Used EDWARDS SCU-1600 #9259951 for sale

EDWARDS SCU-1600 is a dual stage vacuum pump designed specifically to meet the needs of customers seeking reliable and powerful vacuum pumps. This pump is ideally suited for a variety of applications, including industrial processes, medical processes, and research applications. This pump is designed to provide a consistent, reliable vacuum and features a wide range of features that make it easy to use and maintain. SCU-1600 features an adjustable, two-stage rotary vane design, creating a powerful but quiet vacuum. EDWARDS SCU-1600 is a maintenance free, oil-free peristaltic pump, with no lubrication or filtration required. This 1.68kW pump operates at a maximum pressure of 1150mbar and a maximum volume flow rate of 8L/s. It is also designed for a wide range of temperature ranges, from -15°C to + 40°C. The dual stage design of the pump allows it to efficiently handle both strong vacuum and moderate vacuum applications. SCU-1600 also features an adjustable, low vibration operation and has been specifically designed to create minimal vibrations, making it suitable for laboratory applications. The two-stage design of the pump also features protection shields to ensure that it is safe and secure during operation. Another key feature of this pump is its noise level of 55 dB(A) measured at 10cm from the pump, creating a very quite operating environment. Maintenance of EDWARDS SCU-1600 is quick and easy, with filter replacement only required after six months of use. The pump also has a sensor which will alert the user if the performance of the pump is decreasing, ensuring the pump is running at its optimum efficiency at all times. In addition, the pump is CE certified, ensuring complete safety and reliability. SCU-1600 is a highly reliable and powerful vacuum pump, designed specifically to meet the needs of a wide range of applications. It features a low noise level, adjustable two-stage design, maintenance-free operation, and a range of features designed to ensure that it operates efficiently at all times.