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Temperature Sensors Screw Mount Bendable K-Thermocouple
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Product DetailProduct Description
Temperature Sensors Screw Mount Bendable K-Thermocouple
These Temperature Sensors Thermocouple type K are an economy item, The price is cheaper than the MISUMI standard product.They offer a wide variety of sizes to choose from.
[Feature]
● Temperature Sensors : Thermocouple Type K
● Screw Size: M6 X 1.0
● Wire Length (m.): 1, and 5
● Temperature Range (°C) : 0-150
● Crimp Terminal Type: Y-Shaped 2 sets
[Application]
It is used in a variety of application such as heat treatment, packaging industry , plastic industry , and so on.
Temperature Sensors For more information on product dimensional drawings, please refer to the product catalog.
Temperature Sensors Precautions for use
To extend the thermocouple lead wire, please use the compensation lead wire.
Please strictly observe the heat resistant temperature of each part in product page. Please note that even the upper limit of the Temperature Sensors measurement is very high, malfunctions such as wire breakage may occur if the heat-resistant temperature is exceeded.
Do not apply large external force or vibration.
Please pay attention to the heat resistance temperature of the silicon tube part of the ·sleeve.
Please keep the upper limit of the temperature below the temperature measurement range of the product. If the bushing temperature exceeds the heat-resistant temperature, it is very easy to cause the breakage of the temperature measurement wire.
If the Temperature Sensors of heat generating parts exceeds 100°C, please choose the specification with a front end as long as possible.
Economy Bendable K-Thermocouple
Bendable Design Screw Mounting Durable Construction
- Bendable K-Thermocouple. Allows for installation in tight or awkward spaces, enhancing adaptability and ease of use in complex environments.
- Specific screw size provided.
- Silicon rubber film insulation. Provides robust protection against environmental factors, ensuring long-lasting performance and reliability.
- Measures temperatures from 0 to 150°C. Suitable for a broad range of industrial processes, ensuring accurate temperature monitoring in diverse environments.
- Grounded type temperature measurement contact point. Ensures quick response to temperature changes, providing precise and timely data for critical processes.
MISUMI Standard
Cheaper Price
Product Variety
3D CAD Support
Temperature Sensors Dimensional Drawing
Temperature Sensors For more information on product dimensional drawings, please refer to the product catalog.
Temperature Sensors Specification Table
| Temperature Sensors Type | F(m) | Screw Size | Shape | Temperature Range |
| C-MFNC6 | 1 | M6×1.0 | K type thermocouples | 0 to 150℃ |
| 5 |
Temperature Sensors Product Overview
Temperature Sensors
The thermocouple consists of two wires made of different materials, which are welded together at the end. After the ambient temperature of the unheated part is measured, the temperature of the heating point can be accurately known. Because it must have the conductor made of two different materials, it is called the thermocouple. The thermocouples made of different materials can be used in different temperature ranges, and their sensitivities are different from each other. The sensitivity of a thermocouple refers to the change in the output potential difference when the temperature of the heating point changes by 1°C. For most metal-supported thermocouples, this value is between 5-40 µV/°C.
PT100
Pt100 is a platinum thermal resistance, and its resistance value is proportional to the change of temperature. 100 after PT means that its resistance value is 100 ohms at 0°C and about 138.5 ohms at 100°C.
The thermocouple consists of two wires made of different materials, which are welded together at the end. After the ambient temperature of the unheated part is measured, the temperature of the heating point can be accurately known. Because it must have the conductor made of two different materials, it is called the thermocouple. The thermocouples made of different materials can be used in different temperature ranges, and their sensitivities are different from each other. The sensitivity of a thermocouple refers to the change in the output potential difference when the temperature of the heating point changes by 1°C. For most metal-supported thermocouples, this value is between 5-40 µV/°C.
PT100
Pt100 is a platinum thermal resistance, and its resistance value is proportional to the change of temperature. 100 after PT means that its resistance value is 100 ohms at 0°C and about 138.5 ohms at 100°C.
Temperature Sensors Product Feature
Temperature Sensors Related Products
 |  |  |  |
| High-temperature thermocouples | Screw-mounting thermocouples | Screw mount bendable PT100 | Round terminal thermocouples |
Temperature Sensors Precautions
Temperature Sensors Precautions for use
To extend the thermocouple lead wire, please use the compensation lead wire.Please strictly observe the heat resistant temperature of each part in product page. Please note that even the upper limit of the Temperature Sensors measurement is very high, malfunctions such as wire breakage may occur if the heat-resistant temperature is exceeded.Do not apply large external force or vibration.Please pay attention to the heat resistance temperature of the silicon tube part of the ·sleeve.Please keep the upper limit of the temperature below the temperature measurement range of the product. If the bushing temperature exceeds the heat-resistant temperature, it is very easy to cause the breakage of the temperature measurement wire.If the Temperature Sensors of heat generating parts exceeds 100°C, please choose the specification with a front end as long as possible.
