Copper Conductor – Champion Wire & Cable

Transmission & Distribution Cable

Bare Copper Conductor Solid

Hard, Medium-Hard, or Soft-Drawn

Used for grounding purposes in accordance with the National Electrical Code (NEC). Soft-drawn solid or stranded conductors are used for grounding connections in circuits, machinery, equipment, and counterpoise grounding systems. Hard-drawn conductors are suitable for overhead transmission and distribution lines and specified grounding applications. Also available tinned.

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Physical Data

Bare Copper Conductors Solid
				Breaking Strength
Size	Area	Wire OD	Net Weight	Hard Drawn Rated Strength	dc Resistance @ 20 °C	Medium-Hard Drawn Rated Strength	dc Resistance @ 20 °C	Soft Drawn (Annealed) Rated Strength	dc Resistance @ 20 °C
AWG	cmil	in	lb/kft	lb	Ω/kft	lb	Ω/kft	lb	Ω/kft
14	4110	0.0641	12	214	2.626	167	2.613	124	2.525
12	6530	0.0808	20	337	1.652	261	1.643	198	1.588
10	10380	0.1019	31	529	1.039	410	1.033	314	0.999
8	16510	0.1285	50	826	0.653	644	0.65	480	0.628
6	26240	0.162	79	1280	0.411	1010	0.409	763	0.395
4	41740	0.2043	126	1970	0.258	1584	0.257	1213	0.249
3	52620	0.2294	159	2439	0.205	1984	0.204	1530	0.197
2	66360	0.2576	201	3003	0.163	2450	0.162	1929	0.156
The above data are approximate and subject to normal manufacturing tolerances. Where required, the compatibility with glands, connectors and accessories should be verified using actual dimensions of the product. Other sizes available upon request.

Bare Copper Conductor Stranded

Hard, Medium-Hard, or Soft-Drawn

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Physical Data

Bare Copper Conductors Stranded
Size		Area	Class A		Class B		Net Weight	dc Resistance*
AWG	kcmil	cmil	Number of	OD	Number of	OD	lb/kft	dc Resistance*
AWG	kcmil	cmil	Strands	in	Strands	in	lb/kft	20 °C
14	—	4110	—	—	7	0.0726	13	2.58
12	—	6530	—	—	7	0.0915	20	1.63
10	—	10380	—	—	7	0.116	32	1.02
8	—	16510	—	—	7	0.146	51	0.64
6	—	26240	—	—	7	0.184	81	0.403
4	—	41740	7	0.232	7	0.232	129	0.253
3	—	52620	7	0.26	7	0.26	163	0.201
2	—	66360	7	0.292	7	0.292	205	0.159
1	—	83690	7	0.328	19	0.332	258	0.127
1/0	—	105600	7	0.368	19	0.373	326	0.1
2/0	—	133100	7	0.414	19	0.419	411	0.795
3/0	—	167800	7	0.464	19	0.47	518	0.063
4/0	—	211600	7	0.522	19	0.528	653	0.05
—	250	250000	19	0.574	37	0.575	772	0.0423
—	300	300000	19	0.629	37	0.63	926	0.0353
—	350	350000	19	0.679	37	0.681	1081	0.0302
—	400	400000	19	0.726	37	0.728	1235	0.0264
—	450	450000	37	0.772	37	0.772	1389	0.0235
—	500	500000	37	0.813	37	0.813	1544	0.0192
—	600	600000	37	0.891	61	0.893	1883	0.0177
—	750	750000	61	0.998	61	0.998	2316	0.0141
—	1000	100000	61	1.152	61	1.152	3088	0.0106
—	1250	125000	61	1.288	91	1.289	3859	0.0085
—	1500	150000	61	1.411	91	1.412	4631	0.0071
—	1750	175000	91	1.526	127	1.526	5403	0.006
—	2000	200000	91	1.63	127	1.632	6175	0.0053
The above data are approximate and subject to normal manufacturing tolerances. Where required, the compatibility with glands, connectors and accessories should be verified using actual dimensions of the product. Other sizes available upon request. *Direct current resistances apply to Class B, C, and D stranding.

Bare Copper Conductors Stranded (cont.)
			Breaking Strength
Size		Strands	Hard Drawn Rated Strength	dc Resistance @ 20 °C	Medium-Hard Drawn Rated Strength	dc Resistance @ 20 °C	Soft Drawn (Annealed) Rated Strength	dc Resistance @ 20 °C	Allowable Ampacity †
AWG	kcmil	Strands	lb	Ω/kft	lb	Ω/kft	lb	Ω/kft	Allowable Ampacity †
14	—	7	197	2.679	158	2.665	—	—	—
12	—	7	311	1.685	248	1.676	—	—	—
10	—	7	492	1.06	389	1.054	—	—	—
8	—	7	777	0.6663	610	0.6629	499	0.6408	98
6	—	7	1228	0.4191	959	0.4169	794	0.403	124
4	—	7	1938	0.2636	1505	0.2622	1320	0.2534	155
3	—	7	2433	0.209	1885	0.2079	1670	0.201	—
2	—	7	3050	0.166	2360	0.165	2110	0.1578	209
1	—	7	3801	0.1316	2955	0.1309	2552	0.1252	—
1/0	—	7	4752	0.1042	3705	0.1037	3221	0.1002	282
2/0	—	7	5926	0.08267	4640	0.08224	4062	0.07949	329
3/0	—	7	7366	0.06556	5812	0.06522	5118	0.06304	382
4/0	—	7	9154	0.05199	7278	0.05172	6459	0.04999	444
4/0	—	19	9617	0.05199	7479	0.05172	6453	0.04999	444
—	250	19	11360	0.044	8836	0.04378	7627	0.04231	494
—	250	37	11600	0.044	8952	0.04378	7940	0.04231	494
—	300	19	13510	0.03667	10530	0.03648	9160	0.03526	556
—	350	19	15590	0.03143	12200	0.03127	10680	0.03022	—
—	500	37	22510	0.022	17550	0.02189	15240	0.02116	773
—	600	37	27020	0.01834	21060	0.01825	18300	0.01763	—
—	750	61	34090	0.01467	26510	0.01459	22890	0.0141	1000
—	1000	61	45030	0.011	35100	0.01094	30500	0.01058	1193
† Ampacity per NEC table 310.15 (B) (21) based on 80°C Conductor Temperature, 40°C Ambient Temperature, 2ft/s Wind in Sun.

Covered Line Wire

Overhead, XLPE or PE Insulation, Single – Copper

Used for the distribution of electrical energy under normal condition of overhead (aerial) installation and service outdoors. Approved for use on insulators for overhead circuits. Otherwise treated as a bare conductor.

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Physical Data

Covered Line Wire XLPE or PE Insulation, Single
Size AWG or kcmil	Number of Strands	Covering Thickness	Cable OD	Weight		dc Resistance
		mil	in	PE	XLPE	Hard-drawn	Soft
		mil	in	lb/kft	lb/kft	25 °C	25 °C
6	1	30	0.23	87	87	0.419	0.403
4	1	30	0.27	136	136	0.264	0.253
2	1	45	0.35	220	219	0.166	0.159
6	7	30	0.24	91	91	0.428	0.411
4	7	30	0.29	142	142	0.269	0.258
2	7	45	0.38	229	229	0.169	0.162
1/0	7	60	0.49	367	367	0.106	0.102
2/0	19	60	0.53	455	454	0.084	0.081
3/0	19	60	0.58	567	567	0.067	0.0642
4/0	19	60	0.64	709	709	0.053	0.051
250	19	60	0.68	833	833	0.045	0.0431
300	19	60	0.74	993	993	0.037	0.036
350	19	60	0.79	1155	1154	0.032	0.0308
500	37	80	0.96	1650	1647	0.022	0.0216
750	61	80	1.14	2440	2437	0.015	0.0144
1000	61	95	1.32	3258	3257	0.011	0.0108
The above data are approximate and subject to normal manufacturing tolerances. Where required, the compatibility with glands, connectors and accessories should be verified using actual dimensions of the product. Other sizes available upon request.

Ampacity Data

Covered Line Wire
Conductor Size AWG/kcmil	Ampacity
8	103
6	130
4	163
2	219
1/0	297
2/0	344
3/0	401
4/0	466
250	519
300	584
500	812
750	1050
1000	1253
NEC Table 310.15(B)(21) (formerly Table 310.21) Ampacities of Bare or Covered Conductors in Free Air, Based on 40 °C (104 °F) Ambient, 80 °C (176 °F) Total Conductor Temperature, 610 mm/s (2 ft/s) Wind Velocity.

Extra High Voltage, Smooth Aluminum Shield/Sheath

XLPE Insulation, HDPE Jacket, 230kV – Copper

Used for transmission systems in urban and industrial installations with high load density. May be installed in wet or dry locations indoors or outdoors in conduit and underground ducts.

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High Voltage, Smooth Aluminum Shield/Sheath

XLPE Insulation, HDPE Jacket, 69kV-138kV – Copper

Used for transmission and distribution circuits in cities with high load densities. Also, for industrial and commercial installations. May be installed in wet or dry locations indoors or outdoors in conduit and underground ducts.

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High Voltage, Wire and Tape Shield

XLPE Insulation, HDPE Jacket, 69kV-138kV – Copper

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Primary-UD

Underground, TR-XLPE Insulation, LLDPE Jacket, Concentric Neutral, 5kV-35kV – Copper

Used for underground primary residential and commercial distribution circuits. May be used in wet or dry locations, installed in underground ducts or direct burial.

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Physical Data

5 kV TR-XLPE Insulated
Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	1/3 Neutral					Full Neutral
		in	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight
		in	Number of Wires	AWG	mil	in	lb/kft	Number of Wires	AWG	mil	in	lb/kft
Copper 100% Insulation Level (90 mil)
2	7	0.5	6	14	50	0.81	469	16	14	50	0.81	589
1	19	0.54	7	14	50	0.84	547	13	12	50	0.88	730
1/0	19	0.58	9	14	50	0.88	653	16	12	50	0.92	870
2/0	19	0.63	11	14	50	0.93	779	13	10	50	1	1089
3/0	19	0.68	14	14	50	0.98	941	16	10	50	1.05	1309
4/0	19	0.73	18	14	50	1.03	1146	16	9	50	1.14	1613
250	37	0.79	13	12	50	1.12	1340	—	—	—	—	—
350	37	0.89	18	12	50	1.23	1785	—	—	—	—	—
500	37	1.02	17	10	50	1.42	2535	—	—	—	—	—
750	61	1.21	20	9	80	1.7	3731	—	—	—	—	—
1000	61	1.36	26	9	80	1.85	4807	—	—	—	—	—
Aluminum 100% Insulation Level (90 mil)
2	1	0.48	6	14	50	0.78	311	10	14	50	0.78	360
2	7	0.5	6	14	50	0.81	325	10	14	50	0.81	374
1	19	0.54	6	14	50	0.84	355	13	14	50	0.84	439
1/0	1	0.54	6	14	50	0.85	370	16	14	50	0.85	491
1/0	19	0.58	6	14	50	0.88	389	16	14	50	0.88	510
2/0	19	0.62	7	14	50	0.93	444	13	12	50	0.96	629
3/0	19	0.67	9	14	50	0.98	519	16	12	50	1.01	738
4/0	19	0.73	11	14	50	1.03	606	13	10	50	1.11	921
250	37	0.79	13	14	50	1.09	686	16	10	50	1.17	1071
350	37	0.89	18	14	50	1.19	879	16	9	50	1.29	1356
500	37	1.02	16	12	50	1.38	1208	29	10	50	1.42	1823
750	61	1.22	15	10	80	1.69	1798	—	—	—	—	—
1000	61	1.37	16	9	80	1.86	2292	—	—	—	—	—
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

8 kV TR-XLPE Insulated
Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	1/3 Neutral					Full Neutral
		in	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight
		in	Number of Wires	AWG	mil	in	lb/kft	Number of Wires	AWG	mil	in	lb/kft
Copper 100% Insulation Level (115 mil)
2	7	0.55	6	14	50	0.86	496	16	14	50	0.86	616
1	19	0.59	7	14	50	0.9	576	13	12	50	0.93	760
1/0	19	0.63	9	14	50	0.94	683	16	12	50	0.97	901
2/0	19	0.68	11	14	50	0.98	810	13	10	50	1.06	1123
3/0	19	0.73	14	14	50	1.03	974	16	10	50	1.11	1344
4/0	19	0.78	18	14	50	1.09	1180	16	9	50	1.19	1651
250	37	0.84	13	12	50	1.18	1377	25	10	50	1.22	1923
350	37	0.94	18	12	50	1.28	1826	22	8	50	1.37	2628
500	37	1.07	17	10	50	1.47	2582	31	8	50	1.53	3617
750	61	1.26	20	9	80	1.75	3787	—	—	—	—	—
1000	61	1.41	26	9	80	1.9	4868	—	—	—	—	—
Aluminum 100% Insulation Level (115 mil)
2	1	0.53	6	14	50	0.83	337	10	14	50	0.83	386
2	7	0.55	6	14	50	0.86	352	10	14	50	0.86	401
1	19	0.59	6	14	50	0.89	383	13	14	50	0.89	467
1/0	1	0.59	6	14	50	0.9	399	16	14	50	0.9	519
1/0	19	0.63	6	14	50	0.93	419	16	14	50	0.93	540
2/0	19	0.68	7	14	50	0.98	475	13	12	50	1.01	661
3/0	19	0.73	9	14	50	1.03	552	16	12	50	1.06	772
4/0	19	0.78	11	14	50	1.08	640	13	10	50	1.16	958
250	37	0.84	13	14	50	1.14	722	16	10	50	1.22	1110
350	37	0.94	18	14	50	1.24	918	16	9	50	1.34	1398
500	37	1.07	16	12	50	1.43	1253	29	10	50	1.47	1869
750	61	1.27	15	10	80	1.74	1853	—	—	—	—	—
1000	61	1.42	16	9	80	1.91	2353	—	—	—	—	—
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

15 kV TR-XLPE Insulated
1/3 Neutral								Full Neutral
Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight	Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight
Size AWG or kcmil	Number of Strands	i n	Number of Wires	AWG	mil	in	lb/kft	Size AWG or kcmil	Number of Strands	i n	Number of Wires	AWG	mil	in	lb/kft
Copper 100% Insulation Level (175 mil)
2	7	0.68	6	14	50	0.98	568	2	7	0.68	16	14	50	0.98	689
1	19	0.71	7	14	50	1.02	651	1	19	0.71	13	12	50	1.05	837
1/0	19	0.75	9	14	50	1.06	761	1/0	19	0.75	25	14	50	1.06	954
2/0	19	0.8	11	14	50	1.1	892	1/0	19	0.75	16	12	50	1.09	982
3/0	19	0.85	14	14	50	1.15	1059	2/0	19	0.8	32	14	50	1.1	1145
4/0	19	0.9	18	14	50	1.21	1270	2/0	19	0.8	20	12	50	1.14	1166
250	37	0.96	21	14	50	1.26	1451	2/0	19	0.8	13	10	50	1.18	1210
250	37	0.96	13	12	50	1.3	1474	3/0	19	0.85	16	10	50	1.23	1435
350	37	1.06	29	14	50	1.39	1930	4/0	19	0.9	32	12	50	1.24	1692
350	37	1.06	18	12	50	1.42	1955	4/0	19	0.9	20	10	50	1.28	1722
500	37	1.19	26	12	50	1.55	2640	4/0	19	0.9	16	9	50	1.31	1748
500	37	1.19	17	10	50	1.59	2702	250	37	0.96	25	10	50	1.34	2022
750	61	1.38	25	10	80	1.85	3892	350	37	1.06	22	8	50	1.52	2766
750	61	1.38	20	9	80	1.87	3928	500	37	1.19	31	8	80	1.71	3808
1000	61	1.53	26	9	80	2.05	5069	—	—	—	—	—	—	—	—
Aluminum 100% Insulation Level (175 mil)
2	1	0.65	6	14	50	0.95	407	2	1	0.65	10	14	50	0.95	455
2	7	0.67	6	14	50	0.98	424	2	7	0.67	10	14	50	0.98	472
1	19	0.71	6	14	50	1.02	457	1	19	0.71	13	14	50	1.02	541
1/0	1	0.72	6	14	50	1.02	473	1/0	1	0.72	16	14	50	1.02	594
1/0	19	0.75	6	14	50	1.06	496	1/0	19	0.75	16	14	50	1.06	617
2/0	19	0.8	7	14	50	1.1	555	2/0	19	0.8	20	14	50	1.1	712
3/0	19	0.85	9	14	50	1.15	636	2/0	19	0.8	13	12	50	1.13	744
4/0	19	0.9	11	14	50	1.21	729	3/0	19	0.85	25	14	50	1.15	829
250	37	0.96	13	14	50	1.26	815	3/0	19	0.85	16	12	50	1.18	859
350	37	1.06	18	14	50	1.39	1042	4/0	19	0.9	32	14	50	1.21	982
350	37	1.06	11	12	50	1.42	1066	4/0	19	0.9	20	12	50	1.24	1006
500	37	1.19	25	14	50	1.52	1331	4/0	19	0.9	13	10	50	1.28	1052
500	37	1.19	16	12	50	1.55	1368	250	37	0.96	25	12	50	1.3	1164
750	61	1.4	24	12	80	1.82	1945	250	37	0.96	16	10	50	1.34	1208
750	61	1.4	15	10	80	1.86	1992	350	37	1.06	32	12	50	1.42	1468
1000	61	1.54	31	12	80	2	2446	350	37	1.06	20	10	50	1.46	1503
1000	61	1.54	20	10	80	2.04	2516	350	37	1.06	16	9	50	1.49	1532
—	—	—	—	—	—	—	—	500	37	1.19	29	10	50	1.59	1988
—	—	—	—	—	—	—	—	750	61	1.4	28	8	80	1.91	2956
—	—	—	—	—	—	—	—	1000	61	1.54	37	8	80	2.09	3770
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

