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CYCLONE SEPARATION APPARATUS

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CYCLONE SEPARATION APPARATUS Specification

Frequency
50 Hz

Feature
Demonstrates Separation of Solid Particles from Air

Voltage
220V AC

Accuracy
High Separation Efficiency

Usage
Mechanical Engineering Lab Equipment

Application
Mechanical Engineering Lab Equipment

Core Components
Cyclone Separator, Blower, Flow Control Valves, Collecting Chamber

Product Type
CYCLONE SEPARATION APPARATUS

Automation Grade
Manual

Power Source
Electric

Model No
Cyclone-SEP-01

Measurement Range
Measurement of Particle Collection Efficiency

Temperature Range
Ambient

Equipment Materials
Mild Steel (Powder Coated), Glass, Stainless Steel

Type
Laboratory Apparatus

Display Type
Analog

Dimension (L*W*H)
1000mm x 450mm x 1200mm (approx)

Weight
Approx 30 kg

Flow Rate
Approx. 40-100 m3/hr

Installation Type
Benchtop/Free-standing

Separator Chamber Material
Transparent Acrylic or Glass for Observation

Blower Motor Power
0.5 HP

Test Material
Granular Solids (e.g., Sand, Fly Ash, Saw Dust)

Safety Features
Overload Protection, Enclosed Wiring

Dust Feeding Arrangement
Provided

Operating Principle
Centrifugal Force Assisted Solid-Gas Separation

CYCLONE SEPARATION APPARATUS Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash on Delivery (COD), Cash Advance (CA), Cheque, Telegraphic Transfer (T/T), Letter of Credit (L/C)

Packaging Details
Carton Box, Export Quality also Available

Main Domestic Market
All India

Certifications
ISO 9001, 14001, CE

About CYCLONE SEPARATION APPARATUS

Specification:

CYCLONE SEPARATION APPARATUS

A Cyclone Separator is a verticalcylinder with the inlet stream introduced tangentially near the top, giving thesuspension a spinning rotation in the cylinder. The centrifugal force acting onthe particles tends to throw them radically to the sides of the cylinder asthey spiral downward to a conical bottom where they are removed.

A collector is fitted at the bottom& the induced draft blower is used to create the air stream.

The classified air leaves the cyclonethrough a pipe extended down into the cyclone & passes through blowerdelivery side fitted with fine screen cloth bag to avoid dust expansion in thelaboratory.

The setup consists of I.D. blowerconnected to discharge side of Cyclone Separator. A flow meter with manometeris provided to measure the flow rate of air. Pressure drop in the Cyclone ismeasured by water manometer. Solids are collected in the collector fixed at thebottom. The set-up is complete with flow Control & by-pass valve.

Product Specification

Material: Stainless Steel

Filter Surface Area (m2): Area 2 m x 1 m.

Voltage (V): 220v

Dimension (L x B x H): 100mm

Usage Application: lab experiment

Color: blue

Efficient Particle Separation

Experience high separation efficiency with the Cyclone Separation Apparatus, which leverages centrifugal force to effectively separate solid particulate matter from air. Its clear observation chamber made from acrylic or glass allows users to visualize the entire process, fostering deeper understanding and engagement during laboratory demonstrations.

Designed for Laboratory Applications

This apparatus is specifically built as a teaching and test tool in mechanical engineering labs. Its robust construction, safety features like overload protection and enclosed wiring, and user-friendly manual operation offer a safe and reliable environment for students and researchers to explore solid-gas separation.

Versatile and Accurate Operation

The Cyclone-SEP-01 accommodates a range of granular test materials and allows control over flow parameters. Its analog display and flow control valves ensure straightforward monitoring and adjustment, while accurate results are assured by its carefully engineered design. The benchtop/free-standing installation provides flexibility in modern laboratory settings.

FAQs of CYCLONE SEPARATION APPARATUS:

Q: How does the Cyclone Separation Apparatus work?

A: The apparatus functions on the principle of centrifugal force-assisted solid-gas separation. As the air-solid mixture enters the cyclone chamber, the rapid circular motion generates centrifugal force, causing heavier solid particles to move outwards and separate from the air stream, which is then collected in the collecting chamber.

Q: What types of materials can be tested using this apparatus?

A: You can test a variety of granular solids such as sand, fly ash, and saw dust. The design is tailored for laboratory experiments involving solid-gas mixtures with these types of particulate matter.

Q: When is it appropriate to use the Cyclone-SEP-01 in educational settings?

A: This equipment is ideal for use in mechanical engineering laboratory classes, especially when the goal is to demonstrate or measure the efficiency of particle collection and solid-gas separation via centrifugal methods.

Q: Where should the Cyclone Separation Apparatus be installed?

A: It is suitable for both benchtop and free-standing installation, offering flexibility for different laboratory layouts. Its approximate dimensions are 1000mm x 450mm x 1200mm, and it weighs about 30 kg, ensuring stability during operation.

Q: What is the process for setting up and using the apparatus?

A: Begin by connecting to a 220V AC power source, and ensure the dust feeding arrangement is filled with your target test material. Adjust the flow rate using the control valves, and monitor the separation process through the transparent chamber and analog display. The apparatus is operated manually for effective demonstration and real-time observation.

Q: How does this apparatus contribute to laboratory safety?

A: Safety is enhanced with built-in overload protection, enclosed wiring, and a sturdy, powder-coated mild steel frame. These features help prevent accidental hazards during operation and ensure long-term durability.

Q: What are the main benefits of using the Cyclone Separation Apparatus?

A: The primary advantages include high separation accuracy, clear visual demonstration of particle separation, versatility in testing various granular materials, and robust safety features. It serves as an invaluable tool for teaching solid-gas separation principles and for conducting performance measurements in educational labs.

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