Pump Blade pump Centrifugal pump Single-stage pump, multi-stage pump; single suction pump, double suction pump; volute pump, sectional pump; vertical pump, horizontal pump; self-priming pump, submersible pump, submerged pump, high-speed pump; magnetic force Pump, shielded pump. Mixed flow pump Axial flow pump Whirlpool pump Tangential flow pump Volumetric pump Reciprocating pump (Piston type, plunger type) steam double acting (single cylinder, double cylinder), electric reciprocating type - single acting (single cylinder, double cylinder) Rotor pump Screw type (single, double, triple screw), gear type (internal gear, external gear), recirculating piston type (internal flow, external loop), sliding vane type, cam type, axial piston type, radial piston type Other types of pumps Jet pump, gas lift pump, water hammer pump, electromagnetic pump, water wheel pump, etc. Insulated Panels,Sip Building Panels,Fiber Cement Board Sips,Fiber Cement Board Sips Dalian Quacent New Building Materials Co.,Ltd. , https://www.quacenthomes.com
Second, the pump uses a lot of <br> <br> pump is a versatile machine, kind, highly versatile, it can be said in all sectors in the national economy, where there are liquid flow, there is a pump at work, in addition, the pump It has also been widely used in rocket fuel supply and boat propulsion.
Third, the classification of the pump
As an important general-purpose machine, the pump can be traced back to the 17th century BC. The chain pumps in Egypt and the water mills in China in the 1st century AD, after several thousand years of development, the pump technology has developed to a very high level. As many as 5,000 kinds of pumps are available, and there are 2,200 kinds of domestic pumps.
With so many pumps, professional divisions are classified according to the pump's working principle and characteristics.
Table 1: Classification of Pumps
The concept, use, and classification of pumps
A pump is the pump defined <br> <br> the prime mover mechanical energy into fluid energy machine. Pumps are used to increase the liquid's potential energy, pressure energy, or kinetic energy (high-speed liquid energy). It is usually the prime mover (motor, diesel engine) that drives the impeller through the pump shaft to rotate the liquid and work its energy to increase its energy, so that the required amount of liquid is transported from the suction tank to the required height or requirement via the pump's flow-through part. Place of stress.