What is a Intermittent silo ash conveying pump? Introduction to the Working Principle of bin pump

Intermittent silo ash conveying pumpalso known as sending tank, pneumatic conveying pump or bin pump.，widely used in food service industry, Metallurgical industry, chemical lines, chemical lines, Metallurgical industry and other fields，the product looks atmospheric.，it has the functions of powder conveying, pneumatic transport, material handling, environmental protection and dust removal and pneumatic transport，is designed by hyde with advanced technology。The following is to introduce the Intermittent silo ash conveying pump:

1、Brief introduction of Intermittent silo ash conveying pump

Intermittent silo ash conveying pumpalso called bin pump, it is a kind of positive pressure pneumatic conveying equipment.，customizable。

Intermittent silo ash conveying pump

2、Intermittent silo ash conveying pump function

Intermittent silo ash conveying pumpmultifunctional, with functions such as powder conveying, particle transport, pneumatic ash conveying, material handling and pneumatic transport，is a common Intermittent silo ash conveying pump，The price is relatively low.。

Intermittent silo ash conveying pump

3、Intermittent silo ash conveying pump real beat

Exquisite design, advanced technology and complete sizes and models are available for customers to choose at will.。

Intermittent silo ash conveying pump

Note: All the pictures in this article were taken by hyde powder manufacturer.。

4、Advantages of Intermittent silo ash conveying pump principle

The Intermittent silo ash conveying pump has the following principles.

1. Feeding stage

The feed valve of the Intermittent silo ash conveying pump is opened, and the material enters the pump body of the Intermittent silo ash conveying pump under the action of gravity or other feeding devices. In this process, the pressure inside the pump body is basically the same as the external atmospheric pressure to ensure the smooth entry of materials.

2. Discharge stage

After the material is transported to the destination, it is discharged through the discharge valve. The destination can be a silo, a reaction kettle and other equipment for receiving materials. After discharging, the whole Intermittent silo ash conveying pump system can enter the next feeding-conveying-discharging cycle.

3. Conveying stage

When the material in the pump body reaches a certain amount, the feed valve is closed. Then, introduce compressed air into the pump body. The compressed air expands rapidly in the pump body, so that the material is fully mixed with the air, and the material is pushed along the conveying pipeline under the action of air pressure.

4. Feeding stage

The feed valve of the Intermittent silo ash conveying pump is opened, and the material enters the pump body of the Intermittent silo ash conveying pump under the action of gravity or other feeding devices. In this process, the pressure inside the pump body is basically the same as the external atmospheric pressure to ensure the smooth entry of materials.

5. Discharge stage

After the material is transported to the destination, it is discharged through the discharge valve. The destination can be a silo, a reaction kettle and other equipment for receiving materials. After discharging, the whole Intermittent silo ash conveying pump system can enter the next feeding-conveying-discharging cycle.

Intermittent silo ash conveying pump

5、Structural characteristics of Intermittent silo ash conveying pump

The Intermittent silo ash conveying pump has the following structure

1. level-sensing device

Used to detect the material level in the pump body. Common level gauges include capacitive level gauges and ultrasonic level gauges. Through the material level gauge, the feeding amount can be accurately controlled to avoid the situation that the pump body is too full or the material is insufficient.

2. Air intake device

Comprises an air inlet pipeline, an air inlet valve and other components. The air inlet pipe is used to introduce compressed air into the pump body, and the air inlet valve can control the flow and pressure of compressed air. The performance of air intake device directly affects the conveying speed and efficiency of materials.

3. Feed valve and discharge valve

The feed valve is used to control the material entering the pump body, and the discharge valve is used to control the material discharging from the pump body. These valves are usually ball valves, butterfly valves or gate valves, which require good sealing to prevent material leakage and gas leakage.

4. level-sensing device

Used to detect the material level in the pump body. Common level gauges include capacitive level gauges and ultrasonic level gauges. Through the material level gauge, the feeding amount can be accurately controlled to avoid the situation that the pump body is too full or the material is insufficient.

5. Feed valve and discharge valve

The feed valve is used to control the material entering the pump body, and the discharge valve is used to control the material discharging from the pump body. These valves are usually ball valves, butterfly valves or gate valves, which require good sealing to prevent material leakage and gas leakage.

Intermittent silo ash conveying pump

6、hyde company service

Perfect service: In order to improve the service quality and improve the service level, hyde powder has set up a sound quality management department and a professional after-sales service team, so as to be highly responsible for customers and avoid their worries in the use process.。

hyde

Intermittent silo ash conveying pumpIt has a wide range of uses, and is often used inparticle transport,material handling,environmental protection and dust removal,particle transport,pneumatic ash conveying and so on，it has been widely used in chemical lines, food service industry, Cement industry, grain processing, Building materials industry and other industries，in the course of work,When the material enters the pump body and is full, it is gasified to make the material form a fluidized state and smoothly enter the mixing chamber. At the same time, the compressed air is ejected at high speed through the jet nozzle and fully mixed with the fluid material. The high-speed airflow drives the material to pass through a specific pipeline, which converts the kinetic energy of compressed air into pressure energy, and at the same time, the air and the material are mixed again, so as to improve the speed of the material and make it move forward along the conveying pipeline, thus achieving the purpose of conveying powdery materials.。