Products & Services
See also: Categories | Featured Products | Technical Articles | More Information-
Supplier: Chicago Blower Corporation
Description: Chicago's Plenum Fan offers a practical, economical design alternative for air handling and conditioning systems. It features an unhoused true airfoil bladed wheel that installs directly within the plenum, thereby eliminating the downstream discharge. The fan can be
- Air Flow Rate: 158000 SCFM
- Applications: Air Handling Units / HVAC, Exhaust Ventilation
- Design Configuration: Centrifugal
- Drive Options: Belt Drive
-
Supplier: Chicago Blower Corporation
Description: exhaust application is ideal for Chicago's SQA airfoil fan. For dirty air or dusty air, the SQB version with backward inclined blades is recommended. The SQA is also suited for high temperature gasses and air as well as for air conveying applications.
- Air Flow Rate: 55000 SCFM
- Applications: Air Handling Units / HVAC, Exhaust Ventilation
- Design Configuration: Centrifugal
- Drive Options: Belt Drive
-
Supplier: Chicago Blower Corporation
Description: The Design 51 double width is a rugged fan built to Chicago's industrial level of quality and long-term dependability. Like every Chicago fan, the Design 51 is crafted by skilled members of the Sheet Metal Workers Union and displays the label "Proudly Made in the USA".
- Air Flow Rate: 425000 SCFM
- Applications: Air Handling Units / HVAC, Exhaust Ventilation
- Design Configuration: Centrifugal
- Drive Options: Belt Drive
-
-
Supplier: Twin City Fan & Blower
Description: Application The BAV is a backward inclined utility set constructed with an airfoil wheel for increased efficiency and reduced sound levels. This unit is designed to supply and exhaust air in hospitals, hotels, schools, fume hoods and similar environments. The BAV's fan
- Air Flow Rate: 690 to 32100 SCFM
- Applications: Air Handling Units / HVAC
- Environment: Clean Air / Gas
- Maximum Diameter (Fan or Blower Wheel): 12.25 to 36.5 inch
-
Supplier: Chicago Blower Corporation
Description: balanced for smoother running. Deep spun inlet cones guide the air into the wheel and over its hollow airfoil shaped blades, providing maximum efficiency and minimum sound levels. Static efficiencies exceed 80%, reducing the energy needed to move each cubic foot of air.
- Air Flow Rate: 13000 SCFM
- Applications: Air Handling Units / HVAC
- Design Configuration: Centrifugal
- Drive Options: Belt Drive
-
Supplier: Twin City Fan & Blower
Description: control (clean side of dust collectors) and other industrial processes. The BAE-SW is constructed with an airfoil wheel and incorporates hollow airfoil blades for higher efficiencies and better sound quality. All housings are reinforced with rigid bracing to increase structural
- Air Flow Rate: 690 to 277500 SCFM
- Applications: Air Handling Units / HVAC
- Design Configuration: Centrifugal
- Environment: Clean Air / Gas
-
Supplier: Twin City Fan & Blower
Description: Application The MPQN Plenum Fan is used in field-fabricated and factory-built air handling units to pressurize the entire surrounding air plenum. This allows discharge ductwork to be directly connected to the air handler from any direction. The plenum fan design also saves space by
- Air Flow Rate: 1000 to 76000 SCFM
- Applications: Air Handling Units / HVAC
- Environment: Clean Air / Gas
- Maximum Diameter (Fan or Blower Wheel): 12.4 to 49 inch
-
Supplier: Twin City Fan & Blower
Description: Application The MPQS Plenum Fan is used in field-fabricated and factory-built air handling units to pressurize the entire surrounding air plenum. This allows discharge ductwork to be directly connected to the air handler from any direction. The plenum fan design also saves space by
- Air Flow Rate: 1000 to 76000 SCFM
- Applications: Air Handling Units / HVAC
- Environment: Clean Air / Gas
- Maximum Diameter (Fan or Blower Wheel): 12.4 to 49 inch
-
Description: CENTRILINE® FAN SERIES 2100. Compact inline centrifugal fan with backwardly curved, airfoil bladed wheel. Sizes 15" through 73". Capacities to 160,000 CFM. Classes I, II and III. Series 2100A with aluminum wheel option also is available.
