Used BOC EDWARDS / SEIKO SEIKI STP-A3503WV3 #9170759 for sale

BOC EDWARDS / SEIKO SEIKI STP-A3503WV3 is an advanced rotary vane pump designed for a variety of industrial and medical applications. It features an efficient, low-vacuum, dry-run-resistant design and is suitable for applications such as purging, venting, vacuum blanching, degassing and static evacuation. BOC EDWARDS STP-A3503WV3 pump is rotary vane in design, and features a continuous, mechanical drive equipment. It also features an innovative air jacketed bearing design which reduces heat transfer, making maintenance easier and reducing the need for frequent oil changes. The drive system also offers an adjustable rotational speed which is simple to set, allowing for better optimization and improved efficiency. SEIKO SEIKI STP-A3503WV3 is equipped with advanced sealing technology, featuring a ceramic seal which ensures a tight vacuum and prevents contamination from entering the unit. The ceramic seal is also highly durable, reducing the need for frequent seal replacements. STP-A3503WV3 also features an efficient, low-vacuum, self-compensating design which prevents cavitation, increases efficiency and prevents dry running. BOC EDWARDS / SEIKO SEIKI STP-A3503WV3 also offers a unique lubrication machine which self-lubricates the rotor, optimizing efficiency and reducing wear. Additionally, the oil filter is designed to easily capture and remove any contaminants, ensuring optimal performance. The pump is also designed with a noise-reducing muffler, helping to keep the pump quiet and further protecting against tool contamination. Overall, BOC EDWARDS STP-A3503WV3 is an advanced rotary vane pump designed for a variety of industrial and medical applications. It features an efficient, low-vacuum, dry-run-resistant design and uses advanced sealing technology, as well as a unique lubrication asset and noise-reducing muffler to ensure optimal performance. SEIKO SEIKI STP-A3503WV3 is an ideal choice for applications such as purging, venting, vacuum blanching, degassing and static evacuation.