TSD-10

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The TSD series (Thermal Shock Detector) of specialized sensors has advanced features that makes it suitable for numerous demanding applications within a wide Spectrum of industries. With the capability to accurately measure thermal shock environments with minimal setup time, these detectors offer the ultimate versatility when measuring thermal gradients and simultaneous temperature extremes. Due to their advanced level of accuracy and durability, and a host of integrated safety features, the TSD series is perfect for monitoring and controlling hazardous and production-critical environments.

The three main variations of this sensor are known as TSD-10, TSD-20 and TSD-30. Each of the three versions offers different levels of sensitivity, detection, and accuracy. The TSD-10 is the most basic of the three, with a detection range of up to 10°C (50°F) and accuracy of up to ±0.25°C (±0.5°F). This version is particularly well-suited for applications that are delicate and require accurate measurements.

The TSD-20 and TSD-30 have a detection range of up to 25°C (77°F) and 50°C (122°F) respectively. Both versions offer up to ±1°C (±2°F) accuracy, and are great for detecting thermal shock and environment hazards in production processes. The TSD-30 is the most advanced of the three, and is capable of continuous monitoring of the environment. All three versions are highly durable, and are designed to withstand extreme temperatures and environmental conditions.

TSD-10 application fields are diverse and range from food-processing to automotive and environmental monitoring. In food-processing, the TSD-10 is used for monitoring the surface temperature of food-products and ensuring proper functioning of thermal equipment. The TSD-10 is also widely used to monitor air temperature and humidity in warehouses, and is ideal for high-precision temperature-controlled applications. The TSD-10 is also well-suited to monitor environmental conditions in hazardous work areas, such as petrochemical, oil and gas, and mining.

The working principle of the TSD-10 is based on the concept of diathermy. Diathermy is the process of thermal energy affecting various components of an electrical circuit, such as resistors, capacitors, and inductors. In the case of the TSD-10, diathermy is used to generate an electrical signal that can then be used to identify a temperature change. The TSD-10 is equipped with a thermoelectric sensor which acts as the diathermal component, and a power line transformer which is used to generate a variable voltage. The generated electrical signal is then further amplified to measure the temperature change.

The TSD-10 also feature a set of advanced safety features that prevents premature failure and increases the sensor\'s life expectancy. It features a thermal overload protection system which automatically shuts off the power supply when an excessive temperature is detected. The overload protection system ensures that the sensor is not exposed to hazardous temperatures for any period of time. It also features an insulation resistance monitoring system which can detect and indicate any changes due to ambient temperature or age. The TSD-10 is therefore an excellent choice for applications that require an accurate and reliable temperature-sensing device.

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