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Seed Sieve Shaker

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MOQ : 1 Unit

Seed Sieve Shaker Specification

Measuring Range
Mesh sizes as per standard sieves (up to 2 mm to 10 mm)

Display Type
Dial timer with graduated markings

Material
Mild Steel

Usage
For Laboratory and Industrial Use

Response Time
Immediate mechanical operation

Temperature
Ambient

Accuracy
Depends on sieve mesh and sample preparation

Interface Type
Analog controls

Power Supply
220V AC, 50 Hz

Max Height
Approx. 50 cm with rods

Application
Testing and grading of seeds and granular materials

Specimen Size
Suitable for all standard seed samples

Product Type
Shaker

Automation Grade
Semi-automatic

Frequency
50 Hz

Humidity
Not Monitored

Weight
5-15 Kilograms (kg)

Number of Specimens
1 per test run

Resolution
Subject to sieve size granularity

Equipment Type
Seed Sieve Shaker

Mounting Type
Benchtop

Operating Voltage
220V AC

Test Range
Up to 8 sieves stacked

Features
Rugged steel body, adjustable sieve holder, timer control

Capacity
Multiple sieves, up to 200 g seed

Machine Weight
Approx. 22 kg

Test Speed
Variable, up to 250 rpm

Test Stroke
Adjustable 25 mm amplitude

Control Mode
Manual/Timer

Sieve Diameter Compatibility
Usually 200 mm and 300 mm

Material of Construction
Mild steel painted body with stainless steel sieve holders

Vibration Mechanism
Gyratory action with variable amplitude

Protection
Overload protection for electric motor

Color
Blue

Noise Level
Less than 65 dB

Timer Range
Up to 60 minutes

Seed Sieve Shaker Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash Advance (CA), Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
1-3 Week

Main Export Market(s)
Western Europe, Middle East, Eastern Europe, South America, Asia, Central America, North America, Australia, Africa

Main Domestic Market
All India

Seed Sieve Shaker About

Taking advantage of our profound experience and expertise in this domain, we are engaged in delivering a wide range of extraordinary Seed Sieve Shaker. These shakers are widely used in numerous botanical and agricultural research laboratories for grain dockage process. These shakers are designed from premium quality materials by using modern machinery. We offer our Seed Sieve Shaker at economical prices to our customers.

Features:

Light weight
Easy to operate
Maintenance free

GA-231 SEED SIEVE SHAKER

Designed to carry up to 7 Sieves of 8 dia it is driven by HP Single Phase Motor,

Controlled Vibration

Optional : Automatic 0-60 minute timer.

Frequently Asked Questions:

1. What is a sieve shaker used for?

Ans. A sieve shaker automates the agitation of debris for particle separation and sizing distribution for a number of substances to fulfill satisfactory management and satisfactory guarantee necessities.

2. What is the principle of a sieve shaker?

Ans. Die sieve shakers work at the precept of vibration, agitation, or gyration. So as to efficiently use sieve shakers for screening, information on particle size distribution, sieve load, sieve shaking technique, particle form and size, and the ratio of the sieve open region to the general area have to be considered.

3. What is a sieve shaker known as?

Ans. An RO-TAP is a particle evaluation device that is utilized in all sorts of industries to check and separate particles. An oscillating motion is used to shake debris down thru a chain of different take a look at sieves in a stack.

Robust and Versatile Design

Crafted with a painted mild steel body and stainless steel sieve holders, the Seed Sieve Shaker combines longevity with operational flexibility. It supports a wide range of standard seed samples and multiple sieve sizes, ensuring suitability for various testing needs in laboratories and industry. Adjustable holders and benchtop mounting make setup simple and efficient.

Precision Control and Quiet Operation

The shaker delivers variable vibration speeds up to 250 rpm and an adjustable 25 mm amplitude, allowing for finely tuned separation processes. Its mechanical timer offers up to 60 minutes of continuous operation, and at less than 65 dB, it maintains quiet working conditions, ideal for laboratory environments.

Enhanced Safety and User-Friendly Features

With built-in overload protection, manual and timer modes, and analog controls, users benefit from straightforward operation and improved safety. The machine is easy to operate with dial timers, graduated markings, and a stable benchtop design, making it suitable for both novice and experienced users.

FAQ's of Seed Sieve Shaker:

Q: How does the Seed Sieve Shaker operate for seed purity and classification testing?

A: The shaker uses a gyratory action with variable amplitude to facilitate the separation of seeds based on size using stacked standard sieves. The process is controlled by an adjustable timer (up to 60 minutes), variable speed (up to 250 rpm), and adjustable 25 mm stroke to accommodate a range of seed sizes and test parameters.

Q: What are the main benefits of using a Seed Sieve Shaker in laboratory or industrial settings?

A: Key benefits include accurate and consistent separation of seed or granular samples, time-saving multi-sieve capacity (up to 8 sieves), quiet operation (<65 dB), improved user safety with overload protection, and robust construction suited for regular use.

Q: When should you use this equipment in the seed testing process?

A: This shaker is best used during seed purity assessment and grading phases, when precise classification by size is required. It is recommended for batch testing in research labs, quality control, and industrial seed processing plants.

Q: Where can the Seed Sieve Shaker be installed and used effectively?

A: Its compact benchtop design and ambient operating temperature range make it ideal for laboratories, industrial testing facilities, research centers, and agricultural processing units where access to 220V AC power is available.

Q: What is the process for setting up and operating the Seed Sieve Shaker?

A: To begin, load seed samples onto stacked sieves within the stainless steel holders, ensuring up to 8 sieves can be used per run. Set the required vibration speed and timer, start the unit using the analog controls, and monitor the separation process. After the test, collect and analyze separated samples for purity or grading.

Q: How does the machine ensure accurate and reliable results?

A: Accuracy depends on choosing the proper standard mesh sizes (2 mm to 10 mm) and correct sample preparation. The shaker's adjustable amplitude and speed, along with variable timer settings, promote even particle distribution and reliable classification outcomes.

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