Centrifugal Turbo Compressor
A centrifugal compressor is a compressor in which the impeller does work on the gas to increase the pressure and speed of the gas and complete the gas transportation. The gas flows through the impeller in the radial direction.
Details
Centrifugal Turbo Compressor
Description
A centrifugal compressor is a compressor in which the impeller does work on the gas to increase the pressure and speed of the gas and complete the gas transportation. The gas flows through the impeller in the radial direction.Working Principle:
A centrifugal compressor consists of a motor that spins a shaft at high speeds. The shaft is closed with an impeller, which is what creates the air compression.
A Centrifugal Compressor works on an extremely simple principle: as an object spins, it pushes and pulls on its surrounding areas in order to create movement and force.
In this case, a spinning propeller pushes its surrounding air molecules forward, forcing them to move faster than they normally would.
This creates air pressure that can be used to do work such as moving or lifting objects. It also features an air separation unit supplier for clean air.
This pressure also exerts a force on whatever it comes into contact with (like when you hold your hand out in front of you). This force causes objects to move faster than they would without any air pressure present.
The reason that a centrifugal compressor has such a high ability to move air is that its impeller creates so much force.
Because of the force created by the impeller, the air inside the compressor moves very quickly.
This high-speed movement of air inside the compressor causes a lot of pressure to be created, which in turn creates a lot of force on whatever it’s moving.
The working mechanism of a centrifugal compressor allows it to provide more air at a faster rate than most compressors.
Advantages
- Absolutely oil-free compression process for chemical media;
- Few friction parts, maintenance costs;
- Can fully meet the need of various processes and air systems factories;
- Professional software is used for rotor dynamics analysis and bearing design.
Specification
| Model |
Working pressure, bar |
Capacity, m3/min |
Power, kW |
Weight, kg |
Overall size, mm |
|---|---|---|---|---|---|
| SLT-300C | 0.6-9 | 24-48 | 132-263 | 3800 | 2750х1550х1820 |
| SLT-600C | 0.6-12 | 45-82 | 248-450 | 6300 | 3280х1850х2200 |
| SLT-900C | 0.6-12 | 76-122 | 400-640 | 8160 | 3500х2000х2250 |
| SLT-1200C | 0.6-12 | 118-150 | 630-800 | 11500 | 4200х2150х2350 |
| SLT-1500C | 0.6-16 | 118-228 | 760-1300 | 12000 |
4200х2150х2350 |
| SLT-2000C | 0.6-16 | 186-310 | 980-1600 | 17200 | 4600х2200х2500 |
| SLT-3000C | 0.6-16 | 268-438 | 1380-2250 | 21500 | 5300х2300х2970 |
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