Piston compressor Laby®
gaselectrically-poweredstationary

piston compressor
piston compressor
piston compressor
piston compressor
piston compressor
piston compressor
piston compressor
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Characteristics

Technology
piston
Type
gas
Power source
electrically-powered
Portability
stationary
Lubrication
oil-free
Application domain
industrial, for the petrochemical industry
Applications
process, for the gas industry
Pressure

1.17 bar, 1.2 bar, 1.5 bar, 6.8 bar
(16.97 psi, 17.4 psi, 21.76 psi, 98.63 psi)

Flow

725 m³/h, 2,620 m³/h, 3,015 m³/h, 5,340 m³/h
(25,603.13 ft³/h, 92,524.43 ft³/h, 106,473.72 ft³/h, 188,580.32 ft³/h)

Power

Min.: 115 kW
(156.36 hp)

Max.: 5,360 kW
(7,287.57 hp)

Description

Since Burckhardt Compression first introduced the Laby® Compressor in 1935 we have been able to increase our application know-how. In close cooperation with our customers we have transferred this know-how into a second to none compressor solution with outstanding performance. Originally designed for the safe compression of ammonia, continuous improvements and further developments have made the Laby® today one of the most reliable compressor solutions for numerous applications handling complex gases: – bone-dry gases – humid gases – cryogenic gases – dirty, dust-laden, contaminated gases in fouling services – clean gases where no pollution of the gas is allowed – reactive, explosive, corrosive or toxic gases All major industrial gas suppliers, global players in the polyolefin production, renowned process licensees, international partners for gas liquefaction systems and many producers of chemicals trust Burckhardt Compression and depend on the unsurpassed reliability of Laby® Compressors. Thousands of installations underscore this long success story. Labyrinth Sealing – Contactless, Oil-Free Compression The unique technology is applied between the piston and the cylinder wall and between the piston rod gland and the piston rod. The labyrinth sealing effect is created by numerous tiny throttling points. At each of these throttling points, pressure energy is transformed into kinetic energy as a result of the flow restriction. The process continues at each throttling point/volume chamber combination along the piston and piston rod gland until the required reduction in pressure is attained. A small clearance volume is maintained between the adjoining surfaces.

Exhibitions

Meet this supplier at the following exhibition(s):

Hannover Messe 2024
Hannover Messe 2024

22-26 Apr 2024 Hannover (Germany) Hall 13 - Stand E25/1

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    *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.