Thermoelectric
Thermoelectric Effect Demonstrator
The Thermoelectric Effect Demonstrator allows you to witness the direct conversion of heat energy to electrical energy and vice versa. This simple yet powerful device features a Peltier Effect Generator sandwiched between two aluminum legs. It is connected to an electric motor with a propeller and a pair of banana sockets, which can be selected using a switch.
Key Features:
- Converts heat energy to electrical energy and vice versa
- Simple semiconductor-based device
- Peltier Effect Generator
- Electric motor with propeller
- Switch for selecting banana sockets
Product Specifications:
Overall Dimensions | Approximately 56*58*255mm |
Material | Aluminum plates |
Weight | 1lb aprox |
Included Components | Cooling plate, small fan, two terminals |
Similar Products:
- Thermoelectric Generator Module
- Thermoelectric Cooler and Warmer
- Portable Power Bank with Thermoelectric Charging
- Thermoelectric Cooling and Heating System
- Thermoelectric Energy Harvesting Kit
Note: These are similar products, and each product is different, so research is required to find the best fit for your needs.
Caution: As with any experiment involving heat and electrical components, proper safety precautions should be followed. Handle the device and associated equipment with care to avoid accidents or injuries.
Perfect for Physics teachers and educators, science enthusiasts and hobbyists, students studying thermodynamics and energy conversion, researchers in the field of renewable energy, and industrial professionals exploring energy-efficient solutions.
Thermocouple
Introducing our 1-Feet Professional Thermocouple, the ultimate tool for accurate temperature measurement in a variety of settings. Whether you're a professional chef, laboratory technician, or DIY enthusiast, this thermocouple is the perfect choice for your temperature sensing needs. With its high-quality construction and precision engineering, you can trust this thermocouple to provide reliable and accurate readings every time. Plus, its compact size and easy-to-use design make it the ideal choice for any application. So why wait? Get your hands on the 1-Feet Professional Thermocouple today and start measuring temperatures like a pro!
Product Specifications:
Product Name | Thermocouple |
Type | Professional |
Length | 1-Feet |
Target Group:
- Industrial engineers and technicians
- Manufacturing companies
- Research and development teams
- Maintenance and repair professionals
- Quality control personnel
- Scientists and laboratory technicians
3-Feet Professional Thermocouple
The 3-Feet Professional Thermocouple is a high-quality temperature sensor designed for professional use. It is perfect for measuring temperatures in industrial settings, laboratories, and other environments where accuracy and reliability are essential. This thermocouple is made with high-quality materials and is built to last, ensuring that you get accurate readings every time. Whether you're measuring temperatures in a furnace, a kiln, or a laboratory experiment, the 3-Feet Professional Thermocouple is the perfect tool for the job.
Product Specifications:
Product Name | Thermocouple |
Type | Professional |
Cable Length | 3-Feet |
Target Group: Professional Chefs and Cooking Enthusiasts
- Chefs and culinary professionals
- Home cooks who are passionate about cooking and want to take their skills to the next level
- Food bloggers and recipe developers
- Restaurants and catering businesses
- Culinary schools and cooking classes
- Anyone who values precision and accuracy in cooking
Thermoelectric Cooler
The Thermoelectric Cooler is a versatile device that can be used for numerous applications, from CPU coolers to alternate power sources, or even for your own custom car drink warmer/cooler. With the ability to get ice cold in minutes or heat to boiling by simply reversing the polarity, this cooler is a must-have for anyone looking for a reliable and efficient cooling solution.
Operating at a voltage of 0~15.2V DC and a current of 0~6A, this cooler can withstand temperatures ranging from -30??C to 70??C. With a maximum power consumption of 60 watts and a size of 40mm x 40mm x 4mm, this device is compact and efficient.
It is important to note that these devices must be used in conjunction with a heat sink to avoid burning. However, each device is fully inspected and tested, ensuring its reliability and safety. Additionally, the cooler is fitted with 6-inch insulated leads for easy installation and use.
Key Features:
- Thermoelectric Cooler with ability to get ice cold in minutes or heat to boiling by simply reversing polarity
- Used for numerous applications from CPU coolers to alternate power sources, or even for custom car drink warmer/cooler
- Operation Voltage: 0~15.2V DC
- Operation Current: 0~6A
- Operation Temperature: -30?C to 70?C
- Max Power Consumption: 60 Watts
Note: No material or weight specifications were provided, so they were not included in the list.
Product Specifications:
Product Name | Thermoelectric Cooler |
Applications | Used for numerous applications from CPU coolers to alternate power sources or even for your own custom car drink warmer/cooler. |
Operation Voltage | 0~15.2V DC |
Operation Current | 0~6A |
Operation Temperature | -30?C to 70?C |
Max Power Consumption | 60 Watts |
Size | 40mm x 40mm x 4mm |
Marking | No marking |
Additional Information | These devices must be used in conjunction with a heat sink to avoid being burned. Each device is fully inspected and tested. Fitted with 6-inch insulated leads. Get ice cold in minutes or heat to boiling by simply reversing the polarity. |
Similar Products
- Thermoelectric Module Cooler/Heater
- Thermoelectric Generator
- Thermoelectric Power Module
- Thermoelectric Cooling System
- Thermoelectric Heat Pump
Note: These are similar products, and each product is different, so research is required to find the best fit for your needs.
CAUTION: These thermoelectric coolers must be used with a heat sink to avoid burning. Use with caution and handle carefully.
