SIEVE SHAKER .

Price 2200.0 INR/ Piece

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SIEVE SHAKER . Specification

Accuracy
Conforms to ASTM and IS standards %

Measurement Range
20 m to 125 mm

Power Source
Electric

Model No

Frequency
50 Hz Hertz (HZ)

Automation Grade
Semi-automatic

Core Components
Motor, Timer, Eccentric Mechanism

Voltage
220-230V AC Volt (v)

Capacity
Up to 8 sieves of 8/200 mm diameter Pcs/hr

Temperature Range
Ambient to 50 C Celsius (oC)

Feature
Adjustable timer, Uniform sieve shaking

Equipment Materials
Mild Steel (Powder Coated)

Type
Mechanical Sieve Shaker

Usage
Laboratory Particulate Size Analysis

Display Type
Analog Timer Display

Dimension (L*W*H)
Approx. 430 x 380 x 800 mm Millimeter (mm)

Weight
Approx. 40 kg Kilograms (kg)

About SIEVE SHAKER .

SIEVE SHAKER

Use: Electrically shake aggregates on sieves.

High frequency sieve shaker.
Electric operated 220 V-AC, 200 Watt.
The shaker accepts sieves sizes 8" sieve dia. and 12 sieve dia.
Shaker capacity up to 8 sieves.
Vibration frequency 42 Hz.
Vibration mode: Upper & Lower.
Regular timer: 0-60 min.

Versatile Application Across Multiple Industries

The Sieve Shaker excels in laboratories handling soil, aggregates, cement, food, and chemical samples. Its adaptability and compatibility with most standard sieves make it suitable for research, quality control, and routine analysis, providing accurate results across diverse materials and particle sizes.

Precision-driven Design and Operation

This sieve shaker combines rotary and lateral vibrating motions for enhanced separation efficiency. Its robust, spring-loaded clamping system secures sieves during operation, while the analog timer display allows precise duration control. The corrosion-resistant powder-coated mild steel construction ensures long-term durability under laboratory conditions.

Operator Comfort and Safety

Operating below 60 dB, the delivers quiet performance, ideal for continuous laboratory use. The user-friendly features, including a mechanical timer, adjustable settings, and ergonomic dimensions, enhance operator convenience and safety. Its semi-automatic design requires minimal intervention, streamlined for reliable, routine laboratory workflows.

FAQs of SIEVE SHAKER:

Q: How does the Sieve Shaker achieve uniform particle separation?

A: The employs a combination of rotary and lateral vibration motions, powered by a heavy-duty eccentric drive mechanism. This ensures consistent, uniform shaking of up to eight sieves, facilitating effective separation and accurate particle size analysis of the sample material.

Q: What types of materials can be analyzed with this sieve shaker?

A: The is versatile and suitable for a wide range of materials, including soil, aggregates, cement, food products, and chemicals. Its broad measurement range from 20 m to 125 mm allows for precise testing across many laboratory applications.

Q: When is it recommended to use the mechanical timer, and how does it enhance testing?

A: The integrated 060 minute mechanical timer allows users to set the desired test duration according to standard procedures or specific project requirements. Accurate timing ensures repeatable and reliable test results, helping maintain consistency in laboratory analyses.

Q: Where can the Sieve Shaker be operated, and what are its environmental requirements?

A: This equipment is designed for indoor use under laboratory conditions, with an optimal operating temperature range from ambient to 50C. Its compact dimensions make it suitable for most laboratory setups while operating efficiently on 220230V AC power.

Q: What is the process for installing and using

A: Installation involves setting the shaker on a stable surface, connecting it to a standard AC power supply, and loading it with up to eight compatible sieves. Secure with the spring-loaded clamp, set the required time using the analog timer, and switch on for operation. The process ensures accurate and reproducible results.

Q: How does this sieve shaker benefit laboratory analysis?

A: The enhances laboratory efficiency by offering uniform shaking, adjustable testing durations, and low-noise operation. Its compliance with ASTM and IS standards ensures dependable accuracy and repeatability, making it an essential tool for precise particle size determination.