AV6SHR 002A1000

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The AV6SHR 002A1000 is a versatile, temperature-controlled surface heater for applications ranging from electronics, industrial to laboratory and educational. It can be used to heat up components or surfaces in real time at very precise temperatures within a given range, due to its built-in sensors and reliable results. In a number of cases, the AV6SHR 002A1000 speaks for itself when it comes to efficient and effective applications.

This surface heater is composed of a 3D printed digital heater with an integrated temperature sensor, providing temperature readings between -20 and +180°C with an accuracy of 0.1°C per degree. The AV6SHR 002A1000 is also equipped with integrated temperature control that prevents overheat, as well as an alarm system with digital display for quick monitoring. It is easy to use, simple to monitor, and efficient.

The AV6SHR 002A1000 is applicable to a variety of heating tasks. Its 3D printed flexible design enables it to be applied and moved to any surface area or gap without losing its accuracy. Its ability to heat up components with precise temperatures across a broad range of applications make it a perfect solution for electronics manufacturing, industrial or laboratory research, and educational purposes.

The AV6SHR 002A1000 works in two basic steps. First, it begins to monitor the temperature of given components, surfaces, and environment in order to regulate the required set temperature. It then applies controlled heat to the components or area until the desired temperature is achieved. Heat is generally applied to any component or area by signals via a digital heating element. This element is thermally insulated and conducts heat into the system rapidly. Once the preset temperature is achieved, the integrated sensor and controlled shut-off ensure that any overheat is prevented.

The AV6SHR 002A1000 is used to heat up components or surfaces rapidly and continuously in various applications. Its wide temperature range and accuracy enable it to be used in a number of delicate situations that require delicate thermal treatment. Its lightweight and flexible design, in combination with its ability to hold a set temperature and its automatic shut-off feature, make it an efficient and secure way to heat up any component or surface without causing any damage.

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