FIREX® TECK90 1 kV

845-469-2141

Description

(-40°C) XLPE

Description

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

Even in the most demanding industrial and resource industry applications, Nexans FIREX^® TECK90 cables have proven to have a superior service and maintenance record.
FIREX^® 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^®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^®TECK90 Cables, particularly in areas where cables are subject to the risk of mechanical damage and chemical attack.

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

FIREX^®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^® 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^® TECK90 cables are printed: SUN RES.

The outer jackets of Nexans FIREX^® 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.

Characteristics

Construction characteristics
Conductor material	Copper
Electrical characteristics
Maximum operating voltage	1kV
Usage characteristics
Maximum operating temperature	90°C
Specific characteristics
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Conductor cross-section (AWG)

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Part Number	Country ref.	Description	Conductor cross-section (AWG)
12000505	550376	1C250(36) TECK 1KV	250
12000506	550384	1C350(36) TECK 1KV	350
12000793	606801	1C4/0(18) TECK 1KV	4/0
12000507	550392	1C500(36) TECK 1KV	500
12000794	606802	1C750(58) TECK 1KV	750
12000213	133280	2C12(7) TECK 1KV	12
12000082	422493	2C6(7) TECK 1KV	6
12000304	307884	2C8(7) TECK 1KV	8
12000079	422402	3C1(18) TECK 1KV	1
12000080	422410	3C1/0(18) TECK 1KV	1/0
12000301	307843	3C10(7) TECK 1KV	10
12000302	307850	3C12(7) TECK 1KV	12
12000078	422394	3C2(7) TECK 1KV	2
12000081	422428	3C2/0(18) TECK 1KV	2/0
12000100	438945	3C250(36) TECK 1KV	250
12000303	307876	3C3(7) TECK 1KV	3
12000098	438929	3C3/0(18) TECK 1KV	3/0
12000101	438960	3C350(36) TECK 1KV	350
12000077	422386	3C4(7) TECK 1KV	4
12000099	438937	3C4/0(18) TECK 1KV	4/0
12000102	438986	3C500(36) TECK 1KV	500
12000076	422378	3C6(7) TECK 1KV	6
12000075	422360	3C8(7) TECK 1KV	8
12000111	383646	4C2(7) TECK 1KV	2
12000104	443358	4C2/0(18) TECK 1KV	2/0
12000453	568337	4C250(36) TECK 1KV	250
12000256	199588	4C3(7) TECK 1KV	3
12000452	568279	4C3/0(18) TECK 1KV	3/0
12000502	529271	4C4(7) TECK 1KV	4
12000456	568709	4C4/0(18) TECK 1KV	4/0
12000454	568345	4C500(36) TECK 1KV	500
12000110	383620	4C6(7) TECK 1KV	6
12000310	383612	4C8(7) TECK 1KV	8

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Docs and info

TECK90 1C 1 kV

Conductor Size		Insulation Thickness		Inner Jacket Thickness		Nominal Diameters						Approx. Net Cable Weight with Aluminum Armour		Approx. Copper Content
Conductor Size		Insulation Thickness		Inner Jacket Thickness		Inner Jacket		Armour		Outer Covering		Approx. Net Cable Weight with Aluminum Armour		Approx. Copper Content
Power AWG or kcmil	Bonding AWG	inches	mm	inches	mm	inches	mm	inches	mm	inches	mm	lb/kft	kg/km	kg/km
6	8	0.060	1.52	0.030	0.76	0.453	11.5	0.693	17.60	0.791	20.09	331	493	210
4	6	0.060	1.52	0.030	0.76	0.497	12.63	0.737	18.72	0.835	21.21	428	637	330

3	6	0.060	1.52	0.030	0.76	0.525	13.33	0.765	189.43	0.863	21.92	473	704	382
2	6	0.060	1.52	0.030	0.76	0.555	14.1	0.795	20.19	0.893	22.68	528	786	446
1	4	0.080	2.03	0.045	1.14	0.658	16.7	0.898	22.81	0.996	25.30	696	1036	599

1/0	4	0.080	2.03	0.045	1.14	0.725	18.42	0.965	24.51	1.069	27.15	781	1162	701
2/0	4	0.080	2.03	0.045	1.14	0.742	18.84	0.982	24.94	1.072	27.23	873	1300	830
3/0	3	0.080	2.03	0.045	1.14	0.798	20.27	1.073	27.25	1.163	29.54	1097	1632	1051
4/0	3	0.080	2.03	0.045	1.14	0.859	21.82	1.134	28.80	1.244	31.60	1272	1893	1257

