Parsafan ventilation axial fans are a suitable solution for places that need efficient air flow. Due to ParsaFan axial fans, which are very efficient, powerful and especially silent, our company can be used in industrial facilities, commercial buildings and residential areas. Energy consumption is saved.
ParsaFan Axial Fans are not only compact but also very flexible to use and offer excellent performance which saves operating costs for a long time using them. Excellent operational elegance Our axial fans not only last a lifetime Increases service, but also ensures minimal noise production
With ParsaFan, have powerful, strong and especially flexible AC fans and silent, efficient and environmentally friendly EC fans. This means that we always have exactly one axial fan designed for the individual and often complex challenges of our customers.
Incidentally, ParsaFan is the only manufacturer in the market that uses a single logic to connect, control and adjust all products and systems – whether axial fans, frequency converters or additional modules. And that’s why we’re the Royal League in Ventilation and Air Conditioning.
In addition to axial fans with EC intelligent technology, ParsaFan Company also offers a variety of simple and cost-effective AC motors. The product range includes compact axial fans specifically for each installation position, small EC fans suitable for refrigeration of food, and fans for lower pressure in the agricultural industry.
Low axial fan operating costs due to optimal efficiency with minimal noise emission
Multiple certifications (including VDE, UL, CCC, EAC, CE)
ParsaFan axial fans save space for hot and cold air exchange in a variety of devices and systems. Their outstanding features include low installation depth, low noise level and excellent efficiency, which makes them especially suitable for air transfer through heat exchangers.
With axial fans that have the same function as the impeller, air is transmitted in an axial direction parallel to the rotating axis of the motor. The ParsaFan external rotor motor integrates directly into the axial impeller and forms a compact axial fan unit. For installation, fan housings are usually used in short or long nozzles.
Parameters at −∞ and +∞ and their relationship
Parameter | Pressure | Density | Velocity | Stagnation enthalpy | Enthalpy |
−∞ | Pa | ρa | Cu (upstream velocity) | hou | hu |
+∞ | Pa | ρa | Cs (slipstream velocity) | hod | hd |
Relationship | Equal | Equal | Unequal | Unequal | Equal |
Comments | Pressure will be atmospheric at both −∞ and +∞ | Density will be equal at both −∞ and +∞ | Velocity will change due to flow across an assumed converging duct | Stagnation enthalpy will be different at −∞ and +∞ | The Enthalpy will be same at −∞ and +∞ as it depends upon the atmospheric conditions that will be the same |
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