HEAT TRANSFER THROUGH COMPOSITE WALL APPARATUS

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HEAT TRANSFER THROUGH COMPOSITE WALL APPARATUS

Price 500.0 INR/ Piece

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MOQ : 1 Piece

HEAT TRANSFER THROUGH COMPOSITE WALL APPARATUS Specification

Voltage
230 V AC Volt (v)

Measurement Range
0-200 C

Temperature Range
Ambient to 200 C Celsius (oC)

Model No
HT-CW-101

Feature
Multiple wall materials, digital indication, safe operation

Frequency
50 Hz Hertz (HZ)

Core Components
Heater, Composite wall specimen (mild steel, brass, and insulation), thermocouples, digital temperature indicator, control panel

Capacity
1 sample at a time (standard laboratory scale) Kg

Automation Grade
Manual

Application
Heat Transfer Laboratory Equipment

Usage
Heat Transfer Laboratory Equipment

Warranty
1 Year

Power Source
Electric (230 V AC)

Accuracy
100 %

Product Type
HEAT TRANSFER THROUGH COMPOSITE WALL APPARATUS

Equipment Materials
Stainless Steel (main body), Mild Steel (frame), Glass wool insulation

Type
Laboratory Heat Transfer Apparatus

Display Type
Digital temperature indicators

Dimension (L*W*H)
Approx. 600 mm x 400 mm x 600 mm Millimeter (mm)

Weight
Approx. 25 kg Kilograms (kg)

Operation Type
Bench-top

Cooling System
Fan cooled

Safety Features
Overheating protection, fuse

Number of Thermocouples
6 (K-type)

Heating Plate Material
Aluminum

Data Acquisition
Manual reading, optional computer interface available

Insulation Type
Glass wool

Specimen Size
Mild Steel, Brass, Insulator (each 100 mm x 100 mm)

Heater Power
500 W

Panel Type
Powder coated

HEAT TRANSFER THROUGH COMPOSITE WALL APPARATUS Trade Information

Minimum Order Quantity
1 Piece

Packaging Details
Carton Box, Export Quality also Available

Main Export Market(s)
Africa, Asia, Middle East

Main Domestic Market
All India

Certifications
ISO 9001, 14001, CE

About HEAT TRANSFER THROUGH COMPOSITE WALL APPARATUS

Specification:

HEAT TRANSFER THROUGH COMPOSITE WALL APPARATUS

These products are manufactured byour skilled engineers using high-grade materials and innovative technology. Theoffered walls are available in different designs and other relatedspecifications, in order to meet the variegated expectations of our valuablecustomers.

Our provided range is rigorouslytested by the team of our professionals.

The setup consists of a heatersandwiched between two sets of slabs.

Three types of slabs are provided oneither sides of heater, which forms a composite structure.

A small hand press frame is providedto ensure the perfect contact between the slabs.

A variac is provided for varying theinput to the heater and Digital Voltmeter and Digital Ammeter display the heatinput. Heat produced by heater flows axially on both the sides.

Temperature Sensors are embeddedbetween interfaces of slabs to determine the temperature gradient. Theexperiment can be conducted at various values of input and calculation can bemade accordingly.

Experiments

To determine total thermal resistanceand thermal conductivity of composite wall

To plot temperature gradient alongcomposite wall structure

The experiments can be conducted atvarious values of input & calculation can be made accordingly.

To plot Heat flux Vs thermalconductivity in composite structure.

Features

Strongly built

Rust resistance

Optimum performance

Specifications:

Electricity Supply:

Table for set-up support

Multiple Specimen Materials for Realistic Analysis

The apparatus comes equipped with three specimen typesmild steel, brass, and insulationeach measuring 100 mm x 100 mm. This setup allows direct comparison of heat transfer rates through different materials and helps users appreciate thermal conductivity principles. Such versatility enhances learning outcomes in laboratory settings.

Comprehensive Safety and User-Friendly Operation

With integrated overheating protection, a secure fuse mechanism, and fan cooling, the equipment prioritizes user safety. The digital temperature indicators, manual controls, and a powder-coated control panel make the apparatus practical for students and educators, ensuring safe, accurate, and straightforward operation during laboratory experiments.

FAQs of HEAT TRANSFER THROUGH COMPOSITE WALL APPARATUS:

Q: How does the Heat Transfer Through Composite Wall Apparatus function in a laboratory setting?

A: The apparatus works by electrically heating one side of a composite wall and measuring temperature differences across materials (mild steel, brass, insulator) using K-type thermocouples. The heat transfer rate is then calculated based on these readings, allowing users to examine thermal performance and draw comparisons among the different layers.

Q: What materials and components are included in this heat transfer apparatus?

A: The system includes composite wall specimens (mild steel, brass, and insulation), a digital temperature indicator, six K-type thermocouples, an aluminum heating plate, a 500 W heater, a fan cooling system, and safety features like overheating protection and a fuse. The body uses stainless steel, mild steel frame, and glass wool insulation.

Q: When should a laboratory use this equipment for experiments?

A: This apparatus is ideal for demonstrations, coursework, or research involving thermal conductivity or heat transfer principles. It is commonly used in heat transfer, thermodynamics, or mechanical engineering laboratories to provide hands-on experience and support theoretical learning.

Q: Where can the apparatus be installed within a laboratory?

A: Thanks to its compact, bench-top design (approx. 600 mm x 400 mm x 600 mm), the equipment can be easily installed on standard laboratory tables or workbenches. Its electrical requirements (230 V AC, 50 Hz) make it widely compatible with laboratory power supply systems in India and similar regions.

Q: What is the process of taking measurements with this apparatus?

A: Users operate the heater and allow heat to flow through the composite wall specimen. The digital indicator displays temperature readings at different layers, collected via thermocouples. Data can be recorded manually or via an optional computer interface for further analysis of heat transfer rates and calculations.

Q: How does this apparatus benefit students and researchers?

A: The apparatus provides a practical, real-world platform to explore the concepts of heat conduction and thermal resistance in layered materials. It enhances theoretical understanding, supports experimental analysis, and improves technical skills crucial for engineering and applied sciences.

Q: What usage precautions and safety features are integrated in the design?

A: It includes overheating protection, a safety fuse, and is constructed with glass wool insulation for user safety. The digital indicators and secure control panel further facilitate safe handling, while fan cooling ensures stable operation even during extended use.

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