Heat Transfer Through Composite Wall Apparatus

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Heat Transfer Through Composite Wall Apparatus Specification

Control System
Digital Temperature Controller

Automation Grade
Semi-Automatic

Features
Transparent Front Window, Removable Specimens, Easy to Operate

Operating Pressure
Atmospheric

Accessories Type
Thermocouples, Heater, Insulation Panel

Technology
Experimental Apparatus for Heat Transfer Studies

Machine Type
Bench Top Equipment

Accuracy
1C

Surface Treatment
Powder Coated

Power Source
Electric

Type
Composite Wall Apparatus

Material
Mild Steel and Insulated Layers

Function
To study heat transfer through series of composite walls

Application
Educational Laboratory, Research

Voltage
230V AC, 50Hz

Weight
20-25 kg

Panel Material
Acrylic and Mild Steel

Specimen Size
Diameter 200 mm, Thickness 25 mm each

Heater Capacity
500 W

Insulation
Glass Wool

Tested Parameters
Thermal Conductivity, Heat Loss, Temperature Gradient

Temperature Sensors
6 to 8 K-Type Thermocouples

Data Acquisition
Manual or Optional Computer Interface

Overall Dimensions
Approx. 600 mm x 300 mm x 400 mm

Display Type
Digital Display for Temperature

Heating Element Type
Nichrome Wire Heater

Number of Walls
Typically 3 (Composite Layers)

Heat Transfer Through Composite Wall Apparatus Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
7-10 Days

Main Domestic Market
All India

About Heat Transfer Through Composite Wall Apparatus

Discover the top-ranking Heat Transfer Through Composite Wall Apparatus-an enviable choice for educational laboratories and research facilities in India. Equipped with a grandiose 500 W Nichrome wire heater and digital display, this bench-top equipment features 3 composite layers, precision thermocouples (6-8 K-Type), and superior glass wool insulation. Its transparent window and removable specimen design deliver practical learning. Control temperature with digital accuracy (1C). Scarce in the market, this apparatus ensures reliable thermal conductivity and heat loss studies. Add to Cart today and take advantage of its tested, semi-automatic excellence!

Practical Usability and Industrial Applications

The Heat Transfer Through Composite Wall Apparatus is designed for straightforward operation-simply position the specimen, configure temperature settings, and monitor results via the digital controller. This equipment is invaluable for teaching core heat transfer concepts, making it ideal for universities, R&D labs, and technical training centers. In commercial and plant settings, it facilitates the estimation of material insulation performance, supporting product innovation and quality control processes efficiently.

Sample Policy, Certifications & Premium Packaging

We estimate fast dispatch times, ensuring you receive this apparatus promptly at the lowest price point. All units come with a comprehensive sample policy for institutional buyers and boast certifications that underscore premium build quality and safety standards. Each device is packaged with utmost care to prevent transit damage, making it optimal for both local and international delivery. Rely on this meticulously crafted equipment for stable results and enduring performance.

FAQ's of Heat Transfer Through Composite Wall Apparatus:

Q: How does the Heat Transfer Through Composite Wall Apparatus operate?

A: This apparatus functions by placing composite wall specimens within an insulated chamber, applying heat via a Nichrome wire heater, and using thermocouples to monitor temperature gradients across each layer, with results displayed digitally.

Q: What benefits do educational and research labs gain from this equipment?

A: Labs benefit from hands-on experiments, allowing comprehensive studies of heat transfer, thermal conductivity, and insulation efficiency using real-world materials and accurate digital measurements.

Q: Where can the apparatus be used besides laboratories?

A: Beyond educational laboratories, the apparatus is suitable for R&D centers, commercial testing facilities, and industrial quality control settings, aiding in insulation verification and material research.

Q: When is it advisable to use the manual or optional data acquisition interface?

A: Manual data acquisition works for quick studies, but the optional computer interface is recommended for detailed experiments, extended data logging, and classroom demonstrations requiring visualization.

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

A: Setup involves connecting to a 230V AC source, inserting the composite specimen, and configuring controls. Routine maintenance includes cleaning the acrylic window, checking the thermocouples, and ensuring all insulation panels are intact.

Q: How accurate are the temperature measurements?

A: The digital display and high-quality K-Type thermocouples provide temperature accuracy up to 1C, ensuring dependable and consistent readings during experimental runs.

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