Perfect for:
- Computer enthusiasts and tech-savvy individuals who need a reliable and efficient CPU cooler
- DIY enthusiasts who want to create their own custom car drink warmer/cooler
- Individuals who need an alternate power source for their devices
- Outdoor enthusiasts who want to keep their food and drinks cold or hot while camping or hiking
Thermoelectric Effect Demonstrator
The Thermoelectric Effect Demonstrator allows you to witness the direct conversion of heat energy to electrical energy and vice versa. This simple yet powerful device features a Peltier Effect Generator sandwiched between two aluminum legs. It is connected to an electric motor with a propeller and a pair of banana sockets, which can be selected using a switch.
Key Features:
- Converts heat energy to electrical energy and vice versa
- Simple semiconductor-based device
- Peltier Effect Generator
- Electric motor with propeller
- Switch for selecting banana sockets
Product Specifications:
Overall Dimensions | Approximately 56*58*255mm |
Material | Aluminum plates |
Weight | 1lb aprox |
Included Components | Cooling plate, small fan, two terminals |
Similar Products:
- Thermoelectric Generator Module
- Thermoelectric Cooler and Warmer
- Portable Power Bank with Thermoelectric Charging
- Thermoelectric Cooling and Heating System
- Thermoelectric Energy Harvesting Kit
Note: These are similar products, and each product is different, so research is required to find the best fit for your needs.
Caution: As with any experiment involving heat and electrical components, proper safety precautions should be followed. Handle the device and associated equipment with care to avoid accidents or injuries.
Perfect for Physics teachers and educators, science enthusiasts and hobbyists, students studying thermodynamics and energy conversion, researchers in the field of renewable energy, and industrial professionals exploring energy-efficient solutions.
Thermoelectric Generator Kit (Essentials)
The Thermoelectric Generator Kit (Essentials) is an experimental kit that showcases the direct conversion of heat into electrical energy using the Seebeck effect. The kit includes a key component, the Peltier module, that is sandwiched between two metal cans. As long as there is a substantial temperature differential between the two sides of the Peltier element, sufficient electricity will be generated to power the electric motor to turn the propeller.
Assembling this kit is a breeze with easy-to-follow instructions. This generator is an excellent way to demonstrate the Seebeck effect and the conversion of heat into electrical energy. It's perfect for science enthusiasts and students who want to learn more about thermoelectricity.
Metal cans can be tea cans and may not be sealed to hold water. You will need to apply paint, resin or glue to the seams and let them dry before doing your experiments. (Not Included)
Product Specifications:
Product Name | Thermoelectric Generator Kit (Essentials) |
Product Type | Generator |
Usage | Thermoelectric |
Kit Type | Essentials Thermoelectric Generator Kit (Essentials) |
Key Component | Peltier Module |
Functionality | Demonstrates the Direct Conversion of Heat into Electrical Energy using the Seebeck Effect |
Perfect for:
- Science enthusiasts
- Students studying thermoelectricity
- DIY enthusiasts
- Electronics hobbyists
- Teachers looking for hands-on experiments for their classroom
- Individuals interested in alternative energy sources
Note: These are similar products, and each product is different, so research is required to find the best fit for your needs.
Caution: This kit involves the direct conversion of heat into electrical energy and should only be used by individuals with proper knowledge and understanding of the Seebeck Effect. Always exercise caution when handling the Peltier module and ensure there is a substantial temperature differential between the two sides to prevent any hazards. Follow the instructions carefully to avoid any mishaps.
Thermoelectric Generator Module
The Thermoelectric Generator Module is a device designed for converting heat to electricity. With an open-circuit voltage of 8V and a maximum load voltage of 4.8V, this module has a maximum load current of 600Ma and a Δ T of 100 Degrees. Its measurement of 40 ~ 40 ~ 3.8 makes it a compact and convenient tool for energy conversion. Although the actual product may not have any marking or have a different marking, the positive wire is always red. This module is perfect for those looking to convert heat into usable energy.
Key Features:
- Converts heat to electricity
- Open-circuit voltage of 8V
- Maximum load voltage of 4.8V
- Maximum load current of 600mA
- Can handle a temperature difference of up to 100 degrees
- Compact size: 40mm x 40mm x 3.8mm
Note: The actual product may not have any marking or have a different marking. The positive wire is red.
Product Specifications:
Product Name | Thermoelectric Generator Module |
Generator Type | Thermoelectric |
Module Type | Thermoelectric Generator Module |
Function | For Converting Heat To Electricity |
Open-Circuit Voltage | 8V |
Maximum Load Voltage | 4.8V |
Maximum Load Current | 600Ma |
Δ T | 100 Degree |
Measurement | 40 ~ 40 ~ 3.8 |
Marking | The Actual Product May Not Have Any Marking Or Have A Different Marking. The Positive Wire Is Red. |
Similar Products
- Thermoelectric Power Generator Module
- Thermoelectric Peltier Cooler Module
- Thermoelectric Energy Harvesting Module
- Thermoelectric Cooling Module
- Thermoelectric Heat Sink Module
Note: These are similar products, and each product is different, so research is required to find the best fit for your needs.
CAUTION: Handle with care. This product is capable of generating electricity and may cause electric shock if mishandled. Do not touch the positive wire (red wire) while in operation. Keep away from flammable materials and high temperatures. The actual product may not have any marking or have a different marking. Use with caution.
Perfect for:
- Engineers and scientists interested in renewable energy sources
- DIY enthusiasts looking to build their own power source
- Individuals living off the grid or in remote areas without access to traditional electricity sources
- Environmentalists seeking to reduce their carbon footprint
- Students studying thermoelectricity or renewable energy
- Explorers and adventurers in need of a reliable power source during outdoor expeditions
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