Used LEYBOLD HERAEUS MAG 400 #293628702 for sale

LEYBOLD HERAEUS MAG 400 is a dry-running mechanical rotary vane pump for pumping air and nearly all other gases. It utilizes a two-lobed rotor that is specifically designed to create two working chambers within the pump housing. This process is called the re-expansion technology, which can be used to obtain optimum efficiency. MAG 400 is equipped with an integrated electrical motor that is thermally and mechanically decoupled from the pump housing using an integrated coupling. This decoupling allows the pump to operate stably and remain in good condition even during continuous periods of operation. LEYBOLD HERAEUS MAG 400 has a maximum pumping speed of 83 m3/h and a maximum vacuum of 1.5 mbar. Furthermore, it is corrosion resistant due to its material and coating, and is thermal shock resistant due to the antifrictional bearing design. It is also highly efficient, with its power consumption being considerably smaller than other pumps. MAG 400 also uses a play-free magnetic coupling to achieve zero leakage. This is because the two magnetized pump rotors are in mutual contact with each other, causing rotation and pumping action. This design eliminates the need for bearing lubrication and reduces the need for maintenance, making it an ideal option for continuous operations. LEYBOLD HERAEUS MAG 400 is designed to be highly adaptable and easy to maintain. It is designed with an interchangeable end-suction and end-discharge configurations and features a quick-connect port for easy dismantling and maintenance. In addition, the pump comes with additional seals, flanges, and covers that can be used to adapt the pump to different applications. All in all, the Lembold Heraeus MAG 400 is a highly efficient, reliable and durable mechanical rotary vane pump that can be used in a variety of applications. With its low power consumption, zero leakage and excellent adaptability, it is an ideal choice for industrial applications that require a reliable and effective pumping solution.