Used EDWARDS IGX1000N #9190654 for sale

EDWARDS IGX1000N is a powerful and reliable industrial pump used for transferring, draining, and pumping liquids. This impressive pump is powered by an induction motor with 6.7 HP, allowing it to transfer up to 10.54 m3/h of liquids and up to 92 m of head. As an industrial-grade pump, it is designed to be maintenance free and features a robust stainless steel construction with mechanical seal and carbon ceramic plugs for superior protection against leakage. IGX1000N pump is designed to provide high-efficiency performance. It features a three-phase induction motor with an ultra-low inertia allowing for higher speeds and delivering more power even at maximum load, translating into greater output and increased efficiency. In order to ensure reliable operation, this pump includes a humidity sensor that prevents run-dry conditions and monitors the condition of the motor and allows for automatic shutdown. EDWARDS IGX1000N is capable of running continuously in any orientation and is provided with a range of seals material suitable for use with a wide range of liquids. Its wide ports enable matched flow and pressure regulation, while its large foot pedestal allows for easy installation in tight locations. The adjustable radial bearings ensure low-tail vibration and reduce noise pollution. IGX1000N has been designed to guarantee maximum performance even in the toughest conditions. This pump features a built-in thermal and current overload protection which reduces the risk of overheating and burnouts. To make cleaning and maintenance easier, it includes an easily removable mounted cover and an end suction filter. It is also provided with metal guards that protect the motor and pump from debris. EDWARDS IGX1000N is a highly reliable and durable industrial pump that guarantees seamless and longer lasting performance. Its features, such as low-tail vibration, humidity sensor, adjustable radial bearings, and built-in thermal and current overload protection, ensure an optimal level of safety, reliability, and efficiency. This efficient system can be used for both temporary and permanent operations and is ideal for applications ranging from small buildings to large facilities.