Smart Home Appliance Applications
2019-03-06
Smart refrigerators, toilets, and ovens use NTC sensors to precisely control temperature, optimizing food preservation, comfort, and baking efficiency, thereby enhancing the user experience and energy efficiency.
Smart Home Appliance Applications
Refrigerator
The refrigerator features independent refrigeration units for the fresh and freezer compartments, precisely separating temperature zones to prevent cold air interference and food odor mixing. As the core component of the temperature control system, NTC temperature sensors provide rapid response performance, delivering accurate data even in low-temperature environments. Their miniaturized packaging adapts to compact spaces, enabling precise monitoring and laying the foundation for dynamic temperature control algorithms. This elevates basic preservation to an intelligent storage experience.
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Smart Toilet
Advancements in consumer electronics and smart home integration have transformed basic toilet functions (heating, washing, flushing) into multi-feature systems with thermostatic seat cushions, warm water washing, automatic drying, and add-ons like nozzle self-cleaning, activated carbon deodorization, and ambient night lights/music for enhanced user comfort.
Thermostatic Seat Cushion System: Integrates a heater, human body sensor, and temperature control module. A high-sensitivity NTC sensor monitors the seat surface temperature in real-time, ensuring stable operation within the 32℃-40℃ comfort range.
Warm Water Washing Technology: Cools incoming water to the set temperature using a heating system. An inlet sensor checks cold water status, while an outlet metal-head sensor (±1℃ accuracy) prevents scalding risks. The stainless-steel sensor resists corrosion and pressure, maintaining stability under water flow.
Intelligent Drying Technology: Embeds mica heaters and multi-point temperature modules in the air duct. A composite sensor dynamically adjusts airflow based on temperature readings, ensuring optimal drying performance. The sensor withstands humidity and thermal shock, ensuring long-term reliability.
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Oven
To precisely control oven heating, temperature sensors are installed to detect hot air temperature. NTC temperature sensors suitable for ovens typically use stainless-steel casings with high-temperature-resistant wiring, allowing direct measurement of high-temperature environments at the sensor head. Aluminum casing designs enable faster thermal response, making them ideal for rapid temperature monitoring during baking. For compact induction cooktops, glass-sealed NTC thermistors are directly attached to the heating panel via thermal conductive silicone, ensuring quick contact and ease of installation.
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