Used EDWARDS iQDP80 #9103852 for sale

EDWARDS iQDP80 is a double-stage, water-cooled, oil-sealed rotary pump that is capable of achieving ultra-high vacuum (UHV) conditions. This pump features a brushless direct drive motor, a rear-located backing port and a foreline port, making it easy to integrate and operate. EDWARDS IQDP 80 incorporates a multi-stage pump system that is designed to operate efficiently, reliably and cost-effectively. It is capable of producing ultimate pressure as low as 1 x 10-5 mbar. This makes it suitable for applications such as electron microscopy, mass spectrometry and thin film coating. IQDP80 is equipped with an intelligent on-board controller, designed to optimize the pump performance and ensure a stable low-vacuum condition. This controller monitors and adjusts the motor speed to maintain a stable foreline pressure, temperature and gas flow rate. Additionally, the controller has a Self-Optimization algorithm, which adjusts the pressure and flow rate of the pump based on real-time operating conditions. IQDP 80 is designed for high reliability, featuring an 84l/s pumping speed and a 660W maximum motor power. It is rated for operation up to 250 degrees Celsius, meaning it is well-suited to applications requiring elevated temperatures. This pump also features vibration-reducing suspension with rubber holes, to improve the quality of the ultimate vacuum achievable. EDWARDS iQDP80 is also equipped with a series of safety features. It has an adjustable overload protection setting to prevent damage to the system, and an oil mist filter to increase filtration and reduce the emission of oil mist into the atmosphere. Finally, EDWARDS IQDP 80 is equipped with a sensor module to monitor the oil level and ensure that it does not fall below the set level. Overall, iQDP80 is an efficient, reliable and cost-effective water-cooled, oil-sealed rotary pump. It is capable of achieving a UHV condition and is rated for operation up to 250 degrees Celsius. This pump is equipped with an intelligent controller and a range of safety features, allowing it to be easily integrated and operated, while providing optimal performance and producing a stable low-vacuum condition.