Product Description
Hexagonal thread temperature sensors are a type of temperature sensing component with a rugged design and easy installation. Their most notable feature is that the sensor probe has a standardized hexagonal thread (such as M6, M8, 1/4" NPT, etc.), allowing it to be screwed directly into or installed at the measuring point of the device like a bolt. This design ensures close contact and excellent thermal conductivity between the sensor and the measured medium (such as liquid, metal surface, or gas), making it an ideal choice for accurate and reliable temperature measurement. It is widely used in industries such as industry, automobiles, and household appliances.
Specification
| Standard NTC | R25℃=10KΩ±1% |
| B25/50=3435K±1% | |
| Operating temperature | -20~150℃ |
| Application | bottle wamer, tea maker, water heater, food processor, coffee maker, etc |
| Standard NTC | R25℃=100KΩ±1% |
| B25/50=3950K±1% | |
| Operating temperature | -20~150℃ |
| Application | bottle wamer, tea maker, water heater, food processor, coffee maker, etc |
| Standard NTC | R25℃=8KΩ±1% |
| B25/50=5300K±1% | |
| Operating temperature | -30~500℃ |
| Application | automobile,industrial temperature；measurement, etc. |
| Standard NTC | R25℃=3.3KΩ±2.5% |
| B0/100=3970K±1% | |
| Operating temperature | -30~150℃ |
| Application | automobile,industrial temperature；measurement, etc. |
Features
Rugged and Easy to Install: A metal housing (such as stainless steel or brass) and a standard hexagonal thread design provide high mechanical strength, capable of withstanding certain installation torque, vibration, and pressure. They screw directly into the mounting hole without the need for complex fixtures.
Excellent Thermal Conductivity: The threaded structure provides a large contact area, enabling the sensor to quickly respond to temperature changes in the measured medium, reducing measurement delay and improving accuracy.
Excellent Sealing: Reliable sealing is typically achieved using sealing rings (such as O-rings) or pipe threads (such as NPT), effectively preventing liquid or gas leaks and suitable for harsh environments with pressure or humidity.
Flexible Options: A variety of thread sizes, probe lengths, lead types, and electrical interfaces are available, and different sensing elements, such as NTC thermistors, PT100 platinum resistance thermometers, or thermocouples, can be integrated to meet diverse application requirements.
High Precision and Reliability: Close physical contact reduces environmental interference, ensuring long-term measurement stability and accuracy.
Application
Industrial Equipment: Used in injection molding machines, extruders, hydraulic systems, air compressors, and other applications to monitor oil, water, or machine body temperatures for overheating protection and process control.
Automotive Industry: Installed in engine blocks, transmissions, cooling systems, and other locations, they monitor key temperature parameters and provide data to the engine management unit.
HVAC: Embedded in hot water boilers, heat pumps, pipes, or water storage tanks, they control water temperature and manage system energy efficiency.
Household Appliances: Commonly found in instant water heaters, coffee makers, dishwashers, and other applications, they provide precise temperature regulation and safety protection.
Food and Pharmaceutical Machinery: Threaded sensors with a hygienic design are used for process temperature monitoring in reactors, pipelines, and other locations.
In summary, hexagonal threaded temperature sensors, with their robust construction, easy installation, and reliable performance, have become the standard solution for temperature measurement applications requiring direct and secure installation.
