Used LEYBOLD HERAEUS MAC 400 / 410 MCT #9118127 for sale

LEYBOLD HERAEUS MAC 400 / 410 MCT pump is an advanced oil-free dry rotary vane pump that is designed to provide unparalleled levels of performance for the most demanding vacuum applications. With its innovative design and use of high-quality components, MAC 400 / 410 MCT provides excellent reliability, versatility and ease of use while also delivering maximum performance. The pump is equipped with an internal pumping chamber made of hardened Reynolds steel for enhanced durability. The rotating vane design utilises specially designed air fins for improved pumping performance. The vanes are held in place by a positive spring-operated pressure system to ensure tight, yet flexible contact. The pump also features a wear resistant spring steel rotor assembly, an aluminum inner cylinder, and an electrostatic screen to ensure that no contaminants enter the pumping chamber. LEYBOLD HERAEUS MAC 400 / 410 MCT has a powerful and quiet aircooled motor that is able to reach operating speeds of up to 3000 rpm. It also has an integrated electronic controller that provides user-friendly interface for controlling the pump and monitoring its operation. This includes the ability to adjust the speed, temperature and current protection settings. The controller supports connections to external devices such as gauges, vacuum meters and switches as well as offering remote control capabilities. The pump has an adjustable integrated gas ballast valve that allows the user to control the amount of backing pressure and contamination levels. The valve also helps to reduce the vibration levels the pump generates. It is also designed to reduce maintenance requirements, as the wear parts are easily accessible and can be quickly replaced. MAC 400 / 410 MCT is a reliable and efficient pump that can be used for a wide variety of vacuum applications. It provides excellent performance, versatility, ease of use, and maximum reliability, making it the perfect choice for demanding applications and processes that require maximum efficiency and performance.