Radial fan - Import export

Plug fans, or chamber fans as they may also be called, offer great versatility for complex system configurations. A plug fan is a centrifugal fan without a cover that is placed in an air unit. Plug fans provide highly efficient recirculation air with the advantage that they are easy to install and dismantle in units. 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 delivered for assembly in another unit. Plug fans are typically used as an internal fan in an air handling system, where the fan is mounted in an air handling unit. Typical application is for internal installation in ventilation solutions. Depending on requirements, the design of a plug fan can be completely adapted to the customer’s needs. With the right dimensioning and material selection, a plug fan will work problem-free for many years.

Garage fans is a collective name for the different types of fans used for ventilation of underground parking garages. Often, ventilation systems in garages are made up of classic duct systems. Instead, we offer complete systems with impulse fans for garage ventilation. Functions and advantages of impulse and induction systems compared to traditional duct systems: Easier and faster installation Lower construction costs Less maintenance Airier feeling (fewer things on the roof) Our many years of experience and large product range give our customers peace of mind. Development. the design and manufacture of fans for garage ventilation is carried out with the highest precision and with the highest quality materials. The fans are usually delivered as a complete ventilation system consisting of all fans, control units and other accessories.

An Impulse fans (Jet fan) ísa a type of axial fan that is adapted for operation in tunnel environments by e.g. material selection and silencer. The tunnel fans create airflow through a fan wheel that rotates and moves the air axially. They are usually delivered as a complete unit consisting of fan wheel, motor, cover, silencer and mounting stand. The flow of tunnel fans can be regulated with a frequency converter. In order to choose the right impulse fan for tunnel ventilation, one should start from operating data, tunnel design and whether there are any special requirements.

VENTAPP radial fans are used in wood-processing plants where air or loaded air is conveyed under increased pressure. They convey gases, bres, and particles; they are used for wetting, drying or ltering of media. In energy plants, in bre drying, for mat formers and dust extraction systems they form integral parts of Siempelkamp plants. Features Pressures beyond 20,000 Pa Temperatures up to 700 °C Impeller wheel diameters up to 3,150 mm Circumferential speed up to 200 m/s Gas-tight and pressure-resistant design ATEX Advantages High eciency Smooth operation Robust design Low caking, high wear resistance High dependability and operational safety Diverse accessories Maintenance and repair service Variants Drive type Casing positioning Size of all components Angular position Material Colour

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

Radial fans with direct drive are genuine all-rounders and demonstrate their worth with various advantages. As the driving force of your ventilation system, a radial fan ensures that your operational processes run as they should. Thanks to the direct drive, the fan has a compact design and is highly efficient. At Scheuch COMPONENTS, radial fans with direct drive are available in a wide range of designs, and tailored solutions matched to your specific needs are offered too. Depending on your individual needs, you can choose between several designs which differ in terms of volume flow, motor power, pressure increase or temperature.

Radial fans are an indispensable part of most operational processes in ventilation systems. In cases where extremely large volumes need to be moved or transported, or where a critical impeller mass is exceeded, radial fans with bearings at both sides are an ideal choice. This type of equipment is available in single-flow and double-flow versions. However, the robust design of Scheuch COMPONENTS radial fans makes it possible to achieve large volumetric flows even with unilateral bearings (i.e. single-flow systems). Bearings can be provided on both sides if requested by the customer, and this configuration is implemented as standard above a critical impeller mass. With their flow-optimized suction pockets, double-flow radial fans make it possible to create efficient designs for transporting and diverting conveyed media – even when space is tight. Altogether, there are various factors and criteria that make double-flow radial fans a favourable option.

Scheuch customers expect the very best and that is why the SwingOut and PullOut radial fan models have a key advantage over other industrial-grade fans: The impeller can be cleaned in a very short amount of time. As the motor and impeller are both installed on a single door, the entire subassembly can be swung out to the rear. The impeller is therefore easy to clean and can also be removed or replaced quickly if necessary. Even larger fans with an impeller weight of several hundred pounds and an impeller diameter up to 1,250 mm are available. The PullOut model is available for direct-driven, belt-driven and coupling-driven fans. With this type of fan, the impeller is removed from the housing together with the motor bracket and the motor itself, making it again quick and easy to clean.

