1300060987

1300060987, also known as a self-limiting heater, represents a type of heating element. It operates on an AC or DC power source, and is made up of an nichrome wire embedded in a magnesium oxide former, with a built-in electronic temperature controller. This type of heater engineers precise, repeatable temperature limits, and is primarily used in industrial applications.

The temperature of the nichrome wire is sensed electronically by a controller, which regulates its current continuously in order to maintain a desired temperature. This heat is transferred to the former and maintains the temperature within the designated specs. The magnesium oxide former provides excellent heat transfer, and also has a high dielectric strength, allowing the 1300060987 to be used in high-voltage applications.

The 1300060987 is widely used in industries such as semiconductor, medical, food processing, and welding. It is also useful in aircraft interiors and automotive parts manufacturing, as it can be used in enclosed spaces with no ventilation to direct heat away. In addition, the self-limiting feature ensures that it does not overheat, potentially damaging the environment or the product.

In medical applications, the 1300060987 is used for the sterilization of medical equipment by heating it to a precise temperature, killing bacteria and other organisms without damaging the equipment. The precision temperature control also allows it to be used in food processing, where exact temperatures must be maintained in order to produce quality products. In welding, the self-limiting heater can be used to preheat metals prior to welding, thus preventing cracking or deformation.

The 1300060987 is an effective, economical and reliable way to keep accurate temperatures in many applications. The self-limiting feature ensures that it is safe to use, while its precise temperature control allows it to be used in many different industries. With its durability and ease of installation, the 1300060987 is a popular choice for multiple applications.