The new HiPace 30 Neo turbopump from Pfeiffer Vacuum is a vacuum pump for compact analysis systems and portable applications. Due to its high gas throughput and exceptional compression, it is suitable for light gases and has excellent critical backing pressure. The good balancing quality of the rotor, which runs at up to 1,500 revolutions per second, makes the vacuum pump ideal for vibration-sensitive applications.
Alexander Kreuter, Product Manager at Pfeiffer Vacuum: “As one of the leading suppliers of vacuum technology, we are proud to be able to present the smallest hybrid-bearing high-power turbopump on the market. It combines high performance with practicality. This small pump is particularly versatile in the area of analytics and is portable. And, with our patented Laser Balancing technology, it has the lowest vibration level on the market. This makes it perfect for applications that are sensitive to vibrations!”
The HiPace 30 Neo combines compactness, drive efficiency and intelligence. It thus makes a further contribution to the sustainability of the turbopump portfolio. For example, the more compact design and the associated material savings mean that a significant proportion of CO2 can be saved. Thanks to the use of intelligent sensor technology, the pump is always operated with the best possible energy input. Thanks to the intelligent control system, the pumps can be interconnected without great effort, i.e. upstream and turbo pumps interact with each other. In this way, a complex, IoT-capable vacuum system can be realized in just a few steps.
The pump is both compact and smart: With its special Pfeiffer Vacuum accessory interface, AccessLink, which recognizes accessories automatically, the system can be up and running quickly in just a few steps.
The HiPace 30 Neo incorporates a new high-performance lubricant, which guarantees safety and reliability with improved aging resistance, optimized lubrication behaviour and high temperature resistance. The HiPace 30 Neo pumps run maintenance-free for up to 5 years.
