Used EDWARDS STP-iXR1606 #293822917 for sale

EDWARDS STP-iXR1606 pump is a robust and reliable rotary vane pump designed for industrial applications requiring a constant high vacuum. Its robust design is perfect for continuous operation even in difficult environments. It is supplied standard with a long-life sealed motor for efficient, trouble-free operation with no out-gassing. The inlet and exhaust ports are located on the side of the pump for easy connection with vacuum lines. STP-iXR1606 operates with low vibration levels and features a single-stage, in-line design that allows for easy installation. The bearings are lubricated with mineral oil for long life and the gears and fan are press-fitted with hardened washers for increased durability. The pump is engineered to provide superior performance with an air-flow rate of up to 16.6 m3/h and a ultimate pressure of 7.5 x 10-4 mbar. EDWARDS STP-iXR1606 offers excellent control and performance, which is made possible through a combination of sophisticated motor control, advanced valve mechanism and the latest protective features. The motor is equipped with an integrated EMC filter for enhanced EMI/RFI protection and is designed to operate on a range of single phase voltages from 208 to 240 V AC with a frequency range from 47 to 63 Hz. It also features slow start/stop ramping of the motor speed to allow for smooth system start up and shut down. STP-iXR1606 is supplied with a wide selection of accessories for ease of system integration. These include pipe connectors, air inlet and exhaust filter elements, vacuum relief valves, and a range of inlet and exhaust connections. This makes it ideal for applications such as semiconductor manufacturing, vacuum coating, basic research, laboratory use, metal refinement and other industrial processes. EDWARDS STP-iXR1606 is an excellent choice for those who need a reliable, long life and high performance pump. Its robust design and range of accessories make it the perfect choice for a wide range of industrial, laboratory and research applications.