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BTU Heat Exchanger

 

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Heat exchangers are commonly used in a wide variety of industrial, chemical, and electronics processes to transfer energy and provide required heating or cooling.
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Parts by Number for BTU Heat Exchanger Top

Partb # Distributor Manufacturer Product Category Description
3217100 PLC Radwell Rittal Not Provided A/W HEAT EXCHANGER 230V 50/60HZ, 3300(11.8)BTU/HR
3217115 PLC Radwell Rittal Not Provided A/W HEAT EXCHANGER 115V 50/60HZ, 3300(11.8)BTU/HR
6FZP4 Grainger Industrial Supply BOSCH THERMOTECHNOLOGY Gas Tankless Water Heaters Water Heater, Tankless, Natural Gas, Input (BTU) 225,000, 4.6 GPM @ 90F Rise, 9.2 GPM @ 45F Rise, Gas Connection (In.) 3/4, Ignition Type Electronic, Standards CSA International, Manufacturers Warranty Length 2 Year Limited Warranty on Heat Exchanger
6FZW5 Grainger Industrial Supply BOSCH THERMOTECHNOLOGY Gas Tankless Water Heaters Water Heater, Tankless, Liquid Propane, Input (BTU) 225,000, 4.6 GPM @ 90F Rise, 9.2 GPM @ 45F Rise, Gas Connection (In.) 3/4, Ignition Type Electronic, Standards CSA, Manufacturers Warranty Length 2 Year Limited Warranty on Heat Exchanger, 5 Year Li

Conduct Research Top

  • Stainless Steel Tubing vs. Copper Tubing in Shell & Tube Heat Exchangers
    not compensate poor thermal conductivity of organic solid. black particles resulting in decrease of heat transfer. Table 1 demonstrates the effect of fouling on thermal resistance of copper and stainless steel tubes with. wall thickness of 0.049". Copper. Stainless Steel. k- Btu/(hr. ft deg. F). 225.00
  • How to Measure your Heat Load
    if electricity is the only form of energy entering a system. To determine the heat load more accurately, the equation Q = m x Cp x ΔT can be used where: Q = heat load (BTU/hr). m = mass flow rate (lb/hr). Cp = specific heat (BTU/lb °F). ΔT = change in temperature (°F). In order to determine Q using the above
  • The Best Heat Transfer Fluids for Liquid Cooling
    ExchangersFlat Tube Heat ExchangersTube-Fin Heat ExchangersHeat Exchanger AssembliesRequest A QuoteStandard Heat ExchangersTube-Fin Heat ExchangersOil Cooler Flat Tube Heat ExchangersBrazed Plate Liquid-to-Liquid Heat ExchangersHeat Exchangers Selector ToolDrawings & 3D ModelsApplication NotesHow
  • The Relative Merits and Limitations of Thermal Fluid, Electric and Steam Heat Tracing Systems
    for the production of electricity, as a prime. quality of the end product. The "bare" steam tracing. mover for pumps and other equipment, and for process. method of the time was frequently inadequate to meet. heat in heat exchangers and reactors. these requirements. Heat transfer compounds were. Heat tracing
  • Hot tips for cool enclosures
    capacities from 14.6 to 69 W/ C. Vortex coolers are used where compressed air is available from another part of the factory. They are good for low to moderate cooling (from 400 to 5,000 Btu) and where EMI/RFI must be minimized. Air/water heat exchangers cool the enclosure interior below the ambient air
  • Air movers and coolers
    as cooling. For a discussion of heat exchangers, see When fans are used to cool enclosures, they either draw air through the cabinet, or move it through an air-to-air heat exchanger. Although heat exchangers do not mix inside with outside air, they do pass heat to the environment. However, the technique
  • Fins for Cooling Success
    the total heat transfer in a process is given by: Q = U × A x LMTD (1). Where: Q .  =.  Amount of heat transferred, BTU/hr (W).  U.  =.  Overall heat transfer coefficient, BTU/hr-ft2-ºF (W/m2-ºC).  A.  =.  Heat transfer area, ft2 (m2).  LMTD.  =.  Log Mean Temperature Difference between the two
  • Proper Relief Valve Fire Case Evaluation Using Dynamic Simulation Tools Versus API 521 Recommended Practice (.pdf)
    . Relieving pressure (121% MAWP) = 484 psig. Total Surface area (12 exchangers) = 1418.4 ft2. Environmental credits ­ none, F =1. Q = 21000* 1 * 1418.40.82. = 8.07 MMBtu/hr. Latent Heat of Vaporization, H = 67.5 Btu/lb. Fire Relief Requirement = 119,526 lb/hr (33.2 lb/s). Current relief valve (1D2

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