conduction heat transfer

conduction heat transfer Specification

Usage & Applications
Laboratory, Educational Institutes, Engineering Colleges

Type
Conduction Heat Transfer Demonstrator

Material
Mild Steel, Aluminium, Copper, Brass

Capacity
Single Experiment Setup

Voltage
230V

Power
230V AC, 50Hz, 0.5 kW

Power Source
Electric

Input Voltage
230V AC

Output Voltage
Variable (Depends on heater used)

Installation Type
Table Top

Dimension (L*W*H)
600 mm x 450 mm x 600 mm

Weight (kg)
Approximately 35 kg

Color
Blue & Grey

Heater Type
Rod Heater

Operating Temperature Range
Ambient to 200C

Data Acquisition
Manual/Optional Digital Interface

Thermocouple Range
0-200C

Assembly
Preassembled, Ready to use

Cooling Type
Natural Air Cool

Insulation Type
Ceramic Fiber Insulation

Control Panel
Digital Temperature Indicator with selector switch

Safety Features
Fuse, Overheat Protection

Measuring Instruments
Thermocouples, Digital Display

Number of Specimens
4 different metal bars

conduction heat transfer Trade Information

Minimum Order Quantity
210 Liters

Payment Terms
Cash Against Delivery (CAD), Cash Advance (CA), Cash in Advance (CID), Cheque, Delivery Point (DP)

Supply Ability
1 Liter Per Week

Delivery Time
1 Hours

Sample Available
No

Sample Policy
Free samples are available

Packaging Details
drum

Main Export Market(s)
Asia

Main Domestic Market
All India

About conduction heat transfer

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Comprehensive Study of Heat Conduction

This demonstrator allows students and researchers to analyze and compare heat conduction across four metal specimens-mild steel, aluminium, copper, and brass. The setup provides hands-on experience, deepening theoretical understanding and facilitating real-time data collection through digital displays and optional digital interfaces.

Safety and Precision Built-In

Designed with multiple safety mechanisms, including overheat protection, fuse integration, and ceramic fiber insulation, the apparatus ensures secure operation. Its digital temperature control and thermocouples deliver precise readings, supporting both academic experiments and demonstration activities with reliability.

Ready-to-Use and Portable Design

Delivered preassembled and weighing approximately 35 kg, this table-top unit fits conveniently into laboratories or classrooms. With intuitive controls and comprehensive features, the equipment enables quick setup, minimal downtime, and efficient operation without the need for elaborate installation.

FAQ's of conduction heat transfer:

Q: How does the Conduction Heat Transfer Demonstrator work?

A: The demonstrator uses a rod heater to generate heat, which transfers through four different metal bars. Thermocouples placed along the bars measure the temperature gradient, while a digital temperature indicator allows users to monitor and compare conductivities across the specimens.

Q: What materials are included as test specimens in this setup?

A: The apparatus includes four distinct metal bars: mild steel, aluminium, copper, and brass. These materials are chosen for their varied thermal properties, making it ideal for comparative heat conduction studies.

Q: When should the overheat protection feature be used?

A: The overheat protection is an automatic feature that activates whenever the system detects excessive temperatures, preventing damage to components and ensuring safe operation throughout experiments.

Q: Where can this equipment be installed and used?

A: Designed as a table-top model, this setup is suitable for laboratories, educational institutes, and engineering colleges. Its compact size allows for easy placement on standard laboratory benches.

Q: What is the process for data acquisition and analysis?

A: Temperature data can be collected manually using the digital display or via an optional digital interface for streamlined data recording and analysis, enabling users to precisely map thermal profiles and compare results across different metals.

Q: How does ceramic fiber insulation benefit the experiment?

A: Ceramic fiber insulation minimizes heat losses from the apparatus, ensuring more accurate measurements and improving the overall safety of the experiment by containing heat within the designated area.

Q: What are the main educational benefits of using this demonstrator?

A: The demonstrator enhances learning by providing a tangible way to study thermal conductivity and heat transfer principles. Its manual and digital data acquisition options foster practical skills and analytical thinking, vital for students in scientific and engineering fields.