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THERMOCOUPLE EXTENSION / COMPENSATING CABLES
Recommended for Interconnection in very ultra modern instrument process networks, measurement of temperature at different points. The conductors have similar Thermo-EMF characteristics as that of Thermocouple. UDEYPYRO offers the widest range of Thermocouple Extension Cables viz. KX, TX, EX, XK and compensating Cables viz. SX, RX, KX,(A), WX as per ANSI MC 96.1, IS 8784, BS, DIN, ENI specifications and are available in single pair to 61 pairs.
CONSTRUCTION :
Conductor :
Solid/Stranded-Standard size 16 Awg, 18 Awg, 20 Awg, 40/36 Swg, 7/30 Awg. 7/36 Swg, 3/22 Swg.
Insulation :
PVC, HR PVC, XLPE, PE, Zero Halogen
Shielding :
Alluminium backed Mylar Tape 100% coverage and 30% overlap, copper braid with 80% to 95% coverage - individual pair & overall or only overall.
Inner Sheath :
PVC, HR PVC, FR PVC, XLPE., PE, FRLS PVC, Zero Halogen
Armour :
Single Wire / Strip or Square Interlock, Double Steel Tape
Outer Sheath :
PVC, HR PVC, FRLS PVC, PE, Zero Halogen
ELECTRICAL CHARACTERISTICS :
| Thermo Couple SYMBOL |
CODE |
CONDUCTORS +leg/-leg |
TOLERANCE TO JIS C1610-1982 ANSI MC96.1 |
INSULATION COLOR CODES |
| INDIAN STANDARD IS8784 |
AMERICAN STANDARD ANSI MC96.1 |
BRITISH STANDARD BS 1843 . 1952 |
GERMAN STANDARD DIN 43714 |
FRENCH STANDARD NF NF C42-323 |
| B |
BX |
Copper / Copper
Lead wire |
- |
- |
|
 |
|
 |
|
| S & R |
SX
(RX) |
Copper / Copper Nickel
Compensating for Type S & R |
0 to 100oC |
0.057
mV |
 |
 |
 |
 |
 |
| K |
KX |
Nickel / Nickel Chromium Aluminium
Extension for Type K
|
0 to 200oC |
2.2 oC |
 |
 |
 |
 |
 |
| *WX |
Iron / Copper Nickel
Compensating for Type K |
0 to 100oC
|
3 oC
|
 |
|
|
|
 |
| *VX |
Copper Constantan
Compensating for Type K |
0 to 100oC |
2.5 oC |
 |
|
 |
|
 |
| E |
EX |
Nickel / Constantan Chromium
Extension for Type E |
0 to 200oC |
1.7 oC |
|
 |
 |
 |
|
| J |
JX |
Iron / Constantan
Extension for Type J |
0 to 200oC |
2.2 oC |
 |
 |
 |
 |
 |
| T |
TX |
Copper / Constantan
Extension for Type T |
0 to 100oC |
1.0 oC |
 |
 |
 |
 |
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* Limits of error not as per ANSI MC96.1
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