Screw Compressor Unit
TianShun
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Product Description
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Key features and benefits
| Efficiency | Screw compressors can be more efficient due to fewer moving parts, and features like economizers can boost capacity for low-temperature applications |
| Reliability | Fewer moving parts lead to less wear and tear, and many units include protections for motor, pressure, and temperature issues |
| Precise control | Digital controls and variable capacity capabilities help maintain stable temperatures, which is crucial for preserving product integrity |
| Reduced costs | Some designs are more compact, reducing installation time and costs. Others may reduce the number of compressors needed for large projects |
| Modularity | Many units use a modular design, allowing for easy expansion and integration into larger systems |
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Optional Surface
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How it works
| Compression | The screw compressor draws in low-pressure refrigerant gas. Two inter meshing rotors trap and compress the gas into a smaller volume, increasing its pressure and temperature |
| Condensation | The high-pressure, high-temperature gas travels to the condenser coils, where ambient air or water is used to cool the gas. This causes the gas to condense into a high-pressure liquid |
| Expansion | The high-pressure liquid refrigerant then passes through an expansion valve into the evaporator coils |
| Evaporation | In the evaporator, the liquid refrigerant boils and turns back into a gas, absorbing heat from the space being cooled |
| Cycle repeats | The low-pressure gas is then drawn back into the screw compressor, and the cycle repeats |
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Common applications
| Common applications | · Industrial and commercial refrigeration |
· Food storage and processing | |
· Cold chain logistics | |
· Chemical and pharmaceutical industries | |
· HVAC for large buildings |
|
Product Description
|
Key features and benefits
| Efficiency | Screw compressors can be more efficient due to fewer moving parts, and features like economizers can boost capacity for low-temperature applications |
| Reliability | Fewer moving parts lead to less wear and tear, and many units include protections for motor, pressure, and temperature issues |
| Precise control | Digital controls and variable capacity capabilities help maintain stable temperatures, which is crucial for preserving product integrity |
| Reduced costs | Some designs are more compact, reducing installation time and costs. Others may reduce the number of compressors needed for large projects |
| Modularity | Many units use a modular design, allowing for easy expansion and integration into larger systems |
|
Optional Surface
Click here to edit your content.
Click here to edit your content.
Click here to edit your content.
|
How it works
| Compression | The screw compressor draws in low-pressure refrigerant gas. Two inter meshing rotors trap and compress the gas into a smaller volume, increasing its pressure and temperature |
| Condensation | The high-pressure, high-temperature gas travels to the condenser coils, where ambient air or water is used to cool the gas. This causes the gas to condense into a high-pressure liquid |
| Expansion | The high-pressure liquid refrigerant then passes through an expansion valve into the evaporator coils |
| Evaporation | In the evaporator, the liquid refrigerant boils and turns back into a gas, absorbing heat from the space being cooled |
| Cycle repeats | The low-pressure gas is then drawn back into the screw compressor, and the cycle repeats |
|
Common applications
| Common applications | · Industrial and commercial refrigeration |
· Food storage and processing | |
· Cold chain logistics | |
· Chemical and pharmaceutical industries | |
· HVAC for large buildings |