻熱和抗化學作用的程度。並且易於做到近實成型及精美加工。由於物質成分的特殊
性，軸承系統已經通過 CSIST’S 嚴格的測試，證明我們陶瓷風扇的長久壽命。完美裝配的軸承系統運
轉情況較安靜及滑順。自2001年年底我們將陶瓷風扇推薦給客戶後，陶瓷風扇得到客戶的高度評價。
三匠科技對陶瓷風扇的運用改變了你的思考邏輯，並且給你你所想要的。
『多年前，三匠科技就已經知道在IT產業將會出現新的風扇市場需求，並且利用我們本身的陶瓷材料
開始發展自己的技術。
在研發多年以後，三匠科技推出了第一代電腦使用的陶瓷軸承系統，以陶瓷軸心及高精密度的合金含
油軸承為特色。這種組合較使用傳統銅軸承更為優良。陶瓷軸心是非常精密的加工製品，並比前一代
的鐵軸心擁有細緻的表面結構。
三匠科技於2001年年底推出A系列的陶瓷軸承風扇，並積極投入結合陶瓷軸承及陶瓷軸心的C系列陶
瓷軸承風扇。這種組合既耐用且操作平穩，價位卻與雙軸承系統差不多甚或便宜，而製造的噪音又較
小。
在市場的正面回應下，三匠科技在陶瓷設計研究上已經成功，並已著手進行擴大市場佔有率。「許多
人都已開始研究陶瓷技術，陶瓷材料提供了許多便利之處。他們不但耐用而且可以抵抗高溫及潮濕的
環境。』~ 擷取自Euro Trade 雜誌。
市場接受度
三匠科技觀察公司外部及內部對於我們產品的市場接受度。從內部銷售看來，三匠科技銷售陶瓷風扇
的數量與傳統風扇相比，呈增加的趨勢。陶瓷軸承風扇的銷售量約佔75%，而傳統風扇的銷售量約
25%。三匠科技在2005年，陶瓷軸承的銷售額會成長到90%。
『越來越多的客戶要求使用陶瓷風扇，因為他們看到了它在這兩年中市場上的表現。」在三匠，A系
列和C系列的陶瓷風扇在市場接受度及總銷售額上都有增加，並且迅速上升。「我期望今年陶瓷風扇
銷售額可較去年成長一倍。這是一個有大有可為的技術，並且會為我們及我們的客戶帶來利益。』~
擷取自Euro Trade 雜誌。
CERADYNA
陶瓷軸承的優勢
三匠科技的研發部門相信滾珠軸承不會是高端冷卻風扇的唯一選擇。在多年的研究和發展後，我們
自豪於我們的陶瓷軸承為冷卻風扇所帶來的—
•為傳統軸承細統提供替代方案
•可提供一樣或更長的平均使用壽命
•可提供一樣或更良好的可靠度
•提供一個有效益的解決方案
•簡化風扇架構
•降低軸承系統噪音
•降低風扇組裝複雜度
•增加風扇成品良率
以氧化鋯為基礎的陶瓷
氧化鋯陶瓷已進步到可做細微構造設計變化及隨工程師或設計師變化的階段。藉由變化它的組成成
分、製造程序、燒結溫度及後端機械加工，氧化鋯提供了多種耐用且有效益的成功案例可以取代傳
統材料。
•高硬度
•耐磨耗
•低熱膨脹係數
•低導電
•化學安定性
•有利於精密加工
三匠改良式精密陶瓷材料
三匠科技一直在尋找更好的技術。從原物料、成型、燒結到最後的機械加工階段，我們透過一次又
一次的實驗在製作最好的軸承。
•使用最高級的奈米技術
•採用部分安定氧化鋯(PSZ)作為原材料，以四方晶為主的形態。
•增韌性的氧化鋯，主要特性在於有高強度及高破壞韌性。
•使用精密射出成型.。
•高硬度高韌性陶瓷材料利於加工出超細微的拋光表面。
三匠陶瓷製造程序
三匠科技擁有從成型到最後機械加工階段的所有能力。原物料謹慎混合必須的組成成分及低於
300nano及陶瓷粉所組成。精確的射出過程陶瓷軸心、軸承不同外型及尺寸變化。在脫脂和燒結階
段之後即決定尺寸和材料特色可精確做到。這兩個階段須透過精密，一步步的除掉結合材料，生產
和維持細部構造和顆粒般大產品的良好強度及硬度。成型和燒結的完美結合，使加工需求最小。藉
由「近實成型」技術來達到目標，因此減少後加工負荷，後加工過程更有效率。
經過上述成型階段，軸心和軸承就進入加工的製程。依據不同零件的功能需求來使用不同的加工方
法。不但完成尺寸需求，同時也達到幾何精度或表面精細度要求的水準。
三匠科技的產品已經通過多種的驗證測試。在陶瓷實驗室及品管都配有高精密度的儀器，這是用來
測試我們製作的原料及零件的屬性及特色。這些精密儀器有能力從原料和機器的觀點來檢查及反映
出產品的品質，例如從細微構造、強度、硬度、真圓度和表面粗糙度等。
CeraDyna A Series
CeraDyna A fan series has been introduced to the market for more than two years. Its bearing
system features a well machined and polished ceramic shaft along with a fine alloy sleeve.
The ceramic shaft possesses adequate hardness that results in very high wear resistance.
The surface of the shaft is machined and polished (Figure 1), reflecting a smooth and shiny
texture that conventional SUS shaft can’t compete (Figure 2). Not only can this hard and fine
surface preserve its original quality for an extreme long period of time of operation, it also
comes with the run-in polishing effect on the alloy sleeve. Figure 3 and 4 shows the surface of
the ceramic shaft before any operation and the surface of the ceramic shaft after a very long
period time of high temperature operation (acceleration test). It can easily be seen that how
durable the ceramic shaft is and, it is hard to find any difference before and after a long period
time of operation. Figure 5 shows the roundness measurement for comparison. On the other
hand, the alloy sleeve is rather polished during the fan operation (Figure 6), such that the alloy
sleeve is also able to sustain a very long period of time of operation. The perfect match of the
ceramic shaft and the alloy sleeve results in a very smooth and quite operation, with
exceptionally long service life expectancy. CeraDyna A is, in its essence, different from
traditional bearing systems in many perspectives, from material characteristics, processes to
precision. A complete comparison can be found in later section. Current CeraDyna A fan
series ranges from 25 mm to 127 mm, both in axial and centrifugal. It has been applied to
different fields of market segments, such as IT, telecom, industry, auto, and home appliances,
etc.
