Strešni ventilatorji

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Strešni ventilatorji za industrijske sisteme odvajanja in prezračevanja

Strešni ventilatorji se uporabljajo za odvajanje izrabljenega zraka neposredno skozi streho stavbe iz proizvodnih hal, delavnic, območij strojev ali tehničnih prostorov. Ker je ventilatorska enota nameščena na strehi, ostane zunaj dejanskega delovnega območja, zrak pa se odvaja navzven po kanalih ali kratkih priključnih odsekih. Glede na izvedbo se lahko strešni ventilatorji uporabljajo za splošno odvajanje zraka, procesni zrak ali posebne industrijske namene.

Za zanesljivo izbiro največji volumenski pretok sam po sebi ne zadošča. Odločilno je, kateri volumenski pretok lahko ventilator zagotovi pri dejanskem padcu tlaka v priključenem sistemu. Na delovno točko vplivajo kanalno omrežje, nape, lopute, dušilniki zvoka in po potrebi filtri. Poleg tega je treba upoštevati temperaturo medija, obremenitev z delci, vremenske vplive, raven hrupa in gradbeno izvedbo mesta vgradnje.

Pri načrtovanju je treba upoštevati tudi samo strešno konstrukcijo. Priključne mere, sestava strehe, tesnjenje, dostop za vzdrževanje in varna pritrditev morajo ustrezati predvideni izvedbi. Pri posebnih medijih ali v eksplozijsko ogroženih območjih je potrebna ustrezno prilagojena izvedba ventilatorja.

Vaše prednosti

✅ prostorsko varčna montaža zunaj delovnega območja

✅ neposredno odvajanje zraka skozi streho stavbe

✅ primerno za odvajanje zraka iz hal, območij strojev in procesov

✅ kombiniranje s kanalnimi omrežji in sistemi za zajem zraka

✅ izbira glede na dejanski volumenski pretok in sistemski tlak

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Roof Fans for Industrial Exhaust Systems

Roof fans enable compact exhaust air extraction through the building roof and are frequently used when machine, room, or process exhaust air needs to be vented directly to the outside. Installing them outside the actual work area can save space and facilitate integration into existing duct networks.

Typical Applications

✔ Workshop and facility exhaust air

✔ Machine and process exhaust air

✔ Technical Rooms and Production Areas

✔ Roof-mounted exhaust systems

✔ Integration with duct networks and detection systems

Design based on actual operating conditions

As with any fan selection, flow rate and pressure must be considered together. The roof fan must overcome the resistance of ducts, elbows, dampers, silencers, hoods, and, if applicable, filters. A maximum flow rate without specifying the available pressure is not sufficient for the design.

CriterionMeaningPlanning Note
flow rateRequired exhaust air volumeDesign based on usage and data collection
PrintOvercoming Channel ResistanceInclude the entire pipeline route
Roof connectionMechanical IntegrationConsider roof construction, waterproofing, and maintenance

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Here’s what you should look for when making your selection

✔ Required flow rate at the operating point

✔ Pressure loss in the duct network and fittings

✔ Medium, temperature, and particle load

✔ Roof structure and connection dimensions

✔ Weather protection and secure mounting

✔ Noise levels and maintenance access

Roof Construction and Installation

The roof installation must be mechanically secure and permanently airtight. In addition to connection dimensions, roof pitch, structure, waterproofing, vibration transmission, and maintenance access must be taken into account. For larger units, the load-bearing capacity of the substructure may also be relevant.

Noise and Vibration

Roof fans can transmit structure-borne noise into the building structure. Appropriate mounting, vibration isolation, and, if necessary, sound attenuation can therefore be important components of the design process.

Medium and Specific Requirements

Not every roof fan model is suitable for dusty, corrosive, hot, or explosive media. The application must therefore be evaluated technically in advance.


FAQ

What are roof fans used for?
Primarily for exhaust air extraction from halls, machine areas, technical rooms, and industrial processes.

Can I select a roof fan based solely on flow rate?
No. The required pressure at this flow rate is just as important.

What factors influence system resistance?
Duct sections, elbows, dampers, silencers, filters, and capture elements.

Is every roof fan suitable for dust-laden exhaust air?
No. The design must be suitable for the particle and media load.

What is particularly important during installation?
Sturdy mounting, secure sealing, weather protection, and easy access for maintenance.

When is ATEX relevant?
If explosive atmospheres may occur, a suitable design must be selected and the entire system must be evaluated.

Advice on Roof Fans

Flow rate, pressure drop, duct routing, medium, temperature, and the structural configuration of the roof are particularly important for selection.

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