15 kV TR-XLPE Insulated
1/3 Neutral								Full Neutral
Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight	Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight
Size AWG or kcmil	Number of Strands	i n	Number of Wires	AWG	mil	in	lb/kft	Size AWG or kcmil	Number of Strands	in	Number of Wires	AWG	mil	in	lb/kft
Copper 133% Insulation Level (220 mil)
2	7	0.77	6	14	50	1.07	628	2	7	0.77	16	14	50	1.07	749
1	19	0.81	7	14	50	1.11	713	1	19	0.81	13	12	50	1.14	902
1/0	19	0.85	9	14	50	1.15	826	1/0	19	0.85	25	14	50	1.15	1019
2/0	19	0.89	11	14	50	1.19	959	1/0	19	0.85	16	12	50	1.18	1049
3/0	19	0.94	14	14	50	1.24	1129	2/0	19	0.89	32	14	50	1.19	1212
4/0	19	1	18	14	50	1.3	1343	2/0	19	0.89	20	12	50	1.23	1235
250	37	1.05	21	14	50	1.38	1552	2/0	19	0.89	13	10	50	1.27	1282
250	37	1.05	13	12	50	1.41	1577	3/0	19	0.94	16	10	50	1.32	1510
300	37	1.13	25	14	50	1.45	1794	4/0	19	1	32	12	50	1.33	1767
300	37	1.13	16	12	50	1.49	1831	4/0	19	1	20	10	50	1.38	1800
350	37	1.16	29	14	50	1.48	2015	4/0	19	1	16	9	50	1.4	1827
350	37	1.16	18	12	50	1.52	2042	250	37	1.05	25	10	50	1.46	2129
500	37	1.28	26	12	80	1.71	2799	300	37	1.13	18	8	50	1.58	2489
500	37	1.28	17	10	80	1.75	2866	350	37	1.16	22	8	50	1.61	2858
750	61	1.47	25	10	80	1.94	4003	500	37	1.28	31	8	80	1.8	3910
750	61	1.47	20	9	80	1.96	4040	—	—	—	—	—	—	—	—
1000	61	1.62	26	9	80	2.14	5192	—	—	—	—	—	—	—	—
Aluminum 133% Insulation Level (220 mil)
2	1	0.74	6	14	50	1.04	465	2	1	0.74	10	14	50	1.04	513
2	7	0.76	6	14	50	1.07	483	2	7	0.76	10	14	50	1.07	531
1	19	0.8	6	14	50	1.11	519	1	19	0.8	13	14	50	1.11	603
1/0	1	0.81	6	14	50	1.11	535	1/0	1	0.81	16	14	50	1.11	655
1/0	19	0.84	6	14	50	1.15	560	1/0	19	0.84	16	14	50	1.15	681
2/0	19	0.89	7	14	50	1.19	622	2/0	19	0.89	20	14	50	1.19	779
3/0	19	0.94	9	14	50	1.24	705	2/0	19	0.89	13	12	50	1.22	812
4/0	19	0.99	11	14	50	1.3	801	3/0	19	0.94	25	14	50	1.24	898
250	37	1.05	13	14	50	1.38	914	3/0	19	0.94	16	12	50	1.27	930
350	37	1.15	18	14	50	1.48	1125	4/0	19	0.99	32	14	50	1.3	1055
500	37	1.28	25	14	50	1.61	1421	4/0	19	0.99	20	12	50	1.33	1080
500	37	1.28	16	12	80	1.7	1528	4/0	19	0.99	13	10	50	1.37	1129
750	61	1.49	24	12	80	1.91	2053	250	37	1.05	25	12	50	1.41	1266
750	61	1.49	15	10	80	1.95	2102	250	37	1.05	16	10	50	1.45	1313
1000	61	1.64	31	12	80	2.09	2565	350	37	1.15	32	12	50	1.51	1553
1000	61	1.64	20	10	80	2.13	2637	350	37	1.15	20	10	50	1.55	1591
1000	61	1.64	16	9	80	2.16	2676	350	37	1.15	16	9	50	1.58	1620
—	—	—	—	—	—	—	—	500	37	1.28	29	10	80	1.75	2152
—	—	—	—	—	—	—	—	750	61	1.49	28	8	80	2.01	3069
—	—	—	—	—	—	—	—	1000	61	1.64	37	8	80	2.18	3894
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

25 kV TR-XLPE Insulated
1/3 Neutral								Full Neutral
Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight	Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight
Size AWG or kcmil	Number of Strands	in	Number of Wires	AWG	mil	in	lb/kft	Size AWG or kcmil	Number of Strands	in	Number of Wires	AWG	mil	in	lb/kft
Copper 100% Insulation Level (260 mil)
1	19	0.89	7	14	50	1.19	773	1	19	0.89	13	12	50	1.23	963
1/0	19	0.93	9	14	50	1.23	888	1/0	19	0.93	25	14	50	1.23	1081
2/0	19	0.97	11	14	50	1.28	1023	1/0	19	0.93	16	12	50	1.27	1113
3/0	19	1.02	14	14	50	1.35	1220	2/0	19	0.97	13	10	50	1.35	1350
4/0	19	1.08	18	14	50	1.4	1438	3/0	19	1.02	16	10	50	1.42	1605
250	37	1.13	21	14	50	1.46	1626	4/0	19	1.08	32	12	50	1.44	1864
250	37	1.13	13	12	50	1.49	1653	4/0	19	1.08	20	10	50	1.48	1900
350	37	1.24	29	14	50	1.56	2094	4/0	19	1.08	16	9	50	1.51	1928
350	37	1.24	18	12	50	1.6	2123	250	37	1.13	25	10	50	1.54	2207
500	37	1.37	17	10	80	1.83	2959	350	37	1.24	22	8	80	1.75	3012
750	61	1.56	25	10	80	2.05	4155	500	37	1.37	31	8	80	1.88	4006
750	61	1.56	20	9	80	2.08	4194	—	—	—	—	—	—	—	—
1000	61	1.7	26	9	80	2.23	5306	—	—	—	—	—	—	—	—
1000	61	1.7	21	8	80	2.25	5365	—	—	—	—	—	—	—	—
Aluminum 100% Insulation Level (260 mil)
1	19	0.88	6	14	50	1.19	578	1	19	0.88	13	14	50	1.19	662
1/0	1	0.89	6	14	50	1.19	594	1/0	1	0.89	16	14	50	1.19	715
1/0	19	0.92	6	14	50	1.23	621	1/0	19	0.92	16	14	50	1.23	742
2/0	19	0.97	7	14	50	1.27	685	2/0	19	0.97	20	14	50	1.27	842
3/0	19	1.02	9	14	50	1.34	794	2/0	19	0.97	13	12	50	1.3	877
4/0	19	1.07	11	14	50	1.4	894	3/0	19	1.02	25	14	50	1.34	987
250	37	1.13	13	14	50	1.46	987	3/0	19	1.02	16	12	50	1.38	1021
350	37	1.23	18	14	50	1.56	1204	4/0	19	1.07	32	14	50	1.4	1147
500	37	1.36	25	14	80	1.75	1575	4/0	19	1.07	20	12	50	1.43	1175
500	37	1.36	16	12	80	1.78	1618	4/0	19	1.07	13	10	50	1.48	1227
750	61	1.57	24	12	80	2.02	2200	250	37	1.13	25	12	50	1.49	1341
750	61	1.57	15	10	80	2.06	2252	250	37	1.13	16	10	50	1.53	1390
1000	61	1.72	31	12	80	2.17	2674	350	37	1.23	32	12	50	1.59	1633
1000	61	1.72	20	10	80	2.21	2748	350	37	1.23	20	10	80	1.7	1740
1000	61	1.72	16	9	80	2.24	2789	350	37	1.23	16	9	80	1.72	1772
—	—	—	—	—	—	—	—	500	37	1.36	29	10	80	1.83	2244
—	—	—	—	—	—	—	—	750	61	1.57	28	8	80	2.12	3223
—	—	—	—	—	—	—	—	1000	61	1.72	37	8	80	2.27	4008
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

25 kV TR-XLPE Insulated
1/3 Neutral								Full Neutral
Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight	Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight
Size AWG or kcmil	Number of Strands	in	Number of Wires	AWG	mil	in	lb/kft	Size AWG or kcmil	Number of Strands	in	Number of Wires	AWG	mil	in	lb/kft
Copper 133% Insulation Level (320 mil)
1/0	19	1.05	9	14	50	1.38	1013	1/0	19	1.05	16	12	50	1.41	1241
2/0	19	1.09	11	14	50	1.42	1152	2/0	19	1.09	13	10	50	1.5	1486
3/0	19	1.14	14	14	50	1.47	1330	3/0	19	1.14	16	10	50	1.55	1721
4/0	19	1.2	18	14	50	1.53	1552	4/0	19	1.2	16	9	80	1.69	2116
250	37	1.26	13	12	50	1.62	1775	250	37	1.26	25	10	80	1.72	2398
350	37	1.36	18	12	80	1.78	2321	350	37	1.36	22	8	80	1.88	3153
500	37	1.49	17	10	80	1.95	3106	500	37	1.49	31	8	80	2.01	4157
750	61	1.68	20	9	80	2.2	4361	—	—	—	—	—	—	—	—
1000	61	1.83	26	9	80	2.35	5484	—	—	—	—	—	—	—	—
Aluminum 133% Insulation Level (320 mil)
1/0	1	1.01	6	14	50	1.31	691	1/0	1	1.01	16	14	50	1.31	811
1/0	19	1.05	6	14	50	1.37	744	1/0	19	1.05	16	14	50	1.37	865
2/0	19	1.09	7	14	50	1.42	812	2/0	19	1.09	20	14	50	1.42	969
3/0	19	1.14	9	14	50	1.47	903	2/0	19	1.09	13	12	50	1.45	1007
4/0	19	1.2	11	14	50	1.52	1007	3/0	19	1.14	25	14	50	1.47	1096
250	37	1.25	13	14	50	1.58	1105	3/0	19	1.14	16	12	50	1.5	1132
350	37	1.35	18	14	80	1.74	1398	4/0	19	1.2	32	14	50	1.52	1260
500	37	1.48	25	14	80	1.87	1715	4/0	19	1.2	20	12	50	1.55	1290
500	37	1.48	16	12	80	1.91	1760	4/0	19	1.2	13	10	50	1.6	1346
750	61	1.69	24	12	80	2.14	2361	250	37	1.25	25	12	50	1.61	1461
750	61	1.69	15	10	80	2.18	2417	250	37	1.25	16	10	80	1.72	1581
1000	61	1.84	31	12	80	2.29	2846	350	37	1.35	32	12	80	1.78	1831
1000	61	1.84	20	10	80	2.33	2924	350	37	1.35	20	10	80	1.82	1876
1000	61	1.84	16	9	80	2.36	2966	350	37	1.35	16	9	80	1.84	1910
—	—	—	—	—	—	—	—	500	37	1.48	29	10	80	1.95	2389
—	—	—	—	—	—	—	—	750	61	1.69	28	8	80	2.24	3391
—	—	—	—	—	—	—	—	1000	61	1.84	37	8	80	2.39	4188
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

35 kV TR-XLPE Insulated
1/3 Neutral								Full Neutral
Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight	Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight
Size AWG or kcmil	Number of Strands	in	Number of Wires	AWG	mil	in	lb/kft	Size AWG or kcmil	Number of Strands	in	Number of Wires	AWG	mil	in	lb/kft
Copper 100% Insulation Level (345 mil)
1/0	19	1.1	9	14	50	1.43	1059	1/0	19	1.1	25	14	50	1.43	1252
2/0	19	1.15	11	14	50	1.47	1200	1/0	19	1.1	16	12	50	1.46	1287
3/0	19	1.2	14	14	50	1.52	1379	2/0	19	1.15	32	14	50	1.47	1453
4/0	19	1.25	18	14	50	1.58	1603	2/0	19	1.15	20	12	50	1.51	1482
250	37	1.31	21	14	80	1.7	1863	2/0	19	1.15	13	10	50	1.55	1536
250	37	1.31	13	12	80	1.73	1895	3/0	19	1.2	16	10	50	1.6	1773
350	37	1.41	29	14	80	1.8	2346	4/0	19	1.25	32	12	50	1.61	2033
350	37	1.41	18	12	80	1.83	2380	4/0	19	1.25	20	10	80	1.72	2140
500	37	1.54	17	10	80	2.04	3219	4/0	19	1.25	16	9	80	1.74	2172
750	61	1.73	25	10	80	2.22	4391	250	37	1.31	25	10	80	1.77	2455
750	61	1.73	20	9	80	2.25	4433	350	37	1.41	22	8	80	1.93	3215
1000	61	1.88	26	9	80	2.4	5561	500	37	1.54	31	8	80	2.09	4273
Aluminum 100% Insulation Level (345 mil)
1/0	1	1.06	6	14	50	1.38	757	1/0	1	1.06	16	14	50	1.38	878
1/0	19	1.1	6	14	50	1.42	789	1/0	19	1.1	16	14	50	1.42	910
2/0	19	1.14	7	14	50	1.47	859	2/0	19	1.14	20	14	50	1.47	1016
3/0	19	1.19	9	14	50	1.52	951	2/0	19	1.14	13	12	50	1.5	1055
4/0	19	1.25	11	14	50	1.57	1057	3/0	19	1.19	25	14	50	1.52	1144
250	37	1.3	13	14	80	1.69	1223	3/0	19	1.19	16	12	50	1.55	1181
350	37	1.4	18	14	80	1.79	1454	4/0	19	1.25	32	14	50	1.57	1310
500	37	1.53	25	14	80	1.95	1822	4/0	19	1.25	20	12	50	1.61	1341
500	37	1.53	16	12	80	1.99	1868	4/0	19	1.25	13	10	80	1.71	1465
750	61	1.74	24	12	80	2.19	2431	250	37	1.3	25	12	80	1.73	1582
750	61	1.74	15	10	80	2.24	2488	250	37	1.3	16	10	80	1.77	1637
1000	61	1.89	31	12	80	2.34	2921	350	37	1.4	32	12	80	1.83	1889
1000	61	1.89	20	10	80	2.38	3000	350	37	1.4	20	10	80	1.87	1935
1000	61	1.89	16	9	80	2.41	3043	350	37	1.4	16	9	80	1.89	1970
—	—	—	—	—	—	—	—	500	37	1.53	29	10	80	2.03	2500
—	—	—	—	—	—	—	—	750	61	1.74	28	8	80	2.29	3464
—	—	—	—	—	—	—	—	1000	61	1.89	37	8	80	2.44	4265
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

35 kV TR-XLPE Insulated
1/3 Neutral								Full Neutral
Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight	Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight
Size AWG or kcmil	Number of Strands	in	Number of Wires	AWG	mil	in	lb/kft	Size AWG or kcmil	Number of Strands	in	Number of Wires	AWG	mil	in	lb/kft
Copper 133% Insulation Level (420 mil)
1/0	19	1.25	9	14	50	1.58	1206	1/0	19	1.25	16	12	50	1.61	1438
2/0	19	1.3	11	14	50	1.63	1351	2/0	19	1.3	13	10	80	1.76	1763
3/0	19	1.35	14	14	80	1.74	1602	3/0	19	1.35	16	10	80	1.81	2006
4/0	19	1.4	18	14	80	1.79	1834	4/0	19	1.4	16	9	80	1.89	2349
250	37	1.46	13	12	80	1.88	2071	250	37	1.46	25	10	80	1.93	2635
350	37	1.56	18	12	80	2.02	2614	350	37	1.56	22	8	80	2.11	3461
500	37	1.69	17	10	80	2.19	3425	500	37	1.69	31	8	80	2.24	4484
750	61	1.88	20	9	80	2.4	4660	—	—	—	—	—	—	—	—
1000	61	2.03	26	9	80	2.55	5802	—	—	—	—	—	—	—	—
Aluminum 133% Insulation Level (420 mil)
1/0	19	1.25	6	14	50	1.57	934	1/0	19	1.25	16	14	50	1.57	1054
2/0	19	1.29	7	14	50	1.62	1008	2/0	19	1.29	13	12	80	1.71	1275
3/0	19	1.34	9	14	80	1.73	1173	3/0	19	1.34	16	12	80	1.76	1408
4/0	19	1.4	11	14	80	1.79	1287	4/0	19	1.4	13	10	80	1.86	1638
250	37	1.45	13	14	80	1.84	1394	250	37	1.45	16	10	80	1.92	1815
350	37	1.56	18	14	80	1.98	1681	350	37	1.56	16	9	80	2.08	2208
500	37	1.68	25	14	80	2.11	2018	—	—	—	—	—	—	—	—
500	37	1.68	16	12	80	2.14	2068	—	—	—	—	—	—	—	—
750	61	1.89	24	12	80	2.34	2650	—	—	—	—	—	—	—	—
750	61	1.89	15	10	80	2.39	2710	—	—	—	—	—	—	—	—
1000	61	2.04	16	9	80	2.56	3282	—	—	—	—	—	—	—	—
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Ampacity Data

