OT1.5-62-F3

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Introduction

Thermoelectric, Peltier Modules convert electricity into heat, or vice versa. The OT1.5-62-F3 module is designed to offer a high degree of efficiency and reliability in a compact size. This module is typically used in applications that require heat to be transferred quickly and efficiently.

Application Field of OT1.5-62-F3

The OT1.5-62-F3 Thermoelectric, Peltier Module offers a great degree of flexibility in its applications. It is commonly used in applications such as electric thermal control, cooling and heating applications for medical, industrial, consumer, and research products.

Cooling applications

The module can be used in a wide range of cooling applications by directly regulating an electric current. It can be used in applications such as air conditioners, compressors, cooling thermostats, and even refrigerator motors. The thermal control system accepts an input voltage of 12V and up to 2.5A, and is capable of providing cooling power up to 50W.

Heating applications

The OT1.5-62-F3 module can also be used for heating applications. It’s primarily used in applications that require a large degree of precision when it comes to heating, such as cooking, baking, and medical applications. The module accepts an input voltage of 12V and up to 2.5A, and can provide heating power up to 50W.

Working Principle of OT1.5-62-F3

The OT1.5-62-F3 module uses a Peltier effect-based thermoelectric semiconductor. Heat is transferred from one side to the other when a direct electric current is passed through the device. The thermal difference created by this effect is then regulated by controlling the current that passes through the device and adjusting the temperature between the two sides.

When utilizing the OT1.5-62-F3 module, two electrical connections will be made from the system power supply. One of the connections goes to a positive terminal and the other to a negative terminal, which sets up the current flow. The amount of current passing through the module will determine the amount of heat transferred from one side to the other.

When the module is correctly connected and powered, a temperature difference will be rapidly created between the two sides. This temperature difference is regulated by controlling the current passing through the module. As the current is regulated, the temperature difference between the two sides will either increase or decrease depending on the direction the current is flowing and the amount of current.

The OT1.5-62-F3 also features a thermal protection circuit which will help protect the module from overheating. The thermal protection circuit will switch off the module automatically if the temperature becomes too high in order to prevent damage to the module and the connected system.

Conclusion

The OT1.5-62-F3 Thermoelectric, Peltier Module offers a high level of flexibility in its applications. It can be used in both cooling and heating applications, and features a thermal protection circuit to protect the module and the connected system against overheating. The module utilizes a Peltier effect-based thermoelectric semiconductor to transfer heat quickly and efficiently.

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