M8 Screw Thermocouple K J E PT100 Type Temperature Sensor Probe

Product Description

Specification

Type	Electric Water Heater Parts
Theory	Temperature Sensor
Index Number	K/J/E/PT100 Type
Temperature Measurement Range	400℃
Probe Diameter	8mm
Probe Length	50mm,100mm,150mm,200mm
Cable Length	Type K J E :0.5M,1M,2M,3M,5M.     Type PT100 :1M,2M,3M.
Can be Customized	yes

Specification Size

M8 Screw Thermocouple K J E PT100 Type 50/100/150/200mm Probe Temperature Sensor For Industrial Temperature Controller

Probe Length: 50mm 100mm 150mm 200mm 

 M8 K Cable Length :0.5m 1m 2m 3m 5m
 M8 E Cable Length :0.5m 1m 2m 3m 5m
 M8 J Cable Length :0.5m 1m 2m 3m 5m
 M8 PT100 Cable Length :1m 2m 3m

(Accept Customization)
 
If you want other type probe length,wire length or probe diameter, please check our store or connect Customer Service.

Product Description

Product Introduction

M8 thread stainless steel braided wire stainless steel probe thermocouple is a temperature sensor specially designed for harsh industrial environment and high-precision temperature measurement requirements. Its temperature sensing element is based on the common thermocouple type, and the combination of different metal alloy wires is the core part of sensing the thermoelectric potential generated by temperature change. 

Product Advantage

1.Simple and firm installation:

M8 standard thread design, perfectly matched with the corresponding screw holes on all kinds of equipment. The operation process is simple and fast, and the connection is stable and reliable, which effectively avoids the measurement error caused by looseness and ensures the accuracy and stability of temperature measurement. 

2.Excellent anti-interference ability:

Stainless steel braided wire can effectively block the interference of external electromagnetic signals on internal temperature sensing lines. It can accurately sense temperature changes, ensure the accuracy and stability of measured data, and provide reliable basis for temperature monitoring in production process.

3.High durability:

Stainless steel probe and braided wire have good corrosion resistance, and the internal temperature sensing element can still maintain stable physical and chemical properties in high temperature environment, which greatly prolongs the service life of thermocouple and reduces the maintenance cost and replacement frequency of equipment.

4.High measurement accuracy:

Based on the good linear characteristics of the selected thermocouple type in its applicable temperature range, the thermocouple can accurately sense the temperature change. It can meet the requirements of process control and production process monitoring with strict temperature accuracy, and ensure product quality and production efficiency.

5.Good thermal response performance:

The stainless steel probe is closely combined with the internal temperature sensing element, and the heat transfer path is short and efficient, so that the thermocouple can quickly respond to temperature changes.

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 M8 thread with the installation hole, rotate it clockwise, and slowly screw the thermocouple into the screw hole until it is tightened, so as to ensure that the thermocouple is in close contact with the measured object, so as to ensure good heat conduction and accurate temperature measurement. 

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.

Packing & Delivery

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After Sales Service

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