Temperature and humidity in the living environment have a significant impact on people's quality of life. According to medical study, 22°C is the ideal temperature for human health. At 60% relative humidity, whether the temperature is too high or the humidity is incorrect, individuals will feel uncomfortable. The temperature and humidity sensor included into the smart house can continuously check the temperature and humidity inside, and the controller will decide whether to turn on the air conditioner, humidifier, etc. to control the temperature and humidity.
NTC thermistors are available in a wide range of configurations; typical ones include glass-encapsulated diodes, leads with resin coatings, and SMD variants. When temperature protection on PCB boards is necessary, SMD NTC thermistors based on multi-layer technology are the best option.
Customized food-grade SS304 tube can be made in any size or appearance. Excellent high-temperature measuring precision, a broad temperature measurement range, outstanding moisture resistance, and high dependability are only a few of the product's many strengths.
Due to the strong connection between temperature and humidity and how it affects people's lives, temperature and humidity sensors were developed. A sensor that can convert temperature and humidity into electrical signals that are simple to monitor and process is referred to as a temperature and humidity sensor.
Similar to a PTC thermistor, the KTY temperature sensor is a silicon sensor with a positive temperature coefficient. The resistance to temperature relationship is, nevertheless, roughly linear for KTY sensors. Manufacturers of KTY sensors may have different operating temperature ranges, although they commonly fall between -50°C and 200°C.
The phrase "thermistor phenomena" and "material with a negative temperature coefficient that declines exponentially with temperature rise" refer to negative temperature coefficient (NTC) thermistor, respectively. The finished product, a semiconductor ceramic, is created by thoroughly combining, shaping, and sintering two or more metal oxides, including those of manganese, copper, silicon, cobalt, iron, nickel, and zinc.
Elevate your steam cooking with our top-of-the-line NTC temperature sensor probe, specifically designed for the unique environment of a steam oven. This advanced ntc probe temperature sensor ensures that your steam oven operates with unparalleled accuracy, providing consistent and delicious results every time. Whether you’re a culinary expert or a home cooking enthusiast, our temperature sensor probe is the key to unlocking the full potential of your steam oven.
This series of air fryer temperature probes use high thermal conductivity thermal paste, which can design various stainless steel tubes according to the customer's structure. The appearance of various stainless steel tubes can be customized according to the temperature measurement speed requirements, and various characteristic parameters can be customized or matched according to customer needs. , IPX3 to IPX7 grades can be customized according to customer needs. This series of products have stable and reliable performance and high-temperature measurement sensitivity.
The Y07 series of temperature sensors uses thermal paste with a high thermal conductivity and riveting for fixing. It is easier for customers to install in accordance with the structure and adapt or match various characteristic parameters according to customer needs when various dimensions may be tailored to their needs. The performance of this line of items is consistent. high-temperature measuring sensitivity that is reliable.