250	2	0.090	2.29	0.060	1.52	0.957	24.31	1.232	31.29	1.338	33.98	1497	2228	1500
300	2	0.090	2.29	0.060	1.52	1.005	25.53	1.28	32.51	1.409	35.79	1715	2552	1733
350	1	0.090	2.29	0.060	1.52	1.066	27.07	1.341	34.06	1.446	36.73	1910	2842	2062

400	1	0.090	2.29	0.060	1.52	1.123	28.53	1.398	35.51	1.527	38.79	2164	3220	2299
500	1/0	0.090	2.29	0.060	1.52	1.204	30.58	1.479	37.57	1.585	40.26	2515	3742	2864

600	1/0	0.090	2.29	0.060	1.52	1.278	32.47	1.553	39.45	1.682	42.72	2960	4405	3332
750	2/0	0.090	2.29	0.060	1.52	1.408	35.75	1.683	42.75	1.812	46.02	3648	5429	4189
1000	3/0	0.090	2.29	0.060	1.52	1.545	39.24	1.896	48.16	2.011	51.08	4456	6631	5359
*Steel armour is not permitted in single conductor cables.

TECK90 1C 1 kV - Fitting Sizes and Ampacity

Conductor Size		Ampacity (A) 30°C Ambient (Notes 2, 3)			Fittings (Note 4)
Power	Bonding	Ampacity (A) 30°C Ambient (Notes 2, 3)			Appleton	T & B	CMP Products	Cooper Crouse-Hinds
AWG or kcmil	AWG	60ºC	75ºC	90ºC	Appleton	T & B	CMP Products	Cooper Crouse-Hinds
6	8	80	95	105	TMC5099	10465-TB-AL/ST050-465	TMC075A	TECK050-3
4	6	105	125	140	TMC5099	10465-TB-AL/ST050-465	TMC075A	TECK050-3

3	6	120	145	165	TMC5099	10465-TB-AL/ST050-465	TMC075A	TECK050-3
2	6	140	170	190	TMC5099	10466AL/ST050-466	TMC075A	TECK050-4
1	4	165	195	220	TMC75121	10467AL/ST075-467	TMC075A	TECK050-5

1/0	4	195	230	260	TMC75121	10468AL/ST075-468	TMC100A	TECK075-6
2/0	4	220	265	300	TMC75121	10468AL/ST075-468	TMC100A	TECK075-6
3/0	3	260	310	350	TMC75121	10468AL/ST075-468	TMC100A	TECK075-6
4/0	3	300	360	405	TMC100138	10469AL/ST100-469	TMC125A	TECK100-7

250	2	340	405	455	TMC100138	10469AL/ST100-469	TMC125A	TECK100-7
300	2	370	445	500	TMC125163	10470AL/ST125-470	TMC125A	TECK125-8
350	1	425	505	570	TMC125163	10470AL/ST125-470	TMC150A	TECK125-8

400	1	455	545	615	TMC125163	10470AL/ST125-470	TMC150A	TECK125-8
500	1/0	520	620	700	TMC125163	10550AL/ST125-550	TMC150A	TECK125-9

600	1/0	580	690	780	TMC125188	10471AL/ST125-471	TMC150A	TECK125-10
750	2/0	655	785	885	TMC125188	10472AL/ST150-472	TMC200SA	TECK150-11
1000	2/0	785	935	1055	TMC150220	10473AL/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 CE Code Table 1, for single conductors in free air. 3) 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 (CE Code Rule 4-006). 4) Ensure that only non-magnetic connectors, locknuts and ground bushings are used.

TECK90 2C 1 kV

Conductor Size		Insulation Thickness		Inner Jacket Thickness		Approximate Diameters						Approx. Weight Al Armour		Copper Content
Power AWG or kcmil	Bonding AWG	inches	mm	inches	mm	Inner Jacket		Armour		Outer Covering		Approx. Weight Al Armour		Copper Content
Power AWG or kcmil	Bonding AWG	inches	mm	inches	mm	inches	mm	inches	mm	inches	mm	lb/kft	kg/km	kg/km
14	14	0.045	1.14	0.045	1.14	0.423	10.74	0.663	16.84	0.761	19.32	216	321	57
12	14	0.045	1.14	0.045	1.14	0.464	11.78	0.696	17.67	0.794	20.17	272	405	80
10	12	0.045	1.14	0.045	1.14	0.510	12.95	0.750	19.05	0.848	21.54	296	440	128

