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Design Features- Rugged durable construction
- Stainless steel sheath
- Nickel-plated steel fins (stainless steel optional)
- Trouble-free installation
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Features- A reliable heat source with seamless stainless steel sheath
- For flat surface mounting installations
- Used in hundreds of industrial and commercial heating applications
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Terminal Air Heater- Located ahead of the blowing vents in an air-conditioning network. It is relatively low powered (a few kW)
- Circular duct heaters or "drawer type" duct heaters are the most widespread in use.
- "Drawer-type" heaters, which are designed to be installed directly in an opening made in the duct, are built around stored elements.
- They are bent upon request and can be delivered in small series in a week.
- Located upstream from the duct network at the air treatment station level
- It heats the treated air volume in its totality. Its power reaches a few tens of kW.
- Consisting of bare tubular elements or finned tubular elements, these duct heaters generate low transition losses. They are usually built around stored elements, assuring short delivery deadlines, and are installed in a frame made of galvanized steel sheet (stainless on request) sized to dimensions of blowing duct
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Terminal Air Heater- Located ahead of the blowing vents in an air-conditioning network. It is relatively low powered (a few kW)
- Circular duct heaters or "drawer type" duct heaters are the most widespread in use.
- "Drawer-type" heaters, which are designed to be installed directly in an opening made in the duct, are built around stored elements.
- They are bent upon request and can be delivered in small series in a week.
- Located upstream from the duct network at the air treatment station level
- It heats the treated air volume in its totality. Its power reaches a few tens of kW.
- Consisting of bare tubular elements or finned tubular elements, these duct heaters generate low transition losses. They are usually built around stored elements, assuring short delivery deadlines, and are installed in a frame made of galvanized steel sheet (stainless on request) sized to the dimensions of the blowing duct.
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Typical Applications » Water Heating "Washrooms, dishwashing and rinsing, process water heating, jacket kettles, hot water storage tanks, and hydronic heating systems" » Freeze Protection Water cooled engines, standpipe water tanks for fire protection, oil sump heaters" » Heat Transfer Oil Heating "Process kettles, molding dies and platens, mixing and blending mills, closed-loop heat transfer systems for asphalt and heat sensitive materials" » Fuel Oil Heating "Preheating to pumping viscosity, preheating for delivery to burners" » Steam, Air and Gas Heating "Steam super heating, air preheating for process equipment" -
Application- Flanged immersion heaters are one of the most widely used methods for heating gases and liquids (such as water, oil, heat transfer fluid and corrosive solutions ).
- Designed for use in tanks and pressurized vessels, they are easy to install and maintain to provide heat for many processes.
- The direct immersion method is energy efficient and easily monitored and controlled. "Hot Water Storage Tanks" "Warming Equipment" "Preheating all Grades of Oil" "Food Processing Equipment" "Cleaning and Rinsing Tanks" "Heat Transfer Systems" "Process Air Equipment" "Boiler Equipment" "Freeze Protection of Any Fluid"
- The heated media, viscosity, specific heat, density and corrosive properties.
- Contaminants present in the medium.
- The heater sheath material corrosion resistant properties.
- Watt density of the heating element the heat output per square inch.
- Maximum sheath temperature this is the recommended maximum sheath temperature of the element material. It is not the operating temperature of the heated medium.
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Application- Flanged immersion heaters are one of the most widely used methods for heating gases and liquids (such as water, oil, heat transfer fluid and corrosive solutions ).
- Designed for use in tanks and pressurized vessels, they are easy to install and maintain to provide heat for many processes.
- The direct immersion method is energy efficient and easily monitored and controlled. "Hot Water Storage Tanks" "Warming Equipment" "Preheating all Grades of Oil" "Food Processing Equipment" "Cleaning and Rinsing Tanks" "Heat Transfer Systems" "Process Air Equipment" "Boiler Equipment" "Freeze Protection of Any Fluid"
- The heated media, viscosity, specific heat, density and corrosive properties.
- Contaminants present in the medium.
- The heater sheath material corrosion resistant properties.
- Watt density of the heating element the heat output per square inch.
- Maximum sheath temperature this is the recommended maximum sheath temperature of the element material. It is not the operating temperature of the heated medium
