The conveying distance of a screw conveyor can be determined based on a variety of factors, including the design and specifications of the screw conveyor, the nature of the material being conveyed, the conveying angle, and the support structure used. Generally speaking, the conveying distance of screw conveyors can range from a few meters to hundreds of meters.

For short conveying distances (within tens of meters), the screw conveyor can usually be installed directly on a support structure, and the motor drives the screw to rotate to transport the material along the pitch direction of the screw.

For longer conveying distances (hundreds of meters), more complex designs and configurations may be required. A common practice is to segment the screw conveyor into sections, usually 10 to 20 meters in length, and then connect the sections through bearings and couplings. This reduces stress and vibration on the entire system and makes maintenance and installation easier.

In addition, in order to support longer distance transportation, additional support structures may be needed, such as pipes, support frames, etc. The design and installation of these structures also need to be considered on a case-by-case basis to ensure the stability and safety of transportation.

It should be noted that the conveying distance of the screw conveyor is too long, which may affect the conveying capacity and efficiency. For longer conveying distances, the fluidity and accumulation of materials also need to be considered to avoid clogging and accumulation.

Therefore, the specific maximum conveying distance of the screw conveyor needs to be evaluated and determined based on the requirements of the actual application and engineering design.

1. If this problem occurs when the newly purchased product is used for the first time, you should check whether the screen mesh of the rotary vibrating screen is at the same level as the outlet. If the screen mesh and the outlet are not level, it will cause the rotary vibrating screen to discharge The problem of slowness arises.

2. The second case is the adjustment of the motor angle. The angle of the eccentric block of the vibration motor of the rotary vibrating screen can be adjusted to change the trajectory of the material moving on the screen surface. The smaller the angle, the faster the material will spread out ;The larger the angle, the slower the material will spread out. Generally, the motor angle is adjusted to 35 degrees to 45 degrees. If the angle is above 45 degrees, there will be a problem of slow discharge, which is suitable for screening materials with less impurities.

The solution to the slow discharge of vibrating sieve

1. Increase the weight of the two heavy hammers

2. Change the included angle of the upper and lower weights

1. Layout method:
Vertical motor: Vertical motor means that the main shaft of the motor is placed vertically, perpendicular to the ground. Typically, the bottom of the motor is fixed to the base, and the top is supported by bearings or other support structures.
Horizontal motor: A horizontal motor is one in which the main shaft of the motor is placed horizontally, parallel to the ground. Typically, the sides of the motor are supported by bearings or other support structures.
2. Installation type:
Vertical Motors: Due to their vertical arrangement, vertical motors are suitable for mounting on vertical or near-vertical surfaces. This makes vertical motors more common in some specific application scenarios, such as pumps, fans and other equipment.
Horizontal motors: Horizontal motors are usually installed on horizontal or near-horizontal surfaces due to their horizontal arrangement. This arrangement is suitable for some equipment that needs to work horizontally, such as compressors, cutting machines, etc.
3. Space occupation:
Vertical motors: Vertical motors take up less space vertically, but relatively larger spaces horizontally.
Horizontal motor: Horizontal motors take up less space in the horizontal direction, but relatively larger space in the vertical direction.
It should be noted that the choice of vertical motor or horizontal motor should be determined according to specific application requirements and installation environment. These factors include the type of equipment, workspace constraints, stability requirements of the installation, etc. When selecting and installing the motor, the relevant technical specifications and safety guidelines should be followed.

Vacuum conveyor is a kind of conveying equipment widely used in chemical granule production. It has many advantages and has achieved good results in practical applications. This article will introduce the advantages and application cases of vacuum conveyor in chemical granule production.

Advantages:
Vacuum conveyor has the following advantages in chemical granule production:
High efficiency and speed: Vacuum conveyor can realize continuous and stable material transportation and improve production efficiency.
Energy saving: Due to the use of vacuum negative pressure transportation, it does not require a lot of power consumption, which can save energy costs.
Protect material quality: Vacuum conveyor will not introduce external impurities during the transportation process, effectively protecting the quality and purity of chemical granules.
Flexible and adjustable: Vacuum conveyor can be adjusted and controlled according to different transportation requirements to meet the needs of different processes.
Application cases:
Vacuum conveyor is widely used in chemical granule production. The following are some typical application cases:
Chemical raw material transportation: Vacuum conveyor can be used to transport chemical raw material granules from the storage area to the production line to ensure the timely supply of raw materials.
Mixing and batching: Through vacuum conveyor, different chemical granules can be accurately mixed and batched to ensure the quality and consistency of the product.
Packaging and loading and unloading: Vacuum conveyors can transport chemical granules to packaging machinery or loading and unloading equipment to realize automated packaging and loading and unloading processes.
Waste treatment: Waste generated in the production of chemical granules can be collected and processed by vacuum conveyors to achieve waste recycling.
The above are the advantages and application cases of vacuum conveyors in chemical granule production. By making full use of the characteristics and functions of vacuum conveyors, production efficiency can be improved, energy consumption can be reduced, and stable and reliable product quality can be ensured.

