HyBlade® axial fans

Made by ebm-papst

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Revolutionary efficiency combined with unprecedented quiet operation.

  • Highly efficient motor technology and electronics
  • Very high system efficiency
  • Numerous actuation options
  • "Plug & play" thanks to integrated electronics

 

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With HyBlade®, an innovative and currently unique hybrid structure for fan blades, ebm-papst is adding new strength to large axial fans! The combination of an aluminum core and a glass-fiber reinforced plastic covering sets completely new standards from the point of view of aerodynamic criteria. In particular, the aerodynamically optimized shape yields enormous advantages in terms of noise level, whilst achieving even better efficiency than conventional blades.

But our development engineers also had optimized efficiency, enhanced corrosion protection, lower weight, and ecological manufacturing with a favorable energy balance on their agenda. Which is why we are not satisfied with just making a few minor evolutionary modifications to what we already have. The next stage in development involves taking a huge leap forward. With a very impressive result: HyBlade® – that means drastically raising the standard in many different fields and setting a new milestone in terms of fan technology.

  • Enormous weight reduction
  • High-efficiency blade profile
  • Revolutionary noise reduction
  • Significant improvement in efficiency
  • Considerably more ecological manufacturing
  • Available with AC and GreenTech EC technology

   

HyBlade axial fans from ebm-papst

One outstanding example of the permanent advancement and improvement of our products is the HyBlade® axial fan – a unique combination of materials specially developed for large axial fans. With HyBlade® we get the best out of two completely different materials: maximum efficiency.

"HyTech" from 300 mm: the extended HyBlade® product range

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The HyBlade® product range offers any number of combination options. Fans with AC or GreenTech EC motor versions are available for the main areas of application, namely ventilation and air conditioning systems.

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A perfect complement: HyBlade® and GreenTech EC technology.

The revolutionary features of the hybrid structure are accompanied by intelligent control characteristics, maintenance-free design, a long service life and the outstanding energy efficiency of EC drive technology. As a result, HyBlade® axial fans with GreenTech EC technology can offer overall economy second to none.

   

HyBlade® – setting new standards in fan technology:

Stability and intelligence to the power of two: HyBlade® meets GreenTech EC technology.

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HyBlade® gets the best out of two completely different materials to achieve maximum efficiency. This intelligent combination yields new benefits and enhances existing ones. Particularly when paired with GreenTech EC motors, HyBlade® axial fans offer truly outstanding efficiency. Throughout the world, the new technology has already proven just how versatile it is.

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One and one makes one.

Intensive research into an improved blade geometry for large axial fans resulted in a revolutionary new hybrid concept. In engineering, the term "Hybrid" always refers to a whole made up of different elements. The special aspect is that each of the starting elements is in itself a functioning solution. But it is only when these come together that the original advantages give rise to completely new positive characteristics.

This is what makes HyBlade® a winner.

The stability of a high-strength aluminum alloy on the inside, combined with the light weight and unrestricted workability of plastic on the outside – that is the ingenious structure of HyBlade® technology. The corrosion-resistant aluminum structure in the core of the HyBlade® forms a durable bond with the rotor, whilst the glass-fiber reinforced plastic jacket gives the blade an aerodynamically optimized shape.

This lightweight jacket firstly has a substantial effect on the overall weight of the fan, and its good attenuation properties already contribute towards noise reduction. But the most important thing is: Whereas metal parts can only be adapted by stamping, bending or embossing, plastics can easily be formed into three-dimensional profiles. That means there are no limits to optimization of the blade design, right down to the smallest detail. Even winglets at the blade tips as used in motor racing and aviation are now no longer a problem. They have an aerodynamic effect and minimize the turbulence between blade and housing, permitting even quieter and more efficient fan operation.

   

Top class energy balance: HyBlade® in everyday use.

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Responsibility towards the environment, noise reduction, labor saving – axial fans with HyBlade® technology exhibit exemplary, future-proof characteristics in all fields. The positive primary and secondary energy balance is a factor that is particularly gaining in importance from day to day.

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Strong and silent.

In its broadest sense, environmental protection always also includes noise protection. For large axial fans in particular, often operating outdoors in heat exchangers, it is essential to keep the noise level as low as possible. This is where the optimum adaptability of the HyBlade® geometry comes to the fore. The tremendous flexibility of the glass-fiber reinforced plastic means that it is no problem to adapt the impeller to suit specific working requirements. These new aerodynamic characteristics minimize the noise level and make HyBlade® fans the quietest in their class.

Light weight makes light work.

What is lighter than a HyBlade® axial fan? That's right: the work involved in installing a HyBlade® axial fan. Replacing conventional fans with new fans featuring HyBlade® technology could in fact not be easier. The sizes, mounting flanges and connections of the fans are the same as for previous models. They are thus entirely compatible from a technical point of view so that exchange is no problem. The lower weight of the fully assembled devices also helps, as it makes the new units far easier to handle on installation.

   

 

Elementary high performance: Putting HyBlade® to the test.

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Whether it is exposed to sustained heat and UV radiation, the intense cold or rapid temperature fluctuations of more than 120°C – HyBlade® technology can be relied upon to prove its fantastic talents in any situation. To start with, this means the new blades having to survive a world tour under extreme conditions.

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Tested and found to be excellent.

In addition to long-term endurance tests and high speeds up to well in excess of three times the maximum operating points, the new hybrid blades are also exposed to water, salt spray and chemicals – and pass all the tests thanks to their outstanding corrosion resistance. And even severe vibration and shocks cannot shake the material structure. All this enables HyBlade® axial fans to live up to the exceptional quality standards you expect from ebm-papst even in the most demanding of applications.

   

Downloads

  • Brochure

    HyBlade® Premium Hybrid Fan - The New Composite Material for Axial Fans

    (Edition 2011-03-01T09:12:29.000Z) [PDF] 1.58MB

  • Catalog

    EC axial fans - HyBlade®

    (Edition 2009-10-01T08:39:11.000Z) [PDF] 9.16MB

  • Catalog

    EC axial fans – HyBlade®

    (Edition 2015-09-01T08:43:45.000Z) [PDF] 121.68MB

  • Catalog

    EC axial fans - HyBlade® for ventilation technology

    (Edition 2016-06-01T08:44:00.000Z) [PDF] 33.48MB

  • Tender specifications

    HyBlade® 200-1250

    (Edition 2016-08-01T14:43:00.000Z) [ZIP] 1.94MB

   

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