Used EDWARDS iQDP80 #293644604 for sale

EDWARDS iQDP80 is a vacuum pump designed to evacuate systems such as those used in large-scale research and development projects. It has a robust design and uses a combination of molecular drag, oil-sealed, and oil-free designs to generate vacuum up to 0.010 mbar. EDWARDS IQDP 80 pump is designed for long-term operations, offering ultimate pressure stability, fast pumpdown and recovery times and high reliability. This allows users to perform extended experiments without having to stop and re-pump the vacuum system. The pump is also quiet, so it doesn't interfere with the experiment. IQDP80 includes several features that make it a reliable and durable choice for a variety of applications. The molecular-drag pump section includes an air-cooled titanium diffusion pump with a vacuum chamber that allows liquefied gases to expand and become a vapor, which is then drawn into the exhaust port and exhausted. The oil-sealed rotary-vane pump is sealed so that oil does not need to be constantly refilled, making it incredibly efficient. Additionally, the oil-free scroll pump offers a low maintenance solution for processes where oil may come into contact with the product or interfere with the system components. IQDP 80 also has an impressive vacuum performance. It is capable of reaching pressures as low as 0.010 mbar and has a pumping speed of 108 l/s. It also has an accurate, digital totation-speed control which can be adjusted depending on the desired pressure and the process requirements. EDWARDS iQDP80 is easy to install and requires minimal setup. This makes it an excellent choice for a variety of experiments and applications. The pump is also easy to transport and maintain, and it has a wide range of accessories, including gas ballast, diffusion pump coolers, and oil mist eliminators. Overall, EDWARDS IQDP 80 is an ideal choice for a range of applications that require a reliable and efficient vacuum pump. It offers long-term performance and low maintenance, allowing users to conduct experiments with minimal disruptions. It also offers impressive performance, enabling it to reach vacuum pressures from 0.010 mbar and higher, while providing ultimate pressure stability and fast pumpdown and recovery times.