Ampacity 100% and 133% Insulation Levels
Size AWG or kcmil	Copper				Aluminum
	5 – 15 kV		25 – 46 kV		5 – 15 kV		25 – 46 kV
	1/3 Neutral	Full Neutral	1/3 Neutral	Full Neutral	1/3 Neutral	Full Neutral	1/3 Neutral	Full Neutral
	amp		amp		amp		amp
2	160	160	–	–	125	125	–	–
1	187	185	189	188	146	145	147	147
1/0	212	210	214	212	166	165	167	167
2/0	241	238	248	245	189	188	194	193
3/0	273	268	281	276	214	213	220	218
4/0	309	300	317	309	244	241	250	247
250	336	–	344	–	266	–	273	–
350	398	–	407	–	320	–	326	–
500	476	–	476	–	394	–	392	–
750	547	–	565	–	476	–	486	–
1000	620	–	625	–	550	–	556	–
	1/6 Neutral	Full Neutral	1/6 Neutral	Full Neutral	1/6 Neutral	Full Neutral	1/6 Neutral	Full Neutral
1000	658	–	658	–	580	–	573	–
† Ampacities are based on the following: Copper: Three shielded single insulated Copper conductors in buried ducts, single circuit, 25 °C ambient earth temperature, 75% load factor, 90 RHO and 90 °C conductor temperature (IEEE Std. 835). Aluminum: Three shielded single insulated Aluminum conductors in buried ducts, single circuit, 25 °C ambient earth temperature, 75% load factor, 90 RHO and 90 °C conductor temperature (IEEE Std. 835).

Rating Voltage	Minimum Size AWG
5 kV	8
8 kV	6
15 kV	2
25 kV	1
35 kV	1/0

Primary-UD

Underground, EPR Insulation, LLDPE Jacket, Concentric Neutral, 5kV-35kV – Copper

Used for underground primary residential and commercial distribution circuits. May be used in wet or dry locations, installed in underground ducts or direct burial.

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Physical Data

5 kV EPR Insulated
1/3 Neutral								Full Neutral
Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight	Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight
Size AWG or kcmil	Number of Strands	in	Number of Wires	AWG	mil	in	lb/kft	Size AWG or kcmil	Number of Strands	in	Number of Wires	AWG	mil	in	lb/kft
Copper 100% Insulation Level (90 mil)
2	7	0.5	6	14	50	0.81	484	2	7	0.5	16	14	50	0.81	604
1	19	0.54	7	14	50	0.84	564	1	19	0.54	13	12	50	0.88	747
1/0	19	0.58	9	14	50	0.88	672	1/0	19	0.58	16	12	50	0.92	889
2/0	19	0.63	11	14	50	0.93	799	2/0	19	0.63	13	10	50	1	1109
3/0	19	0.68	14	14	50	0.98	963	3/0	19	0.68	16	10	50	1.05	1331
4/0	19	0.73	18	14	50	1.03	1170	4/0	19	0.73	16	9	50	1.14	1637
250	37	0.79	13	12	50	1.12	1366	250	37	0.79	25	10	50	1.17	1910
350	37	0.89	18	12	50	1.23	1815	350	37	0.89	22	8	50	1.32	2614
500	37	1.02	17	10	50	1.42	2569	500	37	1.02	31	8	50	1.47	3603
750	61	1.21	20	9	80	1.7	3773	—	—	—	—	—	—	—	—
1000	61	1.36	26	9	80	1.85	4854	—	—	—	—	—	—	—	—
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

8 kV EPR Insulated
1/3 Neutral								Full Neutral
Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight	Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight
Size AWG or kcmil	Number of Strands	in	Number of Wires	AWG	mil	in	lb/kft	Size AWG or kcmil	Number of Strands	in	Number of Wires	AWG	mil	in	lb/kft
Copper 100% Insulation Level (115 mil)
2	7	0.55	6	14	50	0.86	517	2	7	0.55	16	14	50	0.86	637
1	19	0.59	7	14	50	0.9	598	1	19	0.59	13	12	50	0.93	782
1/0	19	0.63	9	14	50	0.94	708	1/0	19	0.63	16	12	50	0.97	926
2/0	19	0.68	11	14	50	0.98	837	2/0	19	0.68	13	10	50	1.06	1149
3/0	19	0.73	14	14	50	1.03	1003	3/0	19	0.73	16	10	50	1.11	1373
4/0	19	0.78	18	14	50	1.09	1212	4/0	19	0.78	16	9	50	1.19	1682
250	37	0.84	13	12	50	1.18	1412	250	37	0.84	25	10	50	1.22	1957
350	37	0.94	18	12	50	1.28	1865	350	37	0.94	22	8	50	1.37	2667
500	37	1.07	17	10	50	1.47	2627	500	37	1.07	31	8	50	1.53	3663
750	61	1.26	20	9	80	1.75	3841	—	—	—	—	—	—	—	—
1000	61	1.41	26	9	80	1.9	4929	—	—	—	—	—	—	—	—
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

15 kV EPR Insulated
1/3 Neutral								Full Neutral
Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight	Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight
Size AWG or kcmil	Number of Strands	in	Number of Wires	AWG	mil	in	lb/kft	Size AWG or kcmil	Number of Strands	in	Number of Wires	AWG	mil	in	lb/kft
Copper 100% Insulation Level (175 mil)
2	7	0.68	6	14	50	0.98	604	2	7	0.68	16	14	50	0.98	725
1	19	0.71	7	14	50	1.02	689	1	19	0.71	13	12	50	1.05	876
1/0	19	0.75	9	14	50	1.06	803	1/0	19	0.75	16	12	50	1.09	1024
2/0	19	0.8	11	14	50	1.1	937	2/0	19	0.8	13	10	50	1.18	1255
3/0	19	0.85	14	14	50	1.15	1108	3/0	19	0.85	16	10	50	1.23	1484
4/0	19	0.9	18	14	50	1.21	1323	4/0	19	0.9	16	9	50	1.31	1801
250	37	0.96	13	12	50	1.3	1531	250	37	0.96	25	10	50	1.34	2079
350	37	1.06	18	12	50	1.42	2019	350	37	1.06	22	8	50	1.52	2830
500	37	1.19	17	10	50	1.59	2775	500	37	1.19	31	8	80	1.71	3881
750	61	1.38	20	9	80	1.87	4015	—	—	—	—	—	—	—	—
1000	61	1.53	26	9	80	2.05	5167	—	—	—	—	—	—	—	—
Aluminum 100% Insulation Level (175 mil)
2	1	0.65	6	14	50	0.95	441	2	1	0.65	10	14	50	0.95	489
2	7	0.67	6	14	50	0.98	459	2	7	0.67	10	14	50	0.98	507
1	19	0.71	6	14	50	1.02	495	1	19	0.71	13	14	50	1.02	580
1/0	1	0.72	6	14	50	1.02	512	1/0	1	0.72	16	14	50	1.02	632
1/0	19	0.75	6	14	50	1.06	537	1/0	19	0.75	16	14	50	1.06	658
2/0	19	0.8	7	14	50	1.1	600	2/0	19	0.8	20	14	50	1.1	757
3/0	19	0.85	9	14	50	1.15	684	2/0	19	0.8	13	12	50	1.13	788
4/0	19	0.9	11	14	50	1.21	781	3/0	19	0.85	25	14	50	1.15	877
250	37	0.96	13	14	50	1.26	871	3/0	19	0.85	16	12	50	1.18	907
300	37	1.01	15	14	50	1.34	994	4/0	19	0.9	32	14	50	1.21	1034
350	37	1.06	18	14	50	1.39	1106	4/0	19	0.9	20	12	50	1.24	1058
500	37	1.19	25	14	50	1.52	1403	4/0	19	0.9	13	10	50	1.28	1104
500	37	1.19	16	12	50	1.55	1441	250	37	0.96	25	12	50	1.3	1220
750	61	1.4	24	12	80	1.82	2033	250	37	0.96	16	10	50	1.34	1264
750	61	1.4	15	10	80	1.86	2079	350	37	1.06	32	12	50	1.42	1532
1000	61	1.54	31	12	80	2	2544	350	37	1.06	20	10	50	1.46	1567
1000	61	1.54	20	10	80	2.04	2614	350	37	1.06	16	9	50	1.49	1595
1000	61	1.54	16	9	80	2.07	2651	500	37	1.19	29	10	50	1.59	2060
—	—	—	—	—	—	—	—	750	61	1.4	28	8	80	1.91	3043
—	—	—	—	—	—	—	—	1000	61	1.54	37	8	80	2.09	3868
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

15 kV EPR Insulated
1/3 Neutral								Full Neutral
Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight	Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight
Size AWG or kcmil	Number of Strands	in	Number of Wires	AWG	mil	in	lb/kft	Size AWG or kcmil	Number of Strands	in	Number of Wires	AWG	mil	in	lb/kft
Copper 133% Insulation Level (220 mil)
2	7	0.77	6	14	50	1.07	678	2	7	0.77	16	14	50	1.07	798
1	19	0.81	7	14	50	1.11	766	1	19	0.81	13	12	50	1.14	955
1/0	19	0.85	9	14	50	1.15	883	1/0	19	0.85	16	12	50	1.18	1105
2/0	19	0.89	11	14	50	1.19	1020	2/0	19	0.89	13	10	50	1.27	1342
3/0	19	0.94	14	14	50	1.24	1195	3/0	19	0.94	16	10	50	1.32	1575
4/0	19	1	18	14	50	1.3	1414	4/0	19	1	16	9	50	1.4	1898
250	37	1.05	13	12	50	1.41	1653	250	37	1.05	25	10	50	1.46	2204
350	37	1.16	18	12	50	1.52	2126	350	37	1.16	22	8	50	1.61	2942
500	37	1.28	17	10	80	1.75	2962	500	37	1.28	31	8	80	1.8	4007
750	61	1.47	20	9	80	1.96	4154	—	—	—	—	—	—	—	—
1000	61	1.62	26	9	80	2.14	5320	—	—	—	—	—	—	—	—
Aluminum 133% Insulation Level (220 mil)
2	1	0.74	6	14	50	1.04	511	2	1	0.74	10	14	50	1.04	560
2	7	0.76	6	14	50	1.07	532	2	7	0.76	10	14	50	1.07	580
1	19	0.8	6	14	50	1.11	571	1	19	0.8	13	14	50	1.11	655
1/0	1	0.81	6	14	50	1.11	588	1/0	1	0.81	16	14	50	1.11	708
1/0	19	0.84	6	14	50	1.16	629	1/0	19	0.84	16	14	50	1.15	737
2/0	19	0.89	7	14	50	1.19	682	2/0	19	0.89	20	14	50	1.19	839
3/0	19	0.94	9	14	50	1.24	770	2/0	19	0.89	13	12	50	1.22	872
4/0	19	0.99	11	14	50	1.3	871	3/0	19	0.94	25	14	50	1.24	963
250	37	1.05	13	14	50	1.38	989	3/0	19	0.94	16	12	50	1.27	994
350	37	1.15	18	14	50	1.48	1209	4/0	19	0.99	32	14	50	1.3	1124
500	37	1.28	25	14	50	1.61	1517	4/0	19	0.99	20	12	50	1.33	1149
500	37	1.28	16	12	80	1.7	1623	4/0	19	0.99	13	10	50	1.37	1199
750	61	1.49	24	12	80	1.91	2167	250	37	1.05	25	12	50	1.41	1341
750	61	1.49	15	10	80	1.95	2216	250	37	1.05	16	10	50	1.45	1388
1000	61	1.64	31	12	80	2.09	2692	350	37	1.15	32	12	50	1.51	1637
1000	61	1.64	20	10	80	2.13	2764	350	37	1.15	20	10	50	1.55	1674
1000	61	1.64	16	9	80	2.16	2803	350	37	1.15	16	9	50	1.58	1704
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

25 kV EPR Insulated
1/3 Neutral								Full Neutral
Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight	Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight
Size AWG or kcmil	Number of Strands	in	Number of Wires	AWG	mil	in	lb/kft	Size AWG or kcmil	Number of Strands	in	Number of Wires	AWG	mil	in	lb/kft
Copper 100% Insulation Level (260 mil)
1	19	0.89	7	14	50	1.19	840	1	19	0.89	13	12	50	1.23	1030
1/0	19	0.93	9	14	50	1.23	959	1/0	19	0.93	16	12	50	1.27	1184
2/0	19	0.97	11	14	50	1.28	1099	2/0	19	0.97	13	10	50	1.35	1426
3/0	19	1.02	14	14	50	1.35	1301	3/0	19	1.02	16	10	50	1.42	1687
4/0	19	1.08	18	14	50	1.4	1525	4/0	19	1.08	16	9	50	1.51	2016
250	37	1.13	13	12	50	1.49	1747	250	37	1.13	25	10	50	1.54	2300
350	37	1.24	18	12	50	1.6	2227	350	37	1.24	22	8	80	1.75	3116
500	37	1.37	17	10	80	1.83	3077	500	37	1.37	31	8	80	1.88	4124
750	61	1.56	20	9	80	2.08	4333	—	—	—	—	—	—	—	—
1000	61	1.7	26	9	80	2.23	5461	—	—	—	—	—	—	—	—
Aluminum 100% Insulation Level (260 mil)
1	19	0.88	6	14	50	1.19	644	1	19	0.88	13	14	50	1.19	728
1/0	1	0.89	6	14	50	1.19	661	1/0	1	0.89	16	14	50	1.19	781
1/0	19	0.92	6	14	50	1.23	692	1/0	19	0.92	16	14	50	1.23	812
2/0	19	0.97	7	14	50	1.27	760	2/0	19	0.97	20	14	50	1.27	917
3/0	19	1.02	9	14	50	1.34	875	2/0	19	0.97	13	12	50	1.3	952
4/0	19	1.07	11	14	50	1.4	981	3/0	19	1.02	25	14	50	1.34	1068
250	37	1.13	13	14	50	1.46	1080	3/0	19	1.02	16	12	50	1.38	1102
350	37	1.23	18	14	50	1.56	1307	4/0	19	1.07	32	14	50	1.4	1234
500	37	1.36	25	14	80	1.75	1692	4/0	19	1.07	20	12	50	1.43	1261
500	37	1.36	16	12	80	1.78	1735	4/0	19	1.07	13	10	50	1.48	1313
750	61	1.57	24	12	80	2.02	2340	250	37	1.13	25	12	50	1.49	1433
750	61	1.57	15	10	80	2.06	2392	250	37	1.13	16	10	50	1.53	1482
1000	61	1.72	31	12	80	2.17	2829	350	37	1.23	32	12	50	1.59	1736
1000	61	1.72	20	10	80	2.21	2903	350	37	1.23	20	10	80	1.7	1843
1000	61	1.72	16	9	80	2.24	2944	350	37	1.23	16	9	80	1.72	1875
—	—	—	—	—	—	—	—	500	37	1.36	29	10	80	1.83	2361
—	—	—	—	—	—	—	—	750	61	1.57	28	8	80	2.12	3362
—	—	—	—	—	—	—	—	1000	61	1.72	37	8	80	2.27	4163
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

