Clad series TKC

Aluminum tape interlock armour

600 Volt
Cu 14 up to 10 AWG
XLPE 90°C / PVC
CSA 22.2 N°131

Control, signalling, measuring and protective equipment, electric controls of mining, industrial and petrochemical projects For dry and wet locations, fixed on trays, indoors or outdoors, buried in ducts or directly buried. Suitable for mobile installations at low temperatures Manufactured in compliance with the Canadian Electrical Code CEC

Features

  • Temperature ratings: 90°C (Operating) – 130°C (Overload) – 250°C (Short-Circuit)

  • Minimum operating temperature: -40°C

  • Voltage rating: 600 Volt A.C.

  • Construction requirements: CSA 22.2 N°131

  • Conductor requirements: ASTM B8

  • Conductor: Annealed electrolytic copper conductor, class B stranding

  • Bonding: In all cable formations these cables have a bare copper bonding conductor (PE)

  • Insulation: XLPE (Cross-Linked Polyethylene)

  • Inner Sheath: Flame retardant PVC

  • Armour: Aluminum tape interlock armour

  • External Sheath: Flame retardant PVC and UV resistant

  • Fire requirements: As per FT1

  • Outdoors requirements: As per CSA 22.2 N° 2556 (UV rays)

  • Acid gas evolution: CSA 22.2 N° 2556 (Low HCl content)

Flame retardant

Flame retardant

HCL < 15%

HCL < 15%

High flexibility

High flexibility

Hydrocarbon resistant

Hydrocarbon resistant

UV resistant

UV resistant

Impact resistant

Impact resistant

Identification

Standard
Sheath Conductors
1 Conductor
2 Conductors
3 Conductors
4 Conductors
5 Conductors (=>)alphanumeric identification

Instalation

falta label en campo?
falta label en campo?
falta label en campo?

Constructive variants

The information provided corresponds to the standard version. Alternative interlock armour (made of galvanized steel tape) can be manufactured upon request

ELECTRICAL CHARACTERISTICS

Resistances, reactance and intensity of admissible currents

Gauge AWG Electrical resistance at 20°C in C.C. (Ohm/km) Electrical resistance at 90°C in C.A. at 60Hz (Ohm/km) Current-carrying capacity (1)
2x 4x 7x 10x 19x 30x 37x
148.7911.21252017.512.512.511.310
125.547.06302421151513.512
103.484.4440322820201816

(1) Current-carrying capacity of cables with up to three conductors, installed in ducts or directly buried, up to an ambient temperature of 30ºC, according to chart 310.15 (B)(16) of the NFPA 70. As from four-conductors, we’ve additionally applied the correction factor for more than three conductors from the chart 310.15 (B)(3)(a) of the NFPA70.

DIMENSIONS & WEIGHT

Cable formation Diameter below armour mm Diameter under armour mm External diameter mm Weight kg/ km Code
Fase conductor Bonding conductor (1)
N° Cond. x gauge AWG/MCM Gauge AWG
2 x 14149.616.419.4360TKC 0214
3 x 141410.817.720.7411TKC 0314
4 x 141412.019.022.0463TKC 0414
5 x 141412.019.022.0490TKC 0514
6 x 141412.719.622.6531TKC 0614
7 x 143 x 1814.521.524.5619TKC 0714
9 x 141417.024.127.1713TKC 0914
12 x 141418.225.328.3821TKC 1214
15 x 141420.227.930.91027TKC 1514
19 x 143 x 1823.931.734.71273TKC 1914
25 x 141425.132.935.91466TKC 2514
30 x 141427.635.538.51663TKC 3014
37 x 143 x 1830.138.041.01921TKC 3714
2 x 121410.217.120.1399TKC 0212
3 x 121411.418.321.3463TKC 0312
4 x 121412.719.622.6528TKC 0412
5 x 121413.320.223.2580TKC 0512
6 x 121415.222.125.2679TKC 0612
7 x 123 x 1617.024.127.1765TKC 0712
9 x 121418.225.328.3859TKC 0912
12 x 121420.227.930.91109TKC 1212
15 x 121422.730.433.41328TKC 1512
19 x 123 x 1626.434.237.21603TKC 1912
25 x 121427.635.538.51859TKC 2512
30 x 121430.138.041.02122TKC 3012
37 x 123 x 1633.841.844.82513TKC 3712
2 x 101211.418.321.3476TKC 0210
3 x 101212.719.622.6558TKC 0310
4 x 101214.521.524.5677TKC 0410
5 x 101215.222.125.2753TKC 0510
6 x 101217.024.127.1842TKC 0610
7 x 103 x 1617.024.127.1906TKC 0710
9 x 101221.429.132.11211TKC 0910
12 x 101223.931.734.71500TKC 1210
15 x 101225.132.935.91712TKC 1510
19 x 103 x 1627.635.538.52014TKC 1910
25 x 101231.339.342.32475TKC 2510
30 x 101235.143.146.12867TKC 3010
37 x 103 x 1636.044.447.43416TKC 3710

(1) For 7, 19 and 37-conductor cables, the bonding is divided in three conductors. For the remaing formations, it is gathered in only one conductor together with the phases.