10K NTC サーミスター温度センサー 78.7 エアコン用インチステンレス製敏感プローブ

10K NTC サーミスター温度センサー 78.7 エアコン用インチステンレス製敏感プローブ, ケーブルとコネクタはカスタマイズ可能.
NTC 10K 高精度温度センサー, 測定温度範囲: -30°C ～ +120°C (-22°F ～ +248°F)；
Stainless Steel waterproof probe, 5mm dia 25mm length, fast temperature conduction；
2000んん(79 インチ) wire length, XH2.54-2P plug；
Widely Application for Household Appliances: Air conditioner, 冷蔵庫, freezer, 給湯器, air heater, 食器洗い機, ドライヤー,等.
Widely Application in Temperature Control System: Greenhouse, aquarium, 等.

カスタムエポキシヘッド 10K NTC サーミスタ温度センサープローブ

Copper Head 10K NTC Thermistor Temp Sensor Probe used in air conditioning

防水ステンレス鋼ヘッド NTC サーミスター温度センサープローブ

Epoxy Head NTC Temperature Sensor:
Epoxy head is generally used to detect the ambient temperature, with corrosion resistance.

Copper Head NTC Temperature Sensor:
Copper head is generally used in air conditioning to detect the temperature of copper pipe, with fast temperature conduction.

Stainless Steel Head NTC Temperature Sensor:
Stainless steel head is used to detect the temperature of water and air, with waterproof effect.

NTC温度センサー:
Resistor: 5K, 10K, 15K, 20K, 50K, 100K, 150K, 200K;
Sensor Head Material: ステンレス鋼, Copper, Epoxy;
Measuring Temperature Range: -30°C to +105°C (-22°F to +221°F);
長さ: 20cm, 30cm, 40cm, 50cm, 100cm, 200cm, 1000CM;

10K NTC Temperature Sensor Widely Applications:
For Household Appliances: Air conditioner, 冷蔵庫, freezer, 給湯器, air heater, 食器洗い機, ドライヤー,等.
For Car: Automobile air conditioner, water temperature sensor, intake air temperature sensor, engine.
Temperature Control System: Greenhouse, aquarium, 等.

Understanding NTC temperature probes
In many fields of modern technology, temperature measurement and monitoring are crucial. As a commonly used temperature detection element, NTC temperature probes play an indispensable role. It is widely used in many industries such as industry, 医療, and home appliances, providing us with a reliable means to accurately obtain temperature information.

1. The basic principle of NTC temperature probes
NTC is the abbreviation of Negative Temperature Coefficient. The core of NTC temperature probes is made of thermistor materials with negative temperature coefficients. The basic principle is that as the temperature rises, the resistance of the thermistor will drop significantly. By measuring the change in resistance value, the change in temperature can be indirectly determined.

2. Characteristics of NTC temperature probes
High sensitivity: can respond quickly and accurately to subtle changes in temperature.
Good stability: can maintain stable performance during long-term use.
Wide temperature measurement range: can adapt to the measurement needs of different temperature environments.
Small size and light weight: easy to install and integrate into various devices.

3. Application fields of NTC temperature probes
産業オートメーション: used for temperature monitoring during the production process to ensure smooth production and stable product quality.
Air conditioning and refrigeration systems: accurately control indoor temperature and the operating status of refrigeration equipment.
Medical equipment: such as thermometers and temperature measurement parts in medical instruments.
Electronic equipment: prevent electronic components from being damaged by overheating.
Automotive industry: monitor the temperature of key parts such as automobile engines.

4. Key points for selecting NTC temperature probes
Temperature measurement range: select the appropriate temperature range according to the specific application scenario.
Accuracy requirements: different accuracy levels meet different needs.
Response time: for scenarios with rapid temperature changes, probes with shorter response times are required.
Size and shape: adapt to the requirements of the installation environment.

5. Precautions for installation and use of NTC temperature probes
Correct installation: ensure that the probe is in good contact with the object being measured to avoid measurement errors.
Avoid interference: stay away from interference sources such as strong magnetic fields and electric fields.
Calibrate regularly: to ensure the accuracy of the measurement.
Protect the probe: prevent mechanical damage or chemical corrosion.

VI. Development trend of NTC temperature probe
With the continuous advancement of science and technology, NTC temperature probe is also constantly developing and improving. In the future, it will develop in the direction of higher accuracy, faster response, smaller size and stronger adaptability to better meet the growing needs of various fields.

VII. 結論
As an important temperature detection tool, NTC temperature probe plays an irreplaceable role in modern society. A deep understanding of its principles, characteristics, applications and development trends will help us better use it to serve our production and life. With the continuous innovation of technology, it is believed that NTC temperature probe will continue to show its strong vitality and broad application prospects in the future.