- Air Flow Rate: 160000 SCFM
- Applications: Air Handling Units / HVAC
- Design Configuration: Centrifugal
- Environment: Clean Air / Gas
-
Supplier: Howden
Description: Covent Type A - Airfoil pressure blower fans The Covent A series is designed for relatively clean gas applications, and it offers high efficiency, low noise performance at minimum cost. Key benefits Hollow airfoil blade design Up to 90% peak efficiency
- Applications: Pressure / Pressurization Blower
- Design Configuration: Centrifugal
- Environment: Clean Air / Gas
- Media Temperature: Up to 801 F
-
Supplier: Glocon, Inc. (Swifter Fans)
Description: on fan performance. The CTX Series are amongst the highest efficiency airfoils available. In addition to a cutting-edge airfoil design, the CTX Series fan blades incorporate proprietary technology to produce a composite blade comprised of a uniform
-
Supplier: Glocon, Inc. (Swifter Fans)
Description: Efficiency Composite Molded Fan Blades Folding, Hinged Fan Blades Self-Hoisting Mechanism (for 20 & 24 ft. dia. fans) Forward and Reverse Operation Variable Speed Operation Smart Embedded Controller LED Function Indicators Wash-Down Ceiling
-
Supplier: Greenheck
Description: designed and engineered for superior performance and reliability. Model APH is ideal for industrial applications with welded construction, coated framework, multiple configurations and the highest performance capabilities. Quiet and efficient operation is achieved through a 12-bladed,
- Applications: Air Handling Units / HVAC
- Design Configuration: Centrifugal
- Environment: Clean Air / Gas
- System: Packaged (Complete System)
-
Supplier: Glocon, Inc. (Swifter Fans)
Description: on fan performance. The CTX Series are amongst the highest efficiency airfoils available. In addition to a cutting-edge airfoil design, the CTX Series fan blades incorporate proprietary technology to produce a composite blade comprised of a uniform
- Applications: Air Handling Units / HVAC
-
Supplier: Loren Cook Company
Description: range, high pressure capabilities, and low noise levels. Constructed of fabricated steel blades securely attached to a minimum 7 gauge steel hub. A Series Cast Aluminum Airfoil Prop Designed for heavy commercial or industrial applications where large volumes of air
- Applications: Exhaust Ventilation
- Design Configuration: Axial
- Environment: Clean Air / Gas
- Material: Aluminum
-
Supplier: Loren Cook Company
Description: Propeller Roof fans are designed for industrial and commercial and industrial supply or exhaust applications. The fans are offered in both spun aluminum and architectural tiered aluminum construction and offer performance ranging from 1,000 to 40,000 CFM. All units are produced in an
- Air Flow Rate: 343 to 19500 SCFM
- Applications: Exhaust Ventilation
- Design Configuration: Axial
- Drive Options: Direct Drive
-
Supplier: Loren Cook Company
Description: both inlet and outlet sound. UL/cUL 705 listing is standard on all PLC models. The PLC has a true airfoil wheel optimized for maximum efficiency. All blades are continuously welded to the wheel shroud and backplate. Optimized housing for weight savings while maintaining
- Applications: Exhaust Ventilation
- Design Configuration: Centrifugal
- Drive Options: Direct Drive, Belt Drive
- Environment: Clean Air / Gas
-
Supplier: Loren Cook Company
Description: COOK AF tube axial fans are designed to fill the performance gap between typical duct fans and heavy-duty vane axial fans. High efficiency propeller with six airfoil blades available in one-piece cast aluminum (AFB-C and AFD-C); welded steel (AFB-H); or welded
- Applications: Exhaust Ventilation
- Design Configuration: Axial
- Drive Options: Direct Drive
- Environment: Clean Air / Gas
-
Supplier: Greenheck
Description: fabricated steel hub and airfoil blades. It is suitable for continuous high temperature (400ºF/204ºC max.) for inline configurations, (500ºF/260ºC max.) for roof upblast configuration and is available with UL Power Ventilators for Smoke Control Systems. The universal mounting system
- Air Flow Rate: 3300 to 96000 SCFM
- Applications: Air Handling Units / HVAC, Exhaust Ventilation
- Design Configuration: Axial
