Compressor Spares

Product Details:

A screw air compressor is a type of positive displacement compressor that uses rotors with helical screws to compress air. These compressors are widely used in various industrial applications due to their efficiency and reliability. Here's a description of the main parts of a typical screw air compressor:

1. Rotors:

• Description: Rotors are the primary components responsible for compressing air. In a screw compressor, there are usually two rotors, often called male and female rotors, which intermesh to compress the air..
• Function: The rotors trap and compress air as they rotate, reducing the volume of the trapped air and increasing its pressure.

2. Air Inlet:

• Description: The air inlet is the point where atmospheric air enters the compressor.
• Function: It allows ambient air to be drawn into the compression chamber for subsequent compression by the rotors.

3. Oil Injection System:

• Description: Screw compressors often use oil for lubrication and cooling purposes.
• Function: Oil is injected into the compression chamber to lubricate the rotors, reducing friction and ensuring efficient operation. It also helps in sealing and cooling the compressed air.

4. Oil Separator:

• Description: The oil separator is a component that separates the oil from the compressed air.
• Function: It ensures that the compressed air leaving the compression chamber is free from oil, maintaining the quality of the compressed air.

5. Air Outlet:

• Description: The air outlet is the point where the compressed air exits the compression chamber.
• Function: It directs the high-pressure compressed air to the distribution system for various applications.

6. Cooling System:

• Description: Screw compressors have cooling systems to manage the heat generated during compression.
• Function: The cooling system prevents the compressor from overheating, maintaining optimal operating temperatures. It may include air or water coolers.

7. Drive System (Motor):

• Description: The drive system typically consists of an electric motor connected to the compressor.
• Function: It provides the mechanical power needed to turn the rotors and drive the compression process.

8. Control Panel:

• Description: The control panel houses the electrical components and controls of the compressor.
• Function: It allows operators to monitor and adjust various parameters such as pressure, temperature, and operating modes for efficient and safe compressor operation.

9. Base Frame:

• Description: The base frame provides structural support for the entire compressor unit.
• Function: It ensures stability and helps in the proper alignment of the compressor components.

10. Air and Oil Filters:

• Description: Filters are used to remove contaminants from the air and oil.
• Function: Air filters ensure that the air entering the compressor is clean, while oil filters prevent contaminants from affecting the lubrication system.

11. Safety Valves:

• Description: Safety valves are installed to release excess pressure in the system.
• Function: They protect the compressor from overpressure situations and contribute to the safety of the overall system.

12. Pressure Sensors and Gauges:

• Description: Sensors and gauges measure and display the pressure levels within the compressor.
• Function: They provide real-time information to operators, allowing them to monitor and control the compression process.

13. Vibration Isolators:

• Description: These are components designed to minimize vibrations and noise produced by the compressor.
• Function: Vibration isolators contribute to smoother and quieter compressor operatio.

Additional Information:

• Production Capacity: 100
• Delivery Time: IMMIDATE