Vacuum conveyor is a kind of equipment commonly used for conveying granular materials. Its working principle is simple and efficient. Understanding the working principle and correct operation process of vacuum conveyor is essential to ensure the normal operation of equipment and improve work efficiency. This article will introduce the working principle and operation process of vacuum conveyor.

Working principle:
The working principle of vacuum conveyor is based on the concept of negative pressure conveying. The following is the working principle of vacuum conveyor:
Step 1: Through the vacuum device, a negative pressure area is generated.
Step 2: The material enters the conveying pipeline from the source.
Step 3: The negative pressure area sucks the material into the pipeline.
Step 4: The material is transported along the pipeline to the destination through the air flow.
Operation process:
The correct operation process is essential to ensure the normal operation of vacuum conveyor. The following is the general operation process of vacuum conveyor:
Step 1: Preparation: Check whether the various components of the vacuum conveyor are intact and ensure that the pipeline is firmly connected.
Step 2: Start the equipment: Start the vacuum conveyor according to the instructions of the equipment operating manual and ensure the normal operation of the vacuum device.
Step 3: Adjust parameters: According to the nature of the material and the conveying requirements, adjust the parameters of the vacuum conveyor, such as conveying speed and negative pressure.
Step 4: Material input: Put the chemical granular material to be transported into the feed port of the conveyor.
Step 5: Monitor operation: During operation, timely monitor the operating status and material transportation of the vacuum conveyor to ensure normal operation.
Step 6: Stop operation: When there is no need to continue to transport materials, stop the operation of the vacuum conveyor according to the instructions of the equipment operating manual.
Step 7: Cleaning and maintenance: After use, clean and maintain the vacuum conveyor to keep the equipment in good condition.
Correctly understanding the working principle of the vacuum conveyor and mastering the correct operating procedures will help improve the efficiency of the equipment and extend the service life of the equipment. When using a vacuum conveyor, always follow the instructions of the equipment operating manual and perform regular maintenance and maintenance.

The manufacturer's recommended tensioning procedure for the vibrating screen's belts will depend on the specific model of the screen and the type of belts being used. However, here are some general guidelines for tensioning the belts:

1. First, ensure that the screen is turned off and disconnected from the power source.

2. Locate the belt tensioner, which is typically a spring-loaded pulley located near the motor.

3. Use a tension gauge or other appropriate tool to measure the tension of the belts.

4. Adjust the tensioner as needed to achieve the manufacturer's recommended tension. This may involve adjusting the tensioner bolt or moving the tensioner pulley to increase or decrease tension.

5. Check the tension of the belts again after making adjustments to ensure that they are within the recommended range.

6. Once the proper tension has been achieved, tighten the tensioner bolts or lock nuts to secure the tensioner in place.

7. Verify that the screen is operating smoothly and efficiently before resuming use.

It's important to note that these are general guidelines, and the specific tensioning procedure may vary depending on the model of the vibrating screen and the manufacturer's recommendations. Always refer to the user manual or contact the manufacturer for specific instructions and recommendations.
The manufacturer's recommended tensioning procedure for the vibrating screen's belts will depend on the specific model of the screen and the type of belts being used. However, here are some general guidelines for tensioning the belts:

1. First, ensure that the screen is turned off and disconnected from the power source.

2. Locate the belt tensioner, which is typically a spring-loaded pulley located near the motor.

3. Use a tension gauge or other appropriate tool to measure the tension of the belts.

4. Adjust the tensioner as needed to achieve the manufacturer's recommended tension. This may involve adjusting the tensioner bolt or moving the tensioner pulley to increase or decrease tension.

5. Check the tension of the belts again after making adjustments to ensure that they are within the recommended range.

6. Once the proper tension has been achieved, tighten the tensioner bolts or lock nuts to secure the tensioner in place.

7. Verify that the screen is operating smoothly and efficiently before resuming use.

It's important to note that these are general guidelines, and the specific tensioning procedure may vary depending on the model of the vibrating screen and the manufacturer's recommendations. Always refer to the user manual or contact the manufacturer for specific instructions and recommendations.