- Drive Options: Direct Drive, Belt Drive
-
Supplier: Greenheck
Description: tight. All AX fan casings are coated with Permatector, an electrostatically applied powder paint. Another highlight of the AX is a new cast aluminum airfoil blade that provides total efficiencies in excess of 70% to help reduce upfront electrical expenses for new projects and
- Applications: Air Handling Units / HVAC, Exhaust Ventilation
- Design Configuration: Axial
- Environment: Clean Air / Gas, Smoke
- Material: Aluminum
-
Supplier: Hartzell Air Movement
Description: -thickness airfoil blades. Designed for plenum installation, Series 12 Plug Fans are ideal for air circulation in a wide range of industries, including energy, food processing, heavy industry, pulp and paper, chemical and transportation. Built for easy installation, the Series
- Design Configuration: Centrifugal, Other
- Material: Aluminum, Steel, Stainless Steel
- Maximum Diameter (Fan or Blower Wheel): 12 to 36 inch
- Static Pressure: 0.0 to 25 in H2O
-
Supplier: New York Blower Company (The)
Description: New York Blower Single-Width Fans feature three types of backward inclined wheels for maximum selection flexibility and optimum performance: AcoustaFoil® wheels with airfoil blades for highest efficiency in clean, dry airstreams, PLR wheels with flat, single-thickness
- Air Flow Rate: 0.0 to 200000 SCFM
- Applications: Exhaust Ventilation, Pressure / Pressurization Blower, Product / Process Cooling, Other
- Drive Options: Direct Drive, Belt Drive
- Environment: Clean Air / Gas, Corrosive Gases, Dirty Air / Gas
-
Supplier: Hartzell Air Movement
Description: life and continuous duty. Oil, heat and static resistant type. Belt Drive, Low Speed, High Volume Ring Fan, Standard or Reverse Flow Airfoil Blades — Aluminum alloy castings. Hub — Cast aluminum threaded to accept the blades which are locked
- Design Configuration: Other
- Drive Options: Direct Drive, Belt Drive
- Features: Wall / Panel Mount
- Material: Aluminum, Steel, Stainless Steel
-
Supplier: Hartzell Air Movement
Description: static pressure capabilities to 20? and higher. Available with Type BC (single-thickness airfoil blades) or Type BA (double-thickness hollow airfoil blades) wheels 18 through 66?. Both versions provide non-overloading horsepower characteristics. Series 03 Fans made
- Design Configuration: Centrifugal, Other
- Features: Dampers / Louvers
- Material: Aluminum, Steel, Stainless Steel
- Maximum Diameter (Fan or Blower Wheel): 12 to 73 inch
-
Supplier: Hartzell Air Movement
Description: installed directly in a duct system. The “tubular centrifugal” (in-line) fan utilizes the Type FA backward-curved, airfoil-bladed wheel in a vane-equipped housing and produces straight airflow with the same inlet and discharge dimensions. Series 40 Fans are available in Class I
- Applications: Materials Handling / Pneumatics
- Design Configuration: Centrifugal, Other
- Fan / Blower Class (if Applicable): Class I
- Features: Dampers / Louvers
-
Supplier: Howden
Description: aluminum nose cap, without having to remove the rotor from the fan. The 3150 hub blades are retained by capscrews and are adjustable from outside the fan. The typical tip clearance between blade and housing is 1/8" to 3/16". Housing Fan
- Air Flow Rate: 3000 to 250000 SCFM
- Applications: Exhaust Ventilation
- Design Configuration: Axial
- Environment: Clean Air / Gas, Dirty Air / Gas
-
Supplier: Cleaver-Brooks
Description: for easy access to internal components Capable of low NOx emissions up to <9 ppm without FGR Ideal for use with applications where low emissions are required and FGR is impractical or inaccessible Combustion air fan efficient airfoil blade design smoothly lifts airflow
- Burner Type: Nozzle Mixing
- Combustion Fuel: Natural Gas, Light Oil, Propane
- Convection: Forced Draft
- Firing: Direct
-
Supplier: Industrial Combustion, LLC
Description: distribution, low CO emission and high turndown Hinged air housing for easy access to internal components Combustion air fan efficient airfoil blade design smoothly lifts airflow over the entire blade, resulting in less motor horsepower requirements and significant
- Burner Type: Premix
- Combustion Fuel: Natural Gas, Propane
