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Item #:
11835931
Semiconductor DC12V Electronic Refrigeration Cooling System DIY Cooler Kit for School Teaching Sample and Liquid Cooling Test
Item #:
11835931
USD 82
Price Details
Excluding Shipping & Custom charges ( Shipping and custom charges will be calculated on checkout )
*All items will import from US
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Imported from USA store
QTY:
Order now and get it around Wednesday, July 01
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Note: Step Down Voltage Transformer required for using electronics products of US store (110-120). Recommended power converters Buy Now.
What Stands Out
DIY Kit
Designed for hands-on learning, this DIY cooler kit promotes practical understanding of semiconductor technology, making it ideal for educational purposes and interactive projects.
Versatile Use
Suitable for various applications, including teaching and liquid cooling tests, this system addresses multiple user needs in both academic and experimental settings.
Low Voltage
Operating at DC 12V, this refrigeration kit ensures safety and efficiency, reducing power consumption while being user-friendly for both students and hobbyists.
Product Details
| Item Weight | 3 lbs (1.36 kg) |
Who Should Buy?
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Educational Purposes
Ideal for schools and universities to demonstrate principles of thermoelectrics and refrigeration technologies effectively.
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DIY Enthusiasts
Perfect for hobbyists and makers who enjoy building and experimenting with electronics and cooling systems.
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Liquid Cooling Tests
Useful for users conducting liquid cooling tests in various applications, providing efficient temperature management.
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Heavy-Duty Cooling
Not suitable for larger cooling needs, as it is designed for small-scale applications and demonstrations.
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Commercial Use
Not ideal for businesses that require reliable and high-capacity cooling solutions for significant heat loads.
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No Technical Knowledge
Users without any electronics background may struggle to assemble and operate the kit effectively.
Product Description
Semiconductor DC12V Electronic Refrigeration Cooling System DIY Cooler Kit for School Teaching Sample and Liquid Cooling Test
About This Item
Introducing our Semiconductor Refrigerator, the perfect cooling system for all your electronic devices! Designed specifically for school teaching samples and liquid cooling tests, this DIY cooler cooling system kit is a must-have for electronics enthusiasts and DIYers. Our Semiconductor Refrigerator features a rated voltage of DC 12V, ensuring efficient and reliable cooling for your electronic components. With its sleek black color and compact size of approximately 15*21.5*10cm/5.9*8.5*3.9inch, it easily fits into any workspace or setup.
Weighing approximately 1152g / 40.6oz, it is lightweight and portable, making it ideal for projects and experiments both in the classroom and at home. You will receive 1 x Semiconductor Refrigerator in our package list, providing you with everything you need to get started on your electronic cooling projects right away. With its advanced semiconductor cooling technology, this refrigerator ensures effective cooling for your electronic devices, preventing overheating and extending their lifespan.
Not only is this Semiconductor Refrigerator suitable for cooling your electronics, but it also serves as a valuable teaching tool for students interested in learning about refrigeration systems and semiconductor technology. Whether you are a student, a hobbyist, or a professional, our Semiconductor Refrigerator offers a reliable and cost-effective electronic cooling solution. Take your DIY projects to the next level with our Semiconductor Refrigerator and unlock endless possibilities for building, creating, and experimenting with electronic components.
Experience efficient cooling, improve performance, and protect your electronics with our Semiconductor Refrigerator. Get yours today and start exploring the world of electronic cooling like never before!.
Have any Query? Chat with us
Customer Questions & Answers
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Question:
What is a Semiconductor Refrigerator?
Answer: A Semiconductor Refrigerator is a compact cooling system that uses thermoelectric modules to create a temperature difference, effectively cooling its interior. This technology operates on the Peltier effect, where electric current flowing through the semiconductor material moves heat away from one side to the other. This makes it suitable for various applications, especially in educational settings. For instance, students can use it to demonstrate principles of thermodynamics and electronics in hands-on experiments. -
Question:
How does the DC12V power supply work for this cooling system?