陶瓷風扇A系列
A系列陶磁風扇已導入市場5年多，此類軸承系統以良好的加工精度、光滑的軸心及精細的合金軸
承為特色。陶瓷軸心因擁有足夠的硬度所以展現其高抗磨耗能力。其光滑的表面是經過精密的加
工及拋光(圖1)，此為過去鋼質軸心所無法比擬的(圖2)。其堅硬及精細的表面不但在長時間操作
下仍可保存它原本的功能，而且合金軸承內部產生二次拋光作用。圖3和圖4分別是軸心
在使用前及高溫下(加速測試效果)長期使用後的表面結果。我們可以發現陶瓷軸心非常耐用，即
使在長期使用後其與新品並無明顯差異。
圖五是使用表面粗度來比較。另外一方面，合金軸承內孔表面甚至比未使用前還光滑(圖六)，因
此使用壽命較長。這軸承和軸心完美的結合帶來操作上的平穩及更長的使用壽命。從原物料的特
色及精細的加工兩方面來看，A系列陶瓷風扇本質上與傳統軸承風扇有許多方面的異處。在下段
我們會有一個比較完整的介紹。目前A系列陶瓷風扇的製成品大小從25公釐到127公釐都有，並
且已運用在不同市場的領域上，例如資訊業、通訊業、工業、汽車業和家電設備等。
CERADYNA
陶瓷軸心表面粗糙測量
Figure 1 – the fine surface of the ceramic
shaft produced and its surface roughness measurement
SUS材質軸心表面粗糙測量
Figure 2 – the surface of the SUS steel
shaft produced and its surface roughness measurement
CERADYNA
Figure 3 –
the ceramic shaft after 8,000 hours of operation in 70℃
test environment and the traditional steel shaft after
1500 hours of operation under the same condition
陶瓷軸心於70°C/ 8000小時的環境下操作後表面粗糙測量
SUS材質軸心於70°C/1500小時的環境下操作後表面粗糙測量
Figure 4 –
the roughness measurement of ceramic shaft after 8,000
hours of operation in 70℃ test environment and the
traditional steel shaft after 1500 hours of operation under
the same condition
CERADYNA
陶瓷軸心於70°C/ 8000小時的環境下操作後真圓度測量
SUS材質軸心於70°C/1500小時的環境下操作後真圓度測量
Figure 5 –
the roundness measurement of ceramic shaft after 8,000
hours of operation in 70℃ test environment and the
traditional steel shaft after 1500 hours of operation under
the same condition
合金軸承內孔表面在70°C/ 8000小時的環境下操作後甚至比未使用前還光滑
Figure 6 –
The inner surface of the alloy sleeve before operation and the
inner surface of the alloy sleeve after 8,000 hours of operation
in 70℃ test environment, showing a run-in polishing effect by
ceramic shaft
CeraDyna C Series
ARX is never satisfied with the ceramic bearing of the first generation – CeraDyna A.
There has been a need to further advance the capability of the bearing system for
applications with more stringent requirement. After years of research and development,
ARX launches her CeraDyna C fan series in year 2004, featuring a precisely machined
ceramic shaft and ceramic bearing. By best using the advantages of the ceramic material
and well defined tolerance and precision, CeraDyna C out performs most of the current
existing bearing systems in many aspects such as operation stability, noise, service life,
etc. Figure 7 shows the surface characteristics of the shaft before and after 12000 hours
of high temperature operation test. Note that the shaft is the same as what is used for A
Series. Figure 8 and 9 show the surface characteristics and the roundness of the
ceramic bearing under the same test condition as the shaft. Due to the precision and the
advantages of the material, CeraDyna C results in an even more reliable performance.
Furthermore, the patented design of the bearing makes this high-end application more
cost effective.
For more information of current available models, please check with ARX in advance.
陶瓷風扇C系列
三匠科技從未因第一代風扇—A系列陶瓷風扇而滿足。一直以來，對於要求更高的使用環
境及應用，我們從未停止研究解決方案。在研究和發展多年以後，三匠科技在2004年始
致力於精密加工生產的陶瓷軸承和軸心為特色的C系列陶瓷風扇。透過優異的陶瓷軸承原
料，精確的公差配合和精密度，C系列風扇在許多方面比現存的軸承系統風扇優異，譬如
在運轉的穩定度，噪音及使用壽命上等等。圖七表示軸心在高溫環境運轉12000小時測試
後的表面特性。說明軸心與在A系列使用情形下相同。
圖八與圖九表示軸承在與軸心相同測試條件下的表面情況及真圓度。由於精確的加工精
度及優異的物料特性，C系列陶瓷風扇更具可靠度。此外，擁有多項專利特殊的軸承設計
使高階的產品運用更具價值。
想要知道現有型號的資訊，請先與我們連絡。
CERADYNA
陶瓷軸心於70°C/ 12,000小時的環境下操作前與後的表面測量
Figure 7 –
The surface of the ceramic shaft before and after 12,000
hours of operation at 70℃ test environment
CERADYNA
陶瓷軸心於70°C/ 12,000小時的環境下操作前與後的表面粗糙度測量
Figure 8 –
The surface and the roughness measurement of the
ceramic shaft before and after 12,000 hours of operation at
70℃ test environment
CERADYNA
陶瓷軸心於70°C/ 12,000小時的環境下操作前與後的表面粗糙度測量
Figure 8 –
The surface and the roughness measurement of the
ceramic shaft before and after 12,000 hours of operation at
70℃ test environment
CERADYNA
陶瓷軸心於70°C/ 12,000小時的環境下操作前與後的真圓度測量
Figure 9 –
The roundness measurement of the ceramic bearing before and
after 12,000 hours of operation at 70℃ test environment
Comparison between ARX CeraDyna Fans
and Conventional Fans
Bearing
System
Feature
Comparison
Contact
Mode
Noise
Level
Machining
Precision
Conventional Fans
SUS420 Steel Shaft
Ball Bearing
Cu Sintered
Sleeve
Cu-Fe Alloyed Sleeve
Multi-Point Contact.
Rolling Friction.
Line Contact.
Sliding Friction.
Reduced Line Contact
with
Minimized Sliding
Friction.
Steady noise level
through life.
Generally higher
than sleeve bearing.
Lower noise level
than ball bearing
at early stage but
gradually
increases over life.
The characteristics of SUS420 present
inherent limitation in machining precision
to reach finite dimensional and
geometrical tolerance.
Hardness
Durability
CeraDyna Fan
ZrO2 Ceramic Shaft
HRC = 50
Good for high-speed
operation at normal
condition, but sensitive
to changes in humidity
and temperature.
Near-net-shape formed
shaft needs minimal
machining to achieve
high level of precision.
HRC = 90
Prone to be
worn out of
shape due to
lower hardness
or lack of fitting
precision.
Good level of precision
but very fragile under
external impact.
Low level of
precision.
Easily cause
clogging or
seizing.
Life
Expectation
2-Ball system:
50,000~65,000 hrs avg.
1-Ball-1-Sleeve:
50,000 hrs avg.
30,000 hrs avg.
Cost
High
Low
Precision of
Movement
ZrO2 shaft is fine
polished to a mirror-like
surface and thus
substantially reduce
noise level to lower than
both ball and sleeve
bearings.
Stable operation
throughout life as a
result of superior
material property that
provides resistance to
wearing, deformation,
oxidation and corrosion.
High level of precision
due to:
1.Machining and fitting
2.Lower thermal
expansion coefficient,
3.Secondary polish
effect between shaft and
sleeve
300,000 hrs avg.
