Used EDWARDS E2M0.7 #9291334 for sale

EDWARDS E2M0.7 is an oil sealed vacuum pump designed to deliver a reliable and efficient performance in many applications. This single-stage, oil sealed, direct drive rotary vane pump has a maximum pumping speed of 0.7 m3/h and is ideal for quick and effective evacuation or compression of process gases. The mechanical design of this pump ensures long-term durability and reliability for continuous duty operations, while the mechanical seals on the motor provide complete protection against leakage and internal contamination. The pump remains cool and efficient in operation due to a minimum of moving parts that are precisely balanced during assembly and by an advanced port design. The E2M0.7 also features a quenching system with a unique backstreaming prevention feature. This ensures the pump is always operating within its designed working limits and prevents seal failure due to thermal shock. The E2M0.7 includes several other features that make it reliable and efficient for many different applications. Its pre-motor seals on the motor shaft and all interior parts are made with materials that are resistant to the corrosive effects of most gas and liquids, while the air intake filter ensures the pump remains clean and prevents its housing from becoming contaminated. Additionally, a pressure control valve allow the user to adjust input and output pressure levels, while a condensate trap prevents damage to the interior seals and parts caused by accumulated moisture. The E2M0.7 is also engineered to meet standards set forth by various organizations, including ISO 9001 Quality Management System and CE Marking for Low Voltage Directive. This ensures the pump meets safety and efficiency standards so that it can be used in hazardous applications. Overall, EDWARDS E2M0.7 is a reliable and efficient vacuum pump that is designed to provide users with a durable and reliable performance in many applications. Its combination of features make it a suitable choice for numerous procedures, and its adherence to quality assurance standards allow it to be used in hazardous environments.