Used EDWARDS iXH610 #9267115 for sale

EDWARDS iXH610 is a pump designed for high-vacuum applications such as vacuum drying, fermentation, and freeze drying. The pump is part of the iX series and uses an industry-leading combination of performance and reliability to process difficult and often corrosive materials. IXH610 has the highest ultimate pressure rating in the iX series and has a pumping speed range of 7.9 - 98 m3/h, making it ideal for larger applications and processes. The pump is robust and is constructed out of metal, coated steel, and composites. It is also leak-proof, which prevents contamination of the atmosphere. The pump has a robust engineered noise reduction equipment to keep noise levels at a minimum. All of the parts are made using a high quality stainless steel material, making them last longer and requiring less maintenance. EDWARDS iXH610 has a motor power output of 11kW and utilizes 100L/min of inlet gas flow. The motor is regulated with a Rotary Vane, which provides efficient and precise control of the motor speed. This helps ensure a steady and efficient flow of the pump material. The model is designed for use in hazardous or explosive environments and is ATEX certified for use in such areas. IXH610 pump system is designed for easy installation and quick set up, with access to all maintenance functions available from the front of the pump. It also has a built-in digital operating and diagnostic unit to provide information on the status of the pump, allowing operators to easily monitor and adjust the performance of the pump. The model is highly reliable and ensures a long and efficient working life, even in the most challenging of applications. It is specifically designed to achieve high pumping speeds and excellent ultimate pressure. It is also an energy efficient and economical choice as it requires no additional lubrication or maintenance and requires very little energy, thanks to its high efficiency drive machine. Overall, EDWARDS iXH610 is an excellent choice for large jobs and applications requiring a high vacuum. As it is energy efficient, easy to maintain and reliable, it should provide consistent performance with minimal effort.