- Convection: Forced Draft
- Firing: Indirect
-
Supplier: Industrial Combustion, LLC
Description: blower speed control without the use of air dampers Fully enclosed air housing features a hinged cover for easy access to internal components and quiet operation Combustion air fan efficient airfoil blade design smoothly lifts airflow over the entire blade, resulting in
- Burner Type: Nozzle Mixing
- Combustion Fuel: Natural Gas
- Convection: Natural Draft
- Firing: Indirect
-
Supplier: Filter 1 Clean Air Consultants
Description: -controlled, automatic self-cleaning system consisting of solenoids, dump valves, and blow-down pipes assures that the booth consistently maintains its capture velocity. High Performance Blowers: Low speed, high flow blowers have airfoil blades for high fan efficiency as well as
- Applications: General Cleaning, Metalworking Chips / Fluids
- Collector Filter Cleaning: Automatic Shaking (Vibrating)
- Collector Type: Collection Booth
- Features: HEPA / ULPA Filters
-
Supplier: New York Blower Company (The)
Description: -drive units use cast aluminum adjustable-pitch airfoil blades attached to castaluminum hub. Bearings and shaft—Style H belt-drive units [Size 24-48] utilize a fixed shaft design with integral drive/wheel hub assembly and permanently lubricated and sealed bearings with 300,000 hour L10
-
Supplier: New York Blower Company (The)
Description: aluminum adjustable-pitch airfoil blades attached to castaluminum hub. Bearings and shaft—Style H belt-drive units [Size 24-48] utilize a fixed shaft design with integral drive/wheel hub assembly and permanently lubricated and sealed bearings with 300,000 hour L10 life. Style C belt
-
Supplier: New York Blower Company (The)
Description: . Wheel—Style H belt-drive units [Size 24-48] use six steel blades. Style C belt-drive units [Size 48-84] and direct-drive units use cast aluminum adjustable-pitch airfoil blades attached to castaluminum hub. Bearings and shaft—Style H belt-drive units [Size 24-48] utilize a
Find Suppliers by Category Top
Featured Products Top
-
Square fans come in three backward inclined wheel designs: airfoil, curved blade, and single thickness. They are ideally suited for a wide range of clean-air applications requiring a tight footprint. Typical uses include pneumatic conveying, product drying, product cooling, supply air, and (read more)
Browse Fans and Blowers (industrial) Datasheets for New York Blower Company (The) -
recirculation air applications, such as multiple path circulation, uni-directional circulation, and counter-directional circulation. Plug Fans are available with either AcoustaFoil or PLR wheels. The AcoustaFoil airfoil-blade design is the most efficient and quite selection for clean, dry (read more)
Browse Fans and Blowers (industrial) Datasheets for New York Blower Company (The) -
New York Blower Single-Width Fans feature three types of backward inclined wheels for maximum selection flexibility and optimum performance: AcoustaFoil® wheels with airfoil blades for highest efficiency in clean, dry airstreams, PLR wheels with flat, single-thickness blades for best (read more)
Browse Fans and Blowers (industrial) Datasheets for New York Blower Company (The) -
— Oversized for long life and continuous duty. Oil, heat and static resistant type. Belt Drive, Low Speed, High Volume Ring Fan, Standard or Reverse Flow Airfoil Blades — Aluminum alloy castings. Hub — Cast aluminum threaded to (read more)
Browse Fans and Blowers (industrial) Datasheets for Hartzell Air Movement -
Awards. The award-winning Rosenberg I-Series impeller EC fan increases airflow and energy efficiency, while greatly reducing noise. The I-impeller design features five backward-curved, hollow-profiled, airfoil section aluminum blades, with an efficiency (read more)
Browse Fans and Blowers (industrial) Datasheets for Rosenberg USA -
and major reductions in operating noise levels compared to other backward curved fans. They also provide a wider operating temperature range and ERP 2015 efficiency compliance. Ecofit E-Series fans feature special airfoil blades made from UL 94 V-0 reinforced plastic. Their unique design (read more)
Browse HVAC Fans and Blowers Datasheets for Rosenberg USA -
