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The working of rotary vibratory sieve involves the rotary motion and vibration. This dual mechanism ensures thorough sieving and effective separation of materials.
Rotary Motion:
The rotary motion is achieved through a motor-driven eccentric weight system. The motor imparts rotational force to the sieve's housing or container, causing it to spin around its central axis. This rotary motion creates centrifugal force within the sieve, leading to the outward movement of materials.
Vibration:
Simultaneously, the rotary vibratory sieve incorporates vibration to enhance the sieving process. Vibratory motor generates vibrations that are transmitted to the sieve's housing and, consequently, to the materials within.
Sieving and Separation:
As the rotary vibratory sieve rotates and vibrates, the combined effect of these movements causes the materials to spread evenly across the screen surface. The centrifugal force pushes the materials towards the screen edges, where they come into contact with the mesh screens.
Impurity-Removing
Sorting, Grading
Filtration
The mesh screens, typically arranged in multiple layers with varying aperture sizes, act as the separation medium. Each layer has different-sized openings to classify particles according to their size.
Smaller particles that fit through the openings of the mesh screens pass through and are discharged as the desired product. Conversely, larger particles are retained on the screens and are discharged separately.
The combination of rotary motion and vibration ensures efficient particle movement, preventing clogging or blockage of the mesh screens. This results in consistent and precise separation, with the desired particle size being accurately classified and collected.
Multiple screen layers: Rotary vibratory sieve can be designed with multiple screen layers, allowing for the simultaneous screening of different particle sizes or the separation of materials into multiple fractions.
1 Layer
2 Layers
3 Layers
Adjustable vibration parameters: The vibration parameters of a rotary vibrating screen, such as amplitude and the track of material movement, can be adjusted to optimize the screening process for different materials and particle sizes.
Contact parts stainless steel
Full stainless steel
a. Technical Support: Manufacturers typically offer technical support to help customers with installation, operation, and troubleshooting of the rotary vibrating sieve. This can be provided via phone, email, video, or online chat.
b. Life-long Service for Spare Parts Availability: Manufacturers usually maintain an inventory of spare parts for their equipment. If any parts of the rotary vibrating sieve require replacement, customers can purchase the necessary parts directly from the manufacturer.
c. On-site Support: In some cases, manufacturers may provide on-site support for installation, maintenance, or repair of the rotary vibrating sieve. This service may be chargeable or included within the warranty terms, depending on the circumstances.
d. Training: Manufacturers could offer training programs to educate customers on the proper use, maintenance, and cleaning of the rotary vibrating sieve. These training sessions can help optimize the equipment's performance and extend its lifespan.
Q1: What are the key parameters to consider when choosing a vibrating sieve model?
A: Some important parameters include the sieve size or surface area, motor power, vibration frequency, amplitude, number of decks (for multi-deck sieves), and the material of construction. These parameters should be selected based on the characteristics of the material being screened and the desired performance.
Q2: What precautions should I take during operation?
A: Regularly inspect the sieve during operation to check for any abnormalities, such as excessive vibration or noise, screen damage, or irregular material discharge. Follow the recommended operating parameters provided by the manufacturer and avoid exceeding the maximum capacity or load limits.
Q3: How should I feed material into the vibrating sieve?
A: For optimal performance, feed the material uniformly onto the screen surface. Avoid overloading the sieve, as it can affect the screening efficiency. Adjust the feed rate as needed to maintain a consistent flow of material across the sieve.
Q4: When should I replace the screen mesh?
A: Screen mesh replacement is necessary when it becomes worn, damaged, or clogged, resulting in reduced screening efficiency. The frequency of screen mesh replacement depends on the material being screened and the operating conditions. Monitor the condition of the mesh regularly and replace it as needed to maintain optimal performance.
Q5: How do I store the vibrating sieve when not in use?
A: Clean the sieve thoroughly and ensure it is dry before storage. Store it in a clean, dry environment away from moisture, dust, and corrosive substances. If possible, cover or protect the sieve to prevent damage and ensure its longevity.
