1DA500K

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NTC thermistors are a kind of temperature sensor which utilizes the electrical resistance of a material to measure temperature. The 1DA500K model is an NTC thermistor that utilizes a heavy-duty construction for exceptional performance and reliability in challenging conditions. This guide will explain the application field and working principle of the 1DA500K NTC Thermistor.

The 1DA500K NTC thermistor is commonly used in industrial temperature sensing applications. It is specially designed to be mounted on the primary device (e.g. a machine, heat exchanger, oven, etc.) and provide a reliable source of temperature information. It has been tested for use in temperatures ranging from -40°C to +150°C and performs reliable readings even in extreme climates. The thermistor can be used to determine the temperature of air, certain gases, liquids, and even objects.

The working principle of the 1DA500K NTC thermistor is based on the fact that the electrical resistance of a material varies with temperature. As a material is heated, its resistance increases, and as it is cooled, its resistance decreases. This property is utilized by the thermistor to measure temperature.

The 1DA500K NTC thermistor has an externally threaded design to easily accommodate mounting on different surfaces. The thermistor has an operating voltage of 10V DC and can be connected with a variety of devices. It features a 250 Ohm resistance at 25°C, which allows it to accurately measure temperature changes and provide a reliable reading.

The 1DA500K NTC thermistor is designed to be used in a variety of temperature sensing applications. It is ideal for industrial environments, as it is able to perform accurately in extreme temperatures and is highly resistant to wear and tear. The thermistor can easily integrated with other devices, making it a versatile and convenient option for temperature sensing applications.

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