Why choose Vortice LINEO QUIET? Selecting a low-noise in-line fan
A practical look at LINEO QUIET, its acoustic construction, suitable applications and the airflow-pressure-noise balance in fan selection.
Read Article →KNOWLEDGE CENTER
Turn technical information into better selection decisions.
Practical guidance on fan selection, ATEX, smoke extraction, high-temperature duty and heat recovery, presented with the Vensis engineering approach.
Vortice HEATMASTER F400: 120°C continuous duty and smoke extraction
How HEATMASTER F400 combines 120°C continuous-duty air extraction and F400 emergency smoke-extract requirements on one roof-fan platform.
Read Article →When should a Vortice TIRACAMINO chimney draught fan be used?
What TIRACAMINO does when natural chimney draught is insufficient, including temperature duty and the main selection considerations.
Read Article →Vortice VARIO: selecting a wall or window axial fan
A look at the VARIO range for wall, window and panel installation, including reversible operation and key selection criteria.
Read Article →VORT QUADRO: a centrifugal fan for bathrooms and WCs with duct resistance
Why VORT QUADRO’s centrifugal construction can be advantageous where bathroom and WC extract systems have meaningful duct resistance.
Read Article →PUNTO EVO FLEXO: flexible installation for bathrooms and service spaces
How PUNTO EVO FLEXO combines wall, ceiling and suspended-ceiling installation with a mixed-flow impeller, backdraught shutter and IP45 protection.
Read Article →ATEX fan selection: Zone, gas group and temperature class
ATEX fan selection is not only an airflow and pressure calculation. Hazardous-area classification directly affects motor, casing and protection requirements.
Read Article →What is the difference between F300 and F400 fans?
F300 and F400 identify certified high-temperature duty classes for smoke-extract fans during a fire.
Read Article →Is 120°C continuous duty the same as F400?
No. Continuous high-temperature air transport and certified emergency smoke-extraction duty are different design requirements.
Read Article →What matters when selecting an in-line fan?
An in-line fan should not be selected by duct diameter alone. Airflow, system pressure loss and acoustic requirements all matter.
Read Article →What should you check when selecting a heat-recovery unit?
A heat-recovery unit should meet the fresh-air requirement while recovering as much energy as practical from the exhaust air.
Read Article →Why must airflow and pressure be evaluated together?
A fan’s catalogue maximum airflow is not the airflow it will necessarily deliver in a real duct system. Correct selection is based on the duty point where fan and system curves intersect.
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