(from MTBF test by
CSIST)
Medium
陶瓷軸承系統與傳統軸承系統比較表
軸承系統
傳統SUS420軸心
改良二氧化鋯軸心
滾珠軸承
含油銅軸承
銅鐵合金軸承
接觸模式
多點式接觸
滾動式摩擦
擦線接觸
滑動摩擦
有限線接觸
微幅滑動摩擦
噪音層級
在其壽命中因量很穩
定，一般較含油軸承
為高。
一開始音量較滾珠軸
承低，隨著使用時間
增長而增加。
陶瓷軸心經過表面鏡面加
工，產品會在壽命期間噪音
穩定，且低於傳統滾珠及滑
動軸軸承系統。
加工精度
因材料及特性的關係，SUS420之加工尺寸及
幾何精度均較差。
近實成型軸心使加工負荷極
小化即可達到完美的層次。
硬度
HRC50
HRC90
比較項目
耐用性
在正常環境下可適於
高速運轉，但易受環
境中濕度及溫度的影
響。
不耐用。因材料特性
及公差配合精密度問
題，極易產生摩擦。
非常耐用。優越的材料特性
及公差配合使運轉順暢，亦
不易受環境影響。
運轉精度
極佳，但因其結構複
雜而脆弱故易受外力
影響。
不佳，公差配合較
差，且極易在運轉過
程中因微塵累積造成
阻塞、運轉不順、甚
至咬死之現象。
極佳。因:
1.極佳之加工及配合精度
2.極低之熱膨脹係數
3.因二次拋光效應，不易受
微塵影響，使運轉順暢。
風扇壽命
雙滾珠軸承:
一般平均在
50,000Hrs/25℃
~65,000Hrs/25℃。
滾珠及滑動系統
一般平均在
50,000Hrs/25℃
一般平均在
30,000hrs/25℃
國內最高研究機構-中山科
學研究院測試報告顯示為
300,000Hrs/70℃
價格
高
低
中
How to read the DC Fan part number
FD
05
25
─
A
1
0
1
1
A
Model
Bearing
Connector
FD: DC Fan
A: CeraDyna A
0: 4 pin daisy Chain
FW: DC Blower
C: CeraDyna C
FH: High Performance DC Fan
B: 1-Ball-1-Sleeve
0: Rev. 1
D: 2-Ball
Voltage
48: 48VDC
2: 2 pin
3: 3 pin
4: 4 pin
2: Rev. 3
05: 5VDC
24: 24VDC
1: Lead wire
1: Rev. 2
S: Sleeve
12: 12VDC
Revision
3: Rev. 4
Speed
0: Super High
1: High
Frame Dimension
2: Medium
25: 25x25 mm
3: Low
30: 30x30 mm
P:PWM
Frame Thickness
A: 10 mm
B: 12 mm
C: 15 mm
D: 20 mm
E: 25 mm
F: 33 mm
35: 35x35 mm
G: 38 mm
40: 40x40 mm
M: 28 mm
50: 50x50 mm or 51x51 mm
60: 60x60 mm
70: 70x70 mm
75: 75x75 mm
80: 80x80 mm
90: 92x92 mm
12: 120x120 mm
13: 127x127 mm
Protecion/Function
1: Polarity protection (PP)
3: PP+3rd wire FG (Frequency Generator output)
4: PP+AR (Auto Restart)
5: PP+AR+3rd wire FG
6: PP+AR+3rd wire TC (Temperature Control)
7: PP+AR+3rd wire RD (Rotation Detection)
8: PP+AR+PWM (Pulse Width Modulation)
ACT-RX Technology Corporation
25 x 25 x 10 mm Series
Dimensions
Performance Curves
Air exhaust over struts. Rotational direction CCW looking at rotor.
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
○
Rotation Detection
Weight: 15 g
○
2-Ball
○
PWM Control
Impedance protected
○
1-Ball-1-Sleeve
Lead wire UL 1095 AWG 28
●
Sleeve
＊ Safety Approval: CE, UL, TUV
＊All fans are with electronic protection against reverse polarity. The fan only operates when the polarity is correct.
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FD0525-A10XXA
5
0.18
0.90
11000
2.01
0.11
25.00
FD0525-A20XXA
5
0.11
0.55
9000
1.56
0.07
23.50
FD0525-A30XXA
5
0.07
0.35
7000
1.27
0.05
22.50
FD1225-A10XXA
12
0.08
0.96
11000
2.01
0.11
25.00
FD1225-A20XXA
12
0.06
0.72
9000
1.56
0.07
23.50
FD1225-A30XXA
12
0.05
0.60
7000
1.27
0.05
22.50
Model
＊All readings are typical value at rated voltage.
＊Please refer to PART NUMBER SYSTEM for bearing type and part number “XX” designation.
＊Specifications are subject to change without prior notice.
＊Please specify revision number when ordering.
Dimensions
Performance Curves
ROTATION
AIR FLOW
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
○
Rotation Detection
Weight: 15 g
●
2-Ball
○
PWM Control
Impedance protected
○
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FD0530-A10XXA
5
0.18
0.90
8000
3.68
0.12
24.50
FD0530-A20XXA
5
0.12
0.60
7000
3.11
0.09
23.50
FD0530-A30XXA
5
0.09
0.45
6000
2.55
0.07
22.50
FD1230-A10XXA
12
0.09
1.08
8000
3.68
0.12
24.50
FD1230-A20XXA
12
0.08
0.96
7000
3.11
0.09
23.50
FD1230-A30XXA
12
0.06
0.72
6000
2.55
0.07
22.50
Model
Dimensions
Performance Curves
AIR FLOW
ROTATION
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
○
Rotation Detection
Weight: 15 g
●
2-Ball
○
PWM Control
Impedance protected
○
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FD0530-A00XXC
5
0.32
1.60
8000
5.70
0.14
28.50
FD0530-A10XXC
5
0.27
1.35
7000
5.29
0.11
27.00
FD0530-A20XXC
5
0.24
1.20
6000
4.53
0.09
26.00
FD0530-A30XXC
5
0.16
0.80
5000
3.78
0.08
25.00
FD1230-A00XXC
12
0.18
2.16
9000
6.18
0.17
30.00
FD1230-A10XXC
12
0.16
1.92
8000
5.70
0.14
28.50
FD1230-A20XXC
12
0.14
1.68
7000
5.29
0.11
27.00
FD1230-A30XXC
12
0.12
1.44
6000
4.53
0.09
26.00
Model
Rev I – 5 VDC
Dimensions
Performance Curves
ROTATION
AIR FLOW
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
○
Rotation Detection
Weight: 15 g
○
2-Ball
○
PWM Control
Impedance protected
○
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Voltage
Current
Power
Speed
(VDC)
(Amp)
(Watts)
FD0535-A00XXC
5
0.28
FD0535-A10XXC
5
FD0535-A20XXC
FD0535-A30XXC
Model
Static
Noise
Airflow
Pressure
Level
(RPM)
(CFM)
(inch-H2O)
(dBA)
1.40
8000
7.60
0.19
30.00
0.22
1.10
7000
6.65
0.16
26.00
5
0.17
0.85
6000
5.70
0.14
23.00
5
0.12
0.60
5000
4.75
0.12
19.00
Rev I – 12 VDC
Dimensions
Performance Curves
ROTATION
AIR FLOW
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
○
Rotation Detection
Weight: 15 g
○
2-Ball
○
PWM Control
Impedance protected
○
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Voltage
Current
Power
Speed
(VDC)
(Amp)
(Watts)
FD1235-A00XXC
12
0.16
FD1235-A10XXC
12
FD1235-A20XXC
FD1235-A30XXC
Model
Static
Noise
Airflow
Pressure
Level
(RPM)
(CFM)
(inch-H2O)