8	10	0.045	1.14	0.060	1.52	0.59	14.98	0.819	20.80	0.926	23.52	407	606	203
6	8	0.060	1.52	0.060	1.52	0.718	18.25	0.945	24.00	1.055	26.80	545	811	323
4	8	0.060	1.52	0.060	1.52	0.812	20.61	1.084	27.53	1.188	30.18	742	1104	469

3	6	0.060	1.52	0.080	2.03	0.902	22.91	1.177	29.90	1.306	33.17	912	1357	618
2	6	0.060	1.52	0.080	2.03	0.963	24.45	1.235	31.37	1.339	34.01	1029	1531	746
1	6	0.080	2.03	0.080	2.03	1.110	28.20	1.385	35.18	1.514	38.45	1252	1863	910

1/0	6	0.080	2.03	0.080	2.03	1.185	30.09	1.454	36.93	1.558	39.57	1451	2159	1114
2/0	6	0.080	2.03	0.080	2.03	1.263	32.09	1.533	38.94	1.641	41.68	1675	2493	1372
3/0	4	0.080	2.03	0.080	2.03	1.358	34.50	1.633	41.48	1.762	44.75	2031	3022	1770
4/0	4	0.080	2.03	0.080	2.03	1.463	37.16	1.731	43.97	1.863	47.32	2385	3549	2181

250	4	0.090	2.29	0.080	2.03	1.598	40.59	1.948	49.48	2.082	52.88	2870	4270	2542
300	4	0.090	2.29	0.080	2.03	1.699	43.15	2.049	52.04	2.183	55.44	3281	4882	3008
350	3	0.090	2.29	0.110	2.79	1.852	47.03	2.202	55.93	2.336	59.33	3837	5710	3530
400	3	0.090	2.29	0.110	2.79	1.938	49.23	2.288	58.11	2.422	61.52	4236	6303	4004
500	3	0.090	2.29	0.110	2.79	2.097	53.27	2.447	62.15	2.581	65.56	5082	7563	4934

TECK90 2C 1 kV - Fitting Sizes and Ampacity

Conductor Size		Ampacity (A) 30°C Ambient (Notes 2, 4)			Fittings
Power	Bonding	Ampacity (A) 30°C Ambient (Notes 2, 4)			Appleton	T & B	CMP Products	Cooper Crouse-Hinds
AWG or kcmil	AWG	60ºC	75ºC	90ºC	Appleton	T & B	CMP Products	Cooper Crouse-Hinds
14 (Note 3)	14	15	15	15	TMC5099	10465-TB/ST050-465	TMC075A	TECK050-3
12 (Note 3)	14	20	20	20	TMC5099	10465-TB/ST050-465	TMC075A	TECK050-3
10 (Note 3)	12	30	30	30	TMC5099	10465-TB/ST050-465	TMC075A	TECK050-3

8	10	40	50	55	TMC5099	10466/ST050-466	TMC075A	TECK050-4
6	8	55	65	75	TMC75121	10467/ST075-467	TMC100A	TECK075-5
4	8	70	85	95	TMC75121	10468/ST075-468	TMC100A	TECK075-6

3	6	85	100	115	TMC100138	10469/ST100-469	TMC125A	TECK100-7
2	6	95	115	130	TMC100138	10469/ST100-469	TMC125A	TECK100-7
1	6	110	130	145	TMC125163	10470/ST125-470	TMC150A	TECK125-8

1/0	6	125	150	170	TMC125163	10550/ST125-550	TMC150A	TECK125-8
2/0	6	145	175	195	TMC125188	10471/ST125-471	TMC150A	TECK125-10
3/0	4	165	200	225	TMC125188	10471/ST125-471	TMC200SA	TECK125-10
4/0	4	195	230	260	TMC150200	10472/ST150-472	TMC200SA	TECK125-10

250	4	215	255	290	TMC150220	10473/ST150-473	TMC200A	TECK150-12
300	4	240	285	320	TMC150220	10474/ST200-474	TMC250SA	TECK150-12
350	3	260	310	350	TMC200238	10474/ST200-474	TMC250SA	TECK200-14
400	3	280	335	380	TMC200275	10475/ST200-475	TMC250A	TECK200-15
500	3	320	380	430	TMC200275	10476/ST200-476	TMC250A	TECK200-16
Notes: 1) Where stated, “nominal” and “approximate” values are provided for information purposes only and are subject to standard manufacturing tolerances. 2) Based on CE Code Table 2, for not more than 3 current carrying conductors in a cable or raceway. 3) The overcurrent protection shall not exceed 15 amperes for 14 AWG, 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 (CE Code Rule 14-104(2)), or as provided for by other Rules of the CE Code. 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 (CE Code Rule 4-006).

