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FIREX®-II TECK90 (XLPE) -40ºC 600 Volts Composite Power and Control

Description

Nexans FIREX®-II TECK90 Cables are intended for use in various primary and secondary industries, including chemical processing plants, refineries and general factory environments.

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905-944-4300
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Description

Nexans FIREX®-II TECK90 Cables are intended for use in various primary and secondary industries, including chemical processing plants, refineries and general factory environments.

Standards

National :  CSA C22.2 N° 131

Description

Even in the most demanding industrial and resource industry applications, Nexans FIREX®-II TECK90 cables have proven to have a superior service and maintenance record.

FIREX®-II TECK90 Cables utilize low acid gas, low flame spread PVC jacket compounds to ensure maximum safety to personnel and equipment in the event of fire.
 

Applications

FIREX®-II TECK90 Cables, originally developed for use in Canadian mines, are flexible, resistant to mechanical abuse, corrosion resistant, compact and reliable. They are suitable for a wide range of applications, including ALL hazardous locations - Class I, Division 1 and 2; Class II, Division 1 and 2; and Class III.

Industries such as pulp and paper, chemical, petroleum and other primary and secondary manufacturing industries have used FIREX®-II TECK90 Cables, particularly in areas where cables are subject to the risk of mechanical damage and chemical attack.

Commercial applications for FIREX®-II TECK90 Cables include apartment buildings and commercial complexes.

FIREX®-II TECK90 Cables can be relocated easily because they are rugged and flexible. They can be used in both dry and wet locations in open wiring, in ventilated, non-ventilated and ladder-type cable troughs, in ventilated flexible cableways, and for direct burial.

TECK90 Cables are also suitable for service entrance installations - above and below ground.

Highlights


Nexans FIREX®-II TECK90 Cables are:
 

  • Available from stock
  • Versatile
  • Flexible
  • Resistant to Mechanical Abuse and Corrosion
  • Compact and Reliable
  • "HL" and "FT4" Rated per CSA
  • 90°C to -40°C
  • Low Acid Gas (AG14)
  • Inner and outer jackets are sunlight resistant
  • LEAD FREE
  • RoHS compliant


 

 

 

Marking and Identification
 
The inner jackets of Nexans FIREX®-II TECK90 cables are printed: SUN RES.

The outer jackets of Nexans FIREX®-II TECK90 cables are printed: (mon/year) NEXANS FIREX®-II TECK90 XLPE (-40°C) CSA LL19376 F HL FT4 AG14 SUN RES along with conductor size, number of conductors and sequential metre marking.

Conductor Identification:
Power Conductors: Red, Black, Blue
Control Conductors: Black with Number Coding 

 

Related documents

Characteristics

Construction characteristics
Conductor materialCopper
Electrical characteristics
Maximum operating voltage600V
Usage characteristics
Maximum operating temperature90°C
Specific characteristics
See all products
  • Conductor diameter

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3 products available

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Nexans ref. Country ref. Name Conductor diameter (mm)
  12000232 252213 3C10(7)&3C14(7) TECK 600V 24.13
  252379 3C6(7)&3C14(7) TECK 600V 27.47
  252338 3C8(7)&3C14(7) TECK 600V 26.45
Selected item(s) : Apply

Docs and info

Composite TECK90 3C Power and 3C 14 or 12 AWG 600 V Control Conductors

Conductor Size

Power Conductor
Insulation Thickness

Inner Jacket
Thickness

Nominal Diameters

Approximate
Copper
Content
kg/km

Power
AWG

Control
AWG

Bonding
AWG

Inner Jacket

Armour

Outer Covering

inches

mm

inches

mm

inches

mm

inches

mm

inches

mm

kg/km

12

14

14

0.030

0.76

0.060

1.52

0.591

15.00

0.831

21.10

0.929

23.59

169

10

14

12

0.030

0.76

0.060

1.52

0.596

15.14

0.836

21.23

0.936

23.77

234

10

12

12

0.030

0.76

0.060

1.52

0.665

16.90

0.905

23.00

1.003

25.49

268

 

8

14

10

0.045

1.14

0.060

1.52

0.715

18.16

0.955

24.26

1.053

26.75

339

8

12

10

0.045

1.14

0.060

1.52

0.755

19.17

1.010

25.27

1.159

29.43

373

6

14

8

0.060

1.52

0.080

2.03

0.900

22.86

1.175

29.85

1.288

32.72

504

6

12

8

0.060

1.52

0.080

2.03

0.914

23.21

1.189

29.82

1.318

33.47

538

 

4

14

8

0.060

1.52

0.080

2.03

0.904

22.96

1.179

29.57

1.308

33.22

723

4

12

8

0.060

1.52

0.080

2.03

0.904

22.96

1.179

29.57

1.308

33.22

757

3

14

6

0.060

1.52

0.080

2.03

0.964

24.48

1.239

31.09

1.368

34.74

924

3

12

6

0.060

1.52

0.080

2.03

0.964

24.48

1.239

31.09

1.368

34.74

958

 

2

14

6

0.060

1.52

0.080

2.03

1.026

26.05

1.301

32.66

1.430

36.31

1115

2

12

6

0.060

1.52

0.080

2.03

1.026

26.05

1.301

32.66

1.430

36.31

1149

1

14

6

0.080

2.03

0.080

2.03

1.182

30.03

1.457

36.64

1.586

40.29

1361

1

12

6

0.080

2.03

0.080

2.03

1.182

30.03

1.457

36.64

1.586

40.29

1396

 

