9350007-304

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Thermoelectric modules, often called Peltier modules, are devices which convert electrical energy into thermal energy and vice versa. A thermoelectric module consists of an array of multiple thermoelectric couples that form a junction, which is the “active” area where the thermal power transfer is exchanged. The thermal power transfer of the Peltier modules is typically standardized for a certain operating temperature range. The 9350007-304 Peltier module is designed for applications where a greater than normal thermal power transfer is needed over a wide temperature range.

In their simplest form, 9350007-304 Peltier modules can be thought of as an energy transfer device that harnesses the physical reactions that occur when electrical current is passed through two dissimilar materials. When these materials with different electrical properties are placed in direct contact with one another, the properties of the materials cause an energy exchange which cools one side of themodule while heating the other. It is this cool side of the module that is utilized in the most common commercial practical application.

The 9350007-304 Peltier module is designed for applications requiring greater than normal thermal power transfer over a wide temperature range. This module features copper bonding and heavy-duty aluminum frames, allowing for flexibility and thermal stability. The 9350007-304 module is made of high quality, premium grade thermoelectric materials which provide a high level of efficiency and durability.

The 9350007-304 Peltier module has a maximum power rating of up to 70 watts, and a rated temperature range of -60C to +125C. The operating voltage of the 9350007-304 module ranges from 12volts – 36volts, making it suitable for a variety of applications including thermal management, electronics cooling, industrial heating and cooling, and temperature/humidity control.

The 9350007-304 Peltier module operates on the principle of the Seebeck effect – a process by which two dissimilar materials produce electrical charges when exposed to a thermal gradient, thus creating a flow of electrical current. This process can contribute to the transfer of energy from one substance to another. The Seebeck effect is the reverse of the Peltier effect, in that the Peltier effect involves the transfer of heat from one substance to another through the passage of electrical current.

The 9350007-304 Peltier module is typically used for applications requiring a higher thermal power transfer than is available with most commercially available thermoelectric coolers. This module is a reliable and efficient cooling solution for applications that require rapid cooling or heating, such as medical devices, industrial and consumer products, and laboratory equipment.

The 9350007-304 Peltier module can be used for a variety of high heat flux applications, such as waste heat recovery, thermal management of computer chips, cooling components in electronic devices, thermochemical reactions, and solar cooling. This module is ideal for applications that require cooling or heating of large areas, as well as those requiring precise control of temperatures.

The 9350007- 304 Peltier module offers a highly efficient and cost-effective solution for thermal management and temperature control. With its advanced design and robust construction, it is an excellent choice for industrial, commercial, and consumer applications that require improved performance and energy efficiency.

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