TECK90 3C 1 kV

Conductor Size		Insulation Thickness		Inner Jacket Thickness		Approximate Diameters						Approx. Weight Al Armour		Copper Content
Conductor Size		Insulation Thickness		Inner Jacket Thickness		Inner Jacket		Armour		Outer Covering		Approx. Weight Al Armour		Copper Content
Power AWG or kcmil	Bonding AWG	inches	mm	inches	mm	inches	mm	inches	mm	inches	mm	lb/kft	kg/km	kg/km
14	14	0.045	1.14	0.045	0.14	0.448	11.38	0.685	17.40	0.770	19.56	247	367	77
12	14	0.045	1.14	0.045	0.14	0.503	12.77	0.735	18.67	0.821	20.85	297	441	111
10	12	0.045	1.14	0.060	1.52	0.576	14.63	0.807	20.50	0.891	22.63	381	567	176

8	10	0.045	1.14	0.060	1.52	0.627	15.93	0.855	21.72	0.942	23.93	491	730	281
6	8	0.060	1.52	0.060	1.52	0.766	19.44	1.035	26.29	1.125	28.58	644	959	446
4	8	0.060	1.52	0.080	2.03	0.904	22.96	1.176	29.87	1.265	32.13	924	1375	665

3	6	0.060	1.52	0.080	2.03	0.964	24.48	1.236	31.39	1.326	33.68	1026	1526	866
2	6	0.060	1.52	0.080	2.03	1.026	26.05	1.300	33.02	1.388	35.26	1274	1896	1057
1	6	0.080	2.03	0.080	2.03	1.182	30.03	1.457	37.01	1.547	39.29	1539	2291	1304

1/0	6	0.080	2.03	0.080	2.03	1.256	31.90	1.531	38.89	1.653	41.99	1852	2757	1609
2/0	6	0.080	2.03	0.080	2.03	1.348	34.23	1.621	41.17	1.729	43.92	2165	3222	1997
3/0	4	0.080	2.03	0.080	2.03	1.450	36.82	1.725	43.82	1.835	46.61	2571	3827	2558
4/0	4	0.080	2.03	0.080	2.03	1.567	39.80	1.815	46.10	1.925	48.9	3196	4733	3173

250	4	0.090	2.29	0.110	2.79	1.768	44.91	2.120	53.85	2.250	57.15	3830	5700	3716
300	4	0.090	2.29	0.110	2.79	1.877	47.67	2.235	56.77	2.367	60.12	4382	6520	4414
350	3	0.090	2.29	0.110	2.79	1.976	50.20	2.330	59.18	2.462	62.53	4990	7426	5171
400	3	0.090	2.29	0.110	2.79	2.074	52.68	2.422	61.52	2.554	64.87	5534	8235	5883
500	3	0.090	2.29	0.110	2.79	2.241	56.92	2.595	65.91	2.757	70.03	6674	9932	7278

600	2	0.090	2.29	0.110	2.79	2.408	61.17	2.758	70.05	2.935	74.55	7747	11528	8747
750	2	0.090	2.29	0.110	2.79	2.614	66.40	2.959	75.16	3.121	79.27	9596	14281	10872

TECK90 3C 1 kV - Fitting Sizes and Ampacity

Conductor Size		Ampacity (A) 30°C Ambient (Notes 2, 4)			Fittings
Power	Bonding	Ampacity (A) 30°C Ambient (Notes 2, 4)			Appleton	T & B	CMP Products	Cooper Crouse-Hinds
AWG or kcmil	AWG	60ºC	75ºC	90ºC	Appleton	T & B	CMP Products	Cooper Crouse-Hinds
14 (Note 3)	14	15	15	15	TMC5099	10465-TB/ST050-465	TMC075A	TECK050-3
12 (Note 3)	14	20	20	20	TMC5099	10465-TB/ST050-465	TMC075A	TECK050-3
10 (Note 3)	12	30	30	30	TMC5099	10466/ST050-466	TMC075A	TECK050-4

