Thermal Conductivity of Metal Apparatus

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Thermal Conductivity of Metal Apparatus Specification

Automation Grade
Manual

Usage
Thermal Conductivity of Metal Apparatus for Physics Lab

Voltage
220-230 V AC

Capacity
Single Sample

Core Components
Metal Bars, Heating Element, Insulation, Terminals, Thermometers

Feature
Highly Efficient

Measurement Range
Thermal Conductivity of Various Metals

Power Source
AC Mains Electricity

Model No
TCMA-01

Temperature Range
Up to 100C

Accuracy
100 % %

Frequency
50 Hz

Equipment Materials
Mild Steel Base, Brass Bar, Copper Bar, Aluminum Bar, Stainless Steel Rods

Type
Laboratory Testing Instrument

Display Type
Analog

Dimension (L*W*H)
Approx. 600 x 150 x 150 mm

Weight
Approx. 8-10 kg

About Thermal Conductivity of Metal Apparatus

Thermal Conductivity of Metal Apparatus for Physics Lab

Specification of Thermal Conductivity of Metal Apparatus for Physics Lab

Strips of Aluminium, Brass, Copper, Iron and Zinc with cups. Fitted on hub with rod made of Brass. The entire setup is fitted on wooden handle

For demonstration of differences in the thermal conductivity of five different metal - brass, copper, aluminium, mild steel and stainless steel. These 5 metal rods spread radially outward. equally spaced on each side of hexagonal brass hub, and have a small recess at the other end for holding paraffin wax. The sixth side of brass hub has a metal rod terminating in an insulating handle. On heating the central hub, the wax contain ed in the cavities of different metals melts at different times, implying their different thermal conductivities.

Comprehensive Thermal Experimentation

This apparatus makes it simple for educators and students to measure the thermal conductivity of multiple metals, including brass, copper, aluminum, and stainless steel. Its user-friendly layout and high-precision glass thermometers guarantee consistent results, making it ideal for classroom demonstrations and hands-on learning.

Precision Engineering and Robust Construction

Constructed with a powder-coated mild steel base and durable metal bars, the instrument assures longevity and reliability. The glass wool insulation and precise components ensure a high degree of measurement accuracy, maintaining stable operating conditions for all experiments.

Designed for Effective Laboratory Use

With a compact table-top mounting and clear analog display, the apparatus integrates seamlessly into any lab setting. Its compliance with educational laboratory standards and manual control offer flexibility and safe usage for both teachers and students.

FAQs of Thermal Conductivity of Metal Apparatus:

Q: How is the Thermal Conductivity of Metal Apparatus used in a physics laboratory?

A: The apparatus is used to measure the thermal conductivity of different metals by heating the sample directly and recording temperature changes with the included precision glass thermometers. This allows students to compare thermal properties in various materials during thermal experiment sessions.

Q: What metals can be tested with this apparatus?

A: This apparatus comes with sample holders and integrated metal bars for brass, copper, aluminum, and stainless steel, providing a wide range of materials for thermal conductivity measurements.

Q: When is this equipment most beneficial in an educational setting?

A: It is ideal for classroom demonstrations, laboratory exercises, and hands-on experiments, especially when teaching concepts related to heat transfer and material science in physics curriculum.

Q: Where should the apparatus be installed for optimal use?

A: Designed as a table-top unit, the apparatus should be placed on a stable laboratory surface near an electrical outlet providing 220230 V AC, ensuring easy access for students and instructors during experiments.

Q: What are the core components and their purpose in the apparatus?

A: Core components include the metal bars for samples, a 500 W heating element, glass wool insulation, six glass thermometers, and analog display. Each is engineered to support accurate direct heating, thermal insulation, and precise temperature readings.

Q: How does the device ensure accurate temperature measurements?

A: With six precision glass thermometers and glass wool insulation surrounding the sample area, the apparatus maintains steady thermal conditions and precise temperature tracking, ensuring reproducible and accurate results.

Q: What are the main benefits of using this thermal conductivity apparatus?

A: It offers precise measurement of thermal conductivity, durable construction, efficient insulation, and compliance with laboratory standards, making it highly effective and reliable for educational and research applications.

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