R-FWA Radial Jet Fan is manufactured from high quality corrosion resistant galvanized steel. The fans are radial fans with backward curved sparse blades. The products produced have been tested in international accredited institutions according to the EN 12101-3 Standard and are fire-certified as resistant to working at 300°C for 2 hours. There are double-speed or single-speed options depending on the project used. The R-FWA series is the ideal choice for high performance and trouble-free operation. Thanks to its compact design, it is suitable for use in all kinds of hotels, hospitals, residences, shopping malls, offices, residential parking lots ventilation systems with low ceiling heights.
Jet Fan systems, which we see in the indoor car parks of shopping malls, giant health institutions and hotels, ensure the evacuation of harmful gases such as exhaust gases from vehicles in the car park and daily ventilation of the car park. In addition, it also provides protection against possible dangers by having features such as the evacuation of smoke released in the event of a fire. Jet fan systems in car park ventilation are divided into two as Radial Jet Fans and Axial Jet Fans.
Radial jet fans are generally used in parking lots. A healthy ventilation of indoor parking lots is one of the biggest problems. Radial jet fan is one of the most suitable devices to solve this problem. Radial Jet Fan, produced with the quality of Fantürk, has successfully passed all the tests of internationally accredited organizations and is a product resistant to working at temperatures up to 400 degrees. Double-speed and single-speed options are available, it can be preferred according to the characteristics of the area to be used.
The reason why Radial Jet Fans are preferred is that, thanks to their compact structure, they can be used in car parks with low ceiling heights without hindering the height. The motors used in the devices have a pad-mounted connection type and are connected to the rotor from the inside, providing gain in height. Thus, the height of the device has been reduced and it can be easily used in closed car parks with low ceiling heights.
Energy Saving comes to the forefront with the Automation System. Thanks to the integrated Fantürk Jet Fan Automation, it works fully equipped against all possible bad scenarios and prevents dangers in the area where it is used. It can evacuate smoke in the fastest way in case of fire. In addition, thanks to this automation, the fan works according to the information coming from the sensors that measure the carbon monoxide rate in the environment, providing significant energy savings. Radial Jet Fan, produced with the quality of Fantürk, is a product that has passed all the tests of institutions with international quality and assurance authority, and is suitable for working at high temperatures.
R-FWA Radial Jet Fan Technical Specifications
R-FWA Radial Jet Fan models equipment are certified to EN 12101-3 300 degrees for 2 hours, from internationally recognized accreditation organizations. The body of R-FWA Radial Jet Fan models is manufactured from high quality galvanized steel. The radial induction fan in the compact designed case is made of S235 quality steel.
It is manufactured as a standard (380 V – 50 Hz) or on request in accordance with other voltages and frequencies (400 / 415/ 440 V – 50 Hz). As a standard, Class H, S1+S2, IP55, single-speed or double-speed motors with resistance to 400 degrees for 2 hours are used. Pad mounted special connection type is used in motor connection. It is suitable for use in car park ventilation systems with low ceiling heights.
Jet fan parking lot ventilation projects should be supported by computational fluid dynamics analysis. CFD (HAD) analyzes to be carried out are very important in terms of the accuracy of the project work, the precise determination of jet fan placements, and the control of the position of the exhaust and fresh air shafts. The analysis to be made should be prepared with the fire simulation and boundary conditions prepared in accordance with the BS 7346-7 standard after the 3D modeling of the relevant car park. The condition of the parking lot in case of a possible fire or in the evacuation of the exhaust gases formed in the building is analyzed as a result of the analysis with this simulation. In this way, preliminary information about how the air flow and smoke extraction will behave in the real situation is obtained.
These analyzes should be performed using CFX, Flow Simulation, PyroSim or similar internationally recognized software. According to the simulation result, the number and placement of jet fans should be optimized. Smoke density at a height of 1.7m from the ground, visibility and air movements, temperature distribution in the parking lot at the time of fire, air flow details and air velocity profiles that will occur in the parking lot are examined. To summarize, Smoke Analysis, Visibility Analysis, Air Velocity Analysis and Temperature Analysis are performed. Moreover, these analyzes are examined according to ASHRAE, BS 7346-7, NFPA 130 standards.
Fanturk Air Conditioning Systems
Our company has been operating in Bursa under the name of Havart Klima Ltd Şti and the brand name of Fantürk since 2002. In an area of 7000 m², it addresses the sector with the production of air conditioning devices, automation system software and MCC-DDC panel manufacturing with our engineers and blue-collar employees who are experts in their branches.