8	10	40	50	55	TMC5099	10467/ST075-467	TMC075A	TECK050-4
6	8	55	65	75	TMC75121	10468/ST075-468	TMC100A	TECK075-6
4	8	70	85	95	TMC100138	10469/ST100-469	TMC125A	TECK100-7

3	6	85	100	115	TMC100138	10469/ST100-469	TMC125A	TECK100-7
2	6	95	115	130	TMC125163	10470/ST125-470	TMC125A	TECK125-8
1	6	110	130	145	TMC125163	10470/ST125-470	TMC150A	TECK125-8

1/0	6	125	150	170	TMC125188	10471/ST125-471	TMC150A	TECK125-10
2/0	6	145	175	195	TMC125188	10471/ST125-471	TMC200SA	TECK125-10
3/0	4	165	200	225	TMC125188	10472/ST150-472	TMC200SA	TECK125-10
4/0	4	195	230	260	TMC150200	10472/ST150-473	TMC200A	TECK150-11

250	4	215	255	290	TMC200238	10474/ST200-474	TMC250SA	TECK200-14
300	4	240	285	320	TMC200275	10475/ST200-475	TMC250SA	TECK200-15
350	3	260	310	350	TMC200275	10475/ST200-475	TMC250A	TECK200-15
400	3	280	335	380	TMC200275	10552/ST250-477	TMC250A	TECK200-15
500	3	320	380	430	TMC300A	10477/ST250-478	TMC300A	TECK200-16

600	2	350	420	475	TMC300A	10477/ST300-479	TMC300A	TECK300-19
750	2	400	475	535	TMC300A	10555/ST300-480	TMC350A	TECK300-20
Notes: 1) Where stated, “nominal” and “approximate” values are provided for information purposes only and are subject to standard manufacturing tolerances. 2) Based on CE Code Table 2, for not more than 3 current carrying conductors in a cable or raceway. 3) The overcurrent protection shall not exceed 15 amperes for 14 AWG, 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 (CE Code Rule 14-104(2)), or as provided for by other Rules of the CE Code. 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 (CE Code Rule 4-006).

TECK90 4C 1 kV

Conductor Size		Insulation Thickness		Inner Jacket Thickness		Nominal Diameters						Approx. Net Cable Weight With Aluminum Armour		Approx. Copper Content
Power AWG or kcmil	Bonding AWG	inches	mm	inches	mm	Inner Jacket		Armour		Outer Covering		Approx. Net Cable Weight With Aluminum Armour		Approx. Copper Content
Power AWG or kcmil	Bonding AWG	inches	mm	inches	mm	inches	mm	inches	mm	inches	mm	lb/kft	kg/km	kg/km
14	14	0.045	1.14	0.045	1.14	0.493	12.52	0.733	18.61	0.827	21.00	282	420	96
12	14	0.045	1.14	0.060	1.52	0.569	14.46	0.809	20.33	0.903	22.94	356	530	141
10	12	0.045	1.14	0.060	1.52	0.632	16.04	0.878	22.30	0.965	24.51	436	649	225

8	10	0.045	1.14	0.060	1.52	0.694	17.62	0.921	23.39	1.028	26.11	583	867	358
6	8	0.060	1.52	0.080	1.52	0.895	22.73	1.170	29.71	1.280	32.51	838	1247	569
4	8	0.060	1.52	0.080	2.03	0.995	25.27	1.270	32.26	1.351	34.31	1122	1669	861

3	6	0.060	1.52	0.080	2.03	1.085	27.55	1.360	34.54	1.441	36.60	1359	2022	1114
2	6	0.060	1.52	0.080	2.03	1.145	29.09	1.420	36.07	1.501	38.13	1580	2351	1369
1	6	0.080	2.03	0.080	2.03	1.303	33.11	1.578	39.50	1.663	42.24	1927	2868	1697

1/0	6	0.080	2.03	0.080	2.03	1.394	35.40	1.669	42.39	1.774	45.06	2295	3415	2105
2/0	6	0.080	2.03	0.080	2.03	1.488	37.81	1.757	44.63	1.865	47.37	2711	4034	2621
3/0	4	0.080	2.03	0.080	2.03	1.607	40.81	1.852	47.04	1.960	49.78	3395	5053	3345
4/0	4	0.080	2.03	0.110	2.79	1.793	45.55	2.033	51.64	2.141	54.38	4197	6239	4166

