Heat Sensor MF52C: Accurate and Reliable Temperature Probe for Heat Detection

Precision Heat Sensor MF52C for Accurate Temperature Control

The Heat Sensor MF52C is a precision Temperature Sensor Probe designed for accurate measurement and control. Widely used in household appliances, medical devices, automotive systems, and consumer electronics, this Heat Sensor ensures high accuracy, enhancing both safety and system longevity. Its efficiency in temperature control makes it a reliable choice for a variety of applications.

As an NTC thermistor, the MF52C Heat Sensor's resistance decreases as temperature rises, making it ideal for HVAC systems, medical incubators, and automotive control. Its quick response time allows for fast adjustments, ensuring critical systems stay within safe thresholds while improving overall efficiency.

Key Advantages of the Heat Sensor MF52C

Compact Design & Fast Response

The Heat Sensor MF52C features a compact design, making it easy to integrate into various devices. Its fast response time ensures precise temperature control, making it ideal for sensitive applications.

High Accuracy

The Heat Sensor MF52C delivers outstanding test accuracy, up to ±0.1℃. This accuracy ensures reliable performance, which is crucial for temperature-sensitive tasks.

Superior Reliability

Built for reliability, the MF52C can operate stably over long periods. Its robust construction ensures dependable performance for various Temperature Sensor Probe applications.

Long-Term Stability

The MF52C offers impressive long-term stability. It is capable of running for extended hours without any decline in performance.

Precision in Measurement

The MF52C provides high precision in both its resistance value and Thermistor B value. This level of precision makes it suitable for detailed temperature monitoring and advanced Temperature Sensor Probe applications.

Wide Resistance Range

With a resistance range of 2~200KΩ, the MF52C Heat Sensor is versatile. It suits a variety of uses where different sensitivity levels are needed.

Broad Operating Temperature Range

This Heat Sensor is built to function from -40℃ to +105℃. This wide range means it is adaptable across diverse environments, ensuring versatility in applications.

Cost-Effective Solution

Combining practicality with affordability, the MF52C provides a competitive temperature sensing solution. It is an excellent choice for both commercial and industrial needs, offering the perfect balance between performance and cost.

Applications of the Heat Sensor MF52C

The MF52C is used in numerous applications where accurate temperature detection is critical. Here are some common use cases:

Household Appliances: This Heat Sensor is used in air conditioners, refrigerators, water heaters, and more. It ensures precise temperature regulation for optimal performance and energy efficiency, reducing wear and energy consumption.

Medical Devices: Plays a vital role in medical equipment that requires precise temperature regulation, such as incubators and thermometers. Medical environments demand high accuracy, and this probe ensures stable conditions, improving patient safety and device reliability.

Automotive Systems: The MF52C Temperature Sensor Probe helps monitor engine and cabin temperatures in vehicles. It enhances fuel efficiency and passenger comfort. The ability of the Heat Sensor to provide real-time monitoring helps maintain safe operating limits, preventing overheating and potential engine damage.

Consumer Electronics: In devices like laptops and phones, the Temperature Sensor Probe ensures internal components stay within safe temperature ranges. Overheating can lead to reduced performance or hardware failure, and the MF52C Temperature Sensor Probe prevents such issues through continuous monitoring.

HVAC Systems: Heating, ventilation, and air conditioning systems benefit significantly from the MF52C. The Temperature Sensor Probe provides precise temperature feedback, ensuring efficient operation in residential and commercial environments.

Industrial Processes: Many industrial processes require precise temperature control to ensure product quality and safety. The MF52C Heat Sensor maintains consistent temperatures during manufacturing, preventing defects and ensuring high-quality standards are met.

Heat Sensor Main Features

MF52C Main Parameters

The Heat Sensor MF52C103F3950FAL27026AWG is a reliable Temperature Sensor Probe with high precision.

Product : Temperature Sensor Probe MF52C103F3950FAL27026AWG

R25 Resistance: R25 = 10KΩ ±1%.

Thermistor B Value: 3950K ±1%.

Thermal reaction time: T1=25+(85-25)* 63.2% =62.9℃ 8S Max... In the water bath

Heat Dissipation Coefficient: Ta=25±0.5℃ about 2.5mW/℃. In the standing air

Hi-pot high voltage test: AC 1500V 2mA 66s, no flashover, no breakdown and other abnormal phenomena in the water bath

Insulation Test: DC 500V 100MΩ, greater than or equal to 100MΩ in water bath

Probe ERP product model: MF52C103F3950FAL27026AWG

Operating Temperature Range: -40℃ to +105℃.

The MF52C ensures accurate temperature monitoring in varied environments.

Detailed Description of the MF52C Heat Sensor

The Heat Sensor MF52C offers dependable temperature measurement, utilizing a high-quality Temperature Sensor Probe for effective monitoring.