(dBA)
1.92
9000
8.55
0.21
34.00
0.14
1.68
8000
7.60
0.19
30.00
12
0.11
1.32
7000
6.65
0.16
26.00
12
0.08
0.96
6000
5.70
0.14
23.00
Dimensions
Performance Curves
ROTATION
AIR FLOW
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
○
Rotation Detection
Weight: 15 g
○
2-Ball
○
PWM Control
Impedance protected
○
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FD0535-A00XXC
5
0.28
1.40
8000
7.60
0.19
30.00
FD0535-A10XXC
5
0.22
1.10
7000
6.65
0.16
26.00
FD0535-A20XXC
5
0.17
0.85
6000
5.70
0.14
23.00
FD0535-A30XXC
5
0.12
0.60
5000
4.75
0.12
19.00
FD1235-A00XXC
12
0.16
1.92
9000
8.55
0.21
34.00
FD1235-A10XXC
12
0.14
1.68
8000
7.60
0.19
30.00
FD1235-A20XXC
12
0.11
1.32
7000
6.65
0.16
26.00
FD1235-A30XXC
12
0.08
0.96
6000
5.70
0.14
23.00
Model
Rev III – 9-Blade
Dimensions
Performance Curves
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
○
2-Ball
○
PWM Control
Impedance protected
○
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FD0540-A12XXA
5
0.24
1.20
6500
7.20
0.14
33.00
FD0540-A22XXA
5
0.18
0.90
5500
6.11
0.10
27.50
FD0540-A32XXA
5
0.16
0.80
4500
4.98
0.07
23.50
FD1240-A12XXA
12
0.12
1.44
6500
7.20
0.14
33.00
FD1240-A22XXA
12
0.09
1.08
5500
6.11
0.10
27.50
FD1240-A32XXA
12
0.08
0.96
4500
4.98
0.07
23.50
Model
Rev IV – 5-Blade
Dimensions
Performance Curves
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
○
2-Ball
○
PWM Control
Impedance protected
○
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FD0540-A13XXA
5
0.18
0.90
6500
5.80
0.12
28.50
FD0540-A23XXA
5
0.14
0.70
5500
5.20
0.09
24.50
FD0540-A33XXA
5
0.12
0.60
4500
4.60
0.07
23.00
FD1240-A13XXA
12
0.09
1.08
6500
5.80
0.12
28.50
FD1240-A23XXA
12
0.07
0.84
5500
5.20
0.09
24.50
FD1240-A33XXA
12
0.06
0.72
4500
4.60
0.07
23.00
Model
Rev I – 5 VDC
Dimensions
Performance Curves
Air exhaust over struts. Rotational direction CCW looking at rotor
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
○
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Voltage
Current
Power
Speed
(VDC)
(Amp)
(Watts)
FD0540-A10XXD
5
0.29
FD0540-A20XXD
5
FD0540-A30XXD
5
Model
Static
Noise
Airflow
Pressure
Level
(RPM)
(CFM)
(inch-H2O)
(dBA)
1.45
6500
6.81
3.97
27.00
0.25
1.25
5500
5.76
3.36
23.50
0.19
0.85
4500
4.71
2.75
20.00
Rev I –12/24 VDC
Dimensions
Performance Curves
.
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
○
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FD1240-A10XXD
12
0.18
2.16
8000
8.38
5.58
34.00
FD1240-A20XXD
12
0.15
1.80
7000
7.32
4.27
29.50
FD1240-A30XXD
12
0.12
1.44
6000
6.28
3.17
25.50
FD2440-A10XXD
24
0.12
2.88
8000
8.38
5.58
34.00
FD2440-A20XXD
24
0.10
2.40
7000
7.32
4.27
29.50
FD2440-A30XXD
24
0.08
1.92
6000
6.28
3.17
25.50
Model
Rev II – 5 VDC
Dimensions
Performance Curves
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
○
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Voltage
Current
Power
Speed
(VDC)
(Amp)
(Watts)
FD0540-A01XXD
5
0.33
FD0540-A11XXD
5
FD0540-A21XXD
FD0540-A31XXD
Model
Static
Noise
Airflow
Pressure
Level
(RPM)
(CFM)
(inch-H2O)
(dBA)
1.65
7500
10.59
0.28
26.00
0.24
1.20
6500
9.18
0.25
24.00
5
0.20
1.00
5500
7.77
0.21
21.00
5
0.12
0.60
4500
6.36
0.18
19.00
Rev II–12/24VDC
Dimensions
Performance Curves
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
○
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FD1240-A01XXD
12
0.20
2.40
9000
12.71
0.33
33.00
FD1240-A11XXD
12
0.16
1.92
8000
11.30
0.29
31.00
FD1240-A21XXD
12
0.12
1.44
7000
9.89
0.26
27.00
FD1240-A31XXD
12
0.09
0.98
6000
8.48
0.23
23.00
FD2440-A01XXD
24
0.13
3.12
9000
12.71
0.33
33.00
FD2440-A11XXD
24
0.11
2.64
8000
11.30
0.29
31.00
FD2440-A21XXD
24
0.09
2.16
7000
9.89
0.26
27.00
FD2440-A31XXD
24
0.08
1.92
6000
8.48
0.23
23.00
Model
5 VDC
Dimensions
Performance Curves
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
○
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Voltage
Current
Power
Speed
(VDC)
(Amp)
(Watts)
FD0540-A00XXM
5
0.33
FD0540-A10XXM
5
FD0540-A20XXM
FD0540-A30XXM
Model
Static
Noise
Airflow
Pressure
Level
(RPM)
(CFM)
(inch-H2O)
(dBA)
1.65
6500
12.03
0.31
30.00
0.25
1.25
5500
10.16
0.28
26.00
5
0.17
0.85
4500
8.33
0.24
22.00
5
0.11
0.55
3500
6.46
0.19
19.00
12/24 VDC
Dimensions
Performance Curves
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
○
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FD1240-A00XXM
12
0.31
3.72
9000
16.65
0.50
41.00
FD1240-A10XXM
12
0.24
2.88
8000
14.80
0.39
36.00
FD1240-A20XXM
12
0.19
2.28
7000
12.95
0.35
33.00
FD1240-A30XXM
12
0.14
1.68
6000
11.10
0.30
29.00
FD2440-A00XXM
24
0.24
5.76
9000
16.65
0.50
41.00
FD2440-A10XXM
24
0.16
3.84
8000
14.80
0.39
36.00
FD2440-A20XXM
24
0.12
2.88
7000
12.95
0.35
33.00
FD2440-A30XXM
24
0.10
2.40
6000
11.10
0.30
29.00
Model
45 x 45 x 10 mm Blowers
5 VDC
Dimensions
Performance Curves
AIRFLOW
ROTATION
AIRFLOW
Air exhaust radial, through housing port. Rotational direction CW looking at rotor.
