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Description

Soft copper flexible conductor PVC insulated.

Construction

ConductorFlexible soft copper conductor, Class K stranded

InsulationFlame Retardant Polyvinyl chloride (PVC 75 C)

Characteristics

Operating Temperature75 C.

Operating Voltage50 V.

Applications

Low voltage automotive wiring. Insulation resistant to abrasion gasolineand oil.

Specifications

CENTELSA GPT Cables are manufactured under the following

standards:UL 1581, NTC-3203 Reference Standard for Electrical Wires, Cables andFlexible CordsSAE J1128 NTC-1116 Primary Low Voltage Cables

ColorsBlack, white, red, yellow, blue, brown, orange grey and violet.

Automotive CablesType GPTGeneral Purpose Thermoplastic Insulated

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Packaging100 m spools covered with plastic thermo pack, in corrugated carton boxes.

Note: Other configurations, sizes, colors and length not specified herein are availableupon request.

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Automotive Cables Type GPT 50V, 75C(International System Units)General Purpose Thermoplastic Insulated

Standard: SAE J1128 NTC-1116, Primary Low Voltage Cables

Notes: 1. DC Resistance calculated based on a 17.241 ohm-mm2/km copper resistivity.

2. Values herein indicated are approximated and are subject to norma l manufacturing tolerances.

Automotive Cables Type GPT 50V, 75CGeneral Purpose Thermoplastic Insulated

Standard: SAE J1128 NTC-1116, Primary Low Voltage Cables

0.58

0.58

0.58

0.58

0.58

0.66

0.79

0.94

0.254

0.254

0.254

0.254

0.254

0.254

0.254

0.254

7

10

16

26

41

65

10 4

16 8

0.35

0.51

0.81

1.32

2.08

3.29

5.27

8.51

0.76

0.97

1.23

1.51

1.98

2.52

3.21

3.66

1.76

1.97

2.23

2.51

2.98

3.62

4.51

5.20

49.6

34.7

21.7

13.3

8.46

5.34

3.34

2.07

6

8

11

16

24

38

59

93

22

20

18

16

14

12

10

8

Notes: 1. DC Re sistance calculated based on a 10.371 o hm-cmil/ft copper resistivity.

2. Values herein indicated are approximated and are subject to norma l manufacturing tolerances.

23

23

23

23

23

26

31

37

10.0

10.0

10.0

10.0

10.0

10.0

10.0

10.0

7

10

16

26

41

65

10 4

16 8

0.70

1.00

1.60

2.60

4.10

6.50

10.40

16.80

30

38

48

59

78

99

12 6

14 4

69

78

88

99

117

14 3

17 8

20 5

15.1

10.6

6.61

4.07

2.58

1.63

1.02

0.630

4

5

8

11

16

25

40

62

22

20

18

16

14

12

10

8

ST R AN D SS I Z E

AW G

ST R AN DD IAM ETE R

(m m )

SEC TIO N

(m m 2 )

IN SU LATIO N

TH IC KN ESS

(m m )

D IAM ETE R

O VER

IN SU LATIO N(m m )

D C

R ESISTA N C E

A T 2 0 C 1

(ohm /km )

AP PR O X.

TO TAL

W EIG H T( kg /km )

C O N D U C TO R

D IA M E T E R

(m m )

ST R AN D SS I Z E

A W G

STR AN DD IAM ETE R

(m i ls)

SEC TIO N

(kcm i l )

IN SU LATIO N

TH IC KN ESS(m ils )

D IAM ETE R

O VE RIN SU LATIO N

(m ils )

D C

R ESISTA N C EA T 2 0 C 1

(ohm /kf t )

APP R O X.

TO TALW EIG H T

( lb/kf t )

C O N D U C TO R

D IA M E T E R

(m ils)