Used ALCATEL / ADIXEN / PFEIFFER Pascal 2015 SD #9351950 for sale

ALCATEL / ADIXEN / PFEIFFER Pascal 2015 SD is a powerful turbomolecular pump designed for efficient and reliable pumping in a variety of applications. It is a positive displacement pump designed to generate high vacuum levels quickly and easily. ADIXEN Pascal 2015 SD is capable of generating vacuum down to 1x10-11 mbar due to its use of dry compression stages, allowing it to operate in harsher conditions such as baking, backstreaming, and agglomeration. The pump features a mechanically sealed rotor chamber, and a silencing chamber that serves to reduce noise output. The pump can operate in a variety of temperatures, making it versatile and safe to use in a variety of industries and applications. ALCATEL Pascal 2015 SD features a highly efficient double-stage compression rotor and a two-stage roughing mechanism, making it capable of rapidly reaching high levels of vacuum and maintaining them. It also has a rotary valve that ensures low maintenance and helps minimize contamination inside the pump chamber. The 2015 SD also has integrated shields and permanent magnet roller bearings, which reduce friction and extend the life of the entire component. This ensures longer life and more reliable operation, with lower maintenance costs. The 2015 SD is designed for easy integration into any system, and offers a wide range of connection options. It can be connected to an external pressure regulator, or electronically controlled with analog signals. It is also equipped with a monitoring system that provides a continuous flow rate and history of recent operations. The modular design of the 2015 SD allows for quick and easy maintenance and minimizes downtime. Overall, PFEIFFER Pascal 2015 SD is an excellent choice for achieving high vacuum levels in a wide variety of applications. It offers reliable performance, easy integration, and low noise levels. It also provides a wide range of connection options and monitoring capabilities, making maintenance simple and efficient.