Product Description:
The NTC Temperature Sensor is a versatile and reliable product designed for a wide range of applications. Featuring a heat-shrinkable tube, this sensor is ideal for use in various environments and conditions.
One of the key features of the NTC Temperature Sensor is its compatibility with the New Energy Charging Gun, making it an essential component for charging systems in the new energy industry. The sensor's ability to accurately measure temperature variations ensures optimal performance and safety in charging applications.
With B Tolerance options ranging from 0.5% to 3%, users can select the level of precision that best suits their requirements. Whether you need highly accurate temperature measurements or more general monitoring, the NTC Temperature Sensor offers flexibility to meet diverse needs.
Customization is made easy with the NTC Temperature Sensor, as sample services are provided to help users tailor the sensor to their specific applications. This personalized approach ensures that the sensor fits seamlessly into your systems, enhancing overall performance and efficiency.
The NTC Temperature Sensor features a durable aluminum housing, providing protection and stability for the sensor components. This robust construction ensures reliable operation and longevity, even in demanding conditions.
Utilizing the principles of Negative Temperature Coefficient (NTC), the sensor's thermistor temperature sensor offers accurate and responsive temperature measurements. The thermal resistance probe delivers precise data, enabling real-time monitoring and control of temperature changes.
In conclusion, the NTC Temperature Sensor is a high-quality and adaptable solution for temperature sensing applications. With its heat-shrinkable tube, compatibility with the New Energy Charging Gun, customizable options, and durable housing, this sensor offers reliability and precision in temperature measurement. Trust the NTC Temperature Sensor for accurate and efficient monitoring in a variety of settings.
Features:
- Product Name: NTC Temperature Sensor
- Transport Package: Carton Packing
- Housing: Aluminum
- Case: Expoxy Resin
- Terminals: Brass Tin Plated
- Tube: Heat-shrinkable Tube
Technical Parameters:
| Customize |
Provide Sample Services |
| Output Impedance |
0.4 Ohm |
| Temperature Resistance |
250 ℃ |
| Transport Package |
Carton Packing |
| Sensor Type |
Thermistor |
| Description |
Surface NTC Sensor |
| Housing |
Aluminum |
| Applicable Products |
New Energy Charging Gun |
| Lead Length |
30mm |
| Material |
Ceramics |
Applications:
The shinein Thermo Sensitive Thermistor, a Negative Thermal Coefficient Sensor (NTC Temperature Sensor), is a versatile and reliable product designed for various application occasions and scenarios. Originating from China, this sensor offers precise temperature sensing capabilities with an overload limit range of 150%F.S.
One of the key product attributes is its compatibility with the New Energy Charging Gun, making it an essential component for ensuring safe and efficient charging processes. The Thermo Sensitive Thermistor is housed in durable aluminum casing, providing protection against environmental factors and ensuring long-term performance.
Equipped with brass tin-plated terminals, this sensor offers secure and stable connections, enhancing the overall reliability of the system. The transport package for this product consists of carton packing, ensuring safe delivery to various destinations.
With its high-quality construction and performance, the shinein Thermo Sensitive Thermistor is suitable for a wide range of scenarios. Whether used in industrial settings, automotive applications, or electronic devices, this NTC Temperature Sensor excels in providing accurate temperature measurements and reliable thermal monitoring.
Overall, the shinein Thermo Sensitive Thermistor is a top choice for professionals seeking a dependable Negative Thermal Coefficient Sensor for their temperature sensing needs. Its robust design, precise measurements, and compatibility with various products make it a versatile and essential component in temperature monitoring systems.
