Used CTI-CRYOGENICS OB-10 #9026969 for sale

CTI-CRYOGENICS OB-10 Pump is a highly efficient and reliable device, designed for industrial applications that require extreme low temperatures. It is equipped with sealed internal components and an IP55-rated motor, making it suitable for use in a variety of hazardous environments. CTI-CRYOGENICS OB 10 Pump is capable of pumping liquids at temperatures below -320°F, making it suitable for a number of cryogenic applications, such as helium, liquid nitrogen, and even liquid hydrogen. It is integrated with a high capacity and near-zero atmospheric pressure, allowing it to easily transfer cryogens from high-pressure tanks. Its high suction pressure and exceptional control capability ensures easy operation, even in most challenging industrial applications. OB-10 Pump is known for its durability, as its components are designed with high precision for superior operation. Its patented shaft and bearing design ensures low maintenance cycles, with minimal wear and tear. The simple and compact design of the pump makes it easy to install and operate. The pump is also capable of running without any external heat dissipation, as its internal components are designed for up to 80% efficiency and minimal heat dissipation. The control system of OB 10 Pump is fully integrated with real-time monitoring and control of pressure, temperature, speed, and volumetric flow, allowing for maximum pump performance. The high-quality components incorporated in the pump allow for rapid response times, enabling it to remain responsive to any changes in the environment. CTI-CRYOGENICS OB-10 Pump is capable of delivering cryogenic liquids at a wide range of flow rates and pressures, ranging from 1 to 20,000 lpm. Its ability to run automatically with a wide range of adjustable parameters make it an outstanding choice for any industrial cryogenic applications. As a result, CTI-CRYOGENICS OB 10 Pump stands out from other pumps in the market due to its highly efficient operation, durable components, and its ability to run in extreme low temperatures. Its ability to run without any external heat dissipation and provide real-time monitoring and control allow it to deliver superior performance and efficiency.