Used EDWARDS iPX CNET100 #9231780 for sale

EDWARDS iPX CNET100
Manufacturer
EDWARDS
Model
iPX CNET100
ID: 9231780
Dry pump.
EDWARDS iPX CNET100 is an integrated, variable speed process pump capable of delivering precise, controlled flow rates for a range of industrial applications. This robust and reliable pump offers reliable, easy-to-operate performance with a variety of materials, pressures, and temperatures. IPX CNET100 contains a powerful motor and durable stainless steel components, the pump is engineered to outperform in a variety of applications. A unique profile of the radial impeller and diffuser design works to ensure efficient, reliable, and precise operation at a variety of conditions. An oversized shaft and bearings inside the housing reduce radial vibration and increase durability. EDWARDS iPX CNET100 also contains the innovative IPC 'Intelligent Pump Control' equipment. This system provides the user with precise control over the pumps operation, and ensures a highly efficient operation even in extremely demanding applications. The IPC unit can be programmed with a variety of preset parameters, and can be monitored and adjusted with the included LCD display. The display can be connected to a local controller, enabling remote monitoring and control of the pump. IPX CNET100 also comes equipped with an advanced monitoring machine. This tool continually monitors the pump's performance, and can detect a variety of anomalies in operation. By analysing the pump's data, the asset can alert the user to any potential issues, and provide suggestions for resolving them. EDWARDS iPX CNET100 is highly quiet in operation, requiring minimal maintenance and no oiling. Its reliable, long-term performance and unprecedented levels of efficiency and accuracy makes this an ideal choice for a variety of industrial applications. Furthermore, the intelligent pumping model makes the pump one of the best performing in its class. The user friendly control equipment allows for easy operation and monitoring, increasing the speed of task completion and reducing user frustration.
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