Black wire cable with a white connector on the end of Heat Sensors MF52D.The Heat Sensor is designed for use in Heat Detection.

Heater Sensor MF52D with black wire and white connector. The sensor is designed for use in Heat Sensing.

Heat Sensors for sensing temperature-NTC-MF52D series

Heat Sensors NTC-MF52D series Key Features:

High Precision: Our Heater Sensor delivers accurate temperature readings up to ±1% tolerance, essential for sensitive applications across various industries.

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

Fast Response Time: With rapid reaction to temperature changes, our NTC Sensors provide real-time monitoring, making them ideal for critical environments.

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

Easy Integration: Seamlessly integrates into existing systems, simplifying deployment.

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

INQUIRY

Product Detail

Introduction to Heat Sensors NTC-MF52D series

The NTC-MF52D series represents a cutting-edge solution in the realm of Heat Sensors, delivering precise temperature monitoring essential for various industrial and commercial applications. An Heater Sensor NTC-MF52D103F3950FA2000L26AWG-NTS0823 is a type of NTC Sensors that is designed to monitor temperature changes. Unlike other types of temperature sensors, Heat Sensor NTC has a negative temperature coefficient, meaning its resistance decreases as the temperature rises.These NTC (Negative Temperature Coefficient) sensors, are specifically designed to decrease resistance as the temperature increases, ensuring accurate and reliable measurements and monitoring.

Why Choose Heat Sensors NTC-MF52D?

By leveraging advanced NTC technology, the NTC-MF52D series Heater Sensor offers unparalleled precision and stability, making it the preferred choice for professionals seeking reliable Heat Sensor for critical applications. Whether you're integrating these NTC Sensors into complex systems or using them in standard temperature measurement setups, the NTC-MF52D series Heat Sensors ensures accuracy, reliability, and performance.

Applications of NTC Sensors

NTC sensors are used in a variety of applications due to their accuracy and reliability. Here are some key areas where Heat Sensor is essential:

HVAC Systems

In HVAC (Heating, Ventilation, and Air Conditioning) systems, precise temperature control is crucial for maintaining comfort and efficiency. Heater Sensor provides the accurate temperature readings needed to regulate these systems effectively.

Laboratory Research

Accurate temperature monitoring is vital in laboratory settings to ensure experiments are conducted under controlled conditions. Heat Sensors offer the precision required for reliable scientific research.

Industrial Processes

Many industrial processes depend on precise temperature control to ensure product quality and process efficiency. NTC sensors are used to monitor and control temperatures in these environments, helping maintain optimal operating conditions.

Consumer Electronics

Heat Sensor is also found in consumer electronics, where it helps manage and regulate the temperature of devices. This ensures the devices operate safely and efficiently, preventing overheating and potential damage.

Heater Sensor NTC-MF52D Advantages

The NTC-MF52D series Heat Sensors are designed to deliver superior performance, making them the preferred choice for accurate temperature monitoring in various applications:

High Precision: This Heater Sensor detects minute temperature changes with exceptional accuracy, making them indispensable for critical applications that demand precise temperature control.
Fast Response Time: The Heat Sensor reacts quickly to temperature fluctuations, ensuring real-time monitoring that is crucial for maintaining system stability and performance.
Reliability: Built with durable construction, these NTC Sensors resist environmental factors, providing consistent and reliable performance across a wide range of conditions.
Cost-Effective: Heat Sensors offer a competitive advantage with their relatively competitive cost, making them attractive for both large-scale industrial projects and smaller personal applications.
Easy Integration: Designed for seamless integration, this Heater Sensor can be easily incorporated into existing systems, allowing for quick deployment without the need for extensive technical expertise.
User-Friendly Design: The NTC-MF52D series Heat Sensor features a user-friendly design that simplifies installation and operation, making them accessible to professionals and hobbyists alike.
Durable Construction: Engineered to withstand harsh environments, these NTC Sensors provide long-lasting reliability, ideal for continuous use in demanding applications.
Wide Range of Applications: From industrial settings and scientific research to personal projects, these versatile Heat Sensors ensure accurate temperature monitoring across various fields.
Brand Trust: DXM is synonymous with quality and reliability. Our Heater Sensor undergo rigorous testing and quality control, ensuring consumers can trust in their accuracy and performance.

