Rotary Sample Divider. ERSD 100-8

Analytical Laboratories

  • Application: Preparing subsamples for chemical analysis, quality control, and research.
  • Purpose: Ensures that each subsample accurately represents the larger bulk material, which is crucial for reliable analytical results.
  1. Mining and Mineral Processing
  • Application: Sample preparation for ore analysis and grade determination.
  • Purpose: Provides representative samples for assessing the composition and value of mined materials, helping in resource estimation and quality control.
  1. Agriculture
  • Application: Sampling soils, grains, seeds, and other agricultural products.
  • Purpose: Used for testing and quality assessment, such as nutrient content analysis in soils or moisture content in grains, which is important for agronomic decision-making.
  1. Pharmaceuticals
  • Application: Preparing samples of powders, granules, and other bulk materials.
  • Purpose: Ensures consistency in pharmaceutical formulation and compliance with regulatory standards by providing uniform samples for testing.
  1. Environmental Testing
  • Application: Sampling soils, sediments, and other environmental materials.
  • Purpose: Used in environmental monitoring and assessment to analyze pollutants, contaminants, and other environmental factors.
  1. Food and Beverage Industry
  • Application: Sampling raw ingredients, intermediate products, and final goods.
  • Purpose: Ensures quality control and compliance with food safety standards by providing representative samples for microbiological and chemical analysis.
  1. Construction and Building Materials
  • Application: Sampling cement, aggregates, and other construction materials.
  • Purpose: Used to assess quality and uniformity of materials, which is critical for ensuring the structural integrity and safety of construction projects.
  1. Chemicals and Polymers
  • Application: Sampling bulk chemicals, polymers, and related materials.
  • Purpose: Ensures consistency in chemical composition and properties, which is essential for quality control and product development.
  1. Research and Development
  • Application: Sampling materials for various experimental and developmental purposes.
  • Purpose: Facilitates research by providing accurate and representative samples, crucial for reproducibility and validity of experimental results.
  1. Energy Sector
  • Application: Sampling of coal, biomass, and other energy-related materials.
  • Purpose: Used for assessing energy content, composition, and quality of fuel materials, which is important for energy production and efficiency evaluations.

 

Know More

function principle

The function principle of the Eloquent Rotary sample divider is based on the concept of evenly distributing a bulk material sample into multiple subsamples. This process ensures that each subsample is representative of the entire batch, minimizing bias and improving the accuracy of subsequent analysis or testing. Here’s a detailed explanation of how a rotary sample divider operates:

Function Principle

  1. Sample Introduction:
    • The bulk sample material is introduced into the rotary sample divider through a hopper or feeder. The hopper controls the flow of the material, ensuring a steady and consistent feed rate into the system.
  2. Rotating Carousel:
    • At the heart of the rotary sample divider is a rotating carousel or a set of collection containers arranged in a circular pattern around a central axis. The carousel rotates at a controlled speed, driven by a motor. The rotation speed can often be adjusted depending on the material type and desired precision of the sample division.
  3. Sample Distribution:
    • As the carousel rotates, the material from the hopper is discharged onto it, typically through a chute or spout positioned above the rotating containers. The even movement of the carousel ensures that the material is distributed uniformly across all the containers.
  4. Collection of Subsamples:
    • The divided portions of the sample fall into the individual collection containers arranged around the carousel. The number of containers can vary, allowing for the division of the sample into multiple subsamples. The design of the system ensures that each container receives an equal and representative portion of the bulk material.
  5. Adjustment and Control:
    • The rotary sample divider often includes controls for adjusting the rotation speed of the carousel and the flow rate of the sample feed. These adjustments allow operators to fine-tune the division process according to the characteristics of the sample material (such as particle size, density, and flow properties) and the requirements of the subsequent analysis.
  6. Uniformity and Accuracy:
    • The key advantage of the rotary sample divider’s design is its ability to produce uniform subsamples. By evenly distributing the sample material as the carousel rotates, the device minimizes the potential for sampling bias, ensuring that each subsample is a true representation of the entire bulk material.

Advantages of Rotary Sample divider :

Representative Subsamples: The rotary motion and controlled sample distribution ensure that each container receives a representative portion of the bulk material, which is crucial for accurate analysis and testing.

Consistency: The consistent rotation speed and sample feed rate contribute to the reliability and reproducibility of the sample division process.

Versatility: The ability to adjust rotation speed and container configuration makes the rotary sample divider suitable for a wide range of materials and applications, from fine powders to coarse granules.

Efficiency: The system is capable of handling large volumes of material quickly, making it suitable for high-throughput environments such as industrial laboratories and production facilities

 

 

 

 

Key features of Rotary sample divider

    • Eloquent rotary sample Splitter is a specialized laboratory instrument used to evenly divide bulk samples into smaller pieces, representative subsamples.
    • This process is essential for ensuring the accuracy and reliability of subsequent analytical testing, as it minimizes sampling bias and ensures that each subsample is a true representation of the whole.

    The key features of the rotary sample divider are,

    Rotating Mechanism:

    • The core component of a rotary sample divider is the set of collection containers. This carousel rotates at a consistent speed, distributing the sample evenly into the containers.

    Sample Hopper and Discharge System:

    • A sample hopper or funnel is used to introduce the bulk material into the divider. The sample is discharged through a chute or spout positioned above the rotating carousel, ensuring that the material is evenly distributed.

    Collection Containers:

    • The divided sample is collected in containers (often referred to as cups or vessels) arranged around the perimeter of the rotating carousel. The number of containers can vary, allowing for the sample to be divided into multiple portions.

    Adjustable Settings:

    • Many rotary sample dividers come with adjustable settings for rotation speed, sample feed rate, and the number of containers, allowing for flexibility in sample division depending on the material type and desired subsample size.

    Features :

    Field of Application – Agriculture, Plastic/biology, chemistry, Engineering, Energy, ceramic, Metal urology, glass etc.

    Feeding material – Bulk material

    Rotary speed – 110-1 min

    Power connection – 1 – phase

    Container volume – 30ml/100ml/250ml/500ml

    Number of division- 6/8/10

     

     

     

     

Key Word Description

The Eloquent Rotary  Sample Divider is a high-precision instrument designed for accurate sample separation of Bulk materials, widely used in industries like Geology, Mining, Materials science.

Description:

The Eloquent Rotary Sample Divider is a highly efficient and precise instrument designed for the uniform division of bulk materials into smaller representative samples.

This Rotary Sample Divider operates by rotating a set of sample collection containers beneath a material feed system, ensuring accurate and unbiased sample splitting.

Its durable design and automated functionality make it an ideal choice for laboratories requiring reliable Sample Reduction Equipment.

The Rotary Sample Splitter can handle a wide range of materials, making it versatile for various industries, including geology, metallurgy, and material science.

Key features include automated sample division, ensuring consistency and minimizing human error, making it a trusted choice for laboratories in need of an Automatic Sample Divider.

This Rotary Dividing System enables precise Sample Portioning, making it suitable for large-scale material testing.