The working of rotary vibratory sieve involves the rotary motion and vibration. This dual mechanism ensures thorough sieving and effective separation of materials.
Rotary Motion:
The rotary motion is achieved through a motor-driven eccentric weight system. The motor imparts rotational force to the sieve's housing or container, causing it to spin around its central axis. This rotary motion creates centrifugal force within the sieve, leading to the outward movement of materials.
Vibration:
Simultaneously, the rotary vibratory sieve incorporates vibration to enhance the sieving process. Vibratory motor generates vibrations that are transmitted to the sieve's housing and, consequently, to the materials within.
Sieving and Separation:
As the rotary vibratory sieve rotates and vibrates, the combined effect of these movements causes the materials to spread evenly across the screen surface. The centrifugal force pushes the materials towards the screen edges, where they come into contact with the mesh screens.
Impurity-Removing
Sorting, Grading
Filtration
The mesh screens, typically arranged in multiple layers with varying aperture sizes, act as the separation medium. Each layer has different-sized openings to classify particles according to their size.
Smaller particles that fit through the openings of the mesh screens pass through and are discharged as the desired product. Conversely, larger particles are retained on the screens and are discharged separately.
The combination of rotary motion and vibration ensures efficient particle movement, preventing clogging or blockage of the mesh screens. This results in consistent and precise separation, with the desired particle size being accurately classified and collected.
Multiple screen layers: Rotary vibratory sieve can be designed with multiple screen layers, allowing for the simultaneous screening of different particle sizes or the separation of materials into multiple fractions.
1 Layer
2 Layers
3 Layers
Adjustable vibration parameters: The vibration parameters of a rotary vibrating screen, such as amplitude and the track of material movement, can be adjusted to optimize the screening process for different materials and particle sizes.
Contact parts stainless steel
Full stainless steel
a. Technical Support: Manufacturers typically offer technical support to help customers with installation, operation, and troubleshooting of the rotary vibrating sieve. This can be provided via phone, email, video, or online chat.
b. Life-long Service for Spare Parts Availability: Manufacturers usually maintain an inventory of spare parts for their equipment. If any parts of the rotary vibrating sieve require replacement, customers can purchase the necessary parts directly from the manufacturer.
c. On-site Support: In some cases, manufacturers may provide on-site support for installation, maintenance, or repair of the rotary vibrating sieve. This service may be chargeable or included within the warranty terms, depending on the circumstances.
d. Training: Manufacturers could offer training programs to educate customers on the proper use, maintenance, and cleaning of the rotary vibrating sieve. These training sessions can help optimize the equipment's performance and extend its lifespan.
Q1: What are the key parameters to consider when choosing a vibrating sieve model?
A: Some important parameters include the sieve size or surface area, motor power, vibration frequency, amplitude, number of decks (for multi-deck sieves), and the material of construction. These parameters should be selected based on the characteristics of the material being screened and the desired performance.
Q2: What precautions should I take during operation?
A: Regularly inspect the sieve during operation to check for any abnormalities, such as excessive vibration or noise, screen damage, or irregular material discharge. Follow the recommended operating parameters provided by the manufacturer and avoid exceeding the maximum capacity or load limits.
Q3: How should I feed material into the vibrating sieve?
A: For optimal performance, feed the material uniformly onto the screen surface. Avoid overloading the sieve, as it can affect the screening efficiency. Adjust the feed rate as needed to maintain a consistent flow of material across the sieve.
Q4: When should I replace the screen mesh?
A: Screen mesh replacement is necessary when it becomes worn, damaged, or clogged, resulting in reduced screening efficiency. The frequency of screen mesh replacement depends on the material being screened and the operating conditions. Monitor the condition of the mesh regularly and replace it as needed to maintain optimal performance.
Q5: How do I store the vibrating sieve when not in use?
A: Clean the sieve thoroughly and ensure it is dry before storage. Store it in a clean, dry environment away from moisture, dust, and corrosive substances. If possible, cover or protect the sieve to prevent damage and ensure its longevity.
