Used EDWARDS iH1800 NRV #293625392 for sale

EDWARDS iH1800 NRV is a high-performance, non-relineable vacuum pump system ideal for industrial applications. The iH1800 has an 18 horsepower motor capable of pumping up to 225 cubic meters of air per minute, bringing it to a maximum pressure of 140 millibar absolute. It is equipped with an integrated, shallow oil reservoir designed to reduce the risk of oil spilling when the pump is moved or transported, making it a great choice for industrial applications which require constant relocation. The iH1800 features an advanced non-return valve, which ensures that liquids and solids can't backflow into the pump. This means that the pump is protected against sudden pressure surges and liquids, enhancing its efficiency and lifespan. To enhance its durability even further, the body is constructed from special materials which are designed to resist corrosion, ensuring it is fit for industrial use. IH1800 NRV also offers excellent energy efficiency. Its motor is designed to draw its power from an external power source rather than an independent gas generator, meaning that it can use a regulated power supply. This enhances its efficiency and reduces its emissions significantly, helping businesses to reduce their environmental impact. To further enhance ease of use, the iH1800 is equipped with an electronic controller. This allows the pump to be started or stopped automatically, or manually, depending on the needs of the application. It also features an automatic shut-off function, which will turn the pump off after a certain period of time if it isn't used. This helps to save energy and reduce wear and tear on the pump. Overall, EDWARDS iH1800 NRV is a great choice for any industrial application which requires a reliable, efficient vacuum pump system. Its advanced non-relineable valve enhances safety and its integrated shallow oil reservoir helps to prevent oil spills, while its advanced materials construction ensures that the pump is durable and resistant to corrosion. Its excellent energy efficiency and its ability to be controlled electronically make it an excellent choice for a wide range of applications.