"Temperature Measurement Assistant" Essential for Thermostatic Shower: NTC Temperature Sensor

As a key component of smart home, the core temperature control function of thermostatic shower largely relies on NTC temperature sensor. Because NTC can help the thermostatic shower monitor water temperature changes by leveraging its own negative temperature coefficient characteristics, providing critical data input to the control device, thus ensuring stability and comfort of the output water temperature.

In thermostatic shower, NTC temperature sensors are placed in multiple key locations to achieve comprehensive temperature monitoring. First, NTC temperature sensor is integrated within the mixing valve to monitor the output water temperature, ensuring it matches the water temperature set by the user. When the NTC detects a deviation in water temperature from the set value, the control device immediately receives feedback and adjusts the ratio of cold water and hot water through the valve, effectively correcting the output water temperature. Additionally, an NTC temperature sensor is installed at the water outlet of showerhead as a final water temperature calibration point to monitor the water temperature that the user ultimately comes into contact with. This is because when hot water flows through the pipe to the water outlet of showerhead, it is prone to deviation between the outlet water temperature and the water temperature of the mixing valve due to the difference in pipe length. Real-time temperature measurement using NTC can efficiently resolve temperature discrepancies.

To better achieve precise adjustment and constant control of the mixed water temperature in thermostatic shower, which NTC temperature sensor should be chosen? EXSENSE recommends using the TS series NTC temperature sensor for thermostatic shower, because:

1.High-accuracy measurement ensures stability of water temperature

TS series NTC temperature sensor for thermostatic shower has an accuracy of ±1%, which can assist the shower in sensing minute temperature changes and ensure that the output water temperature remains within a suitable range, significantly enhancing the user’s shower experience while reducing the risk of scalding.

2.Great stability ensures long-term reliable operation

The annual drift rate of TS series NTC temperature sensor for thermostatic shower is low, its encapsulated materials and structural design make it have great stability, which not only helping to extend the service life of the thermostatic shower but also helping to reduce the failure rate of the shower.

3.Rapid response improves real-time water temperature control performance

The thermal response speed of TS series NTC temperature sensor for thermostatic shower is fast, enabling rapid monitoring of water temperature changes and providing precise temperature data for the shower control device. The excellent sensitivity of NTC also aids the thermostatic shower in promptly adjusting the mixing valve during fluctuations in water pressure or changes in hot water source temperature, maintaining constant output hot water and ensuring greater comfort for the user throughout the showering process.

NTC temperature sensor is like the "sensory system" of thermostatic shower, providing the essential temperature signals for its stable operation. And thanks to the accurate and efficient temperature monitoring of TS series NTC temperature sensor for thermostatic shower, the shower can provide user with a safe and comfortable shower experience.