Thanks to the high level of modularization, we can cater to specific customer requirements and develop tailor-made solutions as a matter of course. Scheuch COMPONENTS offers customized production of radial fans to accommodate special customer requirements. Thanks to our extensive expertise, customers are guaranteed maximum availability and a long service life, regardless of whether the air is carrying chips, fibrous material or aggressive or explosive gas mixtures. As a result of using fans in entire systems, Scheuch COMPONENTS has acquired a wealth of experience with specific requirements in a wide range of sectors and industries. For example, hot gas radial fans for high temperatures or double flow radial fans for large volumetric flows. For systems that need to be cleaned more frequently, SwingOut & PullOut radial-fans can be used.

The radial fan is the core component and driving force of any ventilation system. In this case, the drive takes the form of an elastic coupling acting on the intermediate shaft – without the kind of upstream transmission that would be found on a belt drive. In situations involving larger dimensions, the fan components can be embedded into a concrete foundation instead of a steel bracket. Radial fans with coupling drive can be used in diverse applications across a range of industries and sectors. This type of fan is particularly well suited to situations involving high motor power. The coupling (generally a claw coupling with an elastic insert) can absorb shocks and torsional vibrations, thus protecting the material. Furthermore, an offset (angular, parallel or axial offset) between the motor shaft and intermediate shaft can be compensated to a certain extent, which means that the motor is relatively easy to dismount.

Radial scanning machine is used to separate low density substances from high density grain products such as wheat, barley, corn and similar. Separates foreign substances such as dust, sand and small seeds in wheat. Wheat entering the machine from the wheat inlet is filled into the vibro feeder and distributed smoothly across the width of the air duct. Here, in the horizontal aspiration channel, the product is separated from low density materials through its double adjustable wall. The fan of the radial scanning machine is mounted on the main body through bearings. The outer body is made of sheet metal, and the foot part and the outlet nozzle located on the foot part are mounted on the body.

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.

Practical benefits: Professional quality "made in Germany" - Original Trotec fabrication Extremely powerful radial blower- max. 1.050 Pa - optimal for ventilation over long hose distance Adjustable air flow up to max. 1.250 m³/h Carrying and stackable construction Light but also sturdy design Foot and transverse rubber feet for vertical or horizontal installation Operating panel guard Dual counter for operating hours and energy consumption Cable box Washable air filter Can be used with the air hoses with diameter 100 mm, 50 mm and 38 mm Technical details: Free exhausting air flow without adaptor plates: 1.250 m³/h Air pressure max.: 1.050 Pa Blower levels: variable Mains connection: 230 V / 50 Hz Power consumption: 170 W Sound level (distance 1,5 m): 73 dB(A) Dimensions (L x W x H): 355 x 430 x 235 mm Weight: 6 kg

The TFV 100 Ex Radial Fan has an exceptional operating procedure. It incorporates axial suctioning and radial blowing out of air. This helps it to achieve excellent resistance to extremely contaminated air, which is saturated with dust. The fans are geared to deliver outstanding stability and efficiency in air circulation performances. TFV 100 Ex comes both as a standard and as a for-hire model. The radial fan is extremely tough in construction and promises high rates of air flow. It is immune to chemical/water splashes, in compliance with IP55-A guidelines. The radial fan works at optimal capacity, even in dust-saturated rooms. An important beneficial feature is that a considerable distance is maintained between the fan motor and the primary air flow. Benefits in practice: Extremely robust models with a high flow rate Splash proof type A (IP55) Deployment also possible in very dusty rooms

POOL DEHUMIDIFIER DS 30Highly economical dehumidifier with powerful air circulating radial fan Be it indoor swimming pools, whirlpools or wellness centres – for all areas with a high level of humidity and condensation efficient dehumidification is a must to ensure the well-being of visitors and to prevent damages to the building and inventory. The pool dehumidifier DS 30 constitutes the perfect solution for all these requirements as the high-quality device of German manufacturing was specifically developed for this field of application. Integrated in a corrosion-protected, fibreglass-reinforced plastic housing the DS 30 accommodates a silently running high-performance radial fan as well as evaporator and condenser with additionally polyester-coated surfaces.

Construction dryer at its best!Designed as reference class of professional construction dryers the TTK 900 practically leaves nothing to be desired. Its tough design and robust components ensure a permanently maximum dehumidification performance and value retention. Owing to a perfect combination of an especially powerful and efficient rotation compressor, an utterly robust high-pressure radial fan as well as high-quality electronic and mechanical components, the TTK 900 can impress with an excellent dehumidification capacity, especially at low ambient temperatures. Powerful air-circulating radial fan with dry air outlet on both sides In order to quickly distribute the dry, dehumidified air in the entire room, the TTK 900 is fitted with a dry air outlet on both sides.

