Used ULVAC LR600(S) #9102366 for sale

ULVAC LR600(S)
Manufacturer
ULVAC
Model
LR600(S)
ID: 9102366
Vintage: 2012
Dry pump 2012 vintage.
ULVAC LR600(S) is a type of rotary pump designed for the evacuation and compression of gases and vapors. It has a direct drive motor and utilizes an oil-lubricated rotary vane mechanism to provide superior performance and reliability. The motor features a built-in thermal overload protection switch, and the compact design makes it ideal for many applications, including vacuum panel processing, vacuum metallization, semiconductor, and medical equipment. The pump is capable of maximum operating speeds of up to 6,000 rpm and offers a pumping speed of up to 60 liters per second, depending on the operating pressure. Its pumping speed range is between 20-60 liters per second, and the maximum suction pressure is 750 mbar. The pump also features a built-in oil circulation and oil-film lubrication system, which ensures that the rotary vane remains in its original position even when it is subjected to high-pressure operation. The durable stainless steel designs of this pump also provide resistance to corrosion and other damaging elements. ULVAC LR600(S) integrates a three-stage oil diffusion pump and a fan to help with gas regulation. Its air-cooled sealed oil system ensures continuous circulation of the oil supply. Additionally, the pump is also designed with a direct air-jet vacuum valve, which helps to reduce the noise produced during operation. The door mounted exhaust outlet allows for easy maintenance and cleaning. In addition, ULVAC LR600(S) pump features a two-line electronic clean valve design, which ensures that only the required amount of oil for the process is added, and that the correct amount of exhaust valve is present. Its anti-condensation system also prevents water vapor formation, making it safer for operating. ULVAC LR600(S) is a reliable and efficient pump that is suitable for use in a wide range of vacuum applications. It is designed with durability and safety in mind, making it an optimal choice for many industrial operations.
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