1/0

14

6

0.080

2.03

0.080

2.03

1.263

32.08

1.538

38.69

1.667

42.34

1667

1/0

12

6

0.080

2.03

0.080

2.03

1.263

32.08

1.538

38.69

1.667

42.34

1701

2/0

14

6

0.080

2.03

0.080

2.03

1.348

34.23

1.623

40.84

1.772

44.49

2055

2/0

12

6

0.080

2.03

0.080

2.03

1.348

34.23

1.623

40.84

1.772

44.49

2089

 

3/0

14

4

0.080

2.03

0.080

2.03

1.450

36.82

1.725

43.13

1.854

47.08

2615

3/0

12

4

0.080

2.03

0.080

2.03

1.450

36.82

1.725

43.13

1.854

47.08

2650

4/0

14

4

0.080

2.03

0.080

2.03

1.567

39.80

1.872

47.17

2.051

52.09

3231

4/0

12

4

0.080

2.03

0.080

2.03

1.567

39.80

1.872

47.17

2.051

52.09

3265

Composite TECK90 600 V Fittings and Cable Weight

Conductor Size

Ampacity (A) 
30°C Ambient 
(Notes 2, 4)

Approx. 
Net 
Cable 
Weight

Fittings

Power

Control

Bonding

Appleton 

T&B

CMP 
Products

Cooper 
Crouse-Hinds

AWG 
or 
Kcmil

AWG

AWG

60ºC

75ºC

90ºC

lb/kft

kg/km

12 (Note 3)

14

14

20

20

20

380

566

TMC 5099

10466/ST050-466

TMC075A

TECK050-4

10 (Note 3)

14

12

30

30

30

414

616

TMC 5099

10466/ST050-466

TMC075A

TECK050-4

10 (Note 3)

12

12

30

30

30

442

658

TMC 75121

10467/ST075-467

TMC100A

TECK075-5

 

8

14

10

40

50

55

530

789

TMC 75121

10467/ST075-467

TMC100A

TECK075-5

8

12

10

40

50

55

558

883

TMC 75121

10468/ST075-468

TMC100A

TECK075-6

6

14

8

55

65

75

700

1042

TMC 100138

10469/ST100-469

TMC125A

TECK100-7

6

12

8

55

65

75

843

1254

TMC 100138

10469/ST100-469

TMC125A

TECK100-7

 

4

14

8

70

85

95

985

1466

TMC 100138

10469/ST100-469

TMC125A

TECK100-7

4

12

8

70

85

95

1001

1490

TMC 100138

10469/ST100-469

TMC125A

TECK100-7

3

14

6

85

100

115

1155

1719

TMC 100138

10469/ST100-469

TMC125A

TECK100-7

3

12

6

85

100

115

1172

1744

TMC 100138

10469/ST100-469

TMC125A

TECK100-7

 

2

14

6

95

115

130

1322

1967

TMC 125163

10470/ST125-470

TMC125A

TECK125-8

2

12

6

95

115

130

1339

1992

TMC 125163

10470/ST125-470

TMC125A

TECK125-8

1

14

6

110

130

145

1609

2394

TMC 125163

10550/ST125-550

TMC150A

TECK125-8

1

12

6

110

130

145

1626

2420

TMC 125163

10550/ST125-550

TMC150A

TECK125-8

 

1/0

14

6

125

150

170

1823

2781

TMC 125188

10471/ST125-471

TMC150A

TECK125-10

1/0

12

6

125

150

170

1885

2805

TMC 125188

10471/ST125-471

TMC150A

TECK125-10

2/0

14

6

145

175

195

2218

3300

TMC 125188

10471/ST125-471

TMC200SA

TECK125-10

2/0

12

6

145

175

195

2235

3326

TMC 125188

10471/ST125-471

TMC200SA

TECK125-10

 

3/0

14

4

165

200

225

2667

3969

TMC 150200

10472/ST150-472

TMC200SA

TECK125-10

3/0

12

4

165

200

225

2683

3993

TMC 150200

10472/ST150-472

TMC200SA

TECK125-10

4/0

14

4

195

230

260

3294

4902

TMC 150220

10473/ST150-473

TMC200A

TECK150-12

4/0

12

4

195

230

260

3312

4929

TMC 150220

10473/ST150-473

TMC200A

TECK150-12

Notes:
1) Where stated, “nominal” and “approximate” values are provided for information purposes only 
and are subject to standard manufacturing tolerances.
2) Based on CEC Table 2, for not more than 3 current carrying conductors in a cable or raceway.
3) The overcurrent protection shall not exceed 20 amperes for 12 AWG, and 30 amperes for 10 AWG after any
corrections factors for ambient temperature and number of conductors have been applied (CEC Rule 14-104
(2)), or as provided for by other Rules of the CEC.
4) The maximum conductor temperature (used to determine the maximum conductor ampacity) shall be based
on the lowest temperature rating of the electrical equipment, any wire connector, or cable (CEC Rule 4-006).

Related documents

Selling information

Caution Notice

In case of fire, well maintained early warning smoke detectors will give an alarm long before non-metallic coverings become combustible.

However, in spite of the widespread and long-standing use of PVC in residential and commercial buildings, all purchasers of PVC insulated/ jacketed products should be aware of the following:
  • Non-metallic coverings of electrical cables can burn and may transmit fire when ignited.
  • Burning non-metallic coverings may emit acid gases which are toxic and may generate dense smoke.
  • Emission of acid gases may corrode metal in the vicinity; e.g. sensitive instruments and reinforcing rods in cement.
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