Answer: The DC12V power supply powers the Semiconductor Refrigerator, providing the necessary current for the thermoelectric cooling modules. This low-voltage operation makes it safe and ideal for use in school projects and DIY applications. The system's efficiency allows for significant cooling without bulky compressors, making it perfect for smaller setups like science fairs or educational demonstrations where portability and efficiency are key. -
Question:
What are the primary uses of the Semiconductor Cooling System Kit?
Answer: The Semiconductor Cooling System Kit is versatile and can be used for various applications, including small-scale cooling tasks, such as chilling beverages or preserving perishable items in a classroom setting. Additionally, it can serve as an educational tool, allowing students to explore concepts related to thermal management and energy efficiency through hands-on engagement. Its adaptability makes it suitable for DIY projects and experimentation in school science programs. -
Question:
Is the installation of the Semiconductor Cooler complex?
Answer: Installation of the Semiconductor Cooler Kit is user-friendly, designed with simplicity in mind. The kit typically comes with detailed instructions, making it accessible for beginners and educational use. Users can connect the components easily without advanced technical skills, fostering a learning environment where students can enhance their understanding of electronics and cooling systems through practical application. -
Question:
Can the Semiconductor Refrigerator be used for food and beverages?
Answer: Yes, the Semiconductor Refrigerator can effectively cool food and beverages. However, it is recommended for small quantities due to its size limitations. This capability allows for practical demonstrations in classroom settings, where students can observe temperature changes and learn about preservation techniques. It's particularly useful for science experiments involving heat exchange and thermal conductivity. -
Question:
What are the cooling capabilities of this system?
Answer: The cooling capabilities of the Semiconductor Refrigerator depend on various factors, including ambient temperature and the specific setup. Typically, these systems can achieve temperature differentials of around 20-30 degrees Celsius below ambient temperature, making them effective for targeted cooling applications. This performance is particularly beneficial for educational demonstrations, allowing students to visually grasp the concept of refrigeration and thermodynamics. -
Question:
Is this cooling system energy efficient?
Answer: Yes, the Semiconductor Cooling System is generally energy-efficient compared to traditional refrigeration methods. It relies on a simple thermoelectric principle, consuming less power while providing effective cooling for small applications. This efficiency makes it suitable for school projects focusing on sustainability and energy conservation, encouraging students to explore eco-friendly technologies in cooling and refrigeration. -
Question:
What materials are included in the DIY Cooler kit?
Answer: The DIY Cooler kit typically includes thermoelectric modules, heat sinks, power supply components, and necessary connectors. Each kit is designed to provide everything needed for assembly and operation, making it easy for students to focus on learning rather than sourcing individual components. This all-in-one approach facilitates a smoother educational experience in practical electronics and thermodynamics. -
Question:
Can I use this system outdoors?
Answer: While the Semiconductor Refrigerator can be used outdoors, it's essential to consider the conditions. Prolonged exposure to direct sunlight or harsh weather can affect its performance. For educational use, it might be best suited for indoor settings where environmental factors are controlled. However, if necessary, students can experiment with outdoor cooling applications, provided they ensure proper shade and protection for the setup. -
Question:
Where can I buy the Semiconductor Refrigerator in Zimbabwe?
Answer: You can purchase the Semiconductor Refrigerator, DC12V Electronic Semiconductor Cooling System Kit from Ubuy in Zimbabwe. Ubuy offers a wide selection of electronic components and cooling systems, making it a reliable platform for your DIY projects and educational needs. Their user-friendly website allows for easy browsing and purchasing, ensuring you have access to the latest technology for your school projects.
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Pros
- Energy efficient design
- Compact size for easy use
- Great for DIY projects
- Ideal for educational purposes
- Quiet operation
Cons
- Requires basic assembly skills
Product Price History
Important information
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USD 82
Order now and get it around Wednesday, July 01
This item is not restrict in my country.(Please click on above link if this item is not restrict in your country, So our team will review and allow.)
QTY:
Secured transaction
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Features & Benefits
- Committed to providing comprehensive, safer, and practical products
- Offers unique and hard-to-find items not readily available in supermarkets
- Team continuously learns new technologies for optimal production processes
- High reliability with non-moving parts and widely used
- Fast cooling effect, low noise, and simple operation
- Focused on solving customer needs independently