K Type Stainless Steel Bayonet Compression Spring Thermocouple 0-400º C
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Product Details
| Customization: | Available |
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| Installation Type: | U-Terminal |
| Sensing Type: | Thermocouple |
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Basic Info.
- Model NO.
- Type K Bayonet Compression Spring Thermocouple
- Contact
- Contactless
- Output Signal Type
- Digital Type
- Production Process
- Normal Wirewound
- Material
- Stainless Steel
- Measuring Medium
- Temperature
- IP Rating
- IP20
- Certification
- CE
- Customized
- Accept Customization
- Temperature Range
- 0~400℃.
- Type
- Electric Water Heater Parts
- Theory
- Temperature Sensor
- Index Number
- K Type
- Thread Size
- M12*1.5
- Probe Material
- Stainless Steel
- Cable Length
- 1m/2m/3m/4m/5m
- Transport Package
- Plastic and Carton
- Specification
- SUS, resistance wire
- Trademark
- LUJINXUN
- Origin
- China
- HS Code
- 84779000
- Production Capacity
- 5000PCS One Week Can Supply
Product Description
Specification
Type | Electric Water Heater Parts |
Theory | Temperature Sensor |
Index Number | K Type |
Temperature Measurement Range | 0~400℃. |
Thread Size | M12*1.5 |
Cable Length | 1m/2m/3m/4m/5m |
Probe Material | Stainless steel |
Can be Customized | yes |
Specification Size
K Type Stainless Steel Temperature Sensor 1m/2m/3m/4m/5m Cable Wire Bayonet Compression Spring Thermocouple 0-400℃
Cable Length 1m 2m 3m 4m 5m
(Accept Customization)
If you want other type probe length,wire length or probe diameter, please check our store or connect Customer Service.
If you want other type probe length,wire length or probe diameter, please check our store or connect Customer Service.
Product Description
Product Introduction
K-type stainless steel Bayonet Compression Spring Thermocouple is widely used in the field of industrial temperature monitoring.
The stainless steel material is wrapped outside, which not only provides solid physical protection, but also enhances the corrosion resistance.
The specially designed stainless steel Bayonet Compression Spring can continuously provide stable compression force for the thermocouple after installation, ensure that the temperature sensing end is closely attached to the surface of the measured object, and effectively avoid the measurement error caused by poor contact.
Product Advantage
Convenient and stable installation method:
M12*1.5 standard screw thread design, perfectly adapted to the common installation holes on industrial equipment, and easy to operate. The stainless steel Bayonet Compression Spring plays a key role in keeping the thermocouple in close contact with the surface of the measured object when the equipment vibrates or is affected by other external forces, which greatly improves the reliability of measurement and effectively reduces the measurement deviation caused by looseness.
Wide temperature range and high-precision measurement:
Based on K-type thermocouple technology, this product can measure the temperature up to 400°C, and it can maintain high measurement accuracy in the whole working temperature range, providing extremely reliable data support for temperature control in the production process.
Excellent anti-interference performance:
The stainless steel shell and the carefully designed insulated wires together build a good electromagnetic shielding structure, which can effectively resist external electromagnetic interference.
High durability:
From the external stainless steel shell and Bayonet Compression Spring to the internal temperature sensing element, all of them are made of high-quality materials. Stainless steel shell and spring buckle have excellent corrosion resistance and can be used in corrosive environments such as acid and alkali for a long time without being damaged.
Product Operate Guide
Determine the installation position:
select an appropriate installation position on the measured object, which should truly reflect the temperature of the measured medium and avoid installation in areas with uneven temperature distribution or large external interference.
Installation of thermocouple:
Align the thermocouple with M12*1.5 thread with the mounting hole, rotate it clockwise, and slowly screw it into the screw hole until it is tightened. Then, adjust the stainless steel Bayonet Compression Spring to make it closely fit the surface of the measured object to ensure good heat conduction between the thermocouple and the measured object. Be careful not to use excessive force during tightening to prevent damage to the screw thread or the internal structure of thermocouple.
Connecting terminal:
Connect the terminal of thermocouple with the corresponding interface of temperature display instrument, data recorder or control system correctly. When connecting, pay attention to distinguish the positive and negative poles, ensure the connection is firm, and avoid virtual connection or short circuit, which will affect the measurement results.
select an appropriate installation position on the measured object, which should truly reflect the temperature of the measured medium and avoid installation in areas with uneven temperature distribution or large external interference.
Installation of thermocouple:
Align the thermocouple with M12*1.5 thread with the mounting hole, rotate it clockwise, and slowly screw it into the screw hole until it is tightened. Then, adjust the stainless steel Bayonet Compression Spring to make it closely fit the surface of the measured object to ensure good heat conduction between the thermocouple and the measured object. Be careful not to use excessive force during tightening to prevent damage to the screw thread or the internal structure of thermocouple.
Connecting terminal:
Connect the terminal of thermocouple with the corresponding interface of temperature display instrument, data recorder or control system correctly. When connecting, pay attention to distinguish the positive and negative poles, ensure the connection is firm, and avoid virtual connection or short circuit, which will affect the measurement results.
Product Uses
Thermocouples are widely utilized across various industries due to their exceptional ability to measure temperature in extreme and dynamic environments. In industrial manufacturing, they play a critical role in monitoring and controlling temperatures in furnaces, ensuring accurate readings even in harsh, corrosive atmospheres.
In the energy sector, thermocouples are integral to power plants, both fossil fuel and nuclear. They monitor temperatures in boilers, turbine exhausts, and reactor cores, providing real-time data to prevent overheating and ensure efficient operation. Similarly, in aerospace and automotive industries, they are used to measure temperatures in engine combustion chambers, exhaust systems, and brake components, helping engineers optimize performance and enhance safety.
Beyond heavy industries, thermocouples find applications in research laboratories, where precise temperature control is vital for experiments involving chemical reactions, material testing, or cryogenics. They are also employed in household appliances like ovens and water heaters, as well as in food processing to monitor cooking and refrigeration temperatures, ensuring compliance with safety standards.
Their versatility, fast response time, and wide temperature range make thermocouples an indispensable tool in any scenario requiring reliable temperature measurement.
In the energy sector, thermocouples are integral to power plants, both fossil fuel and nuclear. They monitor temperatures in boilers, turbine exhausts, and reactor cores, providing real-time data to prevent overheating and ensure efficient operation. Similarly, in aerospace and automotive industries, they are used to measure temperatures in engine combustion chambers, exhaust systems, and brake components, helping engineers optimize performance and enhance safety.
Beyond heavy industries, thermocouples find applications in research laboratories, where precise temperature control is vital for experiments involving chemical reactions, material testing, or cryogenics. They are also employed in household appliances like ovens and water heaters, as well as in food processing to monitor cooking and refrigeration temperatures, ensuring compliance with safety standards.
Their versatility, fast response time, and wide temperature range make thermocouples an indispensable tool in any scenario requiring reliable temperature measurement.
Packaging & Shipping
Fast Shipping
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We guarantee to ship out within 3-5 working days after payment confirmed.
If there is any unexpected situation,we will contact you as soon as possible.
We guarantee to ship out within 3-5 working days after payment confirmed.
If there is any unexpected situation,we will contact you as soon as possible.
After Sales Service
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Customer's satisfaction is our goal!
If you are unhappy with service or any other problem,Please contact us before leaving feedback,and we will resolve the issue immediately.
Customer's satisfaction is our goal!
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