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
○
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Voltage
Current
Power
Speed
(VDC)
(Amp)
(Watts)
FD0545-A00XXA
5
0.28
FD0545-A10XXA
5
FD0545-A20XXA
FD0545-A30XXA
Model
Static
Noise
Airflow
Pressure
Level
(RPM)
(CFM)
(inch-H2O)
(dBA)
1.40
5500
13.48
0.13
33.00
0.19
0.95
4500
11.03
0.10
27.00
5
0.10
0.50
3500
8.58
0.08
21.00
5
0.07
0.35
2500
6.13
0.06
15.00
Page 44
12 VDC
Dimensions
Performance Curves
AIRFLOW
ROTATION
AIRFLOW
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
○
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Voltage
Current
Power
Speed
(VDC)
(Amp)
(Watts)
FD1245-A00XXA
12
0.22
FD1245-A10XXA
12
FD1245-A20XXA
FD1245-A30XXA
Model
Static
Noise
Airflow
Pressure
Level
(RPM)
(CFM)
(inch-H2O)
(dBA)
2.64
7000
17.15
0.16
42.00
0.18
2.16
6000
14.70
0.14
36.00
12
0.11
1.32
5000
12.25
0.12
30.00
12
0.08
0.96
4000
9.80
0.09
24.00
Page 44
Rev I – 15Ø
Dimensions
Performance Curves
ROTATION
AIR FLOW
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
○
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Voltage
Current
Power
Speed
(VDC)
(Amp)
(Watts)
FD1250-A10XXA
12
0.11
FD1250-A20XXA
12
FD1250-A30XXA
12
Model
Static
Noise
Airflow
Pressure
Level
(RPM)
(CFM)
(inch-H2O)
(dBA)
1.32
5400
10.16
0.13
31.50
0.09
1.08
4500
8.56
0.09
26.50
0.07
0.84
4000
7.63
0.07
23.50
Rev II – 18Ø
Dimensions
Performance Curves
ROTATION
AIR FLOW
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
○
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Voltage
Current
Power
Speed
(VDC)
(Amp)
(Watts)
FD1250-A10XXA
12
0.12
FD1250-A20XXA
12
FD1250-A30XXA
12
Model
Static
Noise
Airflow
Pressure
Level
(RPM)
(CFM)
(inch-H2O)
(dBA)
1.44
5400
8.68
0.13
33.00
0.08
0.96
4500
7.14
0.09
28.50
0.07
0.84
4000
6.46
0.07
25.00
Dimensions
Performance Curves
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
○
2-Ball
○
PWM Control
Impedance protected
○
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Voltage
Current
Power
Speed
(VDC)
(Amp)
(Watts)
FD1250-A10XXC
12
0.15
FD1250-A20XXC
12
FD1250-A30XXC
12
Model
Static
Noise
Airflow
Pressure
Level
(RPM)
(CFM)
(inch-H2O)
(dBA)
1.80
5000
9.78
0.11
31.50
0.11
1.32
4500
8.80
0.09
28.50
0.10
1.20
4000
7.93
0.07
25.00
Rev I – 18Ø
Dimensions
Performance Curves
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
○
Rotation Detection
Weight: 15 g
●
2-Ball
○
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Voltage
Current
Power
Speed
(VDC)
(Amp)
(Watts)
FD1260-A10XXA
12
0.22
FD1260-A20XXA
12
FD1260-A30XXA
12
Model
Static
Noise
Airflow
Pressure
Level
(RPM)
(CFM)
(inch-H2O)
(dBA)
2.64
5200
19.50
0.13
42.00
0.16
1.92
4300
15.50
0.09
36.50
0.10
1.20
3600
12.85
0.07
31.50
Rev II–22Ø 5 VDC
Dimensions
Performance Curves
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
○
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Voltage
Current
Power
Speed
(VDC)
(Amp)
(Watts)
FD0560-A01XXA
5
0.32
FD0560-A11XXA
5
FD0560-A21XXA
FD0560-A31XXA
Model
Static
Noise
Airflow
Pressure
Level
(RPM)
(CFM)
(inch-H2O)
(dBA)
1.60
3600
16.41
0.10
27.00
0.29
1.45
3200
14.59
0.09
24.00
5
0.21
1.05
2800
12.76
0.08
21.00
5
0.13
0.65
2400
10.94
0.06
18.00
Rev II–22Ø 12/24VDC
Dimensions
Performance Curves
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
○
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FD12460-A01XXA
12
0.33
3.96
5200
23.70
0.18
38.00
FD12460-A11XXA
12
0.25
3.00
4300
19.60
0.13
30.00
FD1260-A21XXA
12
0.18
2.16
3600
16.41
0.10
27.00
FD1260-A31XXA
12
0.11
1.32
3000
13.67
0.08
23.00
FD2460-A01XXA
24
0.17
4.08
5200
23.70
0.18
38.00
FD2450-A11XXA
24
0.13
3.12
4300
19.60
0.13
30.00
FD2460-A21XXA
24
0.10
2.40
3600
16.41
0.10
27.00
FD2460-A31XXA
24
0.07
1.68
3000
13.67
0.08
23.00
Model
60 x 60 x 10 mm Reverse Series
Rev II–22Ø 5 VDC
Dimensions
Performance Curves
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
○
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Voltage
Current
Power
Speed
(VDC)
(Amp)
(Watts)
FD0560-A02XXA
5
0.32
FD0560-A12XXA
5
FD0560-A22XXA
FD0560-A32XXA
Model
Static
Noise
Airflow
Pressure
Level
(RPM)
(CFM)
(inch-H2O)
(dBA)
1.60
3600
16.41
0.10
27.00
0.29
1.45
3200
14.59
0.09
24.00
5
0.21
1.05
2800
12.76
0.08
21.00
5
0.13
0.65
2400
10.94
0.06
18.00
60 x 60 x 10 mm Reverse Series
Rev II–22Ø 12/24VDC
Dimensions
Performance Curves
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
○
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FD12460-A02XXA
12
0.33
3.96
5200
23.70
0.18
38.00
FD12460-A12XXA
12
0.25
3.00
4300
19.60
0.13
30.00
FD1260-A22XXA
12
0.18
2.16
3600
16.41
0.10
27.00
FD1260-A31XXA
12
0.11
1.32
3000
13.67
0.08
23.00
FD2460-A02XXA
24
0.17
4.08
5200
23.70
0.18
38.00
FD2460-A11XXA
24
0.13
3.12
4300
19.60
0.13
30.00
FD2460-A22XXA
24
0.10
2.40
3600
16.41
0.10
27.00
FD2460-A32XXA
24
0.07
1.68
3000
13.67
0.08
23.00
Model
Rev I – 18Ø
Dimensions
Performance Curves
AIR FLOW
ROTATION
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
○
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FD1260-A10XXC
12
0.18
2.16
4500
17.02
0.17
36.50
FD1260-A20XXC
12
0.14
1.68
4000
14.80
0.13
33.50
FD1260-A30XXC
12
0.12
1.44
3500
12.57
0.10
30.50
FD2460-A10XXC
24
0.12