Temperature Sensors Usage Method
Temperature Sensors
Couples should not be installed too close to the door and heating place, and the insertion depth should be at least 8 to 10 times the diameter of the protection tube; the interval between the thermocouple protection bushing and the wall is not filled with insulation material, resulting in furnace heat overflow or cold air intrusion. Therefore, the interval between the thermocouple protection bushing and the furnace wall hole should be blocked with refractory mud or asbestos cord or other insulation materials so that the accuracy of temperature measurement will not be affected by hot and cold air convection; The cold end of the thermocouple is too close to the furnace, causing the temperature to rise above 100℃; thermocouples should be as far away as possible from strong magnetic and electric fields, so the thermocouples and power cable should not be installed in the same conduit to avoid deviation caused by interference; thermocouples can not be installed in the area where the measured medium rarely flow. Thermocouples must be installed against the direction of the flow and in full contact with the gas when the tube gas temperature is measured by thermocouples.
Couples should not be installed too close to the door and heating place, and the insertion depth should be at least 8 to 10 times the diameter of the protection tube; the interval between the thermocouple protection bushing and the wall is not filled with insulation material, resulting in furnace heat overflow or cold air intrusion. Therefore, the interval between the thermocouple protection bushing and the furnace wall hole should be blocked with refractory mud or asbestos cord or other insulation materials so that the accuracy of temperature measurement will not be affected by hot and cold air convection; The cold end of the thermocouple is too close to the furnace, causing the temperature to rise above 100℃; thermocouples should be as far away as possible from strong magnetic and electric fields, so the thermocouples and power cable should not be installed in the same conduit to avoid deviation caused by interference; thermocouples can not be installed in the area where the measured medium rarely flow. Thermocouples must be installed against the direction of the flow and in full contact with the gas when the tube gas temperature is measured by thermocouples.
Temperature Sensors Brand introduction
MISUMI, the head office company, has been providing customers with various high-quality parts such as automation parts, mold parts, electronic parts, tool & consumables, etc. quickly and accurately since its establishment in Japan in 1963. By compiling product catalogs independently and establishing a marketing system for direct sales of products, a low-cost business operation mode has been created, and by making annual product plans according to customers' opinions and requirements, MISUMI brand-name products with high quality level have been continuously developed
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For more information on product dimensional drawings, please refer to the product catalog.
Dimensional Drawing
For more information on product dimensional drawings, please refer to the product catalog.
Specification Table
| Type | F(m) | Screw Size | Shape | Temperature Range |
| C-MFNC6 | 1 | M6×1.0 | K type thermocouples | 0 to 150℃ |
| 5 |
Basic Information
| Type of Temperature Sensor | Thermocouple | Type of Thermocouple | K Thermocouple | Sheath, Protection Tube Diameter(Ø) | 4.3 |
|---|---|---|---|---|---|
| Measurement Object | Temperature Sensor | Temperature Measurement Contact Point | Grounded Type | Operating Temperature Range(°C) | 0::150 |
| Sheath, Protecting Tube's Thread Nominal | M6 |
- The specifications and dimensions of some parts may not be fully covered. For exact details, refer to manufacturer catalogs .
Frequently asked question (FAQ)
- Question: What are the main types of sensors currently sold by MISUMI?
- Answer: Photoelectric sensors, proximity sensors, pressure sensors, temperature sensors, etc.
- Question: What is a photo microsensors?
- Answer: With an amplifier, an emitter and a receiver built in its integrated main body, it is a sensor that is easy to install and adjust, usually designed for detecting the passage of workpieces on the conveying line and for positioning workpieces, etc.
- Question: What are the features of the photoelectric sensor?
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Answer:
1. The action (response time) is very fast because light is used as the medium.
2. It has a longer detection distance than the light sensor and allows for remote detection.
3. Objects made of almost any material can be detected as long as they reflect light. - Question: What are the detection methods of the photoelectric sensor?
- Answer: Transmittance type, regression reflection type, diffusion reflection type, limited reflection type, etc.
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