25 kV EPR Insulated
1/3 Neutral								Full Neutral
Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight	Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight
Size AWG or kcmil	Number of Strands	in	Number of Wires	AWG	mil	in	lb/kft	Size AWG or kcmil	Number of Strands	i n	Number of Wires	AWG	mil	in	lb/kft
Copper 133% Insulation Level (320 mil)
1	19	1.01	7	14	50	1.31	961	1	19	1.01	13	12	50	1.35	1154
1/0	19	1.05	9	14	50	1.38	1109	1/0	19	1.05	16	12	50	1.41	1337
2/0	19	1.09	11	14	50	1.42	1254	2/0	19	1.09	13	10	50	1.5	1588
3/0	19	1.14	14	14	50	1.47	1439	3/0	19	1.14	16	10	50	1.55	1830
4/0	19	1.2	18	14	50	1.53	1668	4/0	19	1.2	16	9	80	1.69	2232
250	37	1.26	13	12	50	1.62	1898	250	37	1.26	25	10	80	1.72	2522
350	37	1.36	18	12	80	1.78	2458	350	37	1.36	22	8	80	1.88	3290
500	37	1.49	17	10	80	1.95	3260	500	37	1.49	31	8	80	2.01	4311
750	61	1.68	20	9	80	2.2	4540	—	—	—	—	—	—	—	—
1000	61	1.83	26	9	80	2.35	5683	—	—	—	—	—	—	—	—
Aluminum 133% Insulation Level (320 mil)
1/0	19	1.05	6	14	50	1.37	839	1/0	19	1.05	16	14	50	1.37	959
2/0	19	1.09	7	14	50	1.42	913	2/0	19	1.09	20	14	50	1.42	1070
3/0	19	1.14	9	14	50	1.47	1010	2/0	19	1.09	13	12	50	1.45	1108
4/0	19	1.2	11	14	50	1.52	1122	3/0	19	1.14	25	14	50	1.47	1203
250	37	1.25	13	14	50	1.58	1226	3/0	19	1.14	16	12	50	1.5	1239
350	37	1.35	18	14	80	1.74	1533	4/0	19	1.2	32	14	50	1.52	1375
500	37	1.48	25	14	80	1.87	1867	4/0	19	1.2	20	12	50	1.55	1405
500	37	1.48	16	12	80	1.91	1912	4/0	19	1.2	13	10	50	1.6	1460
750	61	1.69	24	12	80	2.14	2540	250	37	1.25	25	12	50	1.61	1583
750	61	1.69	15	10	80	2.18	2596	250	37	1.25	16	10	80	1.72	1703
1000	61	1.84	31	12	80	2.29	3045	350	37	1.35	32	12	80	1.78	1966
1000	61	1.84	20	10	80	2.33	3123	350	37	1.35	20	10	80	1.82	2011
1000	61	1.84	16	9	80	2.36	3165	350	37	1.35	16	9	80	1.84	2045
—	—	—	—	—	—	—	—	500	37	1.48	29	10	80	1.95	2541
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

35 kV EPR Insulated
1/3 Neutral								Full Neutral
Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight	Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight
Size AWG or kcmil	Number of Strands	in	Number of Wires	AWG	mil	in	lb/kft	Size AWG or kcmil	Number of Strands	in	Number of Wires	AWG	mil	in	lb/kft
Copper 100% Insulation Level (345 mil)
1/0	19	1.1	9	14	50	1.43	1166	1/0	19	1.1	16	12	50	1.46	1395
2/0	19	1.15	11	14	50	1.47	1313	2/0	19	1.15	13	10	50	1.55	1649
3/0	19	1.2	14	14	50	1.52	1499	3/0	19	1.2	16	10	50	1.6	1893
4/0	19	1.25	18	14	50	1.58	1731	4/0	19	1.25	16	9	80	1.74	2301
250	37	1.31	13	12	80	1.73	2032	250	37	1.31	25	10	80	1.77	2592
350	37	1.41	18	12	80	1.83	2531	350	37	1.41	22	8	80	1.93	3366
500	37	1.54	17	10	80	2.04	3388	500	37	1.54	31	8	80	2.09	4443
750	61	1.73	20	9	80	2.25	4630	—	—	—	—	—	—	—	—
1000	61	1.88	26	9	80	2.4	5779	—	—	—	—	—	—	—	—
Aluminum 100% Insulation Level (345 mil)
1/0	1	1.06	6	14	50	1.38	858	1/0	1	1.06	16	14	50	1.38	979
1/0	19	1.1	6	14	50	1.42	895	1/0	19	1.1	16	14	50	1.42	1015
2/0	19	1.14	7	14	50	1.47	971	2/0	19	1.14	20	14	50	1.47	1127
3/0	19	1.19	9	14	50	1.52	1070	2/0	19	1.14	13	12	50	1.5	1167
4/0	19	1.25	11	14	50	1.57	1184	3/0	19	1.19	25	14	50	1.52	1263
250	37	1.3	13	14	80	1.69	1358	3/0	19	1.19	16	12	50	1.55	1300
350	37	1.4	18	14	80	1.79	1604	4/0	19	1.25	32	14	50	1.57	1437
500	37	1.53	25	14	80	1.95	1989	4/0	19	1.25	20	12	50	1.61	1468
500	37	1.53	16	12	80	1.99	2036	4/0	19	1.25	13	10	80	1.71	1592
750	61	1.74	24	12	80	2.19	2628	250	37	1.3	25	12	80	1.73	1716
750	61	1.74	15	10	80	2.24	2684	250	37	1.3	16	10	80	1.77	1772
1000	61	1.89	31	12	80	2.34	3139	350	37	1.4	32	12	80	1.83	2038
1000	61	1.89	20	10	80	2.38	3217	350	37	1.4	20	10	80	1.87	2084
1000	61	1.89	16	9	80	2.41	3260	350	37	1.4	16	9	80	1.89	2119
—	—	—	—	—	—	—	—	500	37	1.53	29	10	80	2.03	2667
—	—	—	—	—	—	—	—	750	61	1.74	28	8	80	2.29	3661
—	—	—	—	—	—	—	—	1000	61	1.89	37	8	80	2.44	4483
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

35 kV EPR Insulated
1/3 Neutral								Full Neutral
Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight	Size AWG or kcmil	Number of Strands	Nominal OD Over Insulation	Number of Wires	Size	Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight
Size AWG or kcmil	Number of Strands	in	Number of Wires	AWG	mil	in	lb/kft	Size AWG or kcmil	Number of Strands	in	Number of Wires	AWG	mil	in	lb/kft
Copper 133% Insulation Level (420 mil)
1/0	19	1.25	9	14	50	1.58	1349	1/0	19	1.25	16	12	50	1.61	1581
2/0	19	1.3	11	14	50	1.63	1502	2/0	19	1.3	13	10	80	1.76	1914
3/0	19	1.35	14	14	80	1.74	1762	3/0	19	1.35	16	10	80	1.81	2166
4/0	19	1.4	18	14	80	1.79	2004	4/0	19	1.4	16	9	80	1.89	2519
250	37	1.46	13	12	80	1.88	2251	250	37	1.46	25	10	80	1.93	2815
350	37	1.56	18	12	80	2.02	2811	350	37	1.56	22	8	80	2.11	3658
500	37	1.69	17	10	80	2.19	3645	500	37	1.69	31	8	80	2.24	4704
750	61	1.88	20	9	80	2.4	4912	—	—	—	—	—	—	—	—
1000	61	2.03	26	9	80	2.55	6081	—	—	—	—	—	—	—	—
Aluminum 133% Insulation Level (420 mil)
1/0	19	1.25	6	14	50	1.57	1076	1/0	19	1.25	16	14	50	1.57	1196
2/0	19	1.29	7	14	50	1.62	1157	2/0	19	1.29	20	14	80	1.68	1380
3/0	19	1.34	9	14	80	1.73	1331	2/0	19	1.29	13	12	80	1.71	1424
4/0	19	1.4	11	14	80	1.79	1454	3/0	19	1.34	25	14	80	1.73	1524
250	37	1.45	13	14	80	1.84	1571	3/0	19	1.34	16	12	80	1.76	1566
350	37	1.56	18	14	80	1.98	1876	4/0	19	1.4	32	14	80	1.79	1707
500	37	1.68	25	14	80	2.11	2235	4/0	19	1.4	20	12	80	1.82	1743
500	37	1.68	16	12	80	2.14	2285	4/0	19	1.4	13	10	80	1.86	1805
750	61	1.89	24	12	80	2.34	2902	250	37	1.45	25	12	80	1.88	1933
750	61	1.89	15	10	80	2.39	2963	250	37	1.45	16	10	80	1.92	1992
1000	61	2.04	16	9	80	2.56	3560	350	37	1.56	32	12	80	2.01	2314
—	—	—	—	—	—	—	—	350	37	1.56	20	10	80	2.05	2365
—	—	—	—	—	—	—	—	350	37	1.56	16	9	80	2.08	2403
—	—	—	—	—	—	—	—	500	37	1.68	29	10	80	2.18	2920
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Ampacity Data

Ampacity 100% and 133% Insulation Levels
Size AWG or kcmil	Copper				Aluminum
	5 – 15 kV		25 – 46 kV		5 – 15 kV		25 – 46 kV
	1/3 Neutral	Full Neutral	1/3 Neutral	Full Neutral	1/3 Neutral	Full Neutral	1/3 Neutral	Full Neutral
	amp		amp		amp		amp
2	160	160	–	–	125	125	–	–
1	187	185	189	188	146	145	147	147
1/0	212	210	214	212	166	165	167	167
2/0	241	238	248	245	189	188	194	193
3/0	273	268	281	276	214	213	220	218
4/0	309	300	317	309	244	241	250	247
250	336	–	344	–	266	–	273	–
350	398	–	407	–	320	–	326	–
500	476	–	476	–	394	–	392	–
750	547	–	565	–	476	–	486	–
1000	620	–	625	–	550	–	556	–
	1/6 Neutral	Full Neutral	1/6 Neutral	Full Neutral	1/6 Neutral	Full Neutral	1/6 Neutral	Full Neutral
1000	658	–	658	–	580	–	573	–
† Ampacities are based on the following: Copper: Three shielded single insulated Copper conductors in buried ducts, single circuit, 25 °C ambient earth temperature, 75% load factor, 90 RHO and 90 °C conductor temperature (IEEE Std. 835). Aluminum: Three shielded single insulated Aluminum conductors in buried ducts, single circuit, 25 °C ambient earth temperature, 75% load factor, 90 RHO and 90 °C conductor temperature (IEEE Std. 835).

Rating Voltage	Minimum Size AWG
5 kV	8
8 kV	6
15 kV	2
25 kV	1
35 kV	1/0

Primary-UD

Underground, EPR Insulation, LLDPE Jacket, Flat Strap Neutral, 15kV-35kV – Copper

Used for underground primary residential and commercial distribution circuits. May be used in wet or dry locations, installed in underground ducts or direct burial.

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Physical Data

15 kV EPR Insulated
Size AWG or kcmil	Number of Strands	100% Insulation Level (175 mils)					133% Insulation Level (220 mils)
		Flat Straps		Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight	Flat Straps		Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight
		No. of Wires	Dimensions	mil	in	lb/kft	No. of Wires	Dimensions	mil	in	lb/kft
		mil	mil	mil	in	lb/kft	mil	mil	mil	in	lb/kft
4/0	19	12	20 x 175	50	1.08	1185	12	20 x 175	50	1.17	1267
250	37	14	20 x 175	50	1.12	1353	14	20 x 175	50	1.22	1439
350	37	14	20 x 175	50	1.25	1742	14	20 x 175	50	1.35	1838
500	37	14	20 X 175	50	1.37	2270	14	20 x 175	50	1.47	2376
750	61	16	20 x 175	50	1.56	3176	16	20 x 175	50	1.65	3295
1000	61	16	20 x 175	50	1.71	4041	16	20 x 175	50	1.83	4214
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

25 kV EPR Insulated
100% Insulation Level (260 mils)
Size AWG or kcmil	Number of Strands	Flat Straps		Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight
		Number of Wires	Dimensions	mil	in	lb/kft
		mil	mil	mil	in	lb/kft
4/0	19	12	20 x 175	50	1.27	1368
250	37	14	20 x 175	50	1.32	1544
350	37	14	20 x 175	50	1.43	1929
500	37	14	20 x 175	50	1.55	2475
750	61	16	20 x 175	50	1.73	3406
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

35 kV EPR Insulated
100% Insulation Level (345 mils)
Size AWG or kcmil	Number of Strands	Flat Straps		Jacket Thickness	Approximate Outside Diameter	Approximate Net Weight
		Number of Wires	Dimensions	mil	in	lb/kft
		mil	mil	mil	in	lb/kft
4/0	19	12	20 x 175	50	1.45	1558
250	37	14	20 x 175	50	1.49	1741
350	37	14	20 x 175	50	1.6	2142
500	37	14	20 x 175	50	1.72	2705
750	61	16	20 x 175	50	1.93	3707
1000	61	16	20 x 175	50	2.08	4620
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Ampacity Data

Ampacity 100% and 133% Insulation Levels
Size AWG or kcmil	Copper				Aluminum
	5 – 15 kV		25 – 46 kV		5 – 15 kV		25 – 46 kV
	1/3 Neutral	Full Neutral	1/3 Neutral	Full Neutral	1/3 Neutral	Full Neutral	1/3 Neutral	Full Neutral
	amp		amp		amp		amp
2	160	160	–	–	125	125	–	–
1	187	185	189	188	146	145	147	147
1/0	212	210	214	212	166	165	167	167
2/0	241	238	248	245	189	188	194	193
3/0	273	268	281	276	214	213	220	218
4/0	309	300	317	309	244	241	250	247
250	336	–	344	–	266	–	273	–
350	398	–	407	–	320	–	326	–
500	476	–	476	–	394	–	392	–
750	547	–	565	–	476	–	486	–
1000	620	–	625	–	550	–	556	–
	1/6 Neutral	Full Neutral	1/6 Neutral	Full Neutral	1/6 Neutral	Full Neutral	1/6 Neutral	Full Neutral
1000	658	–	658	–	580	–	573	–
† Ampacities are based on the following: Copper: Three shielded single insulated Copper conductors in buried ducts, single circuit, 25 °C ambient earth temperature, 75% load factor, 90 RHO and 90 °C conductor temperature (IEEE Std. 835). Aluminum: Three shielded single insulated Aluminum conductors in buried ducts, single circuit, 25 °C ambient earth temperature, 75% load factor, 90 RHO and 90 °C conductor temperature (IEEE Std. 835).

Rating Voltage	Minimum Size AWG
5 kV	8
8 kV	6
15 kV	2
25 kV	1
35 kV	1/0

Secondary URD

Underground, Duplex/Triplex/Quadruplex, XLPE Insulation, 600V – Copper

Used for secondary distribution and underground service at 600 volts or less. May be used in ducts or direct burial.

