Used BOC EDWARDS / SEIKO SEIKI iXH 500 H HV #9129259 for sale

BOC EDWARDS / SEIKO SEIKI iXH 500 H HV is a versatile, highly efficient, and user-friendly pump ideal for a variety of industrial applications. It is designed to deliver a superior performance, delivering smooth, efficient operation with an impressive, oversized, titanium-reinforced titanium rotor blades and vane housing. This pump has been developed to provide industrial-grade reliability and durability, specifically designed to withstand high temperature and pressure conditions while providing top-level performance. With a full range of performance parameters, BOC EDWARDS iXH 500 H HV offers extreme efficiency, superior pump life, and low maintenance requirements. SEIKO SEIKI iXH 500 H HV utilizes an innovative HV (High Vacuum) pump technology that operates on the concept of fluid dynamics and high vacuum. The device is powered by a three-phase, 200-250V AC motor that is encased in an ABS material, making it exceptionally durable. The static pressure capability is up to 1135 mbar (abs), and this pump can produce a maximum flow rate of up to 1600 l/min. IXH 500 H HV has been designed with a fully sealed inner chamber, complete with exceptional seals and bearings that ensure absolute protection against leakage. This feature prevents contaminants from entering the motor cavity and improves the overall lifespan of the pump. Additionally, the device has an excellent soundproof layer, which reduces both noise and vibration levels and gives an excellent finish to the unit. BOC EDWARDS / SEIKO SEIKI iXH 500 H HV has a wide range of features that make it ideal for industrial applications. It offers an adjustable speed dial, providing the user with the maximum flexibility to adjust the speed of operation to fit specific needs. Additionally, you can choose a "low-temperature" option, which is designed to help protect the pump head from extreme temperatures. BOC EDWARDS iXH 500 H HV is a highly reliable and user-friendly pump, that is extremely simple to install and use. The motor and rotor are strategically arranged to achieve optimum performance with minimal heat production and energy consumption. The design of the pump ensures a low overall cost of ownership and runs economically at all levels of energy consumption.