Used SHIMADZU FCV-9AL #9108886 for sale

SHIMADZU FCV-9AL is a high-end semi-automatic valve actuator, designed for use in a variety of laboratory environments. It is designed to be used in conjunction with SHIMADZU FCV series flow controllers and SHIMADZU FCV series valves. FCV-9AL is a single-channel valve actuator, consisting of a stepper motor controller and a linear actuator. The stepper motor controller is capable of driving the actuator at speeds ranging from 0.01-200 mm/sec. The actuator is designed to be durable, with a body made of anodized aluminum and stainless steel components. It features a power supply of 24V DC, eliminating the need for noisy and hot air compressors. SHIMADZU FCV-9AL has a drift control system, which helps to ensure that the actuator responds quickly and smoothly to changes in current output, as well as a monitoring port to facilitate system maintenance. The actuator is designed with a variety of safety features, including an interlock switch, a power switch and a safety switch. It is equipped with a user-friendly interface, allowing the user to quickly and easily adjust the position of the valve. Additionally, it features options for both manual and automatic mode, allowing the user to conveniently switch between the two. FCV-9AL is designed to be reliable and durable, and is well suited for use in laboratories with frequent sample changes. It is compatible with a variety of high-end flow controllers and valves, and is suitable for many types of laboratory experiments. It features excellent accuracy, with a maximum resolution of 0.036 mm. It is also designed to withstand a wide range of temperatures, up to 80°C. In summary, SHIMADZU FCV-9AL is a high-end semi-automatic valve actuator designed for use in laboratory environments. It features a durable anodized aluminum and stainless steel frame, an ergonomic interface, and options for both manual and automatic modes. It also comes equipped with a variety of safety features and is compatible with a wide range of flow controllers and valves. Its excellent accuracy and its high temperature tolerance make it an excellent choice for laboratory experiments.