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Physical Data

Single
Code Word	Phase Conductor				XLPE Insulation
Code Word	Size AWG or kcmil	Number of Strands	Insulation Thickness mil	Cable OD mil	Code Word Suffix	Net Weight lb/kft
Princeton	6	7	60	0.31	/XLP	45
Mercer	4	7	60	0.35	/XLP	65
Clemson	2	7	60	0.41	/XLP	94
Kenyon	1	19	80	0.49	/XLP	125
Harvard	1/0	19	80	0.53	/XLP	150
Yale	2/0	19	80	0.57	/XLP	182
Tufts	3/0	19	80	0.62	/XLP	221
Beloit	4/0	19	80	0.68	/XLP	271
Hofstra	250	37	95	0.76	/XLP	323
Gonzaga	300	37	95	0.81	/XLP	377
Rutgers	350	37	95	0.86	/XLP	431
Dartmouth	400	37	95	0.91	/XLP	485
Brown	450	37	95	0.95	/XLP	539
Emory	500	37	95	0.99	/XLP	592
Duke	600	61	110	1.10	/XLP	711
Furman	700	61	110	1.17	/XLP	816
Sewanee	750	61	110	1.20	/XLP	870
Fordham	1000	61	110	1.35	/XLP	1129
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Duplex
Code Word	Phase Conductor			Neutral Conductor			Cable OD		XLPE Insulation
	Size AWG or kcmil	Number of Strands	Insulation Thickness mils	Size AWG or kcmil	Number of Strands	Insulation Thickness mil	Single Phase in	Complete Cable in	Code Word Suffix	Net Weight
	Size AWG or kcmil	Number of Strands	Insulation Thickness mils	Size AWG or kcmil	Number of Strands	Insulation Thickness mil	Single Phase in	Complete Cable in	Code Word Suffix	lb/kft
Alcorn	8	1	60	8	1	60	0.25	0.50	/XLP/EYS	62.2
Claflin	6	7	60	6	7	60	0.31	0.61	/XLP/EYS	92.8
Delgado	4	7	60	4	7	60	0.35	0.70	/XLP/EYS	131.7
Cedarcrest	2	7	60	4	7	60	0.41	0.82	/XLP/EYS	161.4
Everett	2	7	60	2	7	60	0.41	0.82	/XLP/EYS	191.2
Findlay	2/0	19	80	2/0	19	80	0.57	1.15	/XLP/EYS	372.0
Hanover	4/0	19	80	4/0	19	80	0.68	1.36	/XLP/EYS	552.1
Glenville	350	37	95	350	37	95	0.86	1.72	/XLP/EYS	880.2
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Triplex
Code Word	Phase Conductor			Neutral Conductor			Cable OD		XLPE Insulation
	Size AWG or kcmil	Number of Strands	Insulation Thickness mils	Size AWG or kcmil	Number of Strands	Insulation Thickness mil	Single Phase in	Complete Cable in	Code Word Suffix	Net Weight
	Size AWG or kcmil	Number of Strands	Insulation Thickness mils	Size AWG or kcmil	Number of Strands	Insulation Thickness mil	Single Phase in	Complete Cable in	Code Word Suffix	lb/kft
Erskine	6	7	60	6	7	60	0.31	0.66	/XLP/EYS	139
Vassar	4	7	60	4	7	60	0.35	0.76	/XLP/EYS	198
Stephens	2	7	60	4	7	60	0.41	0.88	/XLP/EYS	257
Ramapo	2	7	60	2	7	60	0.41	0.88	/XLP/EYS	287
Grossmont	1	19	80	1	19	80	0.49	1.06	/XLP/EYS	383
Brenau	1/0	19	80	2	7	60	0.53	1.14	/XLP/EYS	402
Bergen	1/0	19	80	1/0	19	80	0.53	1.14	/XLP/EYS	460
Fisk	2/0	19	80	2	7	60	0.57	1.24	/XLP/EYS	468
Converse	2/0	19	80	1	19	80	0.57	1.24	/XLP/EYS	500
Shaw	2/0	19	80	1/0	19	80	0.57	1.24	/XLP/EYS	525
Hunter	2/0	19	80	2/0	19	80	0.57	1.24	/XLP/EYS	558
Calvert	3/0	19	80	2	7	60	0.62	1.34	/XLP/EYS	547
Chase	3/0	19	80	1	19	80	0.62	1.34	/XLP/EYS	579
Hollins	3/0	19	80	1/0	19	80	0.62	1.34	/XLP/EYS	605
Rockland	3/0	19	80	3/0	19	80	0.62	1.34	/XLP/EYS	677
Coburn	4/0	19	80	1	19	80	0.68	1.47	/XLP/EYS	680
Molloy	4/0	19	80	1/0	19	80	0.68	1.47	/XLP/EYS	705
Sweetbriar	4/0	19	80	2/0	19	80	0.68	1.47	/XLP/EYS	738
Monmouth	4/0	19	80	4/0	19	80	0.68	1.47	/XLP/EYS	828
Aquinas	250	37	95	2/0	19	80	0.76	1.63	/XLP/EYS	844
Pratt	250	37	95	3/0	19	80	0.76	1.63	/XLP/EYS	884
Yeshiva	250	37	95	250	37	95	0.76	1.63	/XLP/EYS	987
Allen	300	37	95	2/0	19	80	0.81	1.75	/XLP/EYS	956
Greenville	350	37	95	1/0	19	80	0.86	1.85	/XLP/EYS	1034
Gloucester	350	37	95	3/0	19	80	0.86	1.85	/XLP/EYS	1106
Wesleyan	350	37	95	4/0	19	80	0.86	1.85	/XLP/EYS	1156
Newark	350	37	95	350	37	95	0.86	1.85	/XLP/EYS	1320
Old Dominion	500	37	95	4/0	19	80	0.99	2.13	/XLP/EYS	1483
Holyoke	500	37	95	300	37	95	0.99	2.13	/XLP/EYS	1592
Rider	500	37	95	350	37	95	0.99	2.13	/XLP/EYS	1647
Westchester	500	37	95	500	37	95	0.99	2.13	/XLP/EYS	1811
Villanova	750	61	110	350	37	95	1.20	2.58	/XLP/EYS	2215
Voorhees	750	61	110	450	37	95	1.20	2.58	/XLP/EYS	2324
Fairfield	750	61	110	500	37	95	1.20	2.58	/XLP/EYS	2379
Seton Hall	750	61	110	750	61	110	1.20	2.58	/XLP/EYS	2662
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Ampacity Data

Cable Construction Single Insulated Conductor
Conductor Size AWG/kcmil	Ampacity
Conductor Size AWG/kcmil	75 °C (167 °F)	90 °C (194 °F)
14	30	35
12	35	40
10	50	55
8	70	80
6	95	105
4	125	140
3	145	165
2	170	190
1	195	220
1/0	230	260
2/0	265	300
3/0	310	350
4/0	360	405
250	405	455
300	445	500
350	505	570
400	545	615
500	620	700
600	690	780
700	755	850
750	785	885
800	815	920
900	870	980
1000	935	1055
1250	1065	1200
1500	1175	1325
1750	1280	1445
2000	1385	1560
NEC Table 310.15(B)(17) (formerly Table 310.17) Allowable Ampacities of Single Insulated Conductors Rated Up to and Including 2000 Volts in Free Air, Based on Ambient Temperature of 30 °C (86 °F)*

Cable Construction 2PLX, 3PLX, & 4PLX
Conductor Size AWG/kcmil	Ampacity
Conductor Size AWG/kcmil	75 °C (167 °F)	90 °C (194 °F)
14	20	25
12	25	30
10	35	40
8	50	55
6	65	75
4	85	95
3	100	115
2	115	130
1	130	145
1/0	150	170
2/0	175	195
3/0	200	225
4/0	230	260
250	255	290
300	285	320
350	310	350
400	335	380
500	380	430
600	420	475
700	460	520
750	475	535
800	490	555
900	520	585
1000	545	615
1250	590	665
1500	625	705
1750	650	735
2000	665	750
NEC Table 310.15(B)(16) (formerly Table 310.16) Allowable Ampacities of Insulated Conductors .Rated Up to and Including 2000 Volts, 60 °C Through 90 °C (140 °F Through 194 °F), Not More Than Three Current-Carrying Conductors in Raceway, Cable, or Earth (Directly Buried), Based on Ambient Temperature of 30 °C (86 °F)*

Secondary URD Ruggedized

Underground, Duplex/Triplex/Quadruplex, XLPE Insulation, 600V – Copper

Used for secondary distribution and underground service at 600 volts or less. May be used in ducts or direct burial.

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Physical Data

Duplex XLPE Insulated, 600 V
Phase Conductor			Neutral Conductor			Cable OD		Weight XLPE
Size AWG or kcmil	Number of Strands	Insulation Thickness	Size AWG or kcmil	Number of Strands	Insulation Thickness	Single Phase	Complete Cable	lb/kft
Size AWG or kcmil	Number of Strands	mil	Size AWG or kcmil	Number of Strands	mil	mil	in	lb/kft
8-7/w	7	60	8	7	60	0.27	0.53	138
6-7/w	7	60	6	7	60	0.3	0.6	207
4-7/w	7	60	4	7	60	0.35	0.7	313
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Triplex XLPE Insulated, 600 V
Phase Conductor			Neutral Conductor			Cable OD		Weight XLPE
Size AWG or kcmil	Number of Strands	Insulation Thickness	Size AWG or kcmil	Number of Strands	Insulation Thickness	Single Phase	Complete Cable	lb/kft
Size AWG or kcmil	Number of Strands	mil	Size AWG or kcmil	Number of Strands	mil	mil	in	lb/kft
6-7/w	7	60	6	7	60	0.3	0.65	311
4-7/w	7	60	4	7	60	0.35	0.75	470
2-7/w	7	60	4	7	60	0.41	0.87	637
2-7/w	7	60	2	7	60	0.41	0.87	721
1-19/w	19	80	3	7	60	0.49	1.05	813
1/0-19/w	19	80	2	7	60	0.53	1.13	1,007
1/0-19/w	19	80	1/0	19	80	0.53	1.13	1,151
2/0-19/w	19	80	1	19	80	0.57	1.23	1,262
2/0-19/w	19	80	2/0	19	80	0.57	1.23	1,428
2/0-19/w	19	80	2/0	19	80	0.57	1.23	1,428
2/0-19/w	19	80	2/0	19	80	0.57	1.23	1,428
3/0-19/w	19	80	1/0	19	80	0.62	1.34	1,568
3/0-19/w	19	80	3/0	19	80	0.62	1.34	1,776
4/0-19/w	19	80	2/0	19	80	0.68	1.46	2,199
4/0-19/w	19	80	4/0	19	80	0.68	1.46	2,213
4/0-19/w	19	80	4/0	19	80	0.68	1.46	2,213
250-37/w	37	95	3/0	19	80	0.75	1.62	2,342
350-37/w	37	95	4/0	19	80	0.85	1.84	3,148
350-37/w	37	95	350	37	95	0.85	1.84	3,615
350-37/w	37	95	350	37	95	0.85	1.84	3,615
500-37/w	37	95	300	37	95	0.98	2.12	4,433
500-37/w	37	95	350	37	95	0.98	2.12	4,598
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Quadruplex XLPE Insulated, 600 V
Phase Conductor			Neutral Conductor			Cable OD		Weight XLPE
Size AWG or kcmil	Number of Strands	Insulation Thickness	Size AWG or kcmil	Number of Strands	Insulation Thickness	Single Phase	Complete Cable	lb/kft
Size AWG or kcmil	Number of Strands	mil	Size AWG or kcmil	Number of Strands	mil	mil	in	lb/kft
6-7/w	7	60	6	7	60	0.3	0.73	414
4-7/w	7	60	4	7	60	0.35	0.84	627
2-7/w	7	60	4	7	60	0.35	0.98	877
2-7/w	7	60	2	7	60	0.41	0.98	961
1-19/w	19	80	3	7	60	0.38	1.17	1,123
1/0-19/w	19	80	2	7	60	0.41	1.27	1,391
1/0-19/w	19	80	1/0	19	80	0.53	1.27	1,534
2/0-19/w	19	80	1	19	80	0.49	1.38	1,738
2/0-19/w	19	80	2/0	19	80	0.57	1.38	1,905
3/0-19/w	19	80	1/0	19	80	0.53	1.5	2,160
3/0-19/w	19	80	3/0	19	80	0.62	1.5	2,369
4/0-19/w	19	80	2/0	19	80	0.57	1.63	2,689
4/0-19/w	19	80	4/0	19	80	0.68	1.63	2,951
250-37/w	37	95	3/0	19	80	0.62	1.82	3,217
300-37/w	37	95	4/0	19	80	0.68	1.95	3,857
350-37/w	37	95	4/0	19	80	0.68	2.06	4,353
350-37/w	37	95	350	37	95	0.85	2.06	4,821
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Ampacity Data

Cable Construction Single Insulated Conductor
Conductor Size AWG/kcmil	Ampacity
Conductor Size AWG/kcmil	75 °C (167 °F)	90 °C (194 °F)
14	30	35
12	35	40
10	50	55
8	70	80
6	95	105
4	125	140
3	145	165
2	170	190
1	195	220
1/0	230	260
2/0	265	300
3/0	310	350
4/0	360	405
250	405	455
300	445	500
350	505	570
400	545	615
500	620	700
600	690	780
700	755	850
750	785	885
800	815	920
900	870	980
1000	935	1055
1250	1065	1200
1500	1175	1325
1750	1280	1445
2000	1385	1560
NEC Table 310.15(B)(17) (formerly Table 310.17) Allowable Ampacities of Single Insulated Conductors Rated Up to and Including 2000 Volts in Free Air, Based on Ambient Temperature of 30 °C (86 °F)*

Cable Construction 2PLX, 3PLX, & 4PLX
Conductor Size AWG/kcmil	Ampacity
Conductor Size AWG/kcmil	75 °C (167 °F)	90 °C (194 °F)
14	20	25
12	25	30
10	35	40
8	50	55
6	65	75
4	85	95
3	100	115
2	115	130
1	130	145
1/0	150	170
2/0	175	195
3/0	200	225
4/0	230	260
250	255	290
300	285	320
350	310	350
400	335	380
500	380	430
600	420	475
700	460	520
750	475	535
800	490	555
900	520	585
1000	545	615
1250	590	665
1500	625	705
1750	650	735
2000	665	750
NEC Table 310.15(B)(16) (formerly Table 310.16) Allowable Ampacities of Insulated Conductors .Rated Up to and Including 2000 Volts, 60 °C Through 90 °C (140 °F Through 194 °F), Not More Than Three Current-Carrying Conductors in Raceway, Cable, or Earth (Directly Buried), Based on Ambient Temperature of 30 °C (86 °F)*

Service Drop

Overhead, Duplex/Triplex/Quadruplex, XLPE or PE Insulation, 600V – Copper

Used for overhead distribution of electrical energy, such as a supply power, from pole-mounted transformer to the user’s service head where connection to the service entrance cable is made. Also, for temporary services and street light installations.

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Physical Data

Duplex
Code Word	Copper Phase Conductor			HD CU, Neutral Messenger			Weight
	Size	Number of Strands	Insulation Thickness	Size	Number of Strands	Rated Strength	PE	XLPE
	AWG or kcmil		mil	AWG or kcmil		lb	lb/kft	lb/kft
	AWG or kcmil		mil	AWG or kcmil		lb	lb/kft	lb/kft
Copper Conductor & Neutral Messenger
Theta	8	7	45	10	1	529	97	96
Iota	8	7	45	8	1	826	116	115
Kappa	8	7	45	8	7	777	117	116
Omega	8	1	45	8	1	826	113	112
Lambda	6	7	45	8	1	826	149	149
Omicron	6	7	45	6	1	1280	179	179
Sigma	6	7	45	6	7	1228	181	180
(No Code)	4	7	45	4	1	1970	279	279
(No Code)	4	7	45	4	7	1938	282	282
(No Code)	2	7	45	2	7	3050	442	441
(No Code)	1/0	19	60	1/0	7	4752	703	702
The above data are approximate and subject to normal manufacturing tolerances. Where required, the compatibility with glands, connectors and accessories should be verified using actual dimensions of the product. Other sizes available upon request.

Triplex
Code Word	Copper Phase Conductor			HD CU, Neutral Messenger			Weight
	Size	Number of Strands	Insulation Thickness	Size	Number of Strands	Rated Strength	PE	XLPE
	AWG or kcmil	Number of Strands	mil	AWG or kcmil	Number of Strands	lb	lb/kft	lb/kft
Copper Conductor & Neutral Messenger
Pica	8	7	45	10	1	529	149	160
Bodoni	8	7	45	8	1	826	167	179
Garamond	8	7	45	8	7	777	169	180
Columbian	8	1	45	8	1	826	164	174
Tudor	6	7	45	8	1	826	232	246
Futura	6	7	45	6	1	1280	262	276
Gothic	6	7	45	6	7	1228	263	278
Nonpareil	4	7	45	6	1	1280	363	381
Ionic	4	7	45	4	1	1970	411	429
Caslon	4	7	45	4	7	1938	413	432
Minion	2	7	45	4	1	1970	571	594
Primer	2	7	45	4	7	1938	574	596
Century	2	7	45	2	7	3050	651	674
Corinthian	1/0	19	60	1/0	7	4752	1036	1073
(No Code)	2/0	19	60	1/0	7	4752	1214	1255
Doric	2/0	19	60	2/0	7	5926	1301	1342
(No Code)	3/0	19	60	1/0	7	4752	1438	1485
Tuscan	3/0	19	60	3/0	7	7366	1634	1681
Composite	4/0	19	60	4/0	7	9154	2054	2107
The above data are approximate and subject to normal manufacturing tolerances. Where required, the compatibility with glands, connectors and accessories should be verified using actual dimensions of the product. Other sizes available upon request.

Quadruplex
Code Word	Copper Phase Conductor			HD CU, Neutral Messenger			Weight
	Size	Number of Strands	Insulation Thickness	Size	Number of Strands	Rated Strength	PE	XLPE
	AWG or kcmil	Number of Strands	mil	AWG or kcmil	Number of Strands	lb	lb/kft	lb/kft
Copper Conductor & Neutral Messenger
Atlanta	6	7	45	6	1	1280	344	359
Tallahassee	6	7	45	6	7	1228	346	361
Baton Rouge	4	7	45	4	1	1970	542	560
Richmond	4	7	45	4	7	1938	545	563
(No Code)	2	7	45	4	7	1938	782	805
Jackson	2	7	45	2	1	3003	856	879
Seatle	2	7	45	2	7	3050	860	883
(No Code)	1/0	19	60	2	7	3050	1245	1282
Nashville	1/0	19	60	1/0	7	4752	1368	1405
Lincoln	2/0	19	60	2/0	7	5926	1720	1761
Raleigh	3/0	19	60	3/0	7	7366	2163	2209
Denver	4/0	19	60	4/0	7	9154	2721	2773
The above data are approximate and subject to normal manufacturing tolerances. Where required, the compatibility with glands, connectors and accessories should be verified using actual dimensions of the product. Other sizes available upon request.

