Used EDWARDS iH600 MK5 380 #9216940 for sale

EDWARDS iH600 MK5 380 is a top-of-the-line rotary vane pump capable of reliable and long-term performance with excellent vacuum performance across a wide range of pressures. The advanced design of the pump offers a wide operating range suitable for a variety of applications. It provides a variable-speed motor for efficient operation and speed control. The single stage direct drive motor is further enhanced by a specially designed emission-free belt drive, enabling the motor to operate quietly and efficiently. The robust cast iron construction is machined to precise tolerances and provides for enhanced performance and stability. The inlet chamber of iH600 MK5 380 is sized for the pump, allowing for increased efficiency and ultimate vacuum performance. The intake and exhaust valves are made from solid stainless steel for corrosion resistance and durability. EDWARDS iH600 MK5 380 features a compact design, enabling it to fit into tight spaces with ease. Its lightweight construction also makes it an ideal choice for remote installations where portability is an issue. The pump is also designed to enable easy maintenance, with an oil change window and internal components that can be accessed from the front without the need to take the pump apart. In terms of vacuum performance, iH600 MK5 380 can achieve ultimate pressures as low as 8x10-3 mbar. This performance is enhanced by a cooling fan system designed to reduce motor temperature during operation and keep the vacuum safety cut-off active over the entire operating range. The high-efficiency pumping speed is capable of reaching up to 4 meter3/hr. Overall, EDWARDS iH600 MK5 380 provides a powerful, reliable and energy-efficient solution for vacuum applications requiring variable speed. Its advanced design and robust construction ensures superior performance, with excellent ultimate vacuum performance and efficient energy consumption. It is also designed for easy maintenance and is a lightweight solution for a wide range of applications.