Industrial fan spare - Import export

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In the fluid dynamics laboratory of our Wasserburg competence centre, we design new fan wheels and turbines and optimise existing systems for performance, energy efficiency and noise emissions. We also develop complete systems of wheels with power units. Our range of tests includes suction operation, pressure operation and also unpressurised measurements. Revolutions up to 40,000 r/min and diameters of up to 250mm are possible. In our prototype department, we are able to simulate or modify the environmental circumstances of the fan wheels or turbines, thus achieving optimal operational conditions. Furthermore, we carry out mould-flow analysis, use ANSYS from external partners for the flow simulation and establish the fault probability and fault effect with FPFEs. New: Development of blower systems and optimization of ventilation systems.

A mixed-flow fan combines the advantages of axial fans with the characteristics of radial fans. Simply described, it is an axial fan with a fan wheel in radial format. This provides a cost-effective design, in duct or box design, with a stable fan curve and relatively high pressure. Our many years of experience and large product range give our customers peace of mind. Development, design and manufacture of fans takes place with the highest precision and with the highest quality materials. The fans are usually supplied as a complete unit. Mixed-flow fans are usually used as ventilation fans. Typical applications are ventilation solutions in gyms, sports halls, warehouses, commercial kitchens, factories or airport terminals. Depending on requirements, the design of a mixed-flow fan can be completely adapted to the customer’s needs. With the right dimensioning and material selection, a mixed-flow fan will work problem-free for many years.

A roof fan can be the same name referring to two different types of fans. On the one hand, it is the classic fan that is mounted indoors in homes and spins around to create an air flow in a room (these are also called HVLS fans (High-Volume Low-Speed)). And partly it is the type of fans that we work with – i.e. fans that are mounted outdoors on roofs belonging to e.g. apartment buildings, schools or industrial premises. A roof fan is a fan that is part of the ventilation system and has the task of extracting hot air, moisture and pollution from the indoor space and blowing them outside. The fans are usually designed to be robust and weather resistant as they are mounted on the roof. Of course, there are a variety of material designs adapted to the application needs.

The wall fans we offer are direct-driven axial fans that are easily installed in walls or ceilings. The wall fans can be in 1-phase or 3-phase design. Our many years of experience and large product range give our customers peace of mind. Development, design and manufacture of fans takes place with the highest precision and with the highest quality materials The fans are usually supplied as a complete unit, but we can also offer new impellers for existing wall fans.

Renewable energy sources are something that is becoming more relevant every day. Biogas is an alternative and here FläktComp Sweden can contribute with high-quality fans that ensure that the biogas is handled correctly. Biogas fans are a type of gas-tight radial fan, adapted for use in biogas environments where the demands on materials and performance are very high. The fans are usually delivered as a complete unit consisting of fan wheel, motor, cover and vibration feet. In order to choose the right biogas fan, one should start from operating data and process design, as well as whether there are any special requirements.

In tough applications such as e.g. high temperatures or movement of corrosive gases, it is not always possible to mount a motor in the volume flow. The solution for this is the so-called bifurcated fan which is an axial fan where the air flow is divided in a tunnel, which means that the motor is not in the volume stream. It is thereby protected from possible harmful particles or high temperatures. Our many years of experience and large product range give our customers peace of mind. Development, design and manufacture of fans takes place with the highest precision and with the highest quality materials. The fans are usually supplied as a complete unit.

ATEX fans are fans that are installed in environments where there is a risk that an explosive atmosphere can form. Therefore, these fans need to be designed according to the ATEX directives. Depending on the classification of the environment, internal solutions inside the fan, such as e.g. spark protection in the fan cover or non-sparking materials. While in other cases, EX-rated motors are also required. Explosive gases require special fans. Our factories are certified according to ATEX for the manufacture of fans for Zone 1 and 2 as well as for Zone 21 and 22 containing dust. The design, production and use of fans for explosive media or environment is clearly specified in Europe by standardized directives. To choose the right ATEX fan, one should start from operating data and process design, as well as whether there are any special requirements.

