Roots heat pump description

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, strong self-priming ability, no need to use oil, use Convenience and other features. It can be widely used in the transportation of petroleum and petroleum products (gas exchangeable copper pump leaf) and factories to transport various oils and liquids. Such as crude oil, paint, lubricants, glass glue, grease acid, toothpaste and light alkaline (soap processing) liquid, etc.;
LCW high-viscosity Roots oil pump is based on the LC type pump to solve the transportation of asphalt and condensate oil reformed, in the pump shell surface or end cover plus insulation layer, the use of steam or thermal oil circulation on the pump studio Insulation provides convenient and good conditions for the continuous operation and intermittent operation of the pump.
Roots pump consists of pump body, pump cover, shaft, gear, rotor, packing, gland and other components. The pump has two forms of belt drive and gear reducer drive, which can be reversed, and the shaft is equipped with skeletons at both ends. Oil-resistant seal with oil return device in the middle to prevent air intake or oil leakage.
Explanation:
1. For the pump with the flow rate over 18 m3/h, the heat-retaining jacket can be added. When ordering, add “W” to the model, such as LCAW50/0.6.
2. The impeller of various models of pumps can be made of copper. When ordering, add “T” to the model, such as LCAT50/0.6; if not add T, it is a normal material.
3. When the temperature exceeds 120°C, please specify the medium temperature when ordering.
Roots pump features:
Larger pumping speeds over a wider range of pressures;
Start quickly and work immediately;
Insensitive to the dust and water vapor contained in the exhausted gas;
The rotor does not have to be lubricated and there is no oil in the pump chamber;
Low vibration, better rotor dynamic balance conditions, no exhaust valve;
Low drive power, small mechanical friction loss;
Compact structure, small footprint;
Operation and maintenance costs are low.