Used HITACHI CuteVac VR16K #9109329 for sale

HITACHI CuteVac VR16K is a vacuum pump designed to be used in laboratory environments where precise vacuum control is required. The pump has a double-stage design, meaning it has two stages of pressure control, allowing maximum efficiency of the vacuum production process. It also comes with a convenient LED display for easy operation and monitoring of the pump's performance. Additionally, the pump features a low noise level of just 69 dB, so it can be used without worrying about disturbing laboratory occupants, and with a high-quality oil-sealed construction, it offers reliable operation for long periods of time. The main power source used by CuteVac VR16K is AC100V to 240V and its operating temperature range is 0 to 40 degrees Celsius. This vacuum pump has a maximum pressure capacity of up to 150mbar, which is more than enough for most laboratory and industrial applications. Additionally, the pump is equipped with an overload protection system to protect it against over-heating and excessive current as well as an intermittent duty to enhance the performance. Furthermore, this product includes a port for attaching a vacuum hose for added convenience. HITACHI CuteVac VR16K also includes a wide range of features for easy operation and maintenance. It comes with an easy-to-read pressure gauge, so users can monitor the pressure of the vacuum and adjust it as needed. The pump also includes a filter-like construction that ensures lubrication fluid remains in the pump even when the vacuum is off, making regular maintenance easier. Also, the inlet port is large enough to accommodate most connections, including those for suction and evacuation. Overall, CuteVac VR16K is an ideal vacuum pump for use in laboratory and industrial environments. It is easy to operate, maintain, and with its powerful double-stage design, it can produce a powerful precision vacuum. Additionally, its low noise level and durable construction make this product ideal for long hours and hours of reliable operation.