Temperature Sensors Round Terminal K-Thermocouple

Brand :

MISUMI

Caution

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Product Description

Temperature Sensors Round Terminal 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
● Terminal Size : M4 and M5
● Wire Length (m.): 2
● 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.

Economy Thermocouple Round Terminal

Wide Temperature RangeStandard WireRobust Application

- Operating temperature range within specified limits.

- Standard wire length provided.

- Suitable for heat treatment, packaging, and plastic industries. Adaptable to multiple industrial applications, making it a versatile addition to any engineer's toolkit.

- Sensitivity between 5-40 µV/°C. Ensures precise temperature readings, enhancing process control and product quality in manufacturing settings.

- Genuine materials with guaranteed wire diameter. Reliable performance and longevity, reducing the need for frequent replacements and minimizing downtime.

MISUMI Standard

Cheaper Price

Product Variety

3D CAD
3D CAD Support

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.

Temperature Sensors Dimensional Drawing

For more information on Temperature Sensors product dimensional drawings, please refer to the product catalog.

Temperature Sensors Specification Table

Part Number	No.	Screw Size	Total Length F (m)	Sensor Type	Temperature Range	Wire Operating Temperature Range
C-MSNDS	4	M4	2	K-Thermocouple	0~300°C	200°C
	5	M5

Temperature Sensors Product Features

Genuine material and guaranteed wire diameter

Temperature Sensors Precautions

Temperature Sensors Precautions for use

Temperature Sensors 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 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 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 of heat generating parts exceeds 100°C, please choose the specification with a front end as long as possible.

Temperature Sensors Usage Method

Thermocouples should not be installed too close to the door and the heater. It is sufficient to use screws to fix the round terminal on the surface of the object to be measured. The gap between the sheath and protection sheath and the mounting hole if not filled with insulation may cause overheating or cold air to enter the heating chamber. Therefore, this gap must be filled with insulating material such as insulating earth to stabilize the heat in the chamber. Air convection affects the accuracy of the heating process. The sleeve should not be installed too close to the heating chamber to avoid exceeding 100°C. The installation of the thermocouple should be avoided as much as possible from strong magnetic and electric fields. Therefore, the thermocouple and power cable should not be installed close to each other to avoid errors caused by signal interference. Do not install the thermocouple with the low-flow measuring medium. When measuring the gas temperature inside the tube, the thermocouple needs to be installed in the opposite direction of circulation and in full contact with the gas.