Used BOC EDWARDS STP-A1303CV #293628009 for sale

BOC EDWARDS STP-A1303CV dry scroll pump is a world-class piece of precision engineering designed to help achieve the most extraordinary levels of vacuum pressure. This pump can achieve pressures down to 10-3 Torr, with a pumping speed of 129 litres per second. It features a single, oil-free scroll set made from carbon fibre, making it one of the most reliable and efficient pumps on the market. It is incredibly quiet, emitting a mere 70 dB(A) when running at atmospheric pressure, and only 60 dB(A) when running at deep vacuum. The heavy-duty construction and lubricant-free, non-contact scroll design make it ideal for use in harsh operating conditions or environments. It is designed to be both vibration and noise-free, meaning it can reach exceptional levels of low-pressure operation without compromising on sound. The front end comprises of an eight bolt and eight miniature injection nozzle, plus an elastomer O-ring to create a seal on the vacuum side of the pump. This enables it to achieve high levels of compression and helps to maintain a clean, leak-free environment. It also boasts a self-contained gas ballast valve, which gives it a much higher tolerance to reactive gases than other pumps. STP-A1303CV is a durable and reliable pump which has been designed to ensure optimal levels of performance. It features an external cooling fan and thermal cut-off switch built into the pump casing, a patented gas ballast valve, and advanced cryogenic trap technology. The advanced cryogenic trap technology has been implemented to enable the continuous capture of gases such as hydrogen and oxygen. Furthermore, the precise oil control features inherent within this pump enable it to retain a perfect balance of oil within the scroll, thus avoiding oil vapour build up. Overall, this is a rugged and well-built single scroll pump capable of producing outstanding levels of low-pressure operation. Its precise, leak-free construction and sophisticated temperature regulation system makes it ideal for precise, controlled applications which require precise pressures to be achieved. It is also an efficient and cost-effective solution for many industrial and medical applications.