2.88
4500
17.02
0.17
36.50
FD2460-A20XXC
24
0.11
2.64
4000
14.80
0.13
33.50
FD2460-A30XXC
24
0.10
2.40
3500
12.57
0.10
30.50
Model
Rev II – 24Ø
Dimensions
Performance Curves
ROTATION
AIR FLOW
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
○
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FD056-A11XXC
5
0.43
2.15
5500
18.40
0.24
39.00
FD056-A21XXC
5
0.36
1.80
5000
16.74
0.22
36.50
FD056-A31XXC
5
0.29
1.45
4500
15.22
0.16
34.00
FD1260-A11XXC
12
0.18
2.16
5500
18.40
0.24
39.00
FD1260-A21XXC
12
0.14
1.68
5000
16.74
0.22
36.50
FD1260-A31XXC
12
0.12
1.44
4500
15.22
0.16
34.00
FD2460-A11XXC
24
0.12
2.88
5500
18.40
0.24
39.00
FD2460-A21XXC
24
0.10
2.40
5000
16.74
0.22
36.50
FD2460-A31XXC
24
0.09
2.16
4500
15.22
0.16
34.00
Model
Rev I
Dimensions
Performance Curves
ROTATION
AIR FLOW
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
●
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
●
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FD1260-A00XXE
12
0.20
2.40
4500
19.34
0.21
34.00
FD1260-A10XXE
12
0.15
1.80
3600
15.22
0.14
27.50
FD1260-A20XXE
12
0.12
1.44
3100
13.10
0.10
24.50
FD1260-A30XXE
12
0.08
0.96
2700
11.41
0.08
23.00
FD2460-A00XXE
24
0.17
4.08
4500
19.34
0.21
34.00
FD2460-A10XXE
24
0.13
3.12
3600
15.22
0.14
27.50
FD2460-A20XXE
24
0.10
2.40
3100
13.10
0.10
24.50
FD2460-A30XXE
24
0.08
1.92
2700
11.41
0.08
23.00
Model
Rev II
Dimensions
Performance Curves
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
●
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
●
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FD1260-A01XXE
12
0.23
2.76
4500
19.62
0.19
31.00
FD1260-A11XXE
12
0.15
1.80
3600
17.18
0.13
24.00
FD1260-A21XXE
12
0.12
1.44
3100
14.42
0.08
23.50
FD1260-A31XXE
12
0.08
0.96
2700
12.36
0.06
23.00
FD2460-A01XXE
24
0.18
4.32
4500
19.62
0.19
31.00
FD2460-A11XXE
24
0.14
3.36
3600
17.18
0.13
24.00
FD2460-A21XXE
24
0.10
2.40
3100
14.42
0.08
23.50
FD2460-A31XXE
24
0.08
1.92
2700
12.36
0.06
23.00
Model
60 x 60 x 25 mm FD Series
Rev IV
Dimensions
Performance Curves
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
●
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
●
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Voltage
Current
Power
Speed
(VDC)
(Amp)
(Watts)
FD1260-A03XXE
12
0.60
FD1260-A13XXE
12
FD1260-A23XXE
FD1260-A33XXE
Model
Static
Noise
Airflow
Pressure
Level
(RPM)
(CFM)
(inch-H2O)
(dBA)
7.20
6500
40.32
0.46
48.60
0.45
5.40
5500
34.12
0.33
45.00
12
0.35
4.20
4500
27.95
0.22
38.00
12
0.20
2.40
3500
21.74
0.13
32.50
Dimensions
Performance Curves
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
○
CeraDyna C
●
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
●
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FD1260-A00XXG
12
1.85
22.20
11500
65.30
1.56
58.00
FD1260-A10XXG
12
1.55
18.60
10500
60.17
1.39
56.00
FD1260-A20XXG
12
0.74
8.88
8000
45.43
1.09
50.12
FD1260-A30XXG
12
0.32
3.84
6000
34.07
0.82
43.87
FD1260-A00XXG
24
1.35
32.4
11500
65.30
1.56
58.00
FD1260-A10XXG
24
1.25
30.0
10500
60.17
1.39
56.00
FD1260-A20XXG
24
0.70
16.8
8000
45.43
1.09
50.12
FD1260-A30XXG
24
0.30
7.20
6000
34.07
0.82
43.87
Model
5 VDC
Dimensions
Performance Curves
10.5 +0.1
-0.5
2.5(2X)
70.0±0.5
O4.4±0.1(4x)
61.5±0.3
70.0±0.5
61.5±0.3
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
○
2-Ball
○
PWM Control
Impedance protected
○
1-Ball-1-Sleeve
●
1-Ball-1-Sleeve
Specifications
Rated
Rated
Input
Nominal
Voltage
Current
Power
Speed
(VDC)
(Amp)
(Watts)
FD0570-A00XXA
5
0.25
FD0570-A10XXA
5
FD0570-A20XXA
FD0570-A30XXA
Model
Static
Noise
Airflow
Pressure
Level
(RPM)
(CFM)
(inch-H2O)
(dBA)
1.25
3200
20.45
0.10
33.80
0.20
1.00
3000
19.42
0.08
31.40
5
0.18
0.90
2400
14.83
0.06
26.50
5
0.14
0.70
1800
10.59
0.04
20.20
12/24 VDC
Dimensions
Performance Curves
10.5 +0.1
-0.5
2.5(2X)
70.0±0.5
O4.4±0.1(4x)
61.5±0.3
70.0±0.5
61.5±0.3
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
○
2-Ball
○
PWM Control
Impedance protected
○
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FD1270-A00XXA
12
0.34
4.08
4000
24.71
0.11
33.80
FD1270-A10XXA
12
0.20
2.40
3000
18.53
0.08
31.40
FD1270-A20XXA
12
0.13
1.56
2400
14.83
0.06
26.50
FD1270-A30XXA
12
0.10
1.20
1800
10.59
0.04
20.20
FD2470-A00XXA
24
0.18
4.32
4000
24.71
0.11
33.80
FD2470-A10XXA
24
0.11
2.64
3000
18.53
0.08
31.40
FD2470-A20XXA
24
0.09
2.16
2400
14.83
0.06
26.50
FD2470-A30XXA
24
0.07
1.68
1800
10.59
0.04
20.20
Model
Rev I 5V
Dimensions
Performance Curves
ROTATION
AIR FLOW
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
●
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Voltage
Current
Power
Speed
(VDC)
(Amp)
(Watts)
FD0570-A10XXC
5
0.28
FD0570-A20XXC
5
FD0570-A30XXC
5
Model
Static
Noise
Airflow
Pressure
Level
(RPM)
(CFM)
(inch-H2O)
(dBA)
1.40
3200
25.27
0.15
32.20
0.23
1.15
2800
22.11
0.12
27.40
0.18
0.90
2400
19.02
0.09
23.50
Rev I 12/24V
Dimensions
Performance Curves
ROTATION
AIR FLOW
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
●
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FD1270-A10XXC
12
0.24
2.88
4000
31.96
0.19
37.00
FD1270-A20XXC
12
0.17
2.04
3500
27.64
0.14
34.00
FD1270-A30XXC
12
0.11
1.32
3000
23.77
0.11
29.50
FD2470-A10XXC
24
0.16
3.84
