PFA Insulated Type K Cable -50 to 260º C IEC Class I Accuracy Multi Strands Flat Pair

• Customization: Available
• Type: Insulated
• Conductor Type: Stranded
• Model NO.: SP-K-FA-FA-0.22R
• Application: Temperture Measurement
• Conductor Material: + Chromel -Alumel
• Material Shape: Flat Wire
• Range of Application: Temperture Measurement
• Certification: CE, RoHS
• Brand: Ohmalloy/OEM
• Transport Package: Coil/Spool+Paper Carton+ Wooden Pallet
• Specification: 7/0.2mm Silicone Rubber Shearh
• Origin: China
• HS Code: 85444929
• Production Capacity: 100000 Meters / Month

Product Description

PFA Insulated Type K Cable -50 to 260ºC IEC Class I Accuracy Multi Strands Flat Pair

Attribute	Value
Thermocouple Type	K
Number of Cores	2
Color Standard	IEC/ANSI/JIS/DIN or customized
Minimum Operating Temperature	-50°C
Maximum Operating Temperature	+260°C
Insulation Material	Teflon(PFA)
Number of Strands	7
Size of Strands	0.2mm(28 AWG)
Accuracy	Class I
Standards Met	IEC 584-3, RoHS Compliant
Customized Service	Customizable

 
Chemical Composition

Material	Chemical composition (%)
	Ni	Cr	Si	Mn	Al
KP(Chromel)	90	10
KN(Alumel)	95		1-2	0.5-1.5	1-1.5

 
 

nsulation Code	Insulation		Temperature Range of Insulation	Abrasion Resistance	Flexibility	Water Submersion
	Overall	Conductors
PP	PVC	PVC	-40 to 105^oC -40 to 221^oF	Good	Excellent	Good
FF	FEP Teflon® or Neoflon	FEP Teflon®	-200 to 200^oC -338 to 392^oF	Excellent	Good	Excellent
TT	PFA Teflon® or Neoflon	PFA Teflon®	-267 to 260^oC -450 to 500^oF	Excellent	Good	Excellent
TG	Glass Braid	PFA Teflon®	-73 to260^oC -100 to 500^oF	Good	Good	Excellent
GG	Glass Braid	Glass Braid	-73 to 482^oC -100 to 900^oF	Poor	Good	Poor
HH	High Temp Glass Braid	High Temp Glass Braid	73 to 704^oC -100 to 1300^oF	Poor	Good	Poor
XS	Silicon	Silicon	-73 to 1038^oC -100 to 1990^oF	Poor	Good	Poor
TFE	TFE Teflon®	TFE Teflon®	-267 to 260^oC -450 to 500^oF	Excellent	Good	Excellent

 

Usage

TYPE K (CHROMEL vs ALUMEL ) is used in oxidizing, inert or dry reducing atmospheres. Exposure to vacuum limited to

short time periods. Must be protected from sulfurous and marginally oxidizing atmospheres. Reliable and accurate at high temperatures.