CHICAGO PNEUMATIC PISTON AIR COMPRESSOR
Chicago Pneumatic Piston Air Compressor provides compressed air with a large volume of compressed air and is very stable. Widely applied in the fields of social life, production and business activities. However, do you have a good understanding of this line of air compressors? If not, lets explore the details of the structure, operating principle and advantages of the Chicago Pneumatic Piston Air Compressor in the article below!
Chicago Pneumatic Piston Air Compressor Structure
● Motor: To provide other parts to operate.
● Compressor head: The place where the air compression process takes place. In the compression head, there are many small details such as cylinders, pistons, bearings, etc
● Safety valve: Helps to ensure the safety of the compressor system so that there is no sudden increase in pressure causing unsafety.
● Drain valve: Removes residual water, steam mixed in compressed air to make compressed air 100% completely clean.
● Pressure gauge: Displays compressed air pressure in the air tank to help users easily monitor the pressure during machine operation.
● Belt, pulley: Perform the transmission of mechanical energy from the motor to the compressor. When the motor rotates, the pulley rotates, at this time, the belt on the pulley will transmit mechanical energy to make the compression head pulley rotate together.
● Filter: Helps to limit dust and dirt according to the inlet air flow into the machine.
● Oil tank: Attached to the piston system, providing continuous lubrication for the piston system to work. Helps to control the amount of oil in the tank.
● Compressed air tank: Used to store the compressed air volume generated by the machine.
● Some other details included such as electrical boxes, relays, wheels, pull handles, etc
Chicago Pneumatic Piston Compressor Working Principle
➠ The principle of the Chicago Pneumatic piston air compressor works based on reciprocating pistons thanks to the connection to the connecting rod and crank mechanism.
➠ The machine uses a cylinder with a piston inside. When the compressor piston moves down, the outside air will be sucked into the compressor head.
➠ When the piston moves up, it will narrow the gas volume, causing the gas pressure to increase to a certain level. This pressure level is determined when the pressure inside the cylinder is greater than the pressure of the flow. At this time, the exhaust valve opens to allow the air to escape to the compressed air system. This is a basic air compression process or the working principle of a single-stage piston compressor.
➠ For 2-stage piston compressors, the principle or dynamics will be slightly different. Compressed air, after being compressed, does not directly enter the compressed air system or container, but is continued to be brought to the cooling tank to cool the compressed air. After that, it will be taken to another cylinder to continue to compress for the second time. At the end of the compression process, the new gas will be put into the tank, ending the compression process.
Applications Of Chicago Pneumatic Piston Air Compressor
➽ Industrial application of spray paint: Often used to spray paint on doors, fences, gates on many surfaces, metal, wood, etc
➽ Application in food, beverage, medical industry: Drug production, drying, evaporation, food and beverage packaging, etc
➽ Application in repair and maintenance of vehicles and machines: Piston air compressors provide compressed air for machines and equipment such as car wash compressors, oil vacuums, etc
Chicago Pneumatic Piston Air Compressor Specifications
- CPRA piston compressor - CPRB
Flow: 180 - 340 liters/minute
Power: 1.5 - 3 HP
Working pressure: 8 - 10 bar
Container: 0 - 200 liters
- CPRC-CPRS . piston air compressor
Flow: 201 - 486 liters/min
Power: 2 - 4 HP
Working pressure: 10 bar
Tank: 27 - 270 liters
- CPRD - CPRO - CPRS . piston compressors
Flow: 514 - 2420 liters/min
Power: 4 - 25 HP
Working pressure: up to 15 bar
Container: up to 900 liters
Chicago Pneumatic Piston Air Compressor Advantages:
✔ High compression ratio
✔ High-grade electrostatic powder coating, giving the product an eye-catching appearance while limiting the oxidation of the metal shell.
✔ High capacity and very high pressure for fast and stable air compression
✔ Cheap price
✔ Easy to repair, easy to move
✔ In the process of use does not consume much electricity, helping to save fuel and electricity.
✔ Continuous operation with high frequency, minimizing minor damage.
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