Radial fans or centrifugal fans are a type of fan that uses centrifugal force to create a pressure increase and a volume flow. This type consists of a fan wheel that rotates in a snail-shaped cover. The flow enters the fan through an inlet placed axially with the fan wheel shaft and motor, and is then thrown out radially with the help of the force from the fan wheel. Unlike axial fans, the motor is not in the volume flow of radial fans. To change the performance and characteristics of centrifugal fans, different designs are used on the fan wheel. The strength of the centrifugal fan is its versatility. A radial fan can be designed to transport a variety of volume flows at a wide range of pressures. At higher flows and relatively low pressures, an axial fan may be a better option. Centrifugal fans are available in single and double suction versions.

Axial fans are a type of fan that creates airflow through a fan wheel that rotates around an axis and moves the air parallel to the axis. Axial fans can also be called propeller fans and are usually delivered as a complete unit consisting of fan wheel, motor and cover. Typically axial fans are direct driven with the impeller mounted on the motor shaft. There are also other designs such as e.g. belt-driven or with shaft bearing and coupling. The axial fan’s strength is to transport large volume flows at low pressures. At higher pressures, a centrifugal fan may be a better choice. To reach higher pressures with axial fans, these can be connected in series. Usually, the efficiency of an axial fan is comparatively lower than that of a centrifugal fan. But by using guide rails, diffusers and other accessories, an axial fan can reach the same or higher efficiency. The flow of axial fans can be regulated with vane or damper or speed regulation.

High flow wall fans for extraction and/or ventilation This type of fans provide significant air flows for the extraction and/or ventilation of industrial, livestock or agricultural premises. Main features - Air flow from 21,000 m3/h to 39,800 m3/h - Structure and overpressure slats in galvanized steel to avoid premature corrosion. - Propellers made of AISI 430 BA stainless steel. - High quality bearings. - IP-55 three-phase electric motor - V-belts. - Transmission pulleys made of magnesium aluminum. - Engine support with tensioner. - Side inserts for easy transport.

Ceiling fans for the recovery of stratified heat in the ceiling Ceiling fans with DT protection casing can be used to recover the stratified heat on the roof in winter, using the fan in winter allows us to save energy up to 30% Its use can be commercial and / or industrial and its installation can be on ceilings from 4m to 9m in height. The fans can be mounted individually or in groups with their corresponding speed regulator.

3m diameter ceiling fan with remote control and reversible MEGA AXIAL 3000 BRUSHLESS ceiling fans can be used to recover the stratified heat on the ceiling during winter and ventilate in summer, using the fan in winter allows us energy savings of up to 30%. Its use can be commercial and / or industrial and its installation can be in ceilings from 4m to 10m in height. The fans can be mounted individually with their remote control.

Ceiling fans from 4 to 7m in diameter This type of fan provides significant energy savings and is characterized by having large diameter blades that generate an air flow of 96,810 to 529,000 m3/h. They are suitable for installation in any type of premises with ceilings from 4m to 12m high. Winter operation: Its function is to lower and homogenize the stratified hot air on the ceiling, thus reducing the heating needs of the room or premises. Summer operation Decrease in sensitive temperature around 4-6 ºC

Ceiling fans to cool in summer and save in winter DVW ceiling fans allow them to be used to ventilate in the summer and recover the stratified heat on the ceiling in winter, using the fan in winter allows us to save energy of up to 30%. Its use can be at a domestic, commercial and / or industrial level and its installation can be on ceilings from 2.3m to 10m high. The fans can be individually assembled with their corresponding speed regulator or up to 10 units can be grouped using our model RV10 electrical panel with regulator.

- Low Pressure Radial Fan - Directly Coupled Motor. - Backward-Curved (BC) Blade Fans. - Revolvable Fan Case. - On Demand, Special Stainless Steel Manufacturing Is Available - Air Flowrate : 3.500 - 54.500 m³/h (Min. - Max.) - Pressure (Pt) : 40 - 265 mmss (Min. - Max.)

