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Armstrong International Heavy Duty Steam Heating Coils Series 6000

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Product
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Heavy Duty Steam Heating Coils - Series 6000 - Armstrong International
Three Rivers, MI, USA
Heavy Duty Steam Heating Coils
Series 6000
Heavy Duty Steam Heating Coils Series 6000
Armstrong’s line of heavy-duty steam coils is designed and manufactured to provide what you want most—long life and efficient heat transfer.

Armstrong’s line of heavy-duty steam coils is designed and manufactured to provide what you want most—long life and efficient heat transfer.

Supplier's Site Datasheet
Heavy Duty Liquid Coils - Series 6000 - Armstrong International
Three Rivers, MI, USA
Heavy Duty Liquid Coils
Series 6000
Heavy Duty Liquid Coils Series 6000
Liquids such as water, glycol solutions and high-temperature heat-transfer fluids are coming into wider use as heating media in coils. Some of the reasons for the popularity of water and glycol systems are: Heat-recovery systems are becoming more popular, and hot water or glycol solutions are ideal for such duty. Hot water may be readily available from such sources as condensate systems or other processes, and it makes sense to use this available heat. Users prefer liquids. The use of high-temperature heat-transfer fluids has a number of practical advantages over water and steam when process air has to be heated to high temperatures. These fluids can operate in the 500˚F to 750˚F (260 to 399˚C) range at or near atmospheric pressure. Steam would have to be more than 1,500 psig (103 bar) to achieve a saturation temperature of 600˚F (315˚C). Systems capable of operating at high temperatures are expensive to build and maintain. Corrosion caused by steam and water, and the need for water treatment to minimize scale formation, mean high maintenance costs. Systems using heat-transfer fluids do not require supervisory staff to be constantly on duty, which is another advantage.

Liquids such as water, glycol solutions and high-temperature heat-transfer fluids are coming into wider use as heating media in coils. Some of the reasons for the popularity of water and glycol systems are:

  • Heat-recovery systems are becoming more popular, and hot water or glycol solutions are ideal for such duty.
  • Hot water may be readily available from such sources as condensate systems or other processes, and it makes sense to use this available heat.
  • Users prefer liquids.

The use of high-temperature heat-transfer fluids has a number of practical advantages over water and steam when process air has to be heated to high temperatures. These fluids can operate in the 500˚F to 750˚F (260 to 399˚C) range at or near atmospheric pressure. Steam would have to be more than 1,500 psig (103 bar) to achieve a saturation temperature of 600˚F (315˚C).

Systems capable of operating at high temperatures are expensive to build and maintain. Corrosion caused by steam and water, and the need for water treatment to minimize scale formation, mean high maintenance costs. Systems using heat-transfer fluids do not require supervisory staff to be constantly on duty, which is another advantage.

Supplier's Site Datasheet

Technical Specifications

  Armstrong International Armstrong International
Product Category Heat Exchangers Heat Exchangers
Product Number Series 6000 Series 6000
Product Name Heavy Duty Steam Heating Coils Heavy Duty Liquid Coils
Application / Industry Steam Water, Glycol, and Heat Transfer Fluids
Technology Air-Cooled; Coils Air-Cooled; Coils
Type No Fan / Convection No Fan / Convection
Working Pressure 300 to 350 psi (211 to 246 m H2O) 300 to 350 psi (211 to 246 m H2O)
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