Used VARIAN V 300HT #110217 for sale

VARIAN V 300HT
Manufacturer
VARIAN
Model
V 300HT
ID: 110217
Turbo Pump.
VARIAN V 300HT is a high pressure, high throughput multistage, helical suction, rotary pump driven by an electric motor. This pump is designed to deliver high flow rates with a wide range of pressure preferences and capabilities. VARIAN V300HT is constructed of stainless steel and brass, providing robustness and durability. The Helical Suction Rotor provides superior performance and flexibility over other designs due to its ability to withstand higher pressures without compromising throughput and flow rate. This pump features an adjustable speed range of 1,500 to 3,000 revolutions per minute, allowing flexibility to precisely match the required flow rates to each application. Inlet and outlet pressurized gauges allow monitoring of the pressure drop across the pump, ensuring optimal performance and reliability. The drive system of V 300HT consists of a single phase, 230-volt electric motor coupled to a threaded shaft which is affixed to the rotor. This direct system helps keep noise levels low and yields smooth operation with minimal vibration. The adjustable belt drive system also allows the operator to select the most appropriate speed for their application, further improving the pump's efficiency. V300HT is ideal for use in a variety of industrial and laboratory applications where high pressure and flow rate is essential. This pump is designed to provide low energy consumption and high energy efficiency, allowing for cost savings without sacrificing performance. In addition, the operating temperature range is from -40 degrees Celsius to +90 degrees Celsius, allowing for use in a variety of climates and applications. In conclusion, VARIAN V 300HT is an ideal high performance, high throughput pump for industrial and laboratory environments. It is constructed of robust materials, is easy to install, and features adjustable speed and pressure drop monitoring. This pump is reliable, efficient, and allows for optimal performance with minimal energy consumption.
There are no reviews yet