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The stainless steel NTC temperature sensor is an NTC (Negative Temperature Coefficient) thermistor temperature probe enclosed in a stainless steel housing. It combines the high sensitivity of the NTC thermistor with the excellent mechanical strength and corrosion resistance of stainless steel, making it a durable temperature sensing device widely used in complex industrial environments. Its core operating principle is to accurately detect temperature by measuring the change in resistance, which decreases exponentially with increasing temperature.
The PT1000 is a platinum resistance temperature detector (RTD) and a derivative of the PT100 series. The name "PT1000" shares similar meanings to the PT100: "PT" represents the platinum sensitive element, and "1000" refers to its standard resistance of 1000 ohms (Ω) at 0°C. Like the PT100, the PT1000 measures temperature by exploiting the temperature-dependent resistance of platinum. However, its higher base resistance offers several unique advantages, making it particularly suitable for low-power and remote measurement applications.
The PT100 is a widely used, high-precision platinum resistance temperature detector (RTD). The name "PT100" is self-explanatory: "PT" represents the platinum material of its sensitive element, and "100" represents its resistance of 100 ohms (Ω) at 0°C. The PT100 measures temperature by exploiting the highly stable, nearly linear relationship between the resistance of a high-purity platinum wire and temperature. Due to its exceptional accuracy, repeatability, and stability, it is widely considered a benchmark sensor for temperature measurement in the industrial sector.
The PT100 is a widely used, high-precision platinum resistance temperature detector (RTD). The name "PT100" is self-explanatory: "PT" represents the platinum material of its sensitive element, and "100" represents its resistance of 100 ohms (Ω) at 0°C. The PT100 measures temperature by exploiting the highly stable, nearly linear relationship between the resistance of a high-purity platinum wire and temperature. Due to its exceptional accuracy, repeatability, and stability, it is widely considered a benchmark sensor for temperature measurement in the industrial sector.