Ampacity Data

Cable Construction 2PLX, 3PLX, & 4PLX
Conductor Size AWG/kcmil	Ampacity
Conductor Size AWG/kcmil	75 °C (167 °F)	90 °C (194 °F)
14	20	25
12	25	30
10	35	40
8	50	55
6	65	75
4	85	95
3	100	115
2	115	130
1	130	145
1/0	150	170
2/0	175	195
3/0	200	225
4/0	230	260
250	255	290
300	285	320
350	310	350
400	335	380
500	380	430
600	420	475
700	460	520
750	475	535
800	490	555
900	520	585
1000	545	615
1250	590	665
1500	625	705
1750	650	735
2000	665	750
NEC Table 310.15(B)(16) (formerly Table 310.16) Allowable Ampacities of Insulated Conductors .Rated Up to and Including 2000 Volts, 60 °C Through 90 °C (140 °F Through 194 °F), Not More Than Three Current-Carrying Conductors in Raceway, Cable, or Earth (Directly Buried), Based on Ambient Temperature of 30 °C (86 °F)*

Medium & High Voltage Cable

Airport Lighting Cable

XLPE Insulation, FAA L-824, Type C, Non-shielded, 5kV – Copper

Designed for use in airport control and lighting circuits. May be used in wet or dry locations, installed in conduit, duct or direct burial.

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Diesel Locomotive Cable (DLO)

EPR Insulation, CPE Jacket, 2kV – Tinned Coated Copper

As power cable used in DLO locomotive cable in diesel locomotive cable, railroad and transit car wiring where high reliability is required. Also suitable for use in static and dynamic wind power applications. For portable and fixed installations leads for motors, generators, and batteries.

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Diesel Locomotive Cable (DLO)

EPR Insulation, CPE Jacket, 600V, 1kV & 2kV – Copper

Suitable for use in static and dynamic wind power applications. For portable and fixed installations leads for motors, generators, and batteries. Also as power cable used as DLO locomotive cable in railroad and transit car wiring.

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Extra High Voltage, Smooth Aluminum Shield/Sheath

XLPE Insulation, HDPE Jacket, 230kV – Copper

Used for transmission systems in urban and industrial installations with high load density. May be installed in wet or dry locations indoors or outdoors in conduit and unerground ducts.

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Flexible DLO (Diesel Locomotive Cable) RHH/RHW-2

EPR Insulation, CPE Jacket, 2kV – Copper

Used where flexible stranded conductors are required in fixed wiring installations using RHH/RHW-2 rating. As power cable used in DLO locomotive cable, railroad and transit car wiring where high reliability is required. Also suitable for use in static and dynamic wind power applications. For portable and fixed installations leads for motors, generators, and batteries.

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High Voltage, Smooth Aluminum Shield/Sheath

XLPE Insulation, HDPE Jacket, 69kV-138kV – Copper

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High Voltage, Wire and Tape Shield

XLPE Insulation, HDPE Jacket, 69kV-138kV – Copper

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Internal Wiring, Power Cable

XLPE Insulation, PVC Jacket or Unjacketed, Non-shielded, 2.4kV – Copper

Used, typically, for OEM equipment such as switchgear, transformers, etc. Intended solely for use as factory-installed wiring equipment (internal wiring), in industrial applications where such cable systems are maintained by trained personnel, not as type MV. These cables must be protected and are not to be in contact by personnel while energized.

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Internal Wiring, Power Cable

XLPE Insulation, Non-shielded, 5kV – Copper

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MV-105

EPR Insulation, PVC Jacket, Copper Tape Shielded, 5kV-35kV – Copper

Used for primary power and distribution circuits in industrial and commercial installations, power circuits in generating plants where line to ground fault current are within shield capabilities. May be used in wet or dry locations, indoors or outdoors, installed in raceways, duct, and open air, aerial messenger supported, or directly buried if installed with a grounding conductor in close proximity complying with NEC® Section 250.4(A)(5).

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MV-105

EPR Insulation, CPE Jacket, Copper Tape Shielded, 5kV-35kV – Copper

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MV-105

TR-XLPE Insulation, PVC Jacket, Copper Tape Shielded, 5kV-35kV – Copper

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MV-105

TR-XLPE Insulation, PVC Jacket, Wire Shielded, 5kV-35kV – Copper

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MV-105

EPR Insulation, LSOH Jacket, Copper Tape Shielded, 5kV-35kV – Copper

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MV-105 3C

EPR Insulation, PVC Jacket, Copper Tape Shielded, 5kV-35kV – Copper

Used for primary power and distribution circuits in industrial and commercial installations, power circuits in generating plants where line to ground fault current are within shield capabilities. May be used in wet or dry locations, installed in raceways, duct, and open air, aerially or directly buried where permitted by NEC®.

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MV-105 3C

EPR Insulation, CPE Jacket, Tinned Copper Tape Shielded, 5kV-25kV – Copper

Used for primary power and distribution circuits in industrial and commercial installations, power circuits in generating plants where line to ground fault current are within shield capabilities. May be used in wet or dry locations, installed in raceways, duct, and open air, aerially or directly buried where permitted by NEC®.

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MV-105 3C

TR-XLPE Insulation, PVC Jacket, Copper Tape Shielded, 5kV-35kV – Copper

Used for primary power and distribution circuits in industrial and commercial installations, power circuits in generating plants where line to ground fault current are within shield capabilities. May be used in wet or dry locations, installed in raceways, duct, and open air, aerially or directly buried where permitted by NEC®.

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MV-90

XLPE Insulation, PVC Jacket, Wire Shielded, 5kV-35kV – Copper

Used for primary power and distribution circuits in industrial and commercial installations, power circuits in generating plants where line to ground fault current are within shield capabilities. May be used in wet or dry locations, installed in raceways, duct, and open air, aerially or directly buried as permitted by NEC®.

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MV-90

XLPE Insulation, PVC Jacket, Copper Tape Shielded, 5kV-35kV – Copper

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MV-90

TR-XLPE Insulation, LLDPE Jacket, Copper Tape Shielded, 5kV-35kV – Copper

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MV-90

EPR Insulation, PE Jacket, Longitudinal Corrugated (LC) Copper Tape Shielded, 5kV-35kV – Copper

Used for underground primary residential and commercial distribution circuits. May be used in wet or dry loctions, installed in underground ducts.

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MV-90 3C

XLPE Insulation, PVC Jacket, Non-shielded, 2.4kV – Copper

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MV-90 3C

EPR Insulation, PVC Jacket, Non-shielded, 2.4kV – Copper

Used in power system in industrial establishments and utility applications, for dry locations, in accordance with NEC®.

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MV-90 3C

XLPE Insulation, PVC Jacket, Copper Tape Shielded, 25kV-35kV – Copper

Used in power system in industrial establishments and utility applications, for dry locations, in accordance with NEC®.

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MV-90 Dry

XLPE Insulation, Non-shielded, 2.4kV – Copper

Used in industrial and utility applications, for dry locations in accordance with NEC®.

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MV-90 Wet/Dry

EPR Insulation, PVC Jacket, Non-shielded, 2.4kV – Copper

Used in industrial and utility applications, for wet and dry locations in accordance with NEC®.

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Photovoltaic Cable (PV)

XLPE Insulation, 600V, 1kV & 2kV – Copper

For interconnection wiring of grounded and ungrounded photovoltaic power systems as described in Wiring Systems, Article 690, and other applicable parts of the National Electrical Code (NEC), NFPA 70.

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Photovoltaic Cable (PV)

EPCV Insulation, 600V, 1kV & 2kV – Copper

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Photovoltaic Cable (PV)

EPR Insulation, CPE Jacket, 600V, 1kV & 2kV – Tinned Coated Copper

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Traction Cable

EPR Insulation, XLPO Jacket, LSOH Jacket, 2kV – Copper

Used for underground installation in non-metallic, concrete encased duct bank or pendant trapeze struts and supported by insulating clamps in substations. Suitable for use in wet and dry locations, and to operate continuously at rated value temperature range of -40° to 90°C.

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Type G-GC 3C Mining Cable

EPR Insulation, CPE Jacket, 2kV – Tinned Coated Copper

Trailing cable on ac mining equipment where a ground conductor is required. For use where induced voltages in grounding system will not produce a hazard.

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Type MP-GC Mining Cable

XLPE Insulation, PVC Jacket, Copper Tape Shielded, 100% & 133% I.L., 5kV-25kV – Copper

High voltage distribution intended for permanent installations. Suitable for underground mining and boreholes. Can be used in aerial installations, ducts or direct burial.

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Type MP-GC Mining Cable

EPR Insulation, CPE Jacket, Copper Tape Shielded, 100% & 133% I.L., 5kV-25kV – Copper

High voltage distribution intended for permanent installations. Suitable for underground mining and boreholes. Can be used in aerial installations, ducts or direct burial.

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Type P Drilling Rig & Marine Cable

Power/Distribution Cable, Single Conductor, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 2000V – Tinned Coated Copper

Designed for the installation and use in marine environments, for use on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities where harsh marine environments exist. Used for the distribution of power in circuits rated for 2000 volts. Typical applications include DC motor cables, generators, transformers, top drives, and other applications that may require a highly flexible rugged power cable.

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Type P VFD Power Cable, Drilling Rig & Marine Cable

Three (3) Conductors, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 2000V – Tinned Coated Copper

Used in variable frequency AC motor driver (VFD) applications. Flexible conductors for easy handling and installation, with an overall composite shield formed by a copper wire braid and an aluminum foil shield providing 100% coverage to contain the VFD EMI emissions, and with grounding conductors distributed symmetrical to reduce induced voltage imbalances and carry common mode noise back to the drive.

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Type SHD-GC 3C Mining Cable

EPR Insulation, CPE Jacket, Composite Fiber Copper Braid Shielded, 2kV – Tinned Coated Copper

For use with Bretby type cable handling devices on longwall machines and as trailing cable on ac mining equipment where a ground check conductor is required for fail-safe ground monitoring. For use where induce voltages in grounding system will not produce a hazard. This cable is designed for use on low and medium voltage AC circuits where shielding is desired or required.

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Type SHD-GC 3C Mining Cable

EPR Insulation, CPE Jacket, Composite Fiber Copper Braid Shielded, 100% I.L., 5kV-25kV – Tinned Coated Copper

Trailing cable on ac mining equipment where service conditions are severe and maximum safety is mandatory; such as power shovels and drag lines in open-pit mines, quarries, gantry cranes and slag reclaiming.

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Type W 2C-4C Mining Cable

EPR Insulation, CPE Jacket, 2kV – Tinned Coated Copper

Trailing cable on ac mining equipment where a ground check conductor is not required for fail-safe ground monitoring. For use where arc suppressors or diodes are utilized for grounding monitoring, or induced voltages do not present a problem.

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Type W Mining Cable

EPR Insulation, CPE Jacket, 2kV – Tinned Coated Copper

Type W is a portable or fixed power cable used in mining and industrial applications where high reliability is required. For use in wet or dry locations, installed in conduits, ducts or trays and sunlight exposed.

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Low Voltage Cable

Photovoltaic Cable (PV)

XLPE Insulation, 1000V or 2000V – Copper

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Photovoltaic Cable (PV)

EPCV Insulation, 600V, 1000V or 2000V – Copper

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Photovoltaic Cable (PV)

EPR Insulation, CPE Jacket, 600V, 1000V or 2000V – Tinned Coated Copper

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RHH/RHW-2

XLPE Insulation, 2000V – Copper

Used for general purpose wiring in circuits not exceeding 2000 volts. May be used in wet or dry locations, installed in conduit, duct or open air.

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Physical Data

RHH/RHW-2, 2000 V
Size AWG or kcmil	Number of Strands	Insulation Thickness	Approximate Outside Diameter	Approximate Net Weight
Size AWG or kcmil	Number of Strands	mil	in	lb/kft
14	7	60	0.20	28
12	7	60	0.22	38
10	7	60	0.24	53
8	7	70	0.29	80
6	7	70	0.33	109
4	7	70	0.37	163
2	7	70	0.43	246
1	19	90	0.52	317
1/0	19	90	0.56	390
2/0	19	90	0.60	482
3/0	19	90	0.65	596
4/0	19	90	0.71	740
250	37	105	0.78	882
300	37	105	0.84	1045
350	37	105	0.89	1209
400	37	105	0.93	1370
500	37	105	1.01	1694
600	61	120	1.12	2041
750	61	120	1.23	2524
1000	61	120	1.37	3325
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Ampacity Data

Low Voltage Cables XHHW/XHHW-2, RHH/RHW-2, USE-2, PV, SIS, RW90
Conductor Size AWG/kcmil	Ampacity*
Conductor Size AWG/kcmil	75 °C	90 °C
18	—	14
16	—	18
14	20	25
12	25	30
10	35	40
8	50	55
6	65	75
4	85	95
3	100	115
2	115	130
1	130	145
1/0	150	170
2/0	175	195
3/0	200	225
4/0	230	260
250	255	290
300	285	320
350	310	350
400	335	380
500	380	430
600	420	475
700	460	520
750	475	535
800	490	555
900	520	585
1000	545	615
1250	590	665
1500	625	705
1750	650	735
2000	665	750
NEC Table 310.15(B)(16) (formerly Table 310.16) Allowable Ampacities of Insulated Conductors Rated Up to and Including 2000 Volts, 60 °C Through 90 °C (140 °F Through 194 °F), Not More Than Three Current-Carrying Conductors in Raceway, Cable, or Earth (Directly Buried), Based on Ambient Temperature of 30 °C (86 °F).

Low Voltage Cables XHHW/XHHW-2, RHH/RHW-2, USE-2, PV, SIS, RW90 (cont.)
Conductor Size AWG/kcmil	Ampacity*
Conductor Size AWG/kcmil	75 °C	90 °C
18	—	18
16	—	24
14	30	35
12	35	40
10	50	55
8	70	80
6	95	105
4	125	140
3	145	165
2	170	190
1	195	220
1/0	230	260
2/0	265	300
3/0	310	350
4/0	360	405
250	405	455
300	445	500
350	505	570
400	545	615
500	620	700
600	690	780
700	755	850
750	785	885
800	815	920
900	870	980
1000	935	1055
1250	1065	1200
1500	1175	1325
1750	1280	1445
2000	1385	1560
NEC Table 310.15(B)(17) (formerly Table 310.17) Allowable Ampacities of SingleInsulated Conductors Rated Up to and Including 2000 Volts in Free Air, Based on Ambient Temperature of 30 °C (86 °F).

RHH/RHW-2

EPR Insulation, CPE Jacket, 600V or 2000V – Copper

For power, lighting, signal and control circuits installed in wet or dry locations. May be installed in conduit, duct, tray, and open air, and aerial installations. Suitable for use in industrial areas and utility systems where flame resistance is essential.

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Physical Data

RHH/RHW-2 600 & 2000 V
		Insulation Thickness
Size AWG or kcmil	Number of Strands	Inner Layer	Outer Layer	Approximate Outside Diameter	Approximate Net Weight
Size AWG or kcmil	Number of Strands	mil	mil	in	lb/kft
14	7	30	15	0.17	24
12	7	30	15	0.18	33
10	7	30	15	0.21	47
8	7	45	15	0.27	77
6	7	45	30	0.34	122
4	7	45	30	0.38	178
2	7	45	30	0.44	265
1	19	55	45	0.54	347
1/0	19	55	45	0.58	423
2/0	19	55	45	0.62	517
3/0	19	55	45	0.67	634
4/0	19	55	45	0.73	781
250	37	65	65	0.84	959
300	37	65	65	0.89	1127
350	37	65	65	0.94	1295
400	37	65	65	0.99	1456
500	37	65	65	1.07	1792
600	61	80	65	1.18	2156
750	61	80	65	1.28	2649
1000	61	80	65	1.43	3465
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

RHH/RHW-2 600 & 2000 V
		Insulation Thickness
Size AWG or kcmil	Number of Strands	Inner Layer	Outer Layer	Approximate Outside Diameter	Approximate Net Weight
Size AWG or kcmil	Number of Strands	mil	mil	in	lb/kft
14	7	45	15	0.2	29
12	7	45	15	0.22	39
10	7	45	15	0.24	54
8	7	55	30	0.32	92
6	7	55	30	0.36	129
4	7	55	30	0.41	186
2	7	55	30	0.46	274
1	19	65	45	0.56	358
1/0	19	65	45	0.6	434
2/0	19	65	45	0.64	529
3/0	19	65	45	0.69	648
4/0	19	65	45	0.75	795
250	37	75	65	0.86	975
300	37	75	65	0.91	1144
350	37	75	65	0.96	1314
400	37	75	65	1.01	1475
500	37	75	65	1.09	1813
600	61	90	65	1.2	2179
750	61	90	65	1.3	2674
1000	61	90	65	1.45	3493
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

RHH/RHW-2/USE-2

XLPE Insulation, 600V – Copper

Used in general purpose wiring in circuits not exceeding 600 volts. May be used in wet or dry locations, installed in conduit, duct or open air or direct burial.

