Close-up of a Tempature Sensor with multiple Heat Sensors and black wires.

Tempature sensor for temperature sensing (NTS104F3950F)

NTS104F3950F Tempature Sensor Key Features

● Durable Design: Tempature Sensor Functions effectively from -40°C to +180°C, ensuring quick thermal response and stability.

● Versatile Applications: Ideal Heat Sensor for household appliances, industrial equipment, and sensitive environments.

● Customizable Quality: Heat Sensors Tailor resistance and temperature ranges with assured good quality.

● Robust and Cost-Effective: Heater Sensor rigorous testing ensures resilience, offering high performance and durability at a competitive price.

● Reliable Precision: Accurate temperature control with less than 0.5% annual resistance drift for long-term stability.

INQUIRY

Details

Tempature sensor Sensor Overview

The NTS104F3950F Tempature Sensor is a highly reliable and precise solution for temperature sensing and heat detection across various applications. With an annual resistance drift of less than 0.5%, these Heat Sensors ensure long-term stability and performance, making them ideal for household appliances, industrial equipment, and other temperature-sensitive environments. The NTS104F3950F Heat Sensor, featuring excellent transmission properties, provides consistent and accurate temperature monitoring. Whether you're looking for a dependable Heater Sensor for complex systems or a robust solution for everyday use, the NTS104F3950F Tempature Sensor delivers the reliability and precision you need.

Applications of Tempature Sensor

The NTS104F3950F Tempature Sensor is a versatile Heat Sensor suited for a wide range of applications:
- Air Conditioner Sensor: Heat Sensor used in household and automobile air conditioners for precise temperature detection and control.
- Refrigerator Sensor: Heat Sensors essential for refrigerators, freezers, and cold storage to maintain optimal temperature settings.
- Kitchen Appliances: Heater Sensor is ideal for precise heating in water kettles, coffee pots, microwave ovens, ovens, induction cookers, and soybean milk machines to ensure accurate heating.
- Grill Fork and Fryer Temperature Detection: Provides reliable temperature control for grilling and frying applications.
- Water Temperature Sensor: Commonly used in water dispensers, heaters, dishwashers, and disinfection cabinets for precise temperature management.
- Washing Machine and Dryer: Ensures proper temperature control during washing and drying cycles.
- Temperature and Humidity Sensor: Integral for managing overall bathroom temperature and humidity.
This Tempature Sensor is an essential component in various applications, providing accurate and consistent performance across different environments.

Heat Sensor Advantages

The NTS104F3950F heat sensor stands out due to its exceptional features:

High stability with less than 0.5% annual resistance drift.
Wide operating temperature range from -40°C to +180°C.
Fast thermal reaction time of 1 second in water bath conditions.
Customizable resistance and thermistor B values to meet specific customer requirements.

Key Features of Tempature Sensor

Heat Sensors Technical Parameters

Parameter	Specification of Tempature Sensor	Remarks
R25 resistance	100KΩ±1%
Thermistor B value	3950K±1%
Dissipation factor	Approx. 2.6-15mW/°C	Ta=25±0.5℃, in still air
Thermal reaction time	T1=25+(85-25)*63.2％=62.9℃ 1S Max.	In the water bath
Operating temperature	-40°C / +180°C
Rated power	Maximum rated power consumption：10mW	Ta=25±0.5℃
Shell housing material	Stainless steel with open end

Heater Sensor Dimensions

The heater sensor is designed with a stainless steel shell housing. The size of the housing and the wire length of the single-ended glass encapsulated thermistor NTC can be customized to meet specific customer requirements.

Below is the Tempature Sensor bill of material list and drawing:

No.	name of parts	Heat Sensor Specification	Qty
1	Single-ended glass thermistor NTC	resistance R25＝100KΩ±1%，Thermistor B value=3950±1%	1
2	Shell housing of Heater Sensor	Material: stainless steel; The end of the shell should be open, as shown on the right SUS	1
3	Resin	KW-NB1 black	appropriate amount
4	Lead wire	NUL1332#28AWG*2C TS 7/0.12 200℃ 300V black	2
5	Terminal	XH-T	2
6	Connector	XH-2Y white	1

Selection of Tempature Sensor

When selecting a Tempature Sensor, it is important to consider the required resistance value, Thermistor B value, operating temperature range, and the specific application needs. Customization options are available to ensure the Heat Sensor meets the exact specifications required for different environments.

Working Principle of Heat Sensor

The NTS104F3950F heat sensor operates on the principle of resistance change with temperature variation. The NTC (Negative Temperature Coefficient) thermistor decreases in resistance as the temperature rises, allowing for accurate temperature measurement and control in various applications.

Heat Sensors Naming Convention

The naming convention for heat sensors typically includes the resistance value (R25), Thermistor B value, and the material specifications of the housing. For example, "NTS104F3950F" indicates a Heater Sensor with an R25 of 100KΩ±1% with and a NTC thermistor B value of 3950K±1%.

Reliability test of the Heater Sensor

The NTS104F3950F Tempature Sensor undergoes rigorous reliability testing to ensure its performance and durability across various applications:

High Temperature Test: Exposed to 150±5°C air for 1000 hours.
Low Temperature Test: Exposed to -30±5°C air for 1000 hours.
Temperature Cycle Test: Cycled between 0°C for 30 minutes, Greenhouse for 10 minutes, and 100°C for 30 minutes over ten cycles.
Power Test: Subjected to DCO 0.2mA for 1000 hours under constant temperature and humidity conditions.
Lead Strength Test: 10N force applied for 1 minute.
Terminal and Lead Strength Test: 20N force applied for several minutes.
Drop Test: Dropped from a height of 1 meter onto a concrete floor.

After completing these tests, the Heat Sensor exhibits no changes in voltage resistance, insulation performance, or appearance. The resistance value/Thermistor B value change rate remains ≤1%, confirming the reliability and robustness of this Heater Sensor for temperature-sensitive applications.

Tempature Sensor Storage Guidelines

To ensure the longevity and performance of your Heat Sensors, Proper Storage Practices are essential:

Stacking Limitations: Do not stack more than four product boxes on top of each other during storage and transportation to prevent damage to the Heater Sensor.
Moisture Control: Before storage, remove desiccants from the packaging. Protect the Heat Sensor from moisture, including direct exposure to rain or snow, and avoid any mechanical damage.
Environmental Conditions: Store the Tempature Sensor in a standard environment with controlled temperature and humidity levels. Ensure the storage area is free from acidic or alkaline substances, corrosive gases, and radiation sources.

User Feedback and Conclusion of Tempature Sensor

Heat Sensor User Feedback

Customers have consistently reported satisfaction with the reliability, precision, and versatility of the NTS104F3950F Tempature Sensor. It has proven to be a valuable component in maintaining accurate temperature control across a wide range of applications, from household appliances to industrial equipment.

Conclusion of Heat Sensors

In conclusion, the NTS104F3950F Heater Sensor is an excellent choice for anyone in need of a dependable and accurate temperature monitoring solution. Its customizable features, combined with high stability and fast reaction times, make it a versatile and reliable option for various applications. Whether for household appliances or industrial use, this Tempature Sensor offers the precision and reliability needed to ensure optimal temperature control.

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