250	4	0.090	2.29	0.110	2.79	1.952	49.57	2.302	58.52	2.417	59.59	4828	7230	4889
300	4	0.090	2.29	0.110	2.79	2.077	52.76	2.427	61.65	2.542	65.57	5630	8378	5820
350	3	0.090	2.29	0.110	2.79	2.189	55.60	2.539	64.49	2.654	67.41	6399	9522	6813

400	3	0.090	2.29	0.110	2.79	2.294	58.26	2.644	67.16	2.833	71.96	7132	10613	7761
500	3	0.090	2.29	0.110	2.79	2.481	63.02	2.831	71.91	3.020	76.71	8555	12732	9622

TECK90 4C 1 kV - Fitting Sizes and Ampacity

Conductor Size		Ampacity (A) 30°C Ambient (Notes 2, 4)			Fittings
Power	Bonding	Ampacity (A) 30°C Ambient (Notes 2, 4)			Appleton	T & B	CMP Products	Cooper Crouse-Hinds
AWG or kcmil	AWG	60ºC	75ºC	90ºC	Appleton	T & B	CMP Products	Cooper Crouse-Hinds
14 (Note 3)	14	15	15	15	TMC5099	10465-TB/ST050-465	TMC075A	TECK050-3
12 (Note 3)	14	20	20	20	TMC5099	10466/ST050-466	TMC075A	TECK050-4
10 (Note 3)	12	30	30	30	TMC75121	10467/ST075-467	TMC075A	TECK050-4

8	10	40	50	55	TMC75121	10467/ST075-467	TMC100A	TECK075-5
6	8	55	65	75	TMC100138	10469/ST100-469	TMC125A	TECK100-7
4	8	70	85	95	TMC125163	10469/ST100-469	TMC125A	TECK125-8

3	6	85	100	115	TMC125163	10470/ST125-470	TMC150A	TECK125-8
2	6	95	115	130	TMC125163	10470/ST125-470	TMC150A	TECK125-8
1	6	110	130	145	TMC125188	10471/ST125-471	TMC150A	TECK125-10

1/0	6	125	150	170	TMC125188	10472/ST150-472	TMC200SA	TECK125-10
2/0	6	145	175	195	TMC150200	10472/ST150-472	TMC200SA	TECK125-11
3/0	4	165	200	225	TMC150220	10473/ST200-551	TMC200A	TECK150-12
4/0	4	195	230	260	TMC150220	10551/ST200-474	TMC200A	TECK150-12

250	4	215	255	290	TMC200275	10475/ST200-475	TMC250A	TECK200-15
300	4	240	285	320	TMC200275	10552/ST250-477	TMC250A	TECK200-16
350	3	260	310	350	TMC200275	10553/ST250-478	TMC300A	TECK200-16

400	3	280	335	380	TMC300A	10477/ST300-479	TMC300A	TECK250-18
500	3	320	380	430	TMC300A	10554/ST300-480	TMC300A	TECK300-19
Notes: 1) Where stated, “nominal” and “approximate” values are provided for information purposes only and are subject to standard manufacturing tolerances. 2) Based on CE Code Table 2, for not more than 3 current carrying conductors in a cable or raceway, where the fourth conductor is the neutral of a three phase, four-wire system. Otherwise 80% of these values (CE Code Rule 4-004(3)). 3) The overcurrent protection shall not exceed 15 amperes for 14 AWG, 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 (CE Code Rule 14-104(2)), or as provided for by other Rules of the CE Code. 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 (CE Code Rule 4-006).

Marking and Identification

FIREX® TECK90 1C
Conductor Identification: Black

FIREX® TECK90 2C
Conductor Identification: Black, White
- 14 AWG to 2 AWG: Coloured Insulation
- 1 AWG to 500 kcmil: Coloured Stripes

FIREX® TECK90 3C
Conductor Identification:
Red, Black, Blue
- 14 AWG to 2 AWG: Coloured Insulation
- 1 AWG to 500 kcmil: Coloured Stripes

FIREX® TECK90 4C
Conductor Identification:
Red, Black, Blue, White
- 14 AWG to 2 AWG: Coloured Insulation
- 1 AWG to 500 kcmil: Coloured Stripes

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.

FIREX® TECK90 1 kV

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