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Physical Data

RHH/RHW-2, USE-2 600 V
Size AWG or kcmil	Number of Strands	Insulation Thickness	Approximate Outside Diameter	Approximate Net Weight
Size AWG or kcmil	Number of Strands	mil	in	lb/kft
14	7	45	0.17	23
12	7	45	0.18	32
10	7	45	0.21	46
8	7	60	0.27	75
6	7	60	0.31	104
4	7	60	0.35	157
2	7	60	0.41	240
1	19	80	0.49	310
1/0	19	80	0.53	383
2/0	19	80	0.57	475
3/0	19	80	0.62	590
4/0	19	80	0.68	733
250	37	95	0.76	871
300	37	95	0.81	1033
350	37	95	0.86	1196
400	37	95	0.91	1358
500	37	95	0.99	1681
600	61	110	1.1	2019
750	61	110	1.2	2500
1000	61	110	1.35	3298
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Ampacity Data

Low Voltage Cables XHHW/XHHW-2, RHH/RHW-2, USE-2, PV, SIS, RW90
Conductor Size AWG/kcmil	Ampacity*
Conductor Size AWG/kcmil	75 °C	90 °C
18	—	14
16	—	18
14	20	25
12	25	30
10	35	40
8	50	55
6	65	75
4	85	95
3	100	115
2	115	130
1	130	145
1/0	150	170
2/0	175	195
3/0	200	225
4/0	230	260
250	255	290
300	285	320
350	310	350
400	335	380
500	380	430
600	420	475
700	460	520
750	475	535
800	490	555
900	520	585
1000	545	615
1250	590	665
1500	625	705
1750	650	735
2000	665	750
NEC Table 310.15(B)(16) (formerly Table 310.16) Allowable Ampacities of Insulated Conductors Rated Up to and Including 2000 Volts, 60 °C Through 90 °C (140 °F Through 194 °F), Not More Than Three Current-Carrying Conductors in Raceway, Cable, or Earth (Directly Buried), Based on Ambient Temperature of 30 °C (86 °F).

Low Voltage Cables XHHW/XHHW-2, RHH/RHW-2, USE-2, PV, SIS, RW90 (cont.)
Conductor Size AWG/kcmil	Ampacity*
Conductor Size AWG/kcmil	75 °C	90 °C
18	—	18
16	—	24
14	30	35
12	35	40
10	50	55
8	70	80
6	95	105
4	125	140
3	145	165
2	170	190
1	195	220
1/0	230	260
2/0	265	300
3/0	310	350
4/0	360	405
250	405	455
300	445	500
350	505	570
400	545	615
500	620	700
600	690	780
700	755	850
750	785	885
800	815	920
900	870	980
1000	935	1055
1250	1065	1200
1500	1175	1325
1750	1280	1445
2000	1385	1560
NEC Table 310.15(B)(17) (formerly Table 310.17) Allowable Ampacities of SingleInsulated Conductors Rated Up to and Including 2000 Volts in Free Air, Based on Ambient Temperature of 30 °C (86 °F).

RHH/RHW-2/USE-2

EPR Insulation, XLPO Jacket, LSOH, 600V – Copper

For power, lighting, signal and control circuits installed in wet or dry locations. May be installed in conduit, duct, tray and open air where low smoke and halogen free materials are desired.

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Physical Data

RHH/RHW-2 /USE-2 600 V
		Insulation Thickness
Size AWG or kcmil	Number of Strands	Inner Layer	Outer Layer	Approximate Outside Diameter	Approximate Net Weight
		mil	mil	in	lb/kft
6	7	45	30	0.34	123
4	7	45	30	0.38	179
2	7	45	30	0.44	266
1	19	55	45	0.54	346
1/0	19	55	45	0.58	424
2/0	19	55	45	0.62	518
3/0	19	55	45	0.67	636
4/0	19	55	45	0.73	783
250	37	65	65	0.84	961
300	37	65	65	0.89	1109
350	37	65	65	0.94	1298
400	37	65	65	0.99	1460
500	37	65	65	1.07	1794
600	61	80	65	1.18	2155
750	61	80	65	1.28	2653
1000	61	80	65	1.43	3464
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Ampacity Data

Low Voltage Cables XHHW/XHHW-2, RHH/RHW-2, USE-2, PV, SIS, RW90
Conductor Size AWG/kcmil	Ampacity*
Conductor Size AWG/kcmil	75 °C	90 °C
18	—	14
16	—	18
14	20	25
12	25	30
10	35	40
8	50	55
6	65	75
4	85	95
3	100	115
2	115	130
1	130	145
1/0	150	170
2/0	175	195
3/0	200	225
4/0	230	260
250	255	290
300	285	320
350	310	350
400	335	380
500	380	430
600	420	475
700	460	520
750	475	535
800	490	555
900	520	585
1000	545	615
1250	590	665
1500	625	705
1750	650	735
2000	665	750
NEC Table 310.15(B)(16) (formerly Table 310.16) Allowable Ampacities of Insulated Conductors Rated Up to and Including 2000 Volts, 60 °C Through 90 °C (140 °F Through 194 °F), Not More Than Three Current-Carrying Conductors in Raceway, Cable, or Earth (Directly Buried), Based on Ambient Temperature of 30 °C (86 °F).

Low Voltage Cables XHHW/XHHW-2, RHH/RHW-2, USE-2, PV, SIS, RW90 (cont.)
Conductor Size AWG/kcmil	Ampacity*
Conductor Size AWG/kcmil	75 °C	90 °C
18	—	18
16	—	24
14	30	35
12	35	40
10	50	55
8	70	80
6	95	105
4	125	140
3	145	165
2	170	190
1	195	220
1/0	230	260
2/0	265	300
3/0	310	350
4/0	360	405
250	405	455
300	445	500
350	505	570
400	545	615
500	620	700
600	690	780
700	755	850
750	785	885
800	815	920
900	870	980
1000	935	1055
1250	1065	1200
1500	1175	1325
1750	1280	1445
2000	1385	1560
NEC Table 310.15(B)(17) (formerly Table 310.17) Allowable Ampacities of SingleInsulated Conductors Rated Up to and Including 2000 Volts in Free Air, Based on Ambient Temperature of 30 °C (86 °F).

RW90 & RW75

XLPE Insulation, 600-2000V – Copper

Used in general purpose wiring in circuits not exceeding 2000 volts. May be used in wet or dry locations, installed in raceway, duct and aerial installations. For exposed wiring in wet locations, or exposed to weather. For use in raceways, except cable trays, in wet locations. For use in ventilated and non-ventilated cable trays, in vaults and switch rooms.

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Physical Data

RW90/RW75
Size AWG or kcmil	Number of Strands	Insulation Thickness	Approximate Outside Diameter	Approximate Net Weight
Size AWG or kcmil	Number of Strands	mil	in	lb/kft
600 volts
14	19	30	0.13	19
12	19	30	0.15	27
10	19	30	0.18	41
8	19	45	0.24	68
6	19	45	0.27	98
4	19	45	0.32	150
2	19	45	0.38	231
1	19	55	0.44	293
1/0	19	55	0.48	365
2/0	19	55	0.52	455
3/0	19	55	0.57	567
4/0	19	55	0.63	709
250	37	65	0.69	838
300	37	65	0.75	998
350	37	65	0.8	1159
400	37	65	0.84	1319
500	37	65	0.93	1638
600	37	65	1.03	1972
750	61	80	1.14	2448
1000	61	80	1.29	3239
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

RW90/RW75 (cont.)
Size AWG or kcmil	Number of Strands	Insulation Thickness	Approximate Outside Diameter	Approximate Net Weight
Size AWG or kcmil	Number of Strands	mil	in	lb/kft
1000 volts
14	7	45	0.17	23
12	7	45	0.18	32
10	7	45	0.21	46
8	7	45	0.24	68
6	7	60	0.31	104
4	7	60	0.35	157
2	7	60	0.41	239
1	19	80	0.5	309
1/0	19	80	0.54	381
2/0	19	80	0.58	473
3/0	19	80	0.63	585
4/0	19	80	0.69	728
250	37	90	0.75	863
300	37	90	0.81	1025
350	37	90	0.85	1187
400	37	90	0.9	1348
500	37	90	0.98	1669
600	61	90	1.06	1990
750	61	90	1.16	2468
1000	61	90	1.31	3262
2000 volts
14	7	60	0.2	28
12	7	60	0.22	38
10	7	60	0.24	53
8	7	70	0.29	80
6	7	70	0.33	109
4	7	70	0.37	163
2	7	70	0.43	246
1	19	90	0.52	317
1/0	19	90	0.56	390
2/0	19	90	0.6	482
3/0	19	90	0.65	596
4/0	37	90	0.71	740
250	37	105	0.78	882
300	37	105	0.84	1045
350	37	105	0.89	1209
400	37	105	0.93	1370
500	37	105	1.01	1694
600	61	120	1.12	2041
750	61	120	1.23	2524
1000	61	120	1.37	3325
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Ampacity Data

Low Voltage Cables XHHW/XHHW-2, RHH/RHW-2, USE-2, PV, SIS, RW90
Conductor Size AWG/kcmil	Ampacity*
Conductor Size AWG/kcmil	75 °C	90 °C
18	—	14
16	—	18
14	20	25
12	25	30
10	35	40
8	50	55
6	65	75
4	85	95
3	100	115
2	115	130
1	130	145
1/0	150	170
2/0	175	195
3/0	200	225
4/0	230	260
250	255	290
300	285	320
350	310	350
400	335	380
500	380	430
600	420	475
700	460	520
750	475	535
800	490	555
900	520	585
1000	545	615
1250	590	665
1500	625	705
1750	650	735
2000	665	750
NEC Table 310.15(B)(16) (formerly Table 310.16) Allowable Ampacities of Insulated Conductors Rated Up to and Including 2000 Volts, 60 °C Through 90 °C (140 °F Through 194 °F), Not More Than Three Current-Carrying Conductors in Raceway, Cable, or Earth (Directly Buried), Based on Ambient Temperature of 30 °C (86 °F).

Low Voltage Cables XHHW/XHHW-2, RHH/RHW-2, USE-2, PV, SIS, RW90 (cont.)
Conductor Size AWG/kcmil	Ampacity*
Conductor Size AWG/kcmil	75 °C	90 °C
18	—	18
16	—	24
14	30	35
12	35	40
10	50	55
8	70	80
6	95	105
4	125	140
3	145	165
2	170	190
1	195	220
1/0	230	260
2/0	265	300
3/0	310	350
4/0	360	405
250	405	455
300	445	500
350	505	570
400	545	615
500	620	700
600	690	780
700	755	850
750	785	885
800	815	920
900	870	980
1000	935	1055
1250	1065	1200
1500	1175	1325
1750	1280	1445
2000	1385	1560
NEC Table 310.15(B)(17) (formerly Table 310.17) Allowable Ampacities of SingleInsulated Conductors Rated Up to and Including 2000 Volts in Free Air, Based on Ambient Temperature of 30 °C (86 °F).

RWU90 & RWU75

XLPE Insulation, 1000V – Copper

Used in general purpose wiring in circuits not exceeding 1000 volts. May be used in wet or dry locations, installed in raceway, duct and aerial installations. For exposed wiring in wet locations, or exposed to weather. For use in raceways, except cable trays, in wet locations. For use in ventilated and non-ventilated cable trays in vaults and switch rooms.

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Physical Data

RWU90/RWU75 1000 V
Size AWG or kcmil	Number of Strands	Insulation Thickness	Approximate Outside Diameter	Approximate Net Weight
Size AWG or kcmil	Number of Strands	mil	in	lb/kft
6	7	80	0.35	111
4	7	80	0.39	164
2	7	80	0.45	248
1	19	95	0.53	317
1/0	19	95	0.57	391
2/0	19	95	0.61	483
3/0	19	95	0.66	598
4/0	19	95	0.72	742
250	37	110	0.79	879
300	37	110	0.85	1042
350	37	110	0.9	1206
400	37	110	0.94	1368
500	37	110	1.03	1691
600	61	125	1.13	2029
750	61	125	1.24	2511
1000	61	125	1.38	3310
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Ampacity Data

Low Voltage Cables XHHW/XHHW-2, RHH/RHW-2, USE-2, PV, SIS, RW90
Conductor Size AWG/kcmil	Ampacity*
Conductor Size AWG/kcmil	75 °C	90 °C
18	—	14
16	—	18
14	20	25
12	25	30
10	35	40
8	50	55
6	65	75
4	85	95
3	100	115
2	115	130
1	130	145
1/0	150	170
2/0	175	195
3/0	200	225
4/0	230	260
250	255	290
300	285	320
350	310	350
400	335	380
500	380	430
600	420	475
700	460	520
750	475	535
800	490	555
900	520	585
1000	545	615
1250	590	665
1500	625	705
1750	650	735
2000	665	750
NEC Table 310.15(B)(16) (formerly Table 310.16) Allowable Ampacities of Insulated Conductors Rated Up to and Including 2000 Volts, 60 °C Through 90 °C (140 °F Through 194 °F), Not More Than Three Current-Carrying Conductors in Raceway, Cable, or Earth (Directly Buried), Based on Ambient Temperature of 30 °C (86 °F).

Low Voltage Cables XHHW/XHHW-2, RHH/RHW-2, USE-2, PV, SIS, RW90 (cont.)
Conductor Size AWG/kcmil	Ampacity*
Conductor Size AWG/kcmil	75 °C	90 °C
18	—	18
16	—	24
14	30	35
12	35	40
10	50	55
8	70	80
6	95	105
4	125	140
3	145	165
2	170	190
1	195	220
1/0	230	260
2/0	265	300
3/0	310	350
4/0	360	405
250	405	455
300	445	500
350	505	570
400	545	615
500	620	700
600	690	780
700	755	850
750	785	885
800	815	920
900	870	980
1000	935	1055
1250	1065	1200
1500	1175	1325
1750	1280	1445
2000	1385	1560
NEC Table 310.15(B)(17) (formerly Table 310.17) Allowable Ampacities of SingleInsulated Conductors Rated Up to and Including 2000 Volts in Free Air, Based on Ambient Temperature of 30 °C (86 °F).

SIS XHHW-2, CT, Switchboard

XLPE Insulation, 600V – Copper

Used as switchboard cables only.

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Physical Data

SIS XHHW-2, XLPE, Insulated

SIS/XHHW-2 XLPE Insulated
Size AWG or kcmil	Number of Strands	Insulation Thickness	Approximate Outside Diameter	Approximate Net Weight
Size AWG or kcmil	Number of Strands	mil	in	lb/kft
14	7	30	0.13	19
12	7	30	0.15	27
10	7	30	0.18	41
8	7	45	0.24	68
6	7	45	0.27	98
4	7	45	0.32	150
2	7	45	0.38	231
1	19	55	0.44	293
1/0	19	55	0.48	365
2/0	19	55	0.52	455
3/0	19	55	0.57	567
4/0	19	55	0.63	709
250	37	65	0.69	838
300	37	65	0.75	998
350	37	65	0.8	1159
400	37	65	0.84	1319
500	37	65	0.93	1638
600	61	80	1.03	1972
750	61	80	1.14	2448
1000	61	80	1.29	3239
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Ampacity Data

Low Voltage Cables XHHW/XHHW-2, RHH/RHW-2, USE-2, PV, SIS, RW90

Low Voltage Cables XHHW/XHHW-2, RHH/RHW-2, USE-2, PV, SIS, RW90
Conductor Size AWG/kcmil	Ampacity*
Conductor Size AWG/kcmil	75 °C	90 °C
18	—	14
16	—	18
14	20	25
12	25	30
10	35	40
8	50	55
6	65	75
4	85	95
3	100	115
2	115	130
1	130	145
1/0	150	170
2/0	175	195
3/0	200	225
4/0	230	260
250	255	290
300	285	320
350	310	350
400	335	380
500	380	430
600	420	475
700	460	520
750	475	535
800	490	555
900	520	585
1000	545	615
1250	590	665
1500	625	705
1750	650	735
2000	665	750
NEC Table 310.15(B)(16) (formerly Table 310.16) Allowable Ampacities of Insulated Conductors Rated Up to and Including 2000 Volts, 60 °C Through 90 °C (140 °F Through 194 °F), Not More Than Three Current-Carrying Conductors in Raceway, Cable, or Earth (Directly Buried), Based on Ambient Temperature of 30 °C (86 °F).

Low Voltage Cables XHHW/XHHW-2, RHH/RHW-2, USE-2, PV, SIS, RW90 (cont.)
Conductor Size AWG/kcmil	Ampacity*
Conductor Size AWG/kcmil	75 °C	90 °C
18	—	18
16	—	24
14	30	35
12	35	40
10	50	55
8	70	80
6	95	105
4	125	140
3	145	165
2	170	190
1	195	220
1/0	230	260
2/0	265	300
3/0	310	350
4/0	360	405
250	405	455
300	445	500
350	505	570
400	545	615
500	620	700
600	690	780
700	755	850
750	785	885
800	815	920
900	870	980
1000	935	1055
1250	1065	1200
1500	1175	1325
1750	1280	1445
2000	1385	1560
NEC Table 310.15(B)(17) (formerly Table 310.17) Allowable Ampacities of SingleInsulated Conductors Rated Up to and Including 2000 Volts in Free Air, Based on Ambient Temperature of 30 °C (86 °F).