Industrial condenser dryer DH 60 Extremely effective and robust dehumidifier with powerful, air circulating, double-flow radial fan Protection against moisture at its best The DH 60 is perfectly fit for fully automatic, hygrostat-controlled continuous dry keeping applications, for its distinctive German industrial design immediately suggests that this is a professional industrial dehumidifier originally produced by Trotec, developed and manufactured according to the highest of quality standards in Germany. Upon delivery this industrial condenser dryer comes prepared for wall mounting, it automatically regulates the humidity to an ideal level at which corrosion, condensation and mould stand no chance and impresses with a high dehumidification performance even at low temperatures without exception.

Industrial condenser dryer DH 30 Robust, efficient, powerful – a professional dehumidifier with air circulating EC radial fan Brings versatile dry keeping applications to your own four walls Installing this dehumidifier that comes prepared for wall mounting is as simple as its fully automatic operation for the permanent dry keeping of staff rooms, productions halls or storage facilities. The DH 30 automatically regulates the humidity via hygrostat control to an ideal level at which corrosion, condensation and mould stand no chance. The robust dehumidifier impresses with a high dehumidification performance even at low temperatures without exception. Its professional hot gas automatic defrost system, which operates based on the bypass procedure, permits the application to a range of 0 °C – ideally suitable for use in cold halls or storage facilities. Low in maintenance, yet highly effective – ideal for continuous operation

The B 500 Humidifier radio is a blend of wireless humidifying, cleaning and filtering. The unit is equipped with a fully automatic four-stage radial fan that offers a noise free and extremely efficient operation. The unit is designed to offer versatile adjustments as per need. The wireless sensor measures up to a distance of 30m delivering highly accurate and stable measuring results. The sensor is to be fitted with battery and placed within a suitable measuring area¹ on a wall or a ceiling for automatic operation. The sensor measures and monitors the relative humidity at regular intervals and control the humidifier up to 30 meters distance. An acoustic signal indicates for battery change during low battery. Benefits in practice: Infrared remote control for a safety operation: unauthorised personnel cannot tamper with the settings on the device UV lamps for an effective disinfection of the water reservoir (optional)

With flexible edge extraction. Operation selectable: left, right or both sides. 2 sockets on each side – 2 x 230 V and 2 x 400 V. With consistently welded niche for two or three Multi-Line 65 devices (on-site). Mobile on 4 castors (2 lockable). Incl. front sided glass splash guard, extensions with cutouts on both sides and GN-insets. Vapors are extracted on three sides and passed through the patented ACS – circulating air system. High performance grease separators (100 % flame arresting) are installed in left and right side walls along with two removable grease collection trays. The substructure contains low-noise radial fans. Cleaning odors with patented plasma technology in combination with activated charcoal filters. The ACS meets the requirements of VDI 2052 and is TÜV-certified to DIN EN 60335. Furthermore all components meet DIN, VDE, GS and TÜV.

The TVF 1200 heavy duty radial fan is designed to deliver outstanding air circulation over considerably long distances. The fans can convey large volumes of air up to a maximum 54,000 m³/h. It is geared to handle exceptionally high air pressures of 45,000 m³/h (2,150 Pa). The fans are equipped with the ability to discharge air with impressive velocities of 38 m/s (136.8 km/h). They can be set at unlimited variations in configuration, assisted by a frequency controller. The TVF 1200 can withstand air temperatures of 80°C and can operate efficiently at ambient temperatures of -20 °C to 40 °C. They require voltage input of 400 V at 50 Hz (65 A) and maximum power supply of 37 kW.

Stainless steel desiccant dehumidifier TTR 250 HP Special design for particularly long air transport distances ... The TTR 250 HP is not only standard-equipped with a radial fan but also with an additional extra-powerful fan motor which allows an especially high compression. This makes this dehumidifier especially well-suited for applications where air has to be transported over long distances or several levels, for example ships’ rooms, cellars or bunkers. The standard ex factory configuration of the TTR 250 HP is designed for the transportation of moist air. The dryer can be set by the customer to a different configuration, should the need arise for high-pressure dry air to be conducted away instead of moist. With the TTR 250 HP you can benefit from a professional desiccant dehumidifier originally produced by Trotec which has been developed and manufactured according to the highest of quality standards in Germany.

