Aggregate & Rock Testing Equipments

Product Range

Sieve Shaker, Triple Motion (From 200 up to 450 mm Dia.)
Sieve Shaker, Triple Motion (From 200 up to 450 mm Dia.)Noise Reduction CabinetQuick Release KnobHow to Use Quick Release Knob
Standard: EN 932-5, ISO 3310-1 Sieve Shaker, Triple Motion from 200 up to 450 mm Dia. A Sieve Shaker is used to shake or agitate a stack of sieves to separate particles based on their size. Sieves are mesh-like devices with uniform holes of different sizes. When a sample is placed on the top sieve ...Read more

Sieve Shaker, Triple Motion (From 200 up to 450 mm Dia.)
NL 1015 X / 009A


  • Description

Standard: EN 932-5, ISO 3310-1

Sieve Shaker, Triple Motion from 200 up to 450 mm Dia.

A Sieve Shaker is used to shake or agitate a stack of sieves to separate particles based on their size. Sieves are mesh-like devices with uniform holes of different sizes. When a sample is placed on the top sieve and the stack is shaken, particles smaller than the openings in the sieve fall through, while larger particles remain on top. This process is commonly used in various industries and research fields to analyze particle size distribution in materials such as soil, aggregates, pharmaceuticals, and food products. Unlike traditional sieve shakers that typically employ only vertical or horizontal motion, NL Scientific provides the triple motion sieve shaker that combines three types of motions: Vertical Motion, Horizontal Motion, and Rotational Motion.

This Diameter Triple Motion Sieve Shaker Series designed by NL Scientific is our largest sieve shaker with a sieving area of up to 450 mm Dia. This allows researchers to test the samples with larger sieving surface diameters.  

Type of Sieve Shaker Motion Settings

  • Vertical Motion: This motion helps to move the particles through the sieve openings, ensuring proper separation.
  • Horizontal Motion: It ensures that the particles are evenly distributed across the sieve surface, preventing clogging and ensuring accurate results.
  • Rotational Motion: This motion mimics the rotational motion of the sieve, aiding in the passage of particles through the sieve mesh.

Features of Sieve Shaker, Triple Motion

  • Triple Motion Functionality: Incorporates vertical, horizontal, and rotational motions to ensure thorough and efficient sieving.
  • Variable Speed Control: Allows users to adjust the shaking intensity according to the specific requirements of their sample.
  • Digital Timer: Enables precise control throughout the sieving process, ensuring consistency and repeatability.
  • Low Noise Pollution
  • Quick clamping & release mechanism hand knob
  • Durable Construction: Built with robust materials to withstand continuous use in laboratory environments.

Technical Specifications of Sieve Shaker, Triple Motion

 Model Number  NL 1015 X / 009A
 Accommodates  *11 nos 200 mm / 8” Dia. Full Height Sieves plus lid and receiver
 *9 nos 300 mm / 12” Dia. Full Height Sieves plus lid and receiver
 *7 nos. 450 mm Dia. Full Height Sieves plus lid and pan.
 Timer  1 - 60 min
 Approx. Dimension  585 (L) x 460 (W) x 1250 (H) mm
 Approx. Weight  105 kg
 Power  220 V, 1 ph, 1/2 Hp, 50 / 60 Hz, 375W

Unit Consists Of:

 Model Number  Parts Description
 NL 1015 X / 006 – P 001  Clamping Knobs (Pair of 2)
 NL 1015 X / 009 – P 004  Clamping Beam
 NL 1015 X / 006 – P 003  Threaded Column Set (pair of 2 included nut & spring washer)

*1 Copy of Manual Instruction

Optional Accessories of Sieve Shaker, Triple Motion

 Model Number  Parts Description
 NL 1015 X / SPC  Noise Reduction Cabinet

Standards

  • EN 932-5: This standard is part of the European Norm (EN) series and specifically pertains to "Tests for general properties of aggregates." EN 932-5 outlines the methods for the determination of the particle size distribution of aggregates by sieving. It provides guidelines and procedures for conducting sieve analysis to determine the size distribution of aggregates used in construction materials.
  • ISO 3310-1: This standard is issued by the International Organization for Standardization (ISO) and is titled "Test sieves -- Technical requirements and testing -- Part 1: Test sieves of metal wire cloth." ISO 3310-1 specifies the technical requirements and testing procedures for test sieves made of metal wire cloth used in particle size analysis. It covers aspects such as sieve construction, dimensions, tolerances, and testing methods to ensure the quality and accuracy of test sieves.

Test Procedure of Sieve Shaker, Triple Motion

Preparation of Sample:

  • Ensure that the sample to be sieved is representative and properly prepared according to the specific testing requirements.
  • If necessary, reduce the sample size to an appropriate amount that can be accommodated by the sieves without overloading.

Selection of Sieves:

  • Choose the appropriate set of sieves with mesh sizes suitable for the desired particle size distribution analysis.
  • Stack the sieves in ascending order of mesh size, with the finest sieve at the bottom and the coarsest sieve at the top.

Assembling the Sieve Stack:

  • Place the stack of sieves securely onto the sieve shaker platform, ensuring that each sieve is properly nested within the next one and that the stack is stable.

Setting Parameters:

  • Adjust the settings on the Triple Motion Sieve Shaker according to the specifications of the test method and the characteristics of the sample.
  • Set the desired shaking speed, duration, and type of motion (vertical, horizontal, tapping) based on the requirements of the analysis.

Starting the Shaker:

  • Start the Triple Motion Sieve Shaker to initiate the sieving process.
  • Monitor the shaking action to ensure that the sample is being properly agitated and sieved.

Observation and Inspection:

  • Periodically inspect the sieves during the sieving process to check for any signs of clogging or irregularities.
  • If necessary, adjust the shaking parameters or stop the shaker to address any issues that may arise.

Completion of Sieving:

  • Once the sieving process is complete, stop the Triple Motion Sieve Shaker and remove the stack of sieves from the platform.
  • Carefully disassemble the sieves and inspect the retained material on each sieve for further analysis.

Analysis of Results:

  • Weigh the retained material on each sieve to determine the mass fraction of particles retained at each size fraction.
  • Calculate the particle size distribution based on the mass fractions and the mesh sizes of the sieves used.

Cleaning and Maintenance:

  • Clean the sieves and the sieve shaker platform thoroughly after use to remove any residual material and prevent contamination.
  • Perform routine maintenance on the Triple Motion Sieve Shaker as recommended by the manufacturer to ensure its proper functioning and longevity.

Product Video of Sieve Shaker, Triple Motion


How to Operate of Sieve Shaker, Triple Motion

Related products

Results 1 - 4 of 4

NL Scientific

Chat Us

We assure you that we will provide the best solution that you will need when it comes to material tests.
Image
16, Lorong Sungai Puloh 1A/KU 6,
Taman Teknologi Gemilang.
Kawasan Perindustrian Sungai Puloh,
42100 Klang, Selangor, Malaysia

INFOS

Copyright © 2024 NL Scientific Instruments Sdn. Bhd. 881121-P. All Rights Reserved.
 
 

Register Form

Cancel

Sign in to your account

Register Form

Cancel

Sign in to your account