Used EDWARDS IGX1000N #293778213 for sale

EDWARDS IGX1000N is a high-performance rotary vane pump from EDWARDS Ltd. This highly versatile, low-noise pump is engineered for continuous, rapid service over a long life in industrial, medical, scientific and other demanding applications. It features a unique vapor management equipment, providing full control of both vapour phase and atmospheric pressure. The all-weld construction makes IGX1000N an ideal choice for applications which require high-pressure pumps. EDWARDS IGX1000N can handle a wide range of pumping requirements thanks to its advanced features. It can be configured to pump multiple gases with variable suction speeds and a wide range of pressures. The highly reliable and robust pump can handle both atmospheric and suction pressures up to 10 bars. It also features a low-noise operation for added quietness. IGX1000N is equipped with a low thermal mass, high-speed motor which is designed to allow it to run consistently for long durations without compromising pumping performance. The motor's brushless design ensures minimal loss of energy while running. Its energy-saving design also reduces power consumption, providing greater cost savings and efficiency. As with all EDWARDS equipment, EDWARDS IGX1000N comes with an extended service life thanks to its robust construction and internal components. An integrated gas management system helps optimize each unit's energy-saving performance. An adjustable and lockable seal machine also prevents backstreaming, which can damage the pump as well as contaminate the tool. IGX1000N is suitable for critical applications such as ultra-high vacuum research and production, vacuum ovens, dessicators, controlled environments, food packaging, and deep low-temperature vacuum process. It can be interfaced with other systems, such as digital gauges and dataloggers, for improved monitoring and precision. The all-weld construction and reliable maintenance-free operation make EDWARDS IGX1000N the perfect choice for harsh environment applications.