Inter-Cooler Heat Exchanger
Inter-Cooler Heat Exchanger
Inter-Cooler Heat Exchanger
Inter-Cooler Heat Exchanger We are manufacturers & suppliers of high-quality Intercooler Heat Exchangers. These Intercooler heat exchangers are widely used in Oil & Gas industry, Petrochemical, Chemical Processing & fertilizers industry. To meet the diversified requirements of our prestigious clients, we are engaged in offering Intercooler Heat Exchanger that is effective in cooling compressed air or gas to reduce their volume or temperature.
We are one of the most reputed manufacturers of all type of Heat Exchanger. Our Heat Exchangers includes shell & Tube Type Heat Exchanger, Plate Heat Exchanger, Rice Mill Heat Exchangers, Finned Tube Heat Exchanger, Fluid Heat Exchanger Most commonly used with turbocharged engines, an intercooler is used to counteract the heat of compression and heat soak in the pressurised intake air. By reducing the temperature of the intake air, the air becomes denser (allowing more fuel to be injected, resulting in increased power) and less likely to suffer from pre-ignition or knocking,Unless otherwise specified, air-cooled heat exchangers used for intercoolers and aftercoolers should have automatic temperature control.An is a heat exchanger. That means there are two or more fluids that don’t physically touch each other but a transfer heat or energy takes place between them At wide open throttle and full boost the hot compressed air coming from a turbocharger is probably between 250 and 350 deg F depending on the particular turbo, boost pressure, outside air temperature, etc.. We want to cool it down, which reduces its volume so we can pack more air molecules into the cylinders and reduce the engine’s likelihood of detonation.How does an intercooler work? Hot air from the turbo flows through tubes inside the intercooler. The turbo air transfers heat to the tubes, warming the tubes and cooling the turbo air. Outside air (or water) passes over the tubes and between fins that are attached to the tubes. Heat is transferred from the hot tubes and fins to the cool outside air. This heats the outside air while cooling the tubes. This is how the turbo air is cooled down. Heat goes from the turbo air to the tubes to the outside air.There are some useful equations which will help us understand the factors involved in transfering heat. These equations are good for any heat transfer problem, such as radiators and a/c condensers, not just intercoolers. After we look at these equations and see what’s important and what’s not, we can talk about what all this means.
Features:
- Hassle free operation
- Sturdy construction
- Excellent performance
Applications :
- Automotive
- Commercial Vehicle
- Agriculture and forestry equipment
- Compressor
- Construction
- Air Dryer
- Industrial Equipment