4000
31.96
0.19
37.00
FD2470-A20XXC
24
0.12
2.88
3500
27.64
0.14
34.00
FD2470-A30XXC
24
0.09
2.16
3000
23.77
0.11
29.50
Model
Rev II
Dimensions
Performance Curves
ROTATION
AIR FLOW
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
●
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Voltage
Current
Power
Speed
(VDC)
(Amp)
(Watts)
FD1270-A11XXC
12
0.23
FD1270-A21XXC
12
FD1270-A31XXC
12
Model
Static
Noise
Airflow
Pressure
Level
(RPM)
(CFM)
(inch-H2O)
(dBA)
2.76
4500
33.20
0.15
35.00
0.16
1.92
4000
29.10
0.13
32.00
0.11
1.32
3500
25.00
0.11
28.00
Rev II 12/24V
Dimensions
Performance Curves
ROTATION
AIR FLOW
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
●
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FD1270-A11XXC
12
0.23
2.76
4000
30.20
0.15
35.00
FD1270-A21XXC
12
0.16
1.92
3500
26.10
0.13
32.00
FD1270-A31XXC
12
0.11
1.32
3000
22.00
0.11
28.00
FD2470-A11XXC
24
0.16
3.84
4000
30.20
0.15
35.00
FD2470-A21XXC
24
0.12
2.88
3500
26.10
0.13
32.00
FD2470-A31XXC
24
0.09
2.16
3000
22.00
0.11
28.00
Model
Dimensions
Performance Curves
ROTATION
AIR FLOW
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
●
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FD1270-A00XXE
12
0.35
4.20
5000
43.78
0.30
41.00
FD1270-A10XXE
12
0.25
3.00
4500
39.40
0.27
39.00
FD1270-A20XXE
12
0.21
2.52
4000
36.00
0.24
36.00
FD1270-A30XXE
12
0.16
1.92
3500
30.60
0.21
33.00
FD2470-A00XXE
24
0.21
5.04
5000
43.78
0.30
41.00
FD2470-A10XXE
24
0.17
4.08
4500
39.40
0.27
39.00
FD2470-A20XXE
24
0.14
3.36
4000
36.00
0.24
36.00
FD2470-A30XXE
24
0.10
2.40
3500
30.60
0.21
33.00
Model
Dimensions
Performance Curves
ROTATION
AIR FLOW
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
●
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Voltage
Current
Power
Speed
(VDC)
(Amp)
(Watts)
FD1280-A10XXC
12
0.23
FD1280-A20XXC
12
FD1280-A30XXC
12
Model
Static
Noise
Airflow
Pressure
Level
(RPM)
(CFM)
(inch-H2O)
(dBA)
2.76
3500
35.77
0.13
35.50
0.17
2.04
3000
31.25
0.09
32.00
0.11
1.32
2500
25.96
0.06
26.50
Dimensions
Performance Curves
AIR FLOW
AIR FLOW
ROTATION
ROTATION
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
●
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Voltage
Current
Power
Speed
(VDC)
(Amp)
(Watts)
FD1280-A10XXD
12
0.19
FD1280-A20XXD
12
FD1280-A30XXD
12
Model
Static
Noise
Airflow
Pressure
Level
(RPM)
(CFM)
(inch-H2O)
(dBA)
2.28
2800
32.21
0.12
29.00
0.13
1.56
2400
27.62
0.09
26.50
0.12
1.44
2100
24.16
0.07
23.00
Rev I
Dimensions
Performance Curves
AIR FLOW
ROTATION
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
●
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FD1280-A00XXE
12
0.24
2.88
3200
39.73
0.14
34.00
FD1280-A10XXE
12
0.18
2.16
2800
34.75
0.12
32.00
FD1280-A20XXE
12
0.13
1.56
2400
29.77
0.09
26.50
FD1280-A30XXE
12
0.09
1.08
2100
26.17
0.07
23.50
FD2480-A00XXE
24
0.16
3.84
3200
39.73
0.14
34.00
FD2480-A10XXE
24
0.13
3.12
2800
34.75
0.12
32.00
FD2480-A20XXE
24
0.11
2.64
2400
29.77
0.09
26.50
FD2480-A30XXE
24
0.09
2.16
2100
26.17
0.07
23.50
Model
Rev II
Dimensions
Performance Curves
AIR FLOW
ROTATION
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
●
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FD1280-A01XxE
12
0.24
2.88
3200
40.61
0.14
32.50
FD1280-A11XXE
12
0.17
2.04
2800
35.45
0.11
29.00
FD1280-A21XXE
12
0.13
1.56
2400
30.19
0.09
23.00
FD1280-A31XXE
12
0.09
1.08
2100
26.20
0.06
22.00
FD2480-A01XXE
24
0.16
3.84
3200
40.61
0.14
32.50
FD2480-A11XXE
24
0.13
3.12
2800
35.45
0.11
29.00
FD2480-A21XXE
24
0.11
2.64
2400
30.19
0.09
23.00
FD2480-A31XXE
24
0.09
2.16
2100
26.20
0.06
22.00
Model
80 x 80 x 25 mm FH Series
Rev III Hi-Wind 12/24V
Dimensions
Performance Curves
AIR FLOW
ROTATION
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
●
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FH1280-A01XxE
12
0.60
7.20
5500
68.10
0.36
44.30
FH1280-A11XxE
12
0.45
5.40
4500
54.10
0.25
40.00
FH1280-A21XxE
12
0.30
3.60
4000
48.40
0.21
37.50
FH1280-A31XxE
12
0.25
3.00
3500
41.60
0.16
34.60
FH2480-A01XXE
24
0.32
10.8
5500
68.10
0.36
44.30
Model
Dimensions
Performance Curves
PBT-(GF30)
ROTATION
AIR FLOW
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
●
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Voltage
Current
Power
Speed
(VDC)
(Amp)
(Watts)
FD1290-A00XXE
12
0.29
FD1290-A10XXE
12
FD1290-A20XXE
FD1290-A30XXE
Model
Static
Noise
Airflow
Pressure
Level
(RPM)
(CFM)
(inch-H2O)
(dBA)
3.48
3200
56.61
0.15
37.00
0.23
2.76
2800
49.97
0.13
34.50
12
0.18
2.16
2400
43.33
0.11
31.00
12
0.13
1.56
2100
37.47
0.07
28.00
Rev II– 12/24VDC
Dimensions
Performance Curves
PBT-(GF30)
ROTATION
AIR FLOW
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
●
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FD1290-A01XXE
12
0.48
5.76
4500
70.76
0.19
46.25
FD1290-A11XXE
12
0.36
4.32
3600
63.69
0.17
41.63
FD1290-A21XXE
12
0.22
2.64
3200
56.61
0.15
37.00
FD1290-A31XXE
12
0.19
2.28
2800
49.97
0.13
34.50
FD2490-A01XXE
24
0.23
5.52
4500
70.76
0.19
46.25
FD2490-A11XXE
24
0.18
4.32
3600
63.69
0.17
41.63
FD2490-A21XXE
24
0.16
3.84
3200
56.61
0.15
37.00
FD2490-A31XXE
24
0.13
3.12
2800
49.97
0.13
34.50
Model
12/24 VDC
Dimensions
Performance Curves
AIR FLOW