Fantürk is a company that produces technologies that give humanity a breather, aims to be a worldwide leader company and tries to offer innovative technologies for the benefit of humanity. In the light of our experience, our company, which is sensitive to customer expectations, prioritizes quality, and adopts respect for business ethics and ethical beliefs, has a vision that aims to develop and grow. Our principle is to have a discipline that is sensitive to customer expectations, attaches importance to quality, and respects ethical values.
In the light of our experience and knowledge, our company, which is sensitive to customer expectations, prioritizes quality, and adopts respect for business ethics and ethical beliefs, has a vision that aims to develop and grow. Attaching importance to R&D studies, Fantürk aims to increase its production and service quality based on international standards. Our main goal is to be a worldwide leader organization that produces technologies that breathe for all humanity by offering innovative technologies for the benefit of humanity.
Our Service and Product Categories
Duct Type Fans, Roof Type Fans, Heat Recovery, Parking Lot Ventilation, Stair and Elevator Pressurization, Snail Fan, Cell Fans, Air Handling Unit, Dust Collection System, Hot Air Appliance
Our products
- Y-KTF Round Duct Type Fan
- D-KTF Rectangular Duct Type Fan with External Motor
- SHS Duct Type Shelter Ventilation Device
- ÇTF (230V) Single Phase Roof Type Radial Fan
- ÇTF (380V) Three Phase Horizontal Discharge Roof Type Radial Fan
- ÇTF (380V) Three Phase Vertical Discharge Roof Type Radial Fan
- Ç-FWA Roof Type Axial Fan
- IGK Ceiling Type Heat Recovery Device
- J-FWA Axial Jet Fan
- R-FWA Radial Jet Fan
- Y-FWA Axial Smoke Exhaust Fan
- P-FWA Axial Fresh Air Fan
- Car Park Ventilation System Automation Panel
- Pressurization System Automation Panel
- ABF Low Pressure Snail Fan
- OBF Medium Pressure Snail Fan
- ECO Series Forward Curved Closed Blade Cell Fan
- M-HA Metal Oil Filter Cell Kitchen Aspirator
- H-FWA Cell Axial Fans
- FKS Air Handling Unit
- HNS Pool Dehumidification Unit
- TT Dust Collection System
- R-APA Radial Fan Hot Air Appliance
- A-APA Axial Fan Hot Air Appliance
- FRTT Rooftop Roof Type Air Handling Unit
- T-FWA Tunnel Jet Fan
It is made of high quality corrosion resistant galvanized steel. The fans are backward curved radial fan with sparse blades. The products produced have been tested in international accredited institutions according to the EN 12101-3 Standard and are fire-certified as resistant to working at 300°C for 2 hours.
There are double-speed or single-speed options depending on the project used. The R-FWA series is the ideal choice for high performance and trouble-free operation.
Usage Areas
Thanks to its compact design, it is suitable for use in all kinds of hotels, hospitals, residences, shopping malls, offices, residential parking lots ventilation systems with low ceiling heights.
Jet Fan Systems
Shopping malls, large hospitals, hotels, etc. Jet Fan systems that we see in indoor parking garages provide protection against possible dangers by evacuating harmful gases such as exhaust gases from vehicles in the parking lot and daily ventilation of the parking lot, as well as evacuating the smoke released in the event of a fire. Jet fan systems in parking lot ventilation are divided into two as Radial Jet Fans and Axial Jet Fans.
Radial Jet Fan Features
Radial jet fans are used in parking lots. A healthy ventilation of indoor parking lots is one of the biggest problems. Radial jet fan is one of the most suitable devices to solve this problem. Produced with Fantürk quality, the Radial Jet Fan is a product that has successfully passed all the tests of internationally accredited organizations and is resistant to operating at temperatures up to 400 degrees. Double-speed and single-speed options are available, it can be preferred according to the characteristics of the area to be used.
Why is Radial Jet Fan preferred?
The reason why Radial Jet Fans are preferred is that, thanks to their compact structure, they can be used in car parks with low ceiling heights without hindering height. The motors used in the devices have a pad-mounted connection type and are connected to the rotor from the inside, providing gain in height. Thus, the height of the device has been reduced and it can be used easily in closed car parks with low ceiling heights.
Energy Saving with Automation System
Thanks to the integrated Fantürk Jet Fan Automation, it works fully equipped against all possible bad scenarios and prevents dangers in the area where it is used. It can evacuate smoke in the fastest way in case of fire. In addition, thanks to this automation, the fan provides significant energy savings by working according to the information coming from the sensors that measure the carbon monoxide rate in the environment.
