Clad series TKP

1000 Volt

Cu 14 AWG up to 1000 MCM

XLPE 90°C / PVC

CSA 22.2 N°131

Power distribution networks in 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: 1000 Volt A.C.
Construction requirements: CSA 22.2 N°131
Conductor requirements: ASTM B8
Conductor: Annealed electrolytic copper conductor, class B stranding, C o D
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 (for all gauges) FT4 (for 6AWG and bigger)
Amour: Aluminum interlock style band
Sheath: PVC; fire-retardant; sunlight and hydrocarbon-resistant.
Fire requirements: As per UL 1685
Outdoors requirements: As per CSA 22.2 N° 2556 (UV rays)
Acid gas evolution: CSA 22.2 N° 2556 (Low HCl content)

Flame retardant

HCL < 15%

High flexibility

Hydrocarbon resistant

UV resistant

Impact resistant

Identification

	Standard
	Sheath	Conductors
1 Conductor
2 Conductors
3 Conductors
4 Conductors

Instalation

Installation temperature

Over conductors

Minimum bend radius

Constructive variants

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

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ELECTRICAL CHARACTERISTICS

Resistances, reactance and intensity of admissible currents

Conductor’s gauge (AWG)	Semi-rigid stranded conductor. Electrical Resistance in D.C. at 20ºC (Ohm/km)		Semi-rigid stranded conductor. Electrical resistance in C.C. at 90°C (Ohm/km)		Inductive reactance at 60Hz (Ohm/Km)					Maximum admissible intensities (6)
					1 Conductor (1)	1 Conductor (2)	1 Conductor (3)	Multiconductor (4)	4 Conductors (5)	Maximum admissible intensities (6)
	1 Conductor	Multiconductor	1 Conductor	Multiconductor
14	8.62	8.79	10.99	11.21	--	--	--	0.132	0.141	25
12	5.43	5.54	6.92	7.06	--	--	--	0.123	0.132	30
10	3.41	3.48	4.35	4.44	--	--	--	0.115	0.124	40
8	2.14	2.18	2.73	2.78	--	--	--	0.108	0.117	55
6	1.35	1.38	1.72	1.76	0.204	0.256	0.187	0.11	0.119	75
4	0.848	0.865	1.08	1.1	0.193	0.245	0.175	0.104	0.113	95
2	0.534	0.545	0.681	0.695	0.18	0.232	0.163	0.098	0.107	130
1	0.423	0.431	0.54	0.551	0.181	0.234	0.164	0.103	0.111	145
1/0	0.335	0.342	0.428	0.437	0.176	0.229	0.159	0.1	0.109	170
2/0	0.266	0.271	0.34	0.347	0.171	0.223	0.153	0.097	0.106	195
3/0	0.211	0.215	0.271	0.276	0.165	0.217	0.148	0.095	0.104	225
4/0	0.167	0.17	0.215	0.219	0.159	0.212	0.142	0.093	0.101	260
250	0.142	0.145	0.183	0.187	0.159	0.211	0.141	0.093	0.102	290
300	0.118	0.12	0.153	0.156	0.155	0.207	0.137	0.092	--	320
350	0.101	0.103	0.132	0.135	0.151	0.204	0.134	--	--	350
400	0.09	0.09	0.117	0.119	0.149	0.201	0.131	--	--	380
450	0.0787	0.0803	0.105	0.107	0.145	0.198	0.128	--	--	405
500	0.0708	0.0722	0.0954	0.0973	0.144	0.196	0.126	--	--	430
600	0.059	0.0602	0.0813	0.0829	0.141	0.193	0.123	--	--	430
750	0.0472	0.0481	0.0678	0.0691	0.135	0.187	0.118	--	--	430
1000	0.0354	0.0361	0.0549	0.056	0.132	0.184	0.114	--	--	430