ROTATION
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
○
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
●
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FD1290-A00XXG
12
1.95
23.40
6000
133.00
0.95
57.00
FD1290-A10XXG
12
1.45
17.40
5000
112.60
0.67
51.00
FD1290-A20XXG
12
0.85
10.20
4000
93.30
0.43
44.00
FD1290-A30XXG
12
0.70
8.40
3500
81.60
0.33
38.50
FD2490-A00XXG
24
1.55
37.20
6000
133.00
0.95
57.00
FD2490-A10XXG
24
1.00
24.00
5000
112.60
0.67
51.00
FD2490-A20XXG
24
0.75
18.00
4000
93.30
0.43
44.00
FD2490-A30XXG
24
0.65
15.60
3500
81.60
0.33
38.50
Model
Rev I
Dimensions
Performance Curves
AIR FLOW
ROTATION
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
○
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
●
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FD1212-A10XXE
12
0.42
5.04
3000
106.37
0.29
51.00
FD1212-A20XXE
12
0.27
3.24
2500
87.02
0.20
46.00
FD1212-A30XXE
12
0.16
1.92
2000
70.14
0.13
39.00
FD2412-A10XXE
24
0.23
5.52
3000
106.37
0.29
51.00
FD2412-A20XXE
24
0.15
3.60
2500
87.02
0.20
46.00
FD2412-A30XXE
24
0.12
2.88
2000
70.14
0.13
39.00
FD4812-A10XXE
48
0.16
7.68
3000
106.37
0.29
51.00
FD4812-A20XXE
48
0.13
6.24
2500
87.02
0.20
46.00
FD4812-A30XXE
48
0.10
4.80
2000
70.14
0.13
39.00
Model
Rev II
Dimensions
Performance Curves
AIR FLOW
LABEL
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
○
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
●
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Voltage
Current
Power
Speed
(VDC)
(Amp)
(Watts)
FD1212-A11XXE
12
0.54
FD1212-A21XXE
12
FD1212-A31XXE
12
Model
Static
Noise
Airflow
Pressure
Level
(RPM)
(CFM)
(inch-H2O)
(dBA)
6.48
2800
98.30
0.16
47.00
0.34
4.08
2500
87.80
0.14
42.00
0.32
3.84
2100
73.70
0.12
38.00
Dimensions
ROTATION
Performance Curves
AIR FLOW
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
○
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
●
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FD1212-A00XXG
12
1.65
19.8
4200
205.18
0.61
55.30
FD1212-A10XXG
12
0.60
7.20
2800
117.88
0.27
46.50
FD1212-A20XXG
12
0.45
5.40
2400
102.27
0.20
43.00
FD1212-A30XXG
12
0.35
4.20
2100
89.70
0.16
39.00
FD2412-A10XXG
24
0.35
8.40
2800
117.88
0.27
46.50
FD2412-A20XXG
24
0.25
6.0
2400
102.27
0.20
43.00
FD2412-A30XXG
24
0.20
4.80
2100
89.70
0.16
39.00
FD4812-A10XXG
48
0.20
9.60
2800
117.88
0.27
46.50
FD4812-A20XXG
48
0.16
7.68
2400
102.27
0.20
43.00
FD4812-A30XXG
48
0.13
6.24
2100
89.70
0.16
39.00
Model
Dimensions
Performance Curves
ROTATION
AIR FLOW
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
○
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
●
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FD1212-D10XXG
12
0.67
8.04
2800
135.90
0.34
47.00
FD1212-D20XXG
12
0.42
5.04
2400
119.90
0.27
43.00
FD1212-D30XXG
12
0.26
3.12
2100
103.10
0.21
39.00
FD2413-D00XXG
24
0.70
16.80
3600
182.90
0.57
55.00
FD2413-D10XXG
24
0.50
12.00
3200
159.40
0.46
51.00
FD2413-D20XXG
24
0.32
7.68
2800
135.90
0.34
47.00
FD2413-D30XXG
24
0.26
6.24
2400
119.90
0.27
43.00
Model
Dimensions
Performance Curves
ROTATION
＞PBT-GF30-FR＜
1-2
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
○
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
○
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
FW0551-A10XXC
5
0.22
1.10
4500
3.50
0.41
30.00
FW0551-A20XXC
5
0.16
0.80
4000
3.20
0.22
27.00
FW0551-A30XXC
5
0.10
0.50
3500
2.80
0.21
23.00
FW1251-A10XXC
12
0.27
3.24
5500
4.10
0.63
37.00
FW1251-A20XXC
12
0.22
2.64
5000
3.80
0.52
34.00
FW1251-A30XXC
12
0.17
2.04
4500
3.50
0.41
31.00
Model
Dimensions
Performance Curves
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
●
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Voltage
Current
Power
Speed
(VDC)
(Amp)
(Watts)
FW1275-A10XXE
12
0.20
FW1275-A20XXE
12
FW1275-A30XXE
12
Model
Static
Noise
Airflow
Pressure
Level
(RPM)
(CFM)
(inch-H2O)
(dBA)
2.40
2800
7.86
0.27
36.00
0.12
1.44
2400
6.76
0.19
31.00
0.11
1.32
2100
5.98
0.14
26.50
Dimensions
Performance Curves
ROTATION
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
○
CeraDyna C
○
Temperature Control
●
Rotation Detection
Weight: 15 g
●
2-Ball
○
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Rated
Rated
Input
Nominal
Voltage
Current
Power
Speed
(VDC)
(Amp)
(Watts)
FW1212-A00XXF
12
1.20
FW1212-A10XXF
12
FW1212-A20XXF
FW1212-A30XXF
Model
Static
Noise
Airflow
Pressure
Level
(RPM)
(CFM)
(inch-H2O)
(dBA)
14.4
3200
32.53
1.37
53.60
0.90
10.8
2800
28.46
1.05
50.70
12
0.60
7.20
2400
24.40
0.77
47.53
12
0.45
5.40
2000
20.33
0.54
43.40
CW0550 Series
Dimensions
Performance Curves
Brushless DC Motor
Bearing Type
Function options
Housing: PBT 94V0
●
CeraDyna A
●
Frequency Generator
●
Auto Restart
Impeller: PBT 94V0
●
CeraDyna C
○
Temperature Control
○
Rotation Detection
Weight: 15 g
●
2-Ball
○
PWM Control
Impedance protected
●
1-Ball-1-Sleeve
●
Sleeve
Specifications
Model
CW0550-A10XXA
Rated
Rated
Input
Nominal
Static
Noise
Voltage
Current
Power
Speed
Airflow
Pressure
Level
(VDC)
(Amp)
(Watts)
(RPM)
(CFM)
(inch-H2O)
(dBA)
5
0.25
1.25
5500
7.79
0.27
23.60

CeraDyna

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CUSTOMER: ARCERA MODEL NO: 6025II (CeraDyna Fan) PART