Used LEYBOLD HERAEUS MAG W 1300C #147551 for sale

LEYBOLD HERAEUS MAG W 1300C is an extremely reliable and robust pump designed for a wide range of demanding industrial applications. It is designed with a powerful and quiet variable speed motor, offering excellent performance and versatility. Its solid construction ensures reliable operation even in rough conditions. LEYBOLD HERAEUS MAGW 1300C is a robust and reliable two-stage rotary vane pump, making it ideal for use in industrial processes with high pumping speed requirements. It features a power-efficient variable speed motor and low-noise operation while providing accurate, repeatable results. This pump is capable of achieving high pumping speeds up to 1300 m³/h, making it suitable for a variety of industrial applications. MAG W 1300C features a corrosion-resistant stainless steel construction and a replaceable inlet filter that encourages operational reliability by protecting against damaging contaminants. The pump includes an integrated vapor separation system to keep lubricants, impurities, and other contaminants away from the pumping chamber and to reduce system downtime. MAGW 1300C is designed to be functional, efficient, and safe. It operates without the need for external coolant, making it suitable for any work environment. It also features a low-vibration design to minimize the noise levels associated with operation, even at the highest pumping speeds. LEYBOLD HERAEUS MAG W 1300C is ideal for a wide range of applications requiring large pumping volumes. Its advanced technology allows for archiving of pumping data, ensuring full compliance with specific process requirements. This pump has also been designed to be self-managed, eliminating the need for intensive technical support. Overall, LEYBOLD HERAEUS MAGW 1300C is an energy-efficient and reliable pump, capable of delivering consistent results in a variety of industrial applications. Its low-maintenance design ensures reliable operation and low maintenance costs, an ideal choice for busy industrial processes.