Adekom (Asia Pacific) Ltd

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Energy Saving High Pressure Oil Injected Rotary Air Compressor

Model No.:

KHP132-18~KHP132-25

Brand:

Adekom

Colour:

Blue

Size:

3,100(L) x 1,760(W) x 2,100(H)mm

Port:

China

Type of Payment:

L/C, D/P, T/T

Minimum Order Quantity:

1 set

Customised:

Yes

Power Source:

AC Power

Type:

Screw

Description

Contact Supplier

Specification of Energy Saving High Pressure Oil Injected Rotary Air Compressor

1.Air capacity:13.87,13.66,11.35m3/min
2.Max.working pressure: 18,20,25bar(g)
3.Motor power: 132kW
4.Cooling method: Air-cooled/Water cooled available
5.Discharge pipe connection: DN40
6.Power Supply: 380V/50-60HZ

Features of ADEKOM KHP series 2-stage High Pressure Oil Injected Rotary Screw Air Compressor

High pressure screw compressor is widely used in Bottle blowing (PET）, Pharmaceutical industry, Food industry, Rubber tire manufacturing, Hydropower industry, Well drilling industry, Military industry Biological industry, Chemical industry and many more applications
Using two-stage compression instead of a single-stage compression can achieve up to 15% energy savings under the same capacity and discharge pressure conditions.
The latest European patented multi-stage air/oil separation system to guarantee low residual oil content of less than 3 ppm. This exceeds any international standard of oil injected rotary screw air compressor and is particularly suitable customers with clean air for applications.
The high efficiency air-cooled aftercooler is designed with enlarged heat exchange surface area cooler to assure the discharge temperature is only higher than the ambient temperature 8-15 ℃; Thanks to the combination design of the air-oil aftercooler which leads to maintenance or replacement of which becomes more easy and convenient, maintenance cost is thus also reduced.
Intelligent control system, is fully meet the continuous operation demand under unattended situation, and precisely follows the varying air demand by adjust air inflow according to the system self-configuration intake valve. This progress would substantially reduce energy consumption and operating costs. Not only online monitoring and displaying the compressor operating status can be achieved for our users in 24 hours one day, but also combining control and remote control can be provided for further guarantee the machine with the normal operation.