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Bright Thermocouple Extension Wire Fiberglass Insulation Compensation Cable

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Bright Thermocouple Extension Wire Fiberglass Insulation Compensation Cable

Country/Region	china
City & Province	changzhou jiangsu
Categories	Metal Slabs

Product Details

Thermocouple Extension Wire is a cable designed to extend thermocouple signals and is suitable for a variety of thermocouple types, including Type K, Type N, Type E, Type J, Type T, Type B, Type R, and Type S. It plays a vital role in the field of temperature measurement and control.

The main purpose of Thermocouple Extension Wire is to transmit the thermocouple signal from the measurement point to the instrument or control system for accurate temperature measurement and monitoring. This cable uses thermocouple wires made of two different metal materials to determine the temperature value by measuring the temperature difference between the two junctions. Its special design and material selection ensure good linear characteristics and stability, and can accurately capture and transmit weak thermocouple voltage signals.

Thermocouple Extension Wire has excellent anti-interference capabilities and can effectively resist the effects of electromagnetic interference, noise and temperature changes on signals. This enables it to stably transmit reliable temperature data in industrial environments, ensuring the accuracy and reliability of temperature measurement.

Thermocouple Wire

Code	Wires component of the thermocouple
	+Positive leg	-Negative leg
N	Ni-cr-si (NP)	Ni-si-magnesium (NN)
K	Ni-Cr (KP)	Ni-Al(Si) (KN)
E	Ni-Cr (EP)	Cu-Ni<constantan> (EN)
J	Iron (JP)	Cu-Ni<constantan> (JN)
T	Copper (TP)	Cu-Ni<constantan> (TN)

Standards

ASTM	ANSI	IEC	DIN	BS	NF	JIS	GOST
(American Society for Testing and Materials) E 230	(American National Standard Institute) MC 96.1	(European Standard by the International Electrotechnical Commission 584)-1/2/3	(Deutsche Industrie Normen) EN 60584 -1/2	(British Standards) 4937.1041, EN 60584 - 1/2	(Norme Française) EN 60584 -1/2 - NFC 42323 - NFC 42324	(Japanese Industrial Standards) C 1602 - C 1610	(Unification of the Russian Specifications) 3044

Thermocouple No. indexing	Compensation wire type	Usag Classification	Measuring junction temperature / ℃	standard EMF value/μV	Precision grade		General grade
Thermocouple No. indexing	Compensation wire type	Usag Classification	Measuring junction temperature / ℃	standard EMF value/μV	Tolerance μV	Thermal EMF range μV	Tolerance μV	Thermal EMF range μV
SorR	SC or RC	G	100	646	±30	616~676	±60	586~706
		H	100	646	-	-	±60	586~706
			200	1 1441	-	-		1.381~1 501

K	KX,KCA	G	-25	-968	±40	-924~-1 012	±80	-880~-1 056
	or KCB	G	100	4 096	±40	4 052~4 140	±80	4 008~4 184
		H	-25	-968	±40	-924~-1 012	±88	-880~-1 056
			100	4 096		4 052~4 140		4 008~4 184
			200	8 138		8 094~8 182		8 050~8 226
N	NX or NC	G	-25	-646	±43	-603~-689	±86	-560~-732
		G	100	2 774	±43	2 731~2 817	±86	2 688~2 860
		H	-25	-646	±43	-603~-690	±86	-560~-732
			100	2 774		2 731~2 817		2 688~2 860
			200	5 913		5 870~5 956		5 827~5 999
E	EX	G	-25	-1 432	±81	-1 351~-1 513	±138	-1 294~-1 570
		G	100	6 319	±81	6 238~ 6400	±138	6 181~6 457
		H	-25	-1 432	±81	-1 351~- 1513	±138	-1 294~-1 570
			100	6 319		6 238~6 400		6 181~6 457
			200	13 421		13 340~13 502		13 283~13 559
J	JX	G	-25	-1 239	±62	-1 177~-1 301	±123	-1 116~-1 362
		G	100	5 269	±62	5 207~5 331	±123	5 146~5 392
		H	-25	-1 239	±62	- 177~-1 301	±123	-1 116~-1 362
			100	5 269		5 207~5 331		5 146~5 392
			200	10 779		10 717~10 841		10 656~10 902
T	TX	G	-25	-940	±30	-910~-970	±60	-850~-1 000
		G	100	4 279	±30	4 249~4 309	±60	4 189~4 339
		H	-25	-940	±48	-892~-988	±90	-850~-1 030
			100	4 279		4231~4 327		4 189~4 369
			200