Heat Sensors for sensing temperature-NTC-MF52D series

Heat Sensors are crucial components in ensuring accuracy and reliability. They help monitor temperature in various industries. The NTC-MF52D series is an advanced solution. It provides unparalleled precision and efficiency. This temperature sensing probe uses sensor ntc technology. It has a negative temperature coefficient. This means resistance decreases as temperature rises. This behavior allows the Heat Sensors to provide fast and accurate measurements. They are indispensable for industries that need precise thermal monitoring. With applications in HVAC and medical equipment, Heat Sensors play a key role in safety and efficiency.

What Are Heat Sensors and How Do They Work?

Heat Sensors, specifically the NTC-MF52D series, measure temperature changes. They belong to the class of temperature sensing probe called NTC thermistor. NTC stands for Negative Temperature Coefficient. This means that sensor ntc resistance decreases as temperature increases. The NTC-MF52D temperature sensing probe is highly sensitive. It offers real-time feedback. This is vital for HVAC systems, industrial machinery, and medical devices.

Negative Temperature Coefficient (NTC) Explained

NTC thermistors have a negative temperature coefficient. This means resistance decreases as temperature increases. This makes them highly effective as temperature sensing probes. The rapid change in resistance provides immediate feedback. This is essential for temperature control in critical environments. For example, in HVAC systems, Heat Sensors detect temperature changes. This allows the system to adjust heating or cooling.

Why Choose Heat Sensors NTC-MF52D?

Choosing the right Heat Sensors is crucial for accuracy and reliability. The NTC-MF52D series offers several advantages:

High Precision: These temperature sensing probe delivers accurate temperature readings up to ±1% tolerance, essential for sensitive applications across various industries. It provides highly accurate readings.

Fast Response Time: With rapid reaction to temperature changes, our NTC-MF52D temperature sensing probe provides real-time monitoring, making it ideal for critical environments.Ensures real-time data for system stability.

Reliability: Built with durable construction, these Heat Sensors withstand extreme conditions. They provide consistent performance.

Cost-Effective: These sensor ntc devices are affordable. They are accessible for a wide range of projects.

Easy Integration: The NTC-MF52D series integrates seamlessly into existing systems,. Their simple design allows easy installation.

Durable Construction: Engineered for durability, this Heat Sensor is built to withstand harsh conditions, ensuring long-term reliability.

Versatile Applications: Ideal for HVAC, industrial, and consumer electronics.

Competitive Price, Good quality: Despite their high quality, our Heat Sensors are offered at a competitive price, delivering exceptional value for your investment.

Technical Specifications of Heat Sensors NTC-MF52D

The NTC-MF52D Heat Sensors have several specifications that ensure performance. Below is a detailed look at their technical characteristics:

Parameter	Specification
Resistance (R25)	10KΩ ± 1%
Thermistor B Value	3950K ± 1%
Operating Temperature	-30℃ to 105℃
Dissipation Coefficient	2.5mW/℃ in still air
Thermal Time Constant	8 seconds in water

The specifications highlight the key features of the NTC-MF52D Heat Sensors. The high accuracy and wide operating range make these sensors suitable for demanding applications.

Heater Sensor NTC-MF52D Dimension

No.	Part Name	Specification of Heat Sensors
1	D	5 mm max
2	L	2000±3 mm
3	L1 max	13 mm

NTC Sensors MF52D Characteristics：

The MF52D Heat Sensors deliver precise temperature monitoring for various industrial needs. Compatible with the WMZ12A temperature sensing probe, these sensors ensure accuracy and reliability in demanding environments.

Detailed Specifications of MF52D

1. Product Name:
   Heat Sensor NTC for precision temperature control applications.

2. Heater Sensor R25 Resistance:
   R25 = 10KΩ ±1%, offering stable performance under varied conditions.

3. Thermistor B Value:
   The sensor features a B value of 3950K ±1%, ensuring reliable readings across temperature ranges.

4. Thermal Response Time:
   It achieves a thermal response of 62.9°C within 8 seconds in water, making it suitable for dynamic applications.

