NL1021T-01AC

NL1021T-01AC is a thermoelectric, Peltier module designed for precise cooling. It consists of a number of thermoelectric modules coupled in series and sandwiched between two thin aluminum plates.These modules are capable of generating temperatures down to around -25°C, making them perfect for applications where accuracy and precision are key factors.

The NL1021T-01AC utilizes the thermoelectric effect, which states that when electricity is passed through a junction consisting of two dissimilar metals, a temperature difference will be generated between the two sides. This effect can be reversed, allowing for heat to be removed from one side of the junction and dissipated through the other. This is how the NL1021T-01AC cools its environment.

The NL1021T-01AC is most commonly used in applications requiring precise temperature control. These may include cryogenic cooling for laboratory and medical applications, cooling optical and X-ray equipment, or even cooling computer processors. It is an important tool for many industries, such as aerospace, where stable temperatures are required for efficient and accurate operation.

The NL1021T-01AC is a highly efficient and reliable thermoelectric module. It is designed for long-term operation and low power consumption. It can operate between -55°C and +125°C and utilizes minimal power (125W). The module is versatile and its aluminum structure provides excellent temperature uniformity.

The NL1021T-01AC is fast and easy to install. It is also flexible, making it a great choice for applications requiring custom-made cooling solutions. It is capable of responding to changes in temperature quickly, making it an ideal choice for applications where speed and accuracy are important.

The NL1021T-01AC is a reliable and highly efficient thermoelectric module, ideal for applications requiring precise temperature control. It utilizes minimal power, making it a great choice for applications where energy efficiency is important. Its versatile design and robust construction makes it a great choice for a variety of applications, from cryogenic cooling to precision computer processors.