The Tube Sheet Inter/Aftercooler (FS Elliott types) is designed specifically for optimizing the performance of multi-stage industrial air compressors. As air is compressed in these systems, it generates heat, leading to a reduction in efficiency and potential damage if not adequately managed. Our intercooler addresses these challenges by cooling the compressed air between compression stages, ensuring that the air remains dense and dry for subsequent compression. This crucial function allows for increased power efficiency and reduces the energy required for the final output, delivering substantial cost savings. Additionally, the aftercooler component serves to further decrease the temperature of the compressed air post-compression, employing either ambient air or cold water as a cooling medium, effectively removing excess heat and moisture. This two-part system enhances the overall performance and longevity of compressor units while ensuring that the output air is of the highest quality, suitable for various industrial applications such as manufacturing, pneumatic tools, and other systems requiring reliable compressed air supply.
Key Features
| Features | Description |
|---|---|
| Cooling Efficiency | Optimizes air temperature for subsequent compression stages, enhancing efficiency. |
| Moisture Removal | Effectively removes moisture content from compressed air, preventing possible damage and corrosion. |
| Compatibility | Designed for multi-stage compressors, particularly FS Elliott types. |
| Energy Savings | Reduces horsepower requirements for further air compression, leading to operational cost reductions. |
| Material Durability | Built with high-quality materials to withstand industrial applications and environments. |
| Installation Flexibility | Simple integration with existing compressor systems. |
| Attributes | Description |
|---|---|
| Type | Tube Sheet Inter/Aftercooler |
| Compressor Compatibility | Specifically designed for FS Elliott multi-stage air compressors. |
| Cooling Method | Utilizes ambient air or cold water for optimal cooling. |
| Operation | Dual function as intercooler and aftercooler. |
| Size | Custom sizes available based on customer specifications. |
| Material | High-grade corrosion-resistant materials. |
| Performance | Improves air density and compression efficiency. |
*Disclaimer: The above description has been AI-generated and has not been audited or verified for accuracy. It is recommended to verify product details independently before making any purchasing decisions.
Country Of Origin: India
Intercooler:
Most industrial compressors currently in operation are multi-stage designs. In order to optimize the cost of compressed gas, it is common to use multi-stage industrial compressors. When the air compressor compresses air, heat is generated, which causes the air to expand, and it is necessary to increase the HP for further air compression. It is suitable for the first and second stages of a multi-stage air compressor. The function of the compressor intercooler is to provide cooler, drier, and denser air for the next stage of compression.
Aftercooler:
The cooler is followed by a heat exchanger that removes heat from the compressed air. The most common compressor after the cooler uses cold ambient air or cold water to remove heat, which also effectively removes moisture from the compressed air.
Aftercooler: The cooler is followed by a heat exchanger that removes heat from the compressed air. The most common compressor after the cooler uses cold ambient air or cold water to remove heat, which also effectively removes moisture from the compressed air.aftercooler:The cooler is followed by a heat exchanger that removes heat from the compressed air. The most common compressor after the cooler uses cold ambient air or cold water to remove heat, which also effectively removes moisture from the compressed air.
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