Heat Transfer Coefficient of Composite Wall apparatus

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Heat Transfer Coefficient of Composite Wall apparatus Specification

Power Source
Electric

Voltage
230V AC

Capacity
1 Experiment at a time

Core Components
Heater, thermocouples, composite wall assembly, insulation, control panel

Temperature Range
Ambient to 100C

Model No
HTC-CW-01

Accuracy
0.5C for temperature measurement

Automation Grade
Manual operation

Feature
Visual heat flow analysis, individual layer temperature measurement

Measurement Range
Heat Transfer Rate: Up to 40 W

Frequency
50 Hz

Equipment Materials
SS chamber, Insulated walls, MS frame, Acrylic sheet, Brass, Copper, Bakelite, Wood

Type
Educational Laboratory Equipment

Usage
Measurement of heat transfer coefficient through composite walls

Display Type
Digital Temperature Indicator

Dimension (L*W*H)
800 x 400 x 650 mm

Weight
Approx. 30 kg

Heater Capacity
1 kW

Data Acquisition
Not included, manual reading

Number of Thermocouples
6 (placed at different interfaces)

Power Cord Length
1.5 meters

Insulation Thickness
40 mm minimum

Safety Features
Overheat protection for heater, fuse incorporated

Mounted On
Powder coated MS stand

Wall Layer Materials
Combination of brass, copper, bakelite, wood

Temperature Sensors Type
Calibrated thermocouples (K-type)

Ambient Conditions Required
Indoor, draft-free environment

Working Fluid
Air (natural convection)

About Heat Transfer Coefficient of Composite Wall apparatus

Jump on a first-string learning experience with the Heat Transfer Coefficient of Composite Wall apparatus, brilliantly engineered for educational labs. Spotlight on its glorious configuration-six calibrated thermocouples pinpoint temperature across brass, copper, bakelite, and wood layers with radiant precision. Personalise your experiments with its intuitive manual reading setup and digital temperature indicator. Mounted on a robust powder-coated MS stand, enjoy overheat protection, fuse safety, and accuracy of 0.5C. This apparatus is ideal for measuring heat transfer rates up to 40 W, making complex concepts crystal clear for students and researchers alike.

Key Features and Applications

The Heat Transfer Coefficient of Composite Wall apparatus presents brilliant versatility, accommodating up to one experiment at a time for detailed investigations in heat transfer. Its individual layer temperature measurement capability and visual heat flow analysis bring concepts to life for students. Use this first-string equipment in engineering colleges, research labs, and technical training institutes to illuminate the study of conduction in composite walls under natural convection. Extensive materials-brass, copper, bakelite, and wood-mirror real-world scenarios for comprehensive analysis.

Supply Ability, Policy & Terms

Our apparatus is offered with secure packaging and careful attention to detail to ensure a safe journey from our facility to yours. Supply ability is steady to fulfill institutional demand in bulk or single units, with flexible sample policies available upon asking price agreement. Outlay is competitive and payment terms are negotiable to suit organizational procurement requirements. Exported, manufactured, and supplied from India, each system meets stringent quality standards for reliability and longevity.

FAQ's of Heat Transfer Coefficient of Composite Wall apparatus:

Q: How does the Heat Transfer Coefficient of Composite Wall apparatus help in educational laboratories?

A: This apparatus offers a hands-on approach to understanding heat conduction through a composite wall by allowing precise measurement and analysis, making it invaluable for demonstrating thermal concepts to students.

Q: What materials are used in the construction of the composite wall in this system?

A: The composite wall is constructed using a combination of high-quality brass, copper, bakelite, and wood to simulate a variety of real-world thermal conduction scenarios.

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

A: For the most reliable results, install the equipment in an indoor, draft-free environment to maintain stable ambient conditions necessary for accurate experimentation.

Q: What is the process for taking temperature measurements?

A: Temperature is manually read using digital indicators connected to six calibrated (K-type) thermocouples strategically placed at different wall interfaces, providing clear insight into temperature gradients.

Q: When should the overheat protection and safety features be checked?

A: Inspect the overheat protection system and fuse before each use to ensure the apparatus operates safely and maintains optimal functionality during experiments.

Q: What are the typical application areas for this product?

A: This equipment is predominantly used in engineering colleges, technical training centers, and research laboratories for practical heat transfer and thermodynamics experiments.

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