XXL dry keepingThe industrial condenser dryer DH 160 which can also be supplied in a stainless steel housing is characterized by a high dehumidification capacity, reliable continuous operation properties and practice-oriented equipment options alike. Designed for the operation whilst positioned on the floor, the device – given on-site preparation – can also easily be used when mounted to the wall or ceiling. Also it can be connected to existing ducted air systems. The dehumidifier DH 160 comes with a smoothly running scroll compressor for constant, pulsation-free pressure to ensure an energy-efficient refrigeration. Combined with its self-regulating EC radial fan this robust industrial dryer allows for a constantly high dehumidification performance during continuous operation even at low temperatures.

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.

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.

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.

A flue gas fan is a fan that usually has the task of extracting flue gases from an industrial application, e.g. a melting furnace or pan. Flue gas fans are almost exclusively radial fans and transport not only clean air but also flue gases up to 550° C continuously. Flue gas fans are often a very important component in an industrial system. Our many years of experience and large product range give our customers peace of mind. Development. design and manufacture of fans for flue gas takes place with the highest precision and with the highest quality materials. In order to choose the right flue gas fan, one should start from operating data and system design, as well as whether there are any special requirements.

Spray walls and spray booths with dry separation via pre-filters and fine filters. Spray walls and spray booths with dry separation For lower utilisation times or overspray quantities, spraying systems with dry separation offer a meaningful alternative to water-sprinkled systems. The Rippert modular spraying system type RTS enables individual adaptation to the respective case of need. Function The overspray is caught by the exhaust air stream and fed to the filter. The solids are filtered out here, while the cleaned exhaust air is blown out into the open air by the fan. Versions The entire spray wall and the drip tray are made of galvanised sheet steel. The basic version consists of a wall with a two-fold filter stage. The attached radial fan is equipped with spark protection in the suction nozzle as well as an explosion-proof motor. The first filter stage is formed by a paper filter or a baffle plate filter, consisting of two rows of galvanised sheet metal lamellae arranged one behind the other. A glass fibre fine filter arranged directly behind it represents the second filter stage. The spray wall can additionally be equipped with removable or fixed side and ceiling panels. Each version is also available with floor suction pan, available with an integrated 2-stage filter and grating cover. Accessories In addition, the spray wall can be equipped with various accessories from the Rippert product range, such as explosion-proof lights, energy-saving flaps, turntables, etc. We recommend the installation of a supply air system for the replacement of the exhausted air. Cleaning / maintenance The spray wall is designed such that the filter elements can be exchanged with little effort in a very short time. For faster cleaning, baffle plate filters should by sprayed with a release agent (e.g. strippable varnish) before being put into operation. Underfloor paint mist extraction With dry separation, consisting of a support structure with attached paper filter, grating cover and a suction duct with air quantity adjustment.

These are ideally suited for extraction from one or more sources of dust and are predominantly used in small and medium-sized enterprises for air quantities of up to 6,000 m³/h. ES 200P/280P deduster with jet cleaning The ES 200P deduster is designed for an air quantity of max. 3,000 m³/h and has one dust collection container; the ES 280P is designed for max. 6,000 m³/h and has two dust collection containers. The ES deduster is made of galvanised sheet steel and is a universal device for the extraction and separation of various types of swarf and dust. The raw air inlet nozzle has a non-return valve arranged upstream of the device. The filter works according to the downdraft principle, i.e. raw air is fed to the filter cartridges from above. This construction results in extremely efficient pre-filtration and preserves the filter medium. The filter cartridges are cleaned by means of compressed air impulse. Swarf and dust is collected in the mobile containers arranged underneath. The fan, which is arranged on the clean air side, is equipped with a high-performance impeller. The clean air outlet opening has a sound-absorbing lining. The electrical controller is directly attached. Equipment Optional: 280P / PAS deduster MS multi-extractor with double-walled filter sack The built-in radial fan sucks off dust and swarf at the place of generation and forces it via the impeller into the air injection frame. The swarf collects in the dust or swarf sack. The dust/air mixture flows into the filter sack, where the dust is filtered out. The cleaned air is fed directly back to the operating area. The double-walled filter sack offers a significantly larger filter area compared to other designs. Filter cartridges are also possible here as an option. The filter elements are cleaned manually. The multi-extractors are predominantly used with coarse-grained and unproblematic types of dust and swarf. The devices are not suitable for continuous operation or for wood dust and splinters. Three sizes are available for the following maximum air quantities: Type MS 160 up to 2,000 m³/h Type MS 200 up to 3,000 m³/h Type MS 250 up to 5,000 m³/h