5. Dissipation Coefficient:
   At 25°C, the dissipation coefficient is around 2.5mW/°C, ensuring minimal energy loss in operation.

6. High-Voltage Tolerance:

   • Hi-pot Test: Passes AC 1500V at 2mA for 6 seconds without flashover or breakdown.
   • Insulation Test: Withstands DC 500V, ensuring ≥100MΩ for safety and reliability.

7. Operating Temperature Range:
   The MF52D functions efficiently between -30°C and 105°C, making it versatile for various environments.

8. Heat Sensors ERP:
   Model: MF52D103F3950FA2000L26AWG-NTS0823, designed for consistent, high-performance results.

Applications of Heat Sensors

The versatility of temperature sensing probe makes them useful across industries. Below, we explore key areas where the NTC-MF52D series is commonly used:

1. HVAC Systems

HVAC systems require precise temperature sensing probe to maintain comfort and efficiency. In HVAC, the NTC-MF52D Heat Sensors provide accurate temperature data. This helps regulate heating and cooling. By using sensor ntc technology, systems adjust temperature efficiently. This ensures optimal comfort and reduced energy consumption.

2. Industrial Automation

In industrial automation, temperature control ensures production quality. The NTC-MF52D series is a reliable temperature sensing probe. It monitors temperature in machinery and equipment. This prevents overheating and ensures optimal conditions. For example, in chemical manufacturing, precise temperature control ensures product consistency. Heat Sensors are crucial for maintaining these conditions.

3. Medical Equipment

Medical equipment requires accurate temperature monitoring. This ensures patient safety and effective treatment. The NTC-MF52D Heat Sensors provide the needed precision. The fast response time of these temperature sensing probes detects temperature fluctuations immediately. This allows quick adjustments, maintaining safety and efficacy.

4. Automotive Applications

Modern vehicles use Heat Sensors to monitor engine temperature, battery health, and cabin climate. The NTC-MF52D series ensures accuracy. It keeps the engine within the optimal temperature range, preventing overheating. The sensor ntc technology also maintains cabin temperature efficiently.

5. Consumer Electronics

Consumer electronics use Heat Sensors to prevent overheating. Devices like smartphones and laptops rely on NTC-MF52D series for safety. By using a temperature sensing probe, manufacturers enhance device performance and durability. This ultimately provides a better experience for users.

Reliability Testing of Heat Sensors

Reliability is critical for temperature sensing probe, especially in safety applications. The NTC-MF52D series undergoes extensive reliability testing:

High-Temperature Test: Sensors are exposed to 100±5℃ for 1000 hours to ensure stability.

Low-Temperature Test: Sensors are tested at -30±5℃ for 1000 hours for performance verification.

Temperature Cycling Test: Sensors cycle between -30℃ and 100℃ to ensure performance under rapid changes.

Electrical Endurance Test: The sensor ntc is subjected to continuous electrical load at room temperature for 1000 hours.

Mechanical Shock Test: Sensors are dropped from 1 meter onto concrete to evaluate resistance to shocks.

Maintenance and Storage Guidelines

Proper maintenance and storage are crucial for Heat Sensors longevity. The NTC-MF52D series should be stored under specific conditions:

Storage Environment: Store in a dry environment, free from corrosive gases. This prevents degradation of the temperature sensing probe.

Packaging: Keep sensors in original packaging with desiccants to absorb moisture.

Handling Precautions: Avoid bending or applying force to sensor leads. This could damage the sensor ntc.

Benefits of Using Temperature Sensing Probe NTC-MF52D

The NTC-MF52D Heat Sensors offer several benefits:

High Accuracy: The NTC-MF52D series provides consistent readings. This is crucial for precision.

Fast Response Time: These temperature sensing probes quickly detect temperature changes. They provide real-time data for timely adjustments.

Wide Operating Range: The sensor ntc operates in a wide temperature range. This makes them suitable for various environments.

Durability and Reliability: Built to withstand harsh conditions, including extreme temperatures and humidity.

Cost-Effective Solution: Despite advanced features, the Heat Sensors are affordable.

Key Features of the NTC-MF52D Series

Heat Sensors NTC-MF52D103F3950FA2000L26AWG Bill Of Material