Odvajanje izpušnih plinov

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Odvajanje izpušnih plinov za delavnice in industrijo

Odvajanje izpušnih plinov je namenjeno čim bolj neposrednemu zajemanju izpušnih plinov motorjev na mestu izhoda ter njihovemu nadzorovanemu odvajanju iz delovnega območja. To je še posebej pomembno v delavnicah, na preskusnih napravah, v halah za vozila in industrijskih prostorih, kjer motorji z notranjim zgorevanjem redno delujejo v zaprtih ali delno zaprtih prostorih. Učinkovito zajemanje zmanjša obremenitev zraka v prostoru in bistveno izboljša delovne pogoje.

V tej kategoriji najdete rešitve za različna vozila, delovne postopke in zasnove hal. Glede na uporabo so med drugim na voljo cevni sistemi, navijalniki, odsesovalne tirnice, lijaki, šobe in ustrezni priključni elementi. Izbira je odvisna od temperature izpušnih plinov, tipa vozila, dolžine cevi, števila delovnih mest in načina premikanja vozil po hali.

Za zanesljivo delovanje se morajo vse komponente sistema medsebojno ujemati. Premer cevi, zmogljivost ventilatorja, napeljava vodov in odsesovalni element vplivajo na razpoložljivi volumenski pretok in tlačne izgube. Pri visokih temperaturah izpušnih plinov ali posebnih pogojih delovanja so potrebne ustrezne temperaturno odporne komponente. Pri načrtovanju je treba upoštevati tudi udobje upravljanja in varno napeljavo cevi.

Vaše prednosti

✅ Neposredno zajemanje izpušnih plinov pri vozilu

✅ Rešitve za enopoložajne in večpoložajne sisteme

✅ Kombiniranje različnih cevnih in tirničnih sistemov

✅ Prilagoditev tipu vozila in delovnemu postopku

✅ Boljša kakovost zraka v delovnem območju

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Properly Sizing Exhaust Extraction Systems

Engine exhaust should be captured as close to the exhaust outlet as possible. The closer the capture point is to the tailpipe, the less contaminated air enters the work area. The vehicle type, exhaust temperature, required flow rate, hose length, number of workstations, and the desired range of motion are crucial factors in selecting a suitable exhaust extraction system.

Typical Applications

✔ Automotive and commercial vehicle repair shops

✔ Test benches and engine test areas

✔ Fire and rescue stations

✔ Vehicle garages and depots

✔ Production and service areas involving internal combustion engines

Data collection directly at the vehicle

The most effective solution is usually extraction directly at the exhaust. Depending on the workflow, simple hose systems, hose reels, or track systems that follow the vehicle’s path may be suitable. When vehicles change, the connection and capture element must be sufficiently flexible.

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

✔ Exhaust gas temperature and temperature peaks

✔ Vehicle and engine size

✔ Required hose diameter

✔ Length and routing of the exhaust hose

✔ Number of workstations operated simultaneously

✔ Required flow rate and system pressure drop

Overview of System Components
ComponentTaskImportant
exhaust hoseConnection to the vehicleTemperature and Diameter
hose reelProvision and WithdrawalRange and Installation Location
exhaust extraction railFlexible PositioningTraffic Flow and Facility Layout
fanGenerates flow rateOperating Point and Pressure Drop
FAQ

Is the largest possible fan sufficient?
No. The key factor is the appropriate operating point based on the flow rate and pressure drop of the entire system.

When is a hose reel useful?
If the hose is to be used regularly and then stored in a space-saving manner.

When is an exhaust extraction rail a better choice?
For longer travel distances or multiple possible vehicle positions within a facility.

Can any hose be used for high exhaust temperatures?
No. The hose’s maximum operating temperature must be suitable for the actual application.

Consulting on Exhaust Extraction

For a proper design, the vehicle type, exhaust gas temperature, hose run, number of stations, and the desired workflow should be considered together.

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