Lead: The lead is UL2651 2-core 26AWG insulated wire. Rated for 105°C and 300V, the lead is black, merged, and unsplit.

Encapsulation:  Is encapsulated in black epoxy for protection.

Reliability: Model 103F3950FA provides reliable and consistent readings.

The Temperature Sensor Probe MF52C is designed for accurate and reliable operation across a range of environments, ensuring high performance.

Compact Dimensions of the MF52C Heat Sensor

The MF52C features compact dimensions, ideal for seamless integration. This Temperature Sensor Probe has a bead precision enamelled wire resin coating for durability and consistent performance.

The MF52 series is designed for ease of use in diverse applications, offering a reliable build that ensures optimal functionality. Below is Figure 1 showcasing the detailed dimensions of the Temperature Sensor Probe model MF52C103F3950FAL27026AWG.The small size and robust design of the MF52C make it a suitable choice for various devices, delivering accuracy and reliability.

Figure 1-Dimensions of the Heat Sensor NTC-MF52C103F3950FAL27026AWG

Choosing the Right MF52C Heat Sensor

When selecting a Heat Sensor, consider factors like resistance, temperature range, and response time. The MF52C series is an ideal Temperature Sensor Probe with a resistance range of 2~200KΩ, making it versatile for multiple applications.

The MF52C Temperature Sensor Probe also provides excellent performance across a wide operating temperature range, ensuring reliability in various environments. Choose the MF52C for accurate and consistent temperature control tailored to your specific needs.

Working Principle of Temp Sensors

The Heat Probe MF52C operates by changing resistance with temperature. As temperature increases, the resistance of this Temperature Sensor Probe decreases. This behavior allows for precise temperature measurement and effective control in various devices.

The MF52C offers accurate response characteristics, making it ideal for a wide range of temperature monitoring applications. The consistent sensitivity and reliability of the MF52C ensure precise control for effective use in diverse environments.

Naming Rules for MF52C Heat Sensor

The Temperature Probe MF52C follows a structured naming convention, indicating essential features of this Probe.The name includes information on resistance, Thermistor B value, and lead type. For instance, "MF52C103F3950FAL27026AWG" represents a 10KΩ resistance, a 3950K B value, and specific lead configuration.

Understanding these naming rules helps users identify key parameters quickly, ensuring the MF52C meets specific requirements for diverse applications, providing efficient and reliable performance.Details are as below:

1. Series: Resin coating bead precision guide wire temperature detection Temperature Sensor Probe -NTC-MF52 series

2. Type: Lead material type: C-Teflon wire

3. Nominal resistance R25: 503-50KΩ 40.27K-40.27KΩ

4. Tolerance range: F-±1% G-±2% H-±3% J-±5%

5. Thermistor B value : 3950-3950K 3380-3380K

6. B value of thermistor tolerance: F-±1% G-±2%

7. NTC thermistor B value category: A-25/50℃ B-25/85℃.

User Reviews and Summary of the Heat Sensor MF52C

Heat Sensor MF52C: User Reviews

Users highly praise the MF52C series for its precision, reliability, and cost-effectiveness. It is known for its quick response time and robust construction, making it ideal for both consumer and industrial applications.

Summary of Heat Sensor MF52C

The MF52C Probe is a high-precision probe designed for accurate heating detection and temperature control. With its wide operating range and cost-effectiveness, it suits various uses. This Temperature probe is perfect for household appliances, medical devices, and automotive systems. It offers a wide operating range of -40℃ to +105℃, fast response times, and excellent long-term stability.

The MF52C series Temp Sensors provide a cost-effective solution that ensures consistent performance and user satisfaction. They are a valuable choice for manufacturers and engineers.

Why Choose the MF52C Heat Sensor from DXM?

Choosing the MF52C series from DXM, a leading Sensors Manufacturer in China, ensures enhanced product performance and safety. It is a reliable choice for applications demanding precision and durability.

Frequently Asked Questions (FAQs)

Q: How does the MF52C Temperature Probe contribute to energy efficiency in appliances?

A: The MF52C Heat Sensor maintains precise temperature control, preventing unnecessary power consumption in appliances like refrigerators and air conditioners. By ensuring that devices operate only within the necessary temperature range, the Heat probe reduces energy usage and lowers costs.

Q: Can the MF52C Temperature Sensor Probe be used in extreme environments?

A: Yes, the MF52C is designed to operate effectively in temperatures ranging from -40°C to +105°C. The Heat Sensor remains accurate and reliable in both extremely cold and hot environments, making it suitable for critical applications.

Q: How often should I calibrate the MF52C Heat Sensor?

A: The calibration frequency depends on the application. For high-precision uses, calibrate the Heat Sensor every 6-12 months. For less critical applications, calibration may only be necessary every few years. Regular calibration ensures the Temperature Sensor Probe maintains system reliability and accuracy.