(1) Three single-conductor cables displayed in flat, in contact with each other. (2) Three single-conductor cables displayed in flat, separated by 1 diameter between each other. (3) Three single-conductor cables displayed in a trefoil in contact with each other. (4) Calculation of Inductive reactance valid for two-conductor, three-conductor and five-conductor cables. (5) Calculation of Inductive reactance valid for four-conductor cables. (6) 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	Mat Number
Fase conductor	Bonding conductor (1)
N° Cond. x gauge AWG/MCM	Gauge AWG
1 x 6	8	10.8	17.7	20.7	534	TKP 1x6	830110010
1 x 4	6	12.7	19.6	22.6	698	TKP 1x4	830110020
1 x 2	6	13.9	20.9	23.9	842	TKP 1x2	830110030
1 x 1	4	17.0	24.1	27.1	1095	TKP 1x1	830110040
1 x 1/0	4	18.2	25.3	28.3	1229	TKP 1x1/0	830110050
1 x 2/0	4	19.0	26.6	29.6	1464	TKP 1x2/0	830110060
1 x 3/0	3	20.2	27.9	30.9	1711	TKP 1x3/0	830110070
1 x 4/0	3	21.4	29.1	32.1	1947	TKP 1x4/0	830110080
1 x 250	2	23.9	31.7	34.7	2310	TKP 1x250	830110090
1 x 300	2	25.1	32.9	35.9	2576	TKP 1x300	830110100
1 x 350	1	26.4	34.2	37.2	2932	TKP 1x350	830110110
1 x 400	1	27.6	35.5	38.5	3198	TKP 1x400	830110120
1 x 450	1/0	30.1	38.0	41.0	3815	TKP 1x450	830110130
1 x 500	1/0	31.3	39.3	42.3	3854	TKP 1x500	830110140
1 x 600	1/0	31.3	39.3	42.3	4297	TKP 1x600	830110160
1 x 750	2/0	35.1	43.1	46.1	5236	TKP 1x750	830110161
1 x 1000	2/0	39.8	48.1	51.2	6652	TKP 1x1000	830110162
2 x 14	14	10.8	17.7	20.7	395	TKP 2x14	830110170
2 x 12	14	12.0	19.0	22.0	446	TKP 2x12	830110180
2 x 10	12	13.3	20.2	23.2	524	TKP 2x10	830110190
2 x 8	10	15.2	22.1	25.2	663	TKP 2x8	830110200
2 x 6	8	18.2	25.3	28.3	864	TKP 2x6	830110210
2 x 4	8	21.4	29.1	32.1	1183	TKP 2x4	830110220
2 x 2	6	25.1	32.9	35.9	1609	TKP 2x2	830110230
2 x 1	6	28.8	36.8	39.8	1905	TKP 2x1	830110240
2 x 1/0	6	30.1	38.0	41.0	2167	TKP 2x1/0	830110250
2 x 2/0	6	32.5	40.6	43.6	2500	TKP 2x2/0	830110260
2 x 3/0	4	35.1	43.1	46.1	2978	TKP 2x3/0	830110270
2 x 4/0	4	38.6	46.9	49.9	3588	TKP 2x4/0	830110280
2 x 250	4	41.1	49.5	52.5	4062	TKP 2x250	830110290
2 x 300	4	44.9	53.3	56.3	4781	TKP 2x300	830110300
3 x 14	14	11.4	18.3	21.3	438	TKP 3x14	830110360
3 x 12	14	12.7	19.6	22.6	503	TKP 3x12	830110370
3 x 10	12	14.5	21.5	24.5	634	TKP 3x10	830110380
3 x 8	10	17.0	24.1	27.1	783	TKP 3x8	830110390
3 x 6	8	20.2	27.9	30.9	1142	TKP 3x6	830110400
3 x 4	8	23.9	31.7	34.7	1516	TKP 3x4	830110410
3 x 2	6	26.4	34.2	37.2	1993	TKP 3x2	830110420
3 x 1	6	30.1	38.0	41.0	2389	TKP 3x1	830110430
3 x 1/0	6	32.5	40.6	43.6	2786	TKP 3x1/0	830110440
3 x 2/0	6	35.1	43.1	46.1	3255	TKP 3x2/0	830110450
3 x 3/0	4	37.3	45.6	48.6	3997	TKP 3x3/0	830110460
3 x 4/0	4	41.1	49.5	52.5	4726	TKP 3x4/0	830110470
3 x 250	4	46.2	54.5	57.5	5598	TKP 3x250	830110480
4 x 14	14	12.7	19.6	22.6	494	TKP 4x14	830110550
4 x 12	14	14.5	21.5	24.5	604	TKP 4x12	830110560
4 x 10	12	17.0	24.1	27.1	739	TKP 4x10	830110570
4 x 8	10	18.2	25.3	28.3	910	TKP 4x8	830110580
4 x 6	8	23.9	31.7	34.7	1430	TKP 4x6	830110590
4 x 4	8	26.4	34.2	37.2	1812	TKP 4x4	830110600
4 x 2	6	30.1	38.0	41.0	2440	TKP 4x2	830110610
4 x 1	6	33.8	41.8	44.8	2932	TKP 4x1	830110620
4 x 1/0	6	36.0	44.4	47.4	3538	TKP 4x1/0	830110630
4 x 2/0	6	39.6	46.9	49.9	4149	TKP 4x2/0	830110640
4 x 3/0	4	41.1	49.5	52.5	4974	TKP 4x3/0	830110650
4 x 4/0	4	46.2	54.5	57.5	6090	TKP 4x4/0	830110660

(1) For single-conductor cables, the bonding is concentric. For the remaing formations, it is gathered with the phases.