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Ingen Hausz Apparatus

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MOQ : 10 Pieces

Ingen Hausz Apparatus Specification

Automation Grade
Manual

Temperature Range
Up to wax melting point

Core Components
Glass vessel, Metal rod, Corks, Paraffin wax

Material
metal tank

Model No
IHA-01

Usage
Ingen Hausz Apparatus For Physics Lab

Feature
Five rods One of Each Copper, Brass, Aluminium , Iron, Glass and Zinc, fitted along one side of a metal tank through rubber bungs.

Product Type
Ingen Hausz Apparatus For Physics Lab

Capacity
Standard for laboratory demonstration

Accuracy
Qualitative demonstration

Measurement Range
Visual observation

Power Source
Manual

Equipment Materials
Glass, Metal stand, Corks, Paraffin wax

Type
Ingen Hausz Apparatus For Physics Lab

Display Type
Analog

Dimension (L*W*H)
metal tank 150x90x100mm length x width x height. Millimeter (mm)

Weight
Approximately 800 grams

Application
Physics laboratory experiment

Designed For
Educational science demonstrations

Compliance
Meets educational standard requirements

Safe for Classroom Use
Yes

Rod Materials
Brass, Copper, Aluminium, Iron, Stainless steel, Nickel

Number of Rods
6 metal rods of different materials

Glass Vessel Capacity
Approx. 250 ml

Operation
Requires heating source (not included)

Maintenance
Easy to clean and assemble

Packing
Supplied in export-worthy packaging

Cork Diameter
Standard for rod fitting

Mounting
Stable base for demonstration

About Ingen Hausz Apparatus

Ingen Hausz Apparatus For Physics Lab

Edutek Iab Science are Manufacturer Exporter & Supplier of Ingen Hausz Apparatus.

Descriptions of Ingen Hausz Apparatus

Five rods One of Each Copper, Brass, Aluminium , Iron, Glass and Zinc, fitted along one side of a metal tank through rubber bungs.

Size of metal tank 150x90x100mm length x width x height.

Exploring Thermal Conductivity

With the Ingen Hausz Apparatus, students and educators can directly visualize the way different metals conduct heat. By observing wax melting rates along each rod, one can compare thermal conductivity properties, fostering a deeper understanding of heat transfer in solids. The stable design and selection of varied rod materials make this apparatus perfect for science classroom demonstrations and experiments, ensuring hands-on learning.

Safety and Educational Compliance

Designed to meet strict educational standards, the Ingen Hausz Apparatus ensures safe operation in classroom environments. Its sturdy construction, stable base, and well-fitted corks minimize risks when combined with appropriate laboratory heating sources. The apparatus is easy to assemble and clean, promoting repeated, reliable use for successive demonstration sessions.

FAQs of Ingen Hausz Apparatus :

Q: How does the Ingen Hausz Apparatus demonstrate heat conduction in solids?

A: By placing paraffin wax on each of the six metal rods and heating the tank, you can observe the wax melting at different speeds. Each rod conducts heat at a different rate, visually illustrating and comparing the thermal conductivity of brass, copper, aluminum, iron, stainless steel, and nickel.

Q: What materials are included with the Ingen Hausz Apparatus?

A: The apparatus comes with six metal rods (copper, brass, aluminum, iron, stainless steel, and nickel), a sturdy metal tank, corks for securing the rods, a glass vessel with a 250 ml capacity, and paraffin wax for the demonstrations. It requires an external heating source, which is not included.

Q: When and where should I use the Ingen Hausz Apparatus?

A: This apparatus is best used in physics laboratories for classroom demonstrations of thermal conductivity. It is suitable for both secondary and higher education settings whenever lessons on heat transfer or properties of materials are being conducted.

Q: What is the correct process for setting up and operating the Ingen Hausz Apparatus?

A: First, insert each metal rod through the corks into the designated slots on the tank. Fill the vessel with approximately 250 ml of water and attach small pieces of wax to the rods. Place the apparatus on a stable surface, apply heat (e.g., a spirit lamp) beneath the tank, and observe the melting of the wax for qualitative analysis.

Q: What are the advantages of using this apparatus in a classroom setting?

A: The Ingen Hausz Apparatus enables a clear, hands-on demonstration of heat conduction differences between various metals, making theoretical concepts tangible. Its safety features, ease of assembly, and visual results enhance student engagement and comprehension.

Q: How do I maintain and clean the Ingen Hausz Apparatus after use?

A: Allow the apparatus to cool completely before disassembling and wiping the rods and tank with a damp cloth. Residual wax can be gently removed. Ensure all components are dry before reassembling or storing.

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