Used EDWARDS SCU-800 #9153636 for sale

EDWARDS SCU-800
Manufacturer
EDWARDS
Model
SCU-800
ID: 9153636
Turbo pump controller.
EDWARDS SCU-800 is an advanced laboratory rotary pump designed to provide reliable, high performance vacuum optimization for a variety of industrial and scientific applications. Featuring a simple direct drive design, SCU-800 pump is capable of providing extremely low levels of ultimate pressure, reducing power consumption up to 50-70%, thus improving the efficiency and affordability of the system. Moreover, EDWARDS SCU-800 is designed to reduce noise while providing superior performance. SCU-800 pump operates efficiently regardless of ambient temperatures and pressure variations, thus allowing more reliable long-term pumping. With its advanced sealing technology, this pump provides improved performance over the traditional oil-sealed pumps. Its sturdy die-cast construction offers superior stability, thus eliminating contamination of the pumped sample. Moreover, with its optimized design, EDWARDS SCU-800 has the proven capability to provide constant and reliable vacuum operations. SCU-800 is simple and convenient to operate, provided with an intuitive control panel for easy operation and monitoring. The control panel includes multiple displays and functions, allowing users to select the suitable pressure range and indicate the current pressure. EDWARDS SCU-800 pump makes use of single point adjustable gas ballast, and particle filter to protect the system from the outgassing and condensation. SCU-800 is built with a powerful motor that provides superior performance across complex applications, with a double lobe blower designed to optimize pumping speeds between 7.5 - 500 m3/hr. The pumping speed is further increased by the three-stage reduction planetary gearbox. Additionally, the pump can be maintained with ease, as it features motor shut-off as well as self-cooling. Overall, EDWARDS SCU-800 is an ideal choice for applications that require superior optimized vacuum performance and low maintenance costs. It is suitable for a variety of applications, from medical research to environmental and industrial monitoring.
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