ductwork, filters, and system resistance. Understanding blade designs, from high-efficiency airfoil wheels to rugged radial configurations, helps to make the best selection for your application. Learn how centrifugal fans work, explore different wheel types, and discover how to choose the right design (read more)
Browse Fans and Blowers (industrial) Datasheets for Hartzell Air Movement -
machinery, and maintaining air quality in conditions where other materials falter. Key Components of an FRP Fan Impeller: Features precision-balanced FRP fan blades, often airfoil-shaped for maximum efficiency. Housing: A sturdy fiberglass shell (read more)
Browse Fans and Blowers (industrial) Datasheets for Hartzell Air Movement -
-thickness airfoil blades. Designed for plenum installation, Series 12 Plug Fans are ideal for air circulation in a wide range of industries, including energy, food processing, heavy industry, pulp and paper, chemical and transportation. Built for easy installation, the Series 12 Plug Fan features a (read more)
Browse Fans and Blowers (industrial) Datasheets for Hartzell Air Movement -
performance on every front. Its airfoil-shaped blades minimize resistance, improving airflow while reducing energy consumption. The result? Lower power requirements, quieter operation, and increased system efficiency. The design ensures that every wheel is aerodynamically consistent. Unlike multi (read more)
Browse Fans and Blowers (industrial) Datasheets for Hartzell Air Movement
Conduct Research Top
-
Saving Energy with Smart Air
Significant gains in energy efficiency have been elusive for heat transfer systems that use high-volume air-movement systems such as cooling towers, chillers and evaporative coolers. Although much attention has been given to improving fan and blade airfoil designs used in high-volume air-movement
More Information Top
-
http://dspace.mit.edu/bitstream/handle/1721.1/29164/48108351-MIT.pdf?sequence=2
Fan Airfoil Fan Blade Containmsent Fan Eficiency Fan Gap/chord ratio .
-
Fracture of Ti-8Al-1Mo-1V Alloy Fan Blade by Stress Corrosion Cracking and Fatigue
A blue etch ano- dize inspection [20] was performed to detect possible alpha case6 on a fan blade airfoil surface.
-
Advanced Mechanical Design
Fan blade airfoil aerodynamic performance will directly determine the leaf level of wind energy conversion efficiency.
-
Springer Handbook of Acoustics
In air-moving devices, particularly axial flow fans, turbulence in the inlet air stream causes the angle of attack of the flow incident on the fan blades ( airfoils ) to vary, and generates fluctuat- ing lift forces on the blades.
-
Unsteady Computational Fluid Dynamics in Aeronautics
Fan blade ( aerofoil section) Trailing edge surface pressures and far field broad band sound Roger and Moreau (2004) Open jet wind tunnel .
-
HVAC: Equations, Data, and Rules of Thumb, Second Edition > Fans
Airfoil blade fans have a slightly higher efficiency and the surge area is slightly larger than backward inclined or backward curved fans.
-
Federal Register > Friday, December 11, 1998 > [63 FR 68636] Airworthiness Standards; Bird Ingestion
… as prescribed for the 6 lb. or 8 lb. bird ingestion test, the fan assembly retains sufficient integrity to demonstrate a total imbalance level less than 12 percent of the imbalance level corresponding to the loss of one complete fan blade airfoil .
-
ICAN: Integrated Composites Analyzer
[12] Chamis, C. C. and Minich, M. D., "Structural Response of a Fiber Composite Compressor Fan Blade Airfoil ," NASA TM X-71623, 1975.
-
Journal of Aircraft > Vibration Characteristics of Composite Pan Blades and Comparison with Measured Data
3 Chamis, C. C. and Minich, M. D., "Structural Response of a Fiber Composite Compressor Fan Blade Airfoil ," NASA TM X- 71623, March 1975.
-
Journal of Aircraft > High bypass ratio fan noise research test vehicle
Sev- eral items scheduled for early noise testing on the baseline fan include: 1) stator to rotor spacing; 2) fan blade airfoil evaluations—circular arc design, multiple circular arc, and "J" blade; 3) effect of untreated fan duct length; 4) fan duct acoustical …
Indicates content that may require registration and/or purchase.