Used EDWARDS IGX1000N #293826094 for sale

EDWARDS IGX1000N is an innovative and highly advanced pump equipment that has been designed to provide reliable and efficient pumping support in a variety of applications. This system features a cutting-edge brushless digital drive motor and advanced pump sensors. This ensures a reliable and consistent quality of performance and maximum operational life for any pumping application. IGX1000N has an impressive flow management capacity and a maximum vacuum capacity of up to 15mbar. This ensures it can be used reliably and effectively for a wide variety of pumping applications. The double-ended design of this unit allows for variable speed settings and ensures increased surface area contact to reduce motor overload and ultimately increase longevity. The digital drive motor of EDWARDS IGX1000N allows for rapid change-over from low to high levels of flow. This ensures that a wide variety of applications such as vacuum testing, process suck-down, vacuum packing and light-condensing can be accommodated with ease. The motor is also well protected against sudden load surges and unexpected motor stalling due to the presence of state-of-the-art overload protection. This pump is designed to provide trouble-free, low-input energy operation. Its diagnostic machine is effective in extending the life of the pump by scanning for any irregularities in the tool's performance and diagnosing pre-mature wear and tear. It also features remote control support to optimize performance and allow users to monitor their pumps performance from a remote location. Furthermore, its intuitive user interface features alarms, warning signals, data storage and error logs for maximum efficiency levels. IGX1000N is a high-performance pump solution that is highly reliable and designed for versatile applications. Its advanced flow management technology ensures accurate operation and its strong digital motor and intelligent diagnostics allow for a long and reliable operating life. It is an ideal choice for any environment requiring a low-input energy operating pump with the ability to adapt to any kind of application.