Item # 73356, N 502-G Model 194 Cubic Feet Per Minute (ft³/min) Intake Volume Standard Version High Pressure Air Compressor Booster On Compressed Air Systems, Inc.

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	Item # 73356, N 502-G Model 194 Cubic Feet Per Minute (ft³/min) Intake Volume Standard Version High Pressure Air Compressor Booster
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N 253-G/N 351-G/N 502-G High Pressure Air Compressor Boosters

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Your ticket to high-pressure performance

The N-series boosters are available with one, two or three cylinders.

Financing · Specifications · Dimensions · Advantages · Energy Cost Savings · Versions

Financing

Approve Payments		Finance with Approve Payments

Specifications

Brands		Kaeser Compressors

Model		N 502 145/360 psig

Inlet Pressure		145 psig

Outlet Pressure		360 psig

Complete System Flow Rate at Working Pressure		155 acfm

Intake Volume		194 ft³/min

Piston Displacement		18 ft³/min

Compressor Block/Airend Speed		990 rpm

Number of Pistons		2

Nominal Motor Output Power		15 hp

Sound Pressure Level		77 dBA

Compressed Air Connection Inlet Thread Size		1 in

Compressed Air Connection Inlet Thread Type		National Pipe Thread (NPT)

Compressed Air Connection Outlet Thread Size		3/4 in

Compressed Air Connection Outlet Thread Type		National Pipe Thread (NPT)

Weight		1014 lb

Flow Rate		9.5 to 724 ft³/min

Dimensions

Width		61.8 in

Depth		34.6 in

Height		40.2 in

Advantages

Continuous high pressure operation - Innovative features such as oil pressure lubrication and intensified cylinder cooling ensure both long service life and low maintenance requirements as well as continuous system-compatible maximum pressure of 650 psig.
Exceptionally low oil requirement - The high quality cylinders are plateau-honed and feature an extra layer of wear protection. These details ensure low oil consumption over the entire service life.
For especially cool compressed air - The compressed air aftercoolers on the three-cylinder boosters are equipped with separate fans, which ensure low compressed air discharge temperatures. The boosters can be additionally equipped with water-cooled aftercoolers to attain even lower temperatures.

Energy Cost Savings

High quality premium efficiency electric motors deliver unparalleled efficiency for remarkably low power consumption. Their low operating temperature provides an added advantage.

Versions

For Lower Demand		The smaller models in this range are best suited to applications where low flow rates are needed at pressures up to 580 psig. These compressors are equipped with one- or two-cylinder compressor blocks and are driven by high efficiency motors with up to 5 hp capacity. The quality of these units is second to none as all compressor blocks are designed, manufactured and assembled by KAESER.

For Medium to Large Demand		When greater air flow rates are needed at pressures up to 650 psig then the mid-size and larger of the Kaeser booster models are the natural choice. At the heart of every one of these powerhouses is a precision machined two- or three-cylinder compressor block that delivers exceptional efficiency. Premium-efficiency electric drive motors up to 25 hp provide optimal energy efficiency. The N 2001 G air-cooled versions are equipped with a separate fan-assisted aftercooler to keep the temperature differential between the inlet and compressed air (ΔT) within close tolerances. To ensure optimal cooling performance with a ΔT value of only approximately 5 K even at high ambient temperatures, the N 2001 G models can be equipped with a water-cooled compressed air aftercooler.

MORE IMAGES


	· N Series High Pressure Air Compressor Boosters - Sample Layout

DOWNLOADS


		Brochure for High Pressure Air Compressor Boosters (PDF, 1541KB)

Item # 73356, N 502-G Model 194 Cubic Feet Per Minute (ft³/min) Intake Volume Standard Version High Pressure Air Compressor Booster

Approve Payments

Brands

Model

Inlet Pressure

Outlet Pressure

Complete System Flow Rate at Working Pressure

Intake Volume

Piston Displacement

Compressor Block/Airend Speed

Number of Pistons

Nominal Motor Output Power

Sound Pressure Level

Compressed Air Connection Inlet Thread Size

Compressed Air Connection Inlet Thread Type

Compressed Air Connection Outlet Thread Size

Compressed Air Connection Outlet Thread Type

Weight

Flow Rate

Width

Depth

Height

For Lower Demand

For Medium to Large Demand

Maintain Your Air Compressor