DXM NTC Sensors Key Features

Heat Sensors NTC-MF52D103F3950FA2000L26AWG Bill Of Material

No.	Part Name	Specification of Heater Sensor MF52D	Qty
1	Cable	UL2651 2C insulated and pair together 26AWG 105℃ 300V TS Black	2
2	Head Coating	Epoxy Resin DXM-FY-FC500B-1 Black	*
3	NTC Sensors	Heat Sensor ntc 10k-103F3950FA	1
4	Connector	2P female conector	1

Heat Sensor NTC-MF52D Parameters Requirement

Parameters	Specification	Remarks
R25 Resistance	10KΩ±1%
Thermistor B value	3950K±1%

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：

No.	Item	Specification	Condition
1	Product name	Heat Sensor NTC
2	Heater Sensor R25 resistance:	R25＝10KΩ±1%，
3	Thermistor B value	3950K±1%
4	Thermal response time	T1=25+(85-25)*63.2％=62.9℃ 8S Max.	In a water bath
5	Dissipation coefficient	Ta=25±0.5℃ around 2.5mW/℃	In the still air
6	Hi-pot Test:	AC 1500V 2mA 6 6S,no flashover ,no breakdown in steel ball
7	Insulation Test	DC 500V 100MΩ,≥100MΩin a steel ball
8	Heat Sensors ERP	MF52D103F3950FA2000L26AWG-NTS0823
9	Operating temperature	-30℃～105℃

Reliability Testing

To ensure the long-term reliability of NTC sensors, various tests are conducted. The DXM Heat Sensor undergoes several reliability tests, including:

Test Types on Heat Sensors	Conditions	Purpose
High-Temperature Test	Exposed to 100±5°C air for 1000 hours	Ensure stability under prolonged high temperatures
Low-Temperature Test	Exposed to -30±5°C air for 1000 hours	Verify reliability in extreme cold conditions
Temperature Cycling Test	-30°C to 100°C for ten cycles	Ensure performance under rapid temperature changes
Electrical Endurance Test	Room temperature, DCO 0.2mA for 1000 hours	Assess durability under continuous electrical load
Lead Strength Test	20N force applied to lead for one minute	Ensure mechanical robustness
Drop Test on Heater Sensor	Dropped from 1 meter onto concrete floor	Test resistance to impact and mechanical shock
Post-Test Evaluation	Re-evaluation of electrical and insulation properties, visual inspection for damage	Confirm no changes in properties, ensure no physical damage

Storage Methods

Proper storage is crucial for maintaining the performance and longevity of NTC sensors. The DXM Heat Sensor should be stored under the following conditions:

Storage Method	Conditions	Purpose
Stacking Height	Do not exceed four boxes in height during storage and transportation	Prevent mechanical damage on Heater Sensor
Packaging of Heat Sensors	Use desiccants inside packaging bags, protect from rain, snow, and mechanical damage	Avoid moisture-related issues and mechanical damage
Storage Environment	Normal temperature and humidity, free from acidic, alkaline substances, corrosive gases, or radiation sources	Maintain sensor performance and longevity

Conclusion of Heat Sensors NTC-MF52D

The DXM NTC Sensors MF52D represent the pinnacle of temperature sensing and heat detection technology. With its advanced Heat Sensor NTC technology, robust design, and versatile applications, these Heat Sensors are the ultimate solution for accurate and reliable temperature monitoring. Whether for professional or personal use, the DXM Heater Sensor NTC offers unparalleled performance, ensuring precise temperature control and peace of mind.

The DXM NTC-MF52D series represents advanced Heat Sensors, offering precision and reliability for various temperature monitoring applications. As a top choice for NTC Sensors needs, this Heat Sensor excels in accuracy, fast response, and durability, making it ideal for HVAC, industrial processes, and consumer electronics etc. Trusted by professionals, DXM Heater Sensor ensures optimal performance and long-lasting reliability, backed by rigorous testing and quality control.

By understanding the features, applications, and advantages of these Heat Sensors, professionals and enthusiasts can make informed decisions, achieving optimal results in all temperature monitoring endeavors. As one of leading temperature sensor manufacturers, DXM delivers the quality and reliability you need for all your temperature sensing and heat detection applications.

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