Flexibility High Pressure Resistance K-Type Screw Thermocouple Mi Cable Armored Thermocouple Wrnk-191 PT100/J/T/E/N Temperature Sensor Probe

Basic Info

Model NO.	WRNK-191
Installation Type	Tee Type
Sensing Type	Thermocouple
Contact	Contact
Output Signal Type	Analog Type
Production Process	Normal Wirewound
Material	Resistive Lithium Chloride
Measuring Medium	Temperature
IP Rating	IP65
Certification	CE
Customized	Customized
Type	Default K Type (Can Be Used as PT100/J/T/E/N, etc.
Product Mode	Wrnk-191/291/391 etc.
Probe Diameter	There Are 0.5/1.5/2/2.3/2.5/3/4/5/6/8/10 Diameters
Probe Length	Customized According to Customer Requ
Lead Length	The Default Lead Length Is 1500mm Under The Price,
Probe Material	Ss321, SS316L, Ss310s, Ss446, Incl600, Incl800, Et
Transport Package	Express, Sea, Ship
Specification	Customized
Trademark	MICC
Origin	China
HS Code	9025191090
Production Capacity	1000000

Product Description

As a temperature measurement sensor, armored thermocouples are usually used in conjunction with temperature transmitters, regulators and display instruments to form a process control system to directly measure or control fluids and steam in the range of 0-1300ºCin various production processes,as well as the temperature of gaseous medium and solid surface. Armored thermocouple has many advantages such as flexibility, high pressure resistance, fast thermal response time and durability. It is same as industrial assembled thermocouple. As a temperature sensor, it is usually used with display instruments, recording instruments and electronic adjustments.

Product name	Armored Thermocouple
Type	Default K type (can be used as PT100/J/T/E/N, etc.)
Product mode	WRNK-191/291/391 etc.
Probe diameter	There are 0.5/1.5/2/2.3/2.5/3/4/5/6/8/10 diameters for selection
Probe length	Customized according to customer requirements
Lead length	The default lead length is 1500mm under the price, which can be customized according to customer requirements
Probe material	SS321, SS316L, SS310S, SS446, incl600, incl800, etc.

Reminder: The larger the probe diameter, the better the temperature resistance effect. Buyers are requested to provide the actual measurement range as much as possible so that we can adapt to the appropriate diameter and material.