HEAT PIPE DEMONSTRATOR

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HEAT PIPE DEMONSTRATOR Specification

Shape
Rectangular frame structure

Power Supply
220V AC

Display Type
Digital display

Features
Educational equipment for thermal studies

Accuracy
High

Temperature Resistance
Capable of withstanding high thermal conditions

Control Type
Manual control

Heating Capacity
Up to 2 kW

Type
Educational apparatus

Dimension (L*W*H)
Approx. 750mm x 500mm x 300mm

Equipment Materials
Metal frame with insulated components

Power
Standard electrical power

Voltage
220V

Material
Combination of stainless steel and powder-coated metal

Application
Demonstration of heat pipe principles

Warranty
1 year

About HEAT PIPE DEMONSTRATOR

Offer your classroom or laboratory the celebrated HEAT PIPE DEMONSTRATOR-an illustrious educational apparatus designed for superior demonstration of heat pipe principles. Get it now and witness exceptional accuracy, making it a must-have for any thermal studies curriculum. Equipped with a robust rectangular frame, this demonstrator utilizes a combination of stainless steel and powder-coated metal, ensuring high temperature resistance and durability. With a powerful 2 kW heating capacity, digital display, and manual control, it guarantees reliable and precise results. Certified for quality, with a 1-year warranty, exclusively by a leading exporter, manufacturer, and supplier in India.

Exceptional Features and Competitive Edge

The HEAT PIPE DEMONSTRATOR boasts extra features such as a digital display for accurate readings and a manual control system for tailored experiments. Its durable construction combines stainless steel and powder-coated metal, providing remarkable temperature resistance. High heating capacity up to 2 kW offers versatility. Competitive advantages include superior accuracy, robust insulation, and an illustrious reputation among educational equipment, making this demonstrator a must-have for advanced learning environments.

Market Presence, Certifications, and Logistics

Primarily serving the Main Domestic Market in India, this demonstrator comes with authentic certifications ensuring quality and dependability. The outlay for this machine is kept affordable, and a reliable supply ability ensures swift shipment and smooth exchange. Each HEAT PIPE DEMONSTRATOR is securely packaged to withstand shipping conditions and arrives ready for immediate use, reaffirming the manufacturer's commitment to trust and prompt logistics.

FAQ's of HEAT PIPE DEMONSTRATOR:

Q: How does the HEAT PIPE DEMONSTRATOR help in understanding heat transfer principles?

A: The HEAT PIPE DEMONSTRATOR visually illustrates heat transfer and thermal dynamics, allowing users to observe real-time temperature variations and efficiency in heat movement, reinforcing theoretical concepts in a practical setting.

Q: What materials are used in the construction of the demonstrator?

A: The unit is crafted using a sturdy combination of stainless steel and powder-coated metal, complemented by insulated components for enhanced durability and safety against high thermal loads.

Q: When can I expect the shipment after placing my order?

A: After confirming your order, the demonstrator is promptly prepared for shipment. Delivery timelines depend on your location within India, but efficient logistics ensure a swift dispatch for immediate exchange or setup.

Q: Where is the HEAT PIPE DEMONSTRATOR most commonly used?

A: This equipment finds its primary use in academic institutions, research laboratories, and technical training facilities, assisting students and researchers in exploring thermal science topics.

Q: What is the process for claiming the 1-year warranty?

A: In case of any malfunction during the warranty period, simply contact the supplier or manufacturer with your purchase details. They will facilitate the necessary service or replacement as per warranty terms.

Q: How can manual control benefit users during experiments?

A: Manual control empowers users to tailor and adjust heating parameters, enabling specific experimentation, observation, and better understanding of heat transfer phenomena, leading to more effective studies.

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