Mortar progressive cavity pump is a common building construction equipment that can be used to convey a variety of abrasive, slurry-like building materials.
This article will provide an in-depth analysis of the principle of mortar screw pump, and derive some related content-rich articles.
A mortar progressive cavity pump is a kind of equipment that uses the working principle of a screw for material transportation.
It is composed of an electric motor, a reducer, a hydraulic system, a screw device, and other parts.
Below, we'll take a closer look at how these sections work.
1.Motor: The motor is the power source of the mortar screw pump, which drives the screw to work by connecting the reducer.
The electric motor is regulated by the transmission to control the speed of the screw and the amount of material to be conveyed.
2.Reducer: The reducer reduces the high-speed rotational torque output by the motor and converts it into low-speed and high-torque suitable for screw conveying.
The reducer is able to provide enough torque for the screw to work properly.
3.Hydraulic system: The hydraulic system is an important part of the mortar progressive cavity pump, which regulates the forward and backward of the screw and the flow rate of the material by controlling the pressure.
The hydraulic pump is responsible for feeding the hydraulic oil into the system, and the cylinder drives the forward and reverse movement of the screw through hydraulic action.
4.Screw device: The screw device is the core part of the mortar screw pump, which is composed of one or more spiral screws.
During the working process, the screw pushes the mortar from the inlet to the discharge port by rotating, and the continuous conveying of the mortar is realized.
The diameter, pitch and speed of the screw can be adjusted according to the nature of the material and the needs of the construction.
The working principle of the mortar progressive cavity pump is as follows: mortar or other slurry material is put into the inlet, and the screw pushes it from the inlet to the outlet by rotating, and new materials are constantly entering from the inlet.
This cycle repeats itself and allows for continuous material transport.
The hydraulic system controls the direction and speed of the screw to achieve forward movement and reverse discharge, so that the mortar can be delivered to the target position without errors.
In addition to the above principles, there are some other features and applications of mortar progressive cavity pumps.
For example, it has the characteristics of simple structure, convenient operation, small error, etc., and is suitable for the construction environment of various construction sites.
It can be used to transport mortar, mortar concrete, refractory materials, etc. in building construction, which improves construction efficiency and quality.
Mortar screw pumps are also widely used in the maintenance and maintenance of bridges, tunnels, subways and other projects, providing convenience for engineering construction.
In general, a mortar progressive cavity pump is a device that utilizes the working principle of a screw for material transfer.
The continuous conveyance of the mortar is achieved through the coordinated work of the electric motor, reducer, hydraulic system and screw unit.
The mortar screw pump has the characteristics of simple structure and easy operation, and is widely used in building construction, which improves the efficiency and quality of engineering construction.
Its emergence has brought a lot of convenience to the construction industry and promoted the rapid development of the construction industry.