Introduction to Wear resistant feeder, Feeder specifications, model parameters

Wear resistant feederis an important part of a material handling system.，at work,The motor reducer drives the impeller to rotate in the cylindrical casing. Materials fall from the upper hopper and are filled in the spaces between the impellers. With the rotation of the impellers, the materials are transported to the lower part and discharged. At the same time, the exhaust port exhausts the high-pressure gas generated by the rotation of the impeller, which reduces the phenomenon of gas ejection and ensures the continuity and stability of material transportation.，is a kind of high quality and low price Wear resistant feeder，The price is relatively low.，reliable quality。

1、Brief introduction of Wear resistant feeder

Wear resistant feederis the main equipment for dust removal equipment, ash discharge, air supply and other equipment feeding.。

Wear resistant feeder

2、Introduction of advantages of Wear resistant feeder

Wear resistant feeders have the following advantages.

1. Compact structure and beautiful appearance.

The Wear resistant feeder adopts the principle of planetary rotation, and the input and output shafts are on the same axis, with compact structure, small volume and light weight.

2. High sealing property

The design of special sealing structure enables the Wear resistant feeder to maintain high sealing performance during transportation, reduce material leakage and improve transportation efficiency.

3. Anti-leakage design

The bearing and gear box are far away from the valve body to avoid the influence of high temperature dust. At the same time, the front and rear end covers have good sealing performance, which effectively prevents dust from leaking out and prolongs the service life of moving parts and lubrication systems.

4. Good sealing performance

Excellent sealing structure, preventing dust from leaking out and prolonging the service life of motor parts and lubrication system.

5. Flexible adjustment

Some Wear resistant feeders are equipped with variable frequency governors, which can adjust the rotating speed of the impeller according to the actual demand, thus flexibly controlling the conveying quantity of materials.

Wear resistant feeder

3、Structural characteristics of Wear resistant feeder

The Wear resistant feeder structure is introduced as follows:

1. Motor and transmission device

The motor provides power for the Wear resistant feeder, and the power is transmitted to the impeller through transmission devices (such as gears and sprockets) to make it rotate. The transmission device shall be designed to ensure smooth and reliable power transmission.

2. Equalizing exhaust port

The side of the Wear resistant feeder body is provided with a pressure equalizing exhaust port, which can exhaust the high-pressure gas brought by the rotation of the impeller, reduce the phenomenon of gas ejection, and facilitate the smooth falling of materials.

3. sealing element

Seals are used to ensure the sealing performance of the Wear resistant feeder in the working process and prevent material leakage and gas backflow. High-quality seals can improve the working efficiency and service life of equipment.

4. impeller

Impeller is the key part of the Wear resistant feeder to realize material transportation. Its structural design is reasonable, which can ensure the uniform distribution of materials in the spaces between the impellers and be transported smoothly with the rotation of the impellers.

5. Rotor and shell

The rotor is the core component of the Wear resistant feeder, and usually consists of several blades, which rotate in the cylindrical casing. Materials fall from the upper hopper and are filled in the spaces between the blades. With the rotation of the impeller, they are transported to the lower part and discharged from the shell to protect the internal mechanism and seal, and prevent the leakage of materials and the entry of external impurities.

Wear resistant feeder

4、Wear resistant feeder advantage

The advantages of Wear resistant feeder are as follows:

1. Smooth operation and low noise.

Uniform and stable feeding process, stable discharging operation, low noise, few faults and long service life.

2. Compact and beautiful

By adopting the principle of planetary rotation, the input and output shafts of the Wear resistant feeder are on the same axis and directly connected with the motor, which makes the whole structure compact, beautiful and novel in shape, small in size and light in weight.

3. High wear resistance

Impeller, bushing and other key components are made of high-quality wear-resistant materials, which can withstand the friction and wear during material transportation and prolong the service life of the equipment.

4. Multi-material handling

It is suitable for conveying powdery and granular materials and can meet the processing requirements of different materials.

5. Easy maintenance

The structural design of the Wear resistant feeder makes its maintenance relatively simple, and it is easy to carry out daily inspection and troubleshooting.

Wear resistant feeder

5、Wear resistant feeder application

Wear resistant feederMainly used forprevent gas or dust leakage,continuously and uniformly feed or discharge.,equipment feeding,continuously and uniformly feed or discharge. andmaterial handling，Structure consists of protective devices (such as sprockets, sprocket covers, etc.), sealing element, impeller, vent, motor and transmission device and so on，This Wear resistant feederThe overall structural design is relatively simple and compact.，mainly used for dust removal equipment, dust discharge, air supply and other equipment feeding process.，the product looks beautiful.，has been favored by more and more customers.。

Wear resistant feeder

6、Wear resistant feeder structure composition

The Wear resistant feeder has the following structure

1. Rotor and shell

The rotor is the core component of the Wear resistant feeder, and usually consists of several blades, which rotate in the cylindrical casing. Materials fall from the upper hopper and are filled in the spaces between the blades. With the rotation of the impeller, they are transported to the lower part and discharged from the shell to protect the internal mechanism and seal, and prevent the leakage of materials and the entry of external impurities.

2. Equalizing exhaust port

The side of the Wear resistant feeder body is provided with a pressure equalizing exhaust port, which can exhaust the high-pressure gas brought by the rotation of the impeller, reduce the phenomenon of gas ejection, and facilitate the smooth falling of materials.

3. sealing element

Seals are used to ensure the sealing performance of the Wear resistant feeder in the working process and prevent material leakage and gas backflow. High-quality seals can improve the working efficiency and service life of equipment.

4. Motor and transmission device

The motor provides power for the Wear resistant feeder, and the power is transmitted to the impeller through transmission devices (such as gears and sprockets) to make it rotate. The transmission device shall be designed to ensure smooth and reliable power transmission.

5. impeller

Impeller is the key part of the Wear resistant feeder to realize material transportation. Its structural design is reasonable, which can ensure the uniform distribution of materials in the spaces between the impellers and be transported smoothly with the rotation of the impellers.

Wear resistant feeder

Wear resistant feederfeatures include run smoothly, low noise, high wear resistance, low noise and easy maintenance，is a device for discharging materials, which discharges materials from containers by specific mechanical or pneumatic means.。