Industrial Electric Thermocouple with Transition Joint

China Industrial Electric Thermocouple with Transition Joint, Find details about China Thermocouple Sensor, Temperature Sensor from Industrial Electric Thermocouple with Transition Joint

Basic Info.

Model NO.

Type K / J / E / N / T / R / S / B

Measuring Medium

Temperature

Certification

Customized

Calibration

Type K / J / E / N / T / R / S / B

Usage

Industrial

Accuracy

Class I, II

Theory

Temperature Controller

Sheath Material

Stainless Steel or Ceramic

Packaging

Carton or Wooden Case

Sample

Available

Temperature Range

0-1300c

Trademark

Transport Package

Exported Case

Specification

Bayonet Mount with spring

Origin

China

HS Code

9033000000

Model NO.

Type K / J / E / N / T / R / S / B

Measuring Medium

Temperature

Certification

Customized

Calibration

Type K / J / E / N / T / R / S / B

Usage

Industrial

Accuracy

Class I, II

Theory

Temperature Controller

Sheath Material

Stainless Steel or Ceramic

Packaging

Carton or Wooden Case

Sample

Available

Temperature Range

0-1300c

Trademark

Transport Package

Exported Case

Specification

Bayonet Mount with spring

Origin

China

HS Code

9033000000

Product Desciption

Industrial Electric Thermocouple With Transition Joint

1. Introduction
Transition Joint Thermocouples are typically made up of a metal sheathed thermocouple of a given diameter which "transitions" to a lead wire via a slightly larger cylindrical barrel.

This barrel transition is typically made of metal or thermoplastic. It is a low cost thermocouple for general use.
Temperature Max. 200°C to 700°C.

The transition joint relief at the "cold" end of the probe that prevents pinching
of the thermocouple wire that can occur in certain applications. These versatile
probes come in a variety of sheath diameters and materials.

2. Parameter

TYPE OF THERMOCOUPLE	Chromel Alumel (K), Iron Constantan (J), Copper Constantan (T)
SHEATH MATERIAL	SS 304, SS 316
SHEATH O.D.	5 mm,6 mm, 8 mm, 10 mm, Other sizes available on request
THERMOCOUPLE LENGTH	Standard 4", 6", 12", 18", 24", Other lengths available on request
EXTENTION WIRES	FG/FG/SS, FG/FG, Teflon/Teflon
COMPRESSION FITTING	¼", 3/8", ½", ¾" BSP & NPT

3. MEASURING RANGE
The maximum temperature is based on the lowest max. temperature of the element, insulation and sheath material.

Category	Code	Temperature Range
Ni-Cr-Si----Ni-Si-Mg	N	-40° C to 1000° C
Ni-Cr----Ni-Si	K	-40° C to 1000° C
Ni-Cr----Cu-Ni	E	-40° C to 800° C
Fe----Cu-Ni	J	-40° C to 750° C
Cu----Cu-Ni	T	-40° Cto 350° C
Pt-Rh13----Pt	R	0° C to 1000° C
Pt-Rh10----Pt	S	600° C to 1600° C
Pt-Rh30----Pt-Rh6	B	600° Cto 1700° C

4. K Type Thermocouple with Transition Joint

Project	Parameter
Standard Range	Testing range(°C):-50~0;-50~50;0~50;0~80;0~100;0~120;0~150;0~200;
	Installation Mode: Inserting
	Depth of Inserting (mm): 50mm (typically, beyond the screw threads); custom-made available.
	Probe Size: Φ3,Φ4,Φ5,Φ6,Φ8
Technical Index	Sensor	Pt100 Pt1000
	Resistance	1×Pt100 1tPT1000
	Signal line specification	2wire or 3wire 2wire or 3wire
	Accuracy	Class A Class B Class 1/3B
	Pressure Resistance	Typically 40bar (Max300bar)
	Longterm Stability (1 Year)	±0.1%FS
	Response Time	T=50°C 2.3s;T=90°C 5.4s
	Ambient Temperature	-40~+85°C
	Storage Temperature	-40~+125°C
	Housing	316L stainless steel
	Wetted Parts	316L stainless steel
	Environmental Protection	IP65