● High Precision NTC Thermistor Sensor : The Temp. Sensor offers 100KΩ±1% resistance with customizable thermistor B value, ensuring accurate temperature measurement up to 300°C.
●NTC Thermistor Sensor Versatile Application: Ideal for HVAC, automotive, medical, and industrial processes with customizable specifications, making it a versatile Temperature sensor probe.
Thermocouples have become the industry-standard method for cost-effective measurement of a wide range of temperatures with reasonable accuracy. They are used in a variety of applications up to approximately +2500°C in boilers, water heaters, ovens, and aircraft engines—to name just a few.
Both NTC temperature sensors (a type of thermistor) and thermal switches are commonly used in rice cookers to precisely monitor and control the cooking temperature of the rice by detecting the heat generated within the inner pot, allowing for consistent cooking results. NTC thermistor can get closer to the inside of rice cooker, reducing the hysteresis quality of temperature measurement.
Development of temperature sensors:
100 Ohm Class A Platinum Element (PT100)
Temperature Coefficient, α = 0.00385.
304 Stainless Steel Sheath
Rugged Transition Junction with Strain Relief
Probe Length – 6 Inches (152 mm) ή 12 Inches (305mm)
Probe Diameter 1/8 inch (3 mm)
Three Wire 72 Inch (1.8m) Lead Wire Terminating in Spade Lugs
Temperature Rating : 660°F (350°C)
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When faced with thousands of NTC thermistor types, choosing the right one can be quite overwhelming. In this technical article, I will walk you through some of the important parameters to keep in mind when selecting a thermistor. This is especially true when deciding between the two common types of thermistors used for temperature sensing: negative temperature coefficient NTC thermistors or silicon-based linear thermistors.
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