LC high viscosity Roots oil pump working principle and performance characteristics
March 16 07:14:52, 2023
LC high viscosity Roots oil pump, sub-belt drive and gear reducer drive in two forms.This pump has: low speed, high efficiency, small size, large flow, low power consumption, self-absorption ability, without oil, use Convenient features. Can be widely used in transportation of petroleum and petroleum products (gasoline pump for copper leaf) and the factory to convey a variety of oils and liquids. Such as crude oil, paint, lubricants, glass plastic, oleic acid, toothpaste and light alkaline (soap processing) liquid; food processing can transport a variety of liquids such as soy milk, yeast, syrup and so on. Loading and unloading all kinds of tankers and tanker speed, high efficiency, easy to use, can be positive and negative work. LC high-viscosity Roots oil pump is based on the LC pump to solve the transmission of asphalt and condensate from the system, the pump housing or end cover plus insulation layer, the use of steam or heat transfer oil circulation pump chamber Insulation, which pump the continuous work and intermittent work, to provide convenient and good conditions. LC High viscosity Roots oil pump working principle and performance characteristics LC high viscosity Roots oil pump is essentially the same with the cam pump, but the rotor is Roots type. It can deliver liquids with viscosities of tens of thousands of centipoises. LC high viscosity Roots oil pump is mainly two rotors in the opposite direction of the rotor in the pump body, driven by a pair of synchronous gear. Rotor and cam pumps, both bifurcated, but also clover and leafy. There are many shapes. Rotors for LC High viscosity Roots pumps are intermeshing within the pump body but with clearance. The size of the gap depends mainly on the liquid viscosity. Over a certain viscosity range must be adjusted to increase the gap. Working principle of double lobe Roots pump and clover Roots pump. The principle is similar to a gear pump. When the rotor rotates, the liquid drains from the suction chamber to the discharge chamber along the casing wall of the pump body in a space formed with the pump body. When the shaft rotates one week, double leaf Roots pump suction, row two times, and clover Roots pump suction, row three times.