UT15-7-30-F2

Thermoelectric, or Peltier, modules provide a simple way to heat and cool objects using DC electricity. In certain applications, such as scientific and medical instruments, they can move heat away from temperature-sensitive devices to maintain their accuracy. UT15-7-30-F2 thermoelectric module is a practical solution to the thermal problem.

The UT15-7-30-F2 thermoelectric module consists of two small ceramic plates, each containing many pairs of p-type and n-type thermoelectric legs. Two small copper blocks are inserted sandwich-style between the plates. The Peltier module is a combination of thermoelectric materials, copper plates and insulation, which is bonded together to form a single unit. A small DC voltage is applied across the thermoelectric legs to generate heat or cold on the two sides of the module.

The UT15-7-30-F2 thermoelectric module can be used in a wide range of applications, from cooling drinks to heating up small components. It is ideal for applications that require temperature control in a limited area. These modules can be used to cool small electronics, such as semiconductors, lasers and miniature motors, as well as provide cooling to refrigerators and beverage coolers. The module can also be used to heat laboratory samples, medical equipment, and to control the temperature of food and drinks.

The UT15-7-30-F2 thermoelectric module is easy to install and use. It can be connected to a DC power supply and control using various methods, such as manual or automated temperature control systems. It has a maximum current rating of 15 amps and can produce up to 30 watts of heating or cooling. The module is also highly efficient and reliable, as it draws only a small amount of electricity when compared with other cooling methods, such as air conditioners or traditional refrigeration systems.

The UT15-7-30-F2 thermoelectric module is a reliable and efficient solution for temperature control and cooling and heating applications. It is easy to install and use, and its small size and low power consumption make it an ideal choice for many different applications.