Centrifugal compressor MSG® TURBO-AIR® 6000
airelectrically-poweredstationary

Centrifugal compressor - MSG® TURBO-AIR® 6000 - INGERSOLL RAND - air / electrically-powered / stationary
Centrifugal compressor - MSG® TURBO-AIR® 6000 - INGERSOLL RAND - air / electrically-powered / stationary
Centrifugal compressor - MSG® TURBO-AIR® 6000 - INGERSOLL RAND - air / electrically-powered / stationary - image - 2
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Characteristics

Technology
centrifugal
Type
air
Power source
electrically-powered
Portability
stationary
Lubrication
oil-free
Application domain
industrial
Other characteristics
low-pressure
Pressure

Min.: 3.5 bar
(50.76 psi)

Max.: 10.3 bar
(149.39 psi)

Flow

Min.: 110 m³/min
(3,884.61 ft³/min)

Max.: 240 m³/min
(8,475.52 ft³/min)

Power

Min.: 600 kW
(815.77 hp)

Max.: 1,305 kW
(1,774.31 hp)

Weight

5,543 kg
(12,220.2 lb)

Description

The MSG TURBO-AIR 6000 was built on a standard frame, featuring a wide arrangement of air flow components, designed for easy, low-cost installation and operation. The MSG TURBO-AIR 6000 was designed with a built-in aftercooler that eliminates the need for a separate pipeline type cooler, and a packaged check valve for faster installation and easier maintenance. COMPONENTS Impellers: Five-axis-milled impellers designed an manufactured with advanced techniques and methods Vaned Diffusers: Optimized vane design and placement for increased efficiency Lubrication System: Self-contained, low-pressure lubrication system Intercoolers/Aftercooler: Water-in-tube intercooler and aftercooler bundles slide out for easy inspection and cleaning Advanced Pinion Bearing Design: Designed for extended life and operation at any operational load. Seals: Designed with non-contacting and non-wearing labyrinth air and oil seals. No buffer air required for oil-free air. Do not require periodic replacement like carbon ring seals. Horizontally Spilt Gearbox: Allows for easy access when the jobsite maintenance policy requires periodic inspection. Variable Inlet Guide Vanes: Variable inlet guide vanes can offer power savings of up to 9% when operating in turndown. Inlet guide vanes impart a whirling motion to the inlet air flow in the same direction as the impeller operation, reducing the work input. Net power savings can be realized at reduced flow or on days colder than the design temperature. Inlet guide vanes are positioned close to the inducer of the impeller to maximize performance.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.