Our Sites: GlobalSpec.com | GlobalSpec Electronics | CR4
Free Registration 
Welcome to GlobalSpec!
Find parts, products, suppliers, datasheets, and more for:

Evaporative Cooling Fan

 

Find Suppliers by Category

Industrial fans and blowers are designed to move air and/or powders in industrial and commercial settings. Typical applications include air circulation for personnel, exhaust or material handling.
Search by Specification | Learn More

Products & Services

See also: Featured Products | Parts by Number | Technical Articles | Engineering Web Results

Parts by Number for Evaporative Cooling Fan Top

Partb # Distributor Manufacturer Product Category Description
1K543 Grainger Industrial Supply PORT-A-COOL, LLC Evaporative Cooler Pads Replacement Media Pad, Depth 6 Inches, Height 48 Inches, Width 12 Inches, For 36 Inches Single and Three Speed Belt Driven Evaporative Cooling Fans and Cooling Fan for Hazardous Locations, 5 Pads Required to Replace Complete Set
5M185 Grainger Industrial Supply PORT-A-COOL, LLC Evaporative Cooler Pads Replacement Media Pad, Depth 6 Inches, Height 24 Inches, Width 12 Inches, For 24 Inches Single Speed Direct Drive Evaporative Cooling Fan, 3 Required For Complete Set
1K545 Grainger Industrial Supply PORT-A-COOL, LLC Evaporative Cooler Pads Replacement Media Pad, Depth 6 Inches, Height 36 Inches, Width 12 Inches, For 24 Inches Single Speed Direct Drive Evaporative Cooling Fan, 4 Pads Required to Replace Complete Set
4HA14 Grainger Industrial Supply PORT-A-COOL, LLC Evaporative Coolers Portable Evaporative Cooling Fan, Propeller Diameter 24 Inches, Direct Drive, Adjustable Speed, Air Delivery 0-6,700 CFM, Voltage Rating 115, Current Rating 9.5 Amps, Height 53 Inches, Width 50 Inches, Depth 25 Inches, Water Holding Capacity 14 Gallo
2AAG8 Grainger Industrial Supply PORT-A-COOL, LLC Evaporative Coolers Evaporative Cooling Fan, Hazardous Location, Class 1, Group D, Air Delivery 17500 CFM, Propeller Dia 48 In, Belt Drive, 1 Speed, Voltage 115 AC, 18 Operating Amps, Water Capacity 25 Gal, 3/4 In Water Connection, Height 86 In, Width 74 In, Depth 36 In

Conduct Research Top

  • Cooling with Augmented Heated and Cooled Seats (.pdf)
    the human occupant causes an. (4) validation of the thermal comfort seat strategy with. evaporative effect at the skin surface producing a cooling. experimental data. The paper focuses on the occupant's. effect. Because these thermoelectrically climate. overall comfort in cooling mode under different
  • Cooling and Heating Technology Options Take the LEED (.pdf)
    contact with outside air, so. water use strategies associated with evaporative. evaporation of the hot water takes place easily with an. cooling towers. Most buildings require some kind of. adequate amount of air flow, which is typically produced by. mechanism for cooling air temperatures indoors. a fan
  • Economizer Fundamentals: Smart Approaches to Energy-Efficient Free-Cooling for Data Centers
    ) works in conjunction with a heat. incorporating economizers into the cooling. rejection loop consisting of an evaporative. system design in new commercial buildings,. cooling tower or drycooler to satisfy cooling. depending on design weather conditions and. requirements. A fluid economizer system
  • Economized Data Center Cooling-Defining Methods & Implementation Practices (.pdf)
    . Pumping. Coolant. Unit. Loop. Pumping. Unit. High Efficiency,. Close. Approach,. Cooling Tower. Figure 3: Evaporative Cooling Systems. Evaporative systems work similarly to dry cooling systems, but allow for a wider window. of functionality because they are less dependent upon environmental
  • Understanding Data Center Cooling Energy Usage & Reduction Methods (.pdf)
    Common. Liquid Cooled Racks Chilled Water. Temperature Optimized and Free. Cooling Systems. 8 years. Rittal, HP, Knurr. Less Common. Liquid Cooled Racks Chilled Water. Temperature Optimized and Evaporative. Free Cooling Systems. 8 years. Rittal, HP, Knurr. Less Common. Active Liquid Cooled Doors, Chilled
  • 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
  • Energy-stingy coolers
    Despite using as little as one-eighth the power of traditional coolers or chiller systems, many industries have yet to adopt evaporative cooling. , Phoenix, Ariz., that cools despite increased wet-bulb temperature and relative humidity could put evaporative coolers on the fast track. A new suite
  • Case Study: H.T. Lyons (.pdf)
    think "a ton is a ton, so what does it matter if. you add fans?" According to Sine, HVLS fans help in areas of: ·. Ventilation effectiveness. ·. Thermal mass. ·. Evaporative cooling. ·. Lower energy consumption. ·. Optimized compressor staging. Ventilation effectiveness and thermal mass. The thorough

Engineering Web Search: Evaporative Cooling Fan Top