Used EDWARDS iH1800 MK5 #293807705 for sale

EDWARDS iH1800 MK5 is an industrial grade twin head vacuum pump ideal for applications requiring high performance transfer of air and light gases. This twin-head model offers a wide range of options to meet the needs of any production line. The MK5 series is a robust and reliable piece of engineering designed for maximum reliability and durability in the toughest of conditions. IH1800 MK5 utilizes two diaphragm-style heads for simultaneous pumping action. The independent heads are connected to a central control panel, making it easy to operate and monitor the pumping process. EDWARDS iH1800 MK5 has a maximum power consumption of 810 watts and can reach a maximum flow rate of 180 m3/h. The vacuum rating is 403mbar (41.3kpa). The unit's vacuum relief valve is adjustable up to -83mbar, with a maximum differential pressure being 140 mbar in total. IH1800 MK5 is composed of robust materials fitted to enable long-term reliability. EDWARDS iH1800 MK5 uses a sealed-for-life sleeve bearing equipment that provides excellent reliability due to a contact-free design, ensuring long service life. It is engineered with sound-absorbing material, rubber mounts and enclosed head compartment making iH1800 MK5 one of the quietest vacuum pumps in its class. EDWARDS iH1800 MK5 includes a maintenance-free generator package, which provides a clean electrical system for reliable service life. IH1800 MK5 is also fitted with an integrated filtration unit that removes liquid and particles from the machine, creating cleaner air from the pump to the environment. Engineers can access the tool and operate on the maintenance-free generator to ensure optimum performance. EDWARDS iH1800 MK5 offers all the features you require for industrial-grade, heavy-duty work. Its robust construction and reliable operation mean your treatments will be conducted with superior accuracy, and you can feel confident in its performance. IH1800 MK5 is suitable for many industrial applications, and has been tested to provide users with a reliable and safe performance, ensuring maximum uptime and critical performance requirements in harsh environments.