The propellers of AKAP sleeve fans, which can meet high air flow rates and high pressure losses, are made of aluminum raw material and they provide the chance to change the flow and pressure by adjusting the blade angles. They can be produced with a motor that can withstand temperatures of 200, 300, 400 °C for 120 minutes upon request.

The WOKS DOSPEL Ø350 industrial fan is a powerful axial fan, ideal for industrial applications. It has an impressive airflow of 310 m3/h, which makes it perfect for circulating and cooling air in large spaces. Equipped with a ball motor, this fan provides reliability, durability and quiet operation. The solid construction and easy wall mounting make it ideal for air circulation in industrial spaces, ensuring convenience and comfort of work. With this fan, employees can enjoy optimal working conditions and the industrial environment can be properly ventilated and cooled.

The WOKS DOSPEL Ø300 industrial fan is a powerful axial fan, ideal for industrial applications. It has an impressive airflow of 2400 m3/h, which makes it perfect for circulating and cooling air in large spaces. Equipped with a ball motor, this fan provides reliability, durability and quiet operation. The solid construction and easy wall mounting make it ideal for air circulation in industrial spaces, ensuring convenience and comfort of work. With this fan, employees can enjoy optimal working conditions and the industrial environment can be properly ventilated and cooled.

The WOKS DOSPEL Ø200 industrial fan is a powerful axial fan, ideal for industrial applications. It has an impressive airflow of 850m3/h, which makes it perfect for circulating and cooling air in large spaces. Equipped with a ball motor, this fan provides reliability, durability and quiet operation. The solid construction and easy wall mounting make it ideal for air circulation in industrial spaces, ensuring convenience and comfort of work. With this fan, employees can enjoy optimal working conditions and the industrial environment can be properly ventilated and cooled.

As the need for fans that are used in applications subject to high temperatures is constantly on the increase, SEPA EUROPE is presenting its latest sleeve bearing fan equipped with MagFix technology that can be used for operating temperatures up to 85 °C. An added advantage is the extraordinary high life expectancy of 210.000 h (MTBF). This fan is not only available in the standard sizes but also as a tailor-made solution. With the high operating temperature of up to 85 °C, this innovative fan generation by SEPA EUROPE opens up a wide range of new applications for the user, not least the automotive sector. The term MagFix stands for magnetic fixation (positioning) of the fan propeller/rotor in sleeve bearing fans.

Energy Industry for Thermal Plant, S3552N Material, 10300 Kilograms

EFKC filtered shelter fans are used to supply fresh air. It can be used in two different positions thanks to the by-pass cell. Normally, the air is sent indoors only by passing through the G4 Filter. When we want the air to be cleaned, it is passed through the G4 cassette filter, active carbon cassette filter and M6 cassette filter, which is more sensitive than the coarse filter, and sent indoors. By-pass air dams are made with a sliding system.

These fans have low heights, they are suitable for car parks with a height of less than 2.4m or with cassette entrances. They can operate continuously for 2 hours at 300 and 400 °C. F400-120 / F300-120

These fans, which are used in the ventilation of closed environments, can operate without problems with their high performance, they can operate even at high temperatures since the engine is outside of the air flow.

ERF-CAT double suction centrifugal cell fans are produced in different sizes between 1.000m³/h and 20.000 m³/h flow rates. Cell panels are 20 mm thick and 70 kg/m³ density rock wool insulated. They provide maximum efficiency with low energy and vibration-free operation.

*Made Of Galvanized Metal Plate *Wihtout Motor *Air System Easily With The Help Of Rectangular Fans *Designed For The Needs Of Middle Upper Aspiration Capacity *With The Help Of The Maintenance Covers, Engine And Fan Can Be Fixed Without Removing The Equipment.

Collecting dust Fume/gas elimination Handling fine grained material (marble dust, granule, plastique etc.) At printing houses, different factories such as textile,