DWSDDAC13

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Specialized sensors are used to measure a multitude of different physical parameters and help scientists and engineers to get accurate, repeatable readings. The DWSDDAC13 is a specialized sensor used to measure temperature, temperature gradient, and temperature coefficient. It utilizes a specialized semiconductor diode as the sensing element, and is suitable for both high and low temperatures.

DWSDDAC13 is a compact, low-cost solution for temperature measurement applications, where precision and durability are essential. It operates over a wide range of temperatures, from -60°C to +125°C with an excellent accuracy of ±3°C. The sensor is designed to form self-contained, single-phase differential-mode temperature measurement assemblies that are highly suitable for field installations.

The sensor’s working principle involves the application of the Peltier Effect. When heated on one side by an external heat source and cooled on the other side by a heat sink, a sensitive Peltier junction results. The temperature rise of the junction is proportional to the temperature difference across it, which can be reliably measured.

The DWSDDAC13 is primarily used in industrial process automation and monitoring of different temperatures in industrial processes. It is largely employed in measuring the temperature gradients in various industrial systems like electric motor starters, pumps, and blowers. It is also used in medical applications, like monitoring the patient temperature in clinical operations, and in devices such as incubators, laboratory thermometers, and cryogenic storage equipment.

The DWSDDAC13 is an ideal choice for monitoring temperature in extreme conditions in industries dealing with harsh temperatures. Not only is it accurate, but its miniature size and low cost also make it suitable for wider applications. Its robust build and good durability ensure its long life and reliable measurements of temperatures in a wide range of applications.

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