TC-THHN/THWN-2

PVC Insulation & Nylon Cover, PVC Jacket, VW-1, SR, ER, FT4, Dir. Bur., 600V – Copper

Specifically approved for power, control, lighting and signal circuits, in manufacturing, industrial and commercial installations. For use in accordance with NEC®, Article 336, in cable trays, in raceways, or where supported in outdoor locations supported by a messenger wire.

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TFFN/TEWN Fixture Wire, Machine Tool Wire (MTW), Appliance Wiring Material (AWM)

PVC Insulation, Nylon Jacket, 600V – Copper

Used in fixture wire purpose wiring in accordance with the requirements of NFPA 70 (NEC®) article 402. Approved for use at a maximum voltage of 600 volts and a maximum conductor temperature of: 90°C (194°) in dry locations for TFFN; 90°C (194°F) in dry location or 60°C (140°F) in wet locations, or where oils or coolants are present for MTW; and 105°C (221°F) in dry locations for AWM. Permitted for installations of luminaries and in similar equipment where enclosed or protected and not subject to bending or twisting in use, or for connecting luminaries to the branch-circuits conductors supplying the luminaries.

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THHN/THWN-2

PVC Insulation, Nylon Jacket, 600V – Copper

Insulation and jacket is color coded for visual identification of conductors, and all colors are suitable for use in general purpose wiring in accordance with the requirements of NFPA 70 (NEC®). Approved for use at a maximum voltage of 600 volts and a maximum conductor temperature of 90°C in wet or dry locations and 75°C when exposed to gasoline and oil. Also rated AWM, for 105°C dry and 80°C in oil.

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Type LS Drilling Rig & Marine Cable

Power/Distribution Cable, Single Conductor, HF XLPE Insulation, SHF1 Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

Used for the distribution of power in circuits rated for 600/1000 volts. Typical applications include D/C motor cables, generators, transformers, top drives, and other applications that may require a highly flexible rugged power cable.

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Type LS Drilling Rig & Marine Cable

Power/Distribution Cable, Multiconductor, HF XLPE Insulation, SHF1 Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

Used for the distribution of power in circuits rated for 600/1000 volts or may be used in lighting, communication, and control. Typical applications include A/C motor power, distribution pane feeders, transformer feeders, lighting panels, light fixtures, plugs/receptacles, and remote controls.

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Type LS Drilling Rig & Marine Cable

Control Cable, Multiconductor, HF XLPE Insulation, SHF1 Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

Used in control, indicating, communication, electronic, and similar circuits where multiple conductor cables are required. Typical applications include driller’s console, fire and gas detection systems, video camera systems, bilge and ballast controls, and general alarm systems.

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Type LS Pairs, Individual & Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, HF XLPE Insulation, SHF1 Jacket, Armored or Unarmored, or Armored & Sheathed, 150/250V – Tinned Coated Copper

Used in signal transmission application where twisted groups of conductors are desired, also with overall or individual shielding to prevent electrostatic and/or electromagnetic interference. Typical applications include tank level indicators, fire and gas protection systems, communication systems, CO₂ systems, and smoke detector systems.

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Type LS Pairs, Individual Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, HF XLPE Insulation, SHF1 Jacket, Armored or Unarmored, or Armored & Sheathed, 150/250V – Tinned Coated Copper

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Type LS Pairs, Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, HF XLPE Insulation, SHF1 Jacket, Armored or Unarmored, or Armored & Sheathed, 150/250V – Tinned Coated Copper

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Type LS Triads, Individual & Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, HF XLPE Insulation, SHF1 Jacket, Armored or Unarmored, or Armored & Sheathed, 150/250V – Tinned Coated Copper

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Type LS Triads, Individual Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, HF XLPE Insulation, SHF1 Jacket, Armored or Unarmored, or Armored & Sheathed, 150/250V – Tinned Coated Copper

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Type LS Triads, Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, HF XLPE Insulation, SHF1 Jacket, Armored or Unarmored, or Armored & Sheathed, 150/250V – Tinned Coated Copper

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Type MC

THHN/THWN-2, Singles, PVC Insulation & Nylon Cover, Green Insulated Ground, 600V – Copper

For services, feeders, and branch circuits. For power, lighting, control and signal circuits. Exposed or concealed. In cable tray and approved raceway. In dry locations and embedded in plaster finish on brick or other mansonry except in damp or wet locations. Per NEC® 300.22 (C), in environmental air-handling spaces. Class I Div. 2, Class II Div 2, and Class III Div hazardous locations, in accordance with NEC®.

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Type MC

THHN/THWN-2, Singles, PVC Insulation & Nylon Cover, Green Insulated Ground & Additional Isolated Ground, 600V – Copper

Where a redundant or isolated grounding paths are required. For services, feeders, and branch circuits. For power, lighting, control and signal circuits. Exposed or concealed. In cable tray and approved raceway. In dry locations and embedded in plaster finish on brick or other mansonry except in damp or wet locations. Per NEC® 300.22 (C), in environmental air-handling spaces. Class I Div. 2, Class II Div. 2, and Class III Div. 1 hazardous locations, in accordance with NEC®.

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Type MC-HCF-AIA

Aluminum Bonding Wire in Contact with Armor PVC Insulation & Nylon Cover, Green Armor, 600V – Copper

For installations requiring redundant, dedicated or isolated grounding paths. Used in health care facilities for branch circuit wiring in patient care areas of hospitals, medical centers, nursing homes, dental offices, clinics, outpatient facilites and other health care facilities in accordance with NEC® Articles 517, 330 and 300.4 as applicable. (Note: Use in hazardous anesthetizing areas is not permitted.) For places of assemblies and theaters per NEC® Articles 518 and 520, respectively. In cable tray and approved raceways. In dry locations and embedded in plaster finish on brick or other masonry except in damp or wet locations. Per NEC® 300.22 (C), in environmental air-handling spaces. Class I Div. 2, Class II Div. 2, and Class III Div. 1 hazardous locations, in accordance with NEC®. Requires use of UL Listed MCI-A fittings.

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Type MC-PCS-AIA

Jacketed Pair Signal Cable under AIA Armor PVC Insulation & Nylon Cover, 600V – Copper

For services, feeders, and branch circuits. Suitable for power, lighting, control, and signal circuits requiring the use of signal cable in multi-residential, commercial, institutional and industrial applications. Ideal for luminary or LED controls and for SMART buildings. Exposed or concealed. In cable tray an approved raceway. In dry locations and embedded in plaster finish on brick or other masonry except in damp or wet locations. Per NEC® 300.22 (C), in environmental air-handling spaces. Class I Div. 2, Class II Div. 2, and Class III Div. 1 hazardous locations, in accordance with NEC®.

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Type NM-B, Non-Metallic Sheathed Cable

PVC Insulation & Nylon Cover, PVC Jacket, 600V – Copper

Jacket is color coded for visual identification of conductors. Used in residential wiring as branch circuits for outlets, switches, and other loads. For both exposed and concealed work in normally dry locations except as prohibited by NEC®. To be installed or fished in air voids in masonry block or tile walls, which are not subject to excessive wetness or dampness. The allowable ampacity shall not exceed that of a 60°C rated conductor, in accordance with NEC®.

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Type P Drilling Rig & Marine Cable

Power/Distribution Cable, Single Conductor, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities where harsh marine environments exist. Used for the distribution of power in circuits rated for 600 and 1000 volts. Typical applications include DC motor cables, generators, transformers, top drives, and other applications that may require a highly flexible rugged power cable.

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Type P Drilling Rig & Marine Cable

Power/Distribution Cable, Multiconductor, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities where harsh marine environments exist. Used for the distribution of power in circuits rated for 600 and 1000 volts or may be used in lighting, communication, and control. Typical applications include AC motor power, distribution panel feeders, transformer feeders, lighting panels, light fixtures, plugs/receptacles, and remote motor controls.

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Type P Drilling Rig & Marine Cable

Control Cable, Multiconductor, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities where harsh marine environments exist. Used in control, indicating, communication, electronic, and similar circuits where multiple conductor cables are required. Typical applications include driller’s console, fire and gas detection systems, bilge and ballast controls, and general alarm systems.

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Type P Pairs, Individual & Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities where harsh marine environments exist. Used in control, indicating, communication, electronic, and similar circuits where multiple conductor cables are required. Typical applications include tank level indicators, fire and gas protection systems, communication systems, CO₂ systems, and smoke detector systems.

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Type P Pairs, Individual Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities where harsh marine environments exist. Used in control, indicating, communication, electronic, and similar circuits where multiple conductor cables are required. Typical applications include tank level indicators, fire and gas protection systems, communication systems, CO₂ systems, and smoke detector systems.

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Type P Pairs, Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities where harsh marine environments exist. Used in control, indicating, communication, electronic, and similar circuits where multiple conductor cables are required. Typical applications include tank level indicators, fire and gas protection systems, communication systems, CO₂ systems, and smoke detector systems.

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Type P Triads, Individual & Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities where harsh marine environments exist. Used in control, indicating, communication, electronic, and similar circuits where multiple conductor cables are required. Typical applications include tank level indicators, fire and gas protection systems, communication systems, CO₂ systems, and smoke detector systems.

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Type P Triads, Individual Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities where harsh marine environments exist. Used in control, indicating, communication, electronic, and similar circuits where multiple conductor cables are required. Typical applications include tank level indicators, fire and gas protection systems, communication systems, CO₂ systems, and smoke detector systems.

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Type P Triads, Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities where harsh marine environments exist. Used in control, indicating, communication, electronic, and similar circuits where multiple conductor cables are required. Typical applications include tank level indicators, fire and gas protection systems, communication systems, CO₂ systems, and smoke detector systems.

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Type SER, Service Entrance Cable

XHHW/XHHW-2, XLPE Insulation, PVC Jacket, 600V – Copper

Used as a service entry cable, to convey power from the service drop to the meter. Also in other branch circuits or feeders as permitted by NEC®.

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Type SEU, Service Entrance Cable

XLPE Insulation, PVC Jacket, 600V – Copper

Used as a service entry cable, to convey power from the service drop to the meter. Also in other branch circuits or feeders as permitted by NEC®.

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Type SOOW Flexible Cord

EPR Insulation, CPE Jacket, 600V – Copper

Portable cord for electrical power supply and general use in equipment exposed to severe environments. For use outdoors in wet or dry locations.

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Type SOW Flexible Cord

EPR Insulation, CPE Jacket, 600V – Copper

Portable cord for electrical power supply and general use in equipment exposed to severe environments. For use outdoors in wet or dry locations.

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Type STOW Flexible Cord

PVC Insulation, PVC Jacket, 600V – Copper

Portable cord for electrical power supply and general use in equipment exposed to severe environments. For use outdoors in wet or dry locations, pendants, connection of portable lamps, portable and mobile signs or appliances, wiring of cranes or hoists, and as permitted by NEC, article 400.7.

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Type T/N Drilling Rig & Marine Cable

Power/Distribution Cable, Single Conductor, PVC Insulation & Nylon Cover, PVC Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities. Used for the distribution of power in circuits or may be used in lighting, communication, and control in circuits rated for 600 or 1000 volts.

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Type T/N Drilling Rig & Marine Cable

Power/Distribution Cable, Multiconductor, PVC Insulation & Nylon Cover, PVC Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Copper

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Type T/N Drilling Rig & Marine Cable

Control Cable, Multiconductor, PVC Insulation & Nylon Cover, PVC Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities. Used in control, indicating, communication, electronic, and similar circuits where multiple conducter cables are required.

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Type T/N Pairs, Individual & Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, PVC Insulation & Nylon Cover, PVC Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Copper

Specifically designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities. Used for signal transmission where twisted groups of conductors are desired. Individual or overal group shielding is provided to prevent electrostatic and/or electromagnetic inerference in circuits rated for 300 volts.

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Type T/N Pairs, Individual Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, PVC Insulation & Nylon Cover, PVC Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Copper

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Type T/N Pairs, Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, PVC Insulation & Nylon Cover, PVC Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Copper

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Type UF-B, Underground Feeder Cable

PVC Insulation & Nylon Cover, PVC Jacket, Ground, 600V – Copper

For use underground, including direct burial in the earth. For wiring in wet, dry, or corrosive locations under the recognized wiring methods of the NEC®. Multiconductor can be installed as non-metallic sheathed cable. Where so installed, installation and conductor requirements shall comply with Parts II and III of Article 334. The allowable ampacity shall not exceed that of a 60°C rated conductor, in accordance with NEC®.

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USE-2

XLPE Insulation, 600V – Copper

Used in underground installations, and as a service entrance cable. May be used in wet or dry locations, installed in conduit, duct, open air and direct burial.

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Physical Data

USE/USE-2 600 V
Size AWG or kcmil	Number of Strands	Insulation Thickness	Approximate Outside Diameter	Approximate Net Weight
Size AWG or kcmil	Number of Strands	mil	in	lb/kft
14	7	45	0.16	22
12	7	45	0.18	31
10	7	45	0.2	45
8	7	60	0.25	73
6	7	60	0.31	102
4	7	60	0.35	154
3	7	60	0.37	190
2	7	60	0.41	236
1	19	80	0.49	305
1/0	19	80	0.53	377
2/0	19	80	0.57	468
3/0	19	80	0.62	582
4/0	19	80	0.68	725
250	37	95	0.76	860
300	37	95	0.81	1022
350	37	95	0.86	1184
400	37	95	0.91	1345
500	37	95	0.99	1666
600	61	110	1.1	2002
750	61	110	1.2	2481
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Ampacity Data

Low Voltage Cables XHHW/XHHW-2, RHH/RHW-2, USE-2, PV, SIS, RW90
Conductor Size AWG/kcmil	Ampacity*
Conductor Size AWG/kcmil	75 °C	90 °C
18	—	14
16	—	18
14	20	25
12	25	30
10	35	40
8	50	55
6	65	75
4	85	95
3	100	115
2	115	130
1	130	145
1/0	150	170
2/0	175	195
3/0	200	225
4/0	230	260
250	255	290
300	285	320
350	310	350
400	335	380
500	380	430
600	420	475
700	460	520
750	475	535
800	490	555
900	520	585
1000	545	615
1250	590	665
1500	625	705
1750	650	735
2000	665	750
NEC Table 310.15(B)(16) (formerly Table 310.16) Allowable Ampacities of Insulated Conductors Rated Up to and Including 2000 Volts, 60 °C Through 90 °C (140 °F Through 194 °F), Not More Than Three Current-Carrying Conductors in Raceway, Cable, or Earth (Directly Buried), Based on Ambient Temperature of 30 °C (86 °F).

Low Voltage Cables XHHW/XHHW-2, RHH/RHW-2, USE-2, PV, SIS, RW90 (cont.)
Conductor Size AWG/kcmil	Ampacity*
Conductor Size AWG/kcmil	75 °C	90 °C
18	—	18
16	—	24
14	30	35
12	35	40
10	50	55
8	70	80
6	95	105
4	125	140
3	145	165
2	170	190
1	195	220
1/0	230	260
2/0	265	300
3/0	310	350
4/0	360	405
250	405	455
300	445	500
350	505	570
400	545	615
500	620	700
600	690	780
700	755	850
750	785	885
800	815	920
900	870	980
1000	935	1055
1250	1065	1200
1500	1175	1325
1750	1280	1445
2000	1385	1560
NEC Table 310.15(B)(17) (formerly Table 310.17) Allowable Ampacities of SingleInsulated Conductors Rated Up to and Including 2000 Volts in Free Air, Based on Ambient Temperature of 30 °C (86 °F).

XHHW-2

XLPE Insulation, 600V & 1000V – Copper

Used for general purpose wiring in circuits not exceeding 600 volts. May be used in wet or dry locations, installed in conduit, duct, or open air.

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Physical Data

XHHW/XHHW-2 600/1000 V
Size AWG or kcmil	Number of Strands	Insulation Thickness	Approximate Outside Diameter	Approximate Net Weight
Size AWG or kcmil	Number of Strands	mil	in	lb/kft
14	7	30	0.13	19
12	7	30	0.15	27
10	7	30	0.18	41
8	7	45	0.24	68
6	7	45	0.27	98
4	7	45	0.32	150
2	7	45	0.38	231
1	19	55	0.44	293
1/0	19	55	0.48	365
2/0	19	55	0.52	455
3/0	19	55	0.57	567
4/0	19	55	0.63	709
250	37	65	0.69	838
300	37	65	0.75	998
350	37	65	0.8	1159
400	37	65	0.84	1319
500	37	65	0.93	1638
600	61	80	1.03	1972
750	61	80	1.14	2448
1000	61	80	1.29	3239
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Ampacity Data

Low Voltage Cables XHHW/XHHW-2, RHH/RHW-2, USE-2, PV, SIS, RW90
Conductor Size AWG/kcmil	Ampacity*
Conductor Size AWG/kcmil	75 °C	90 °C
18	—	14
16	—	18
14	20	25
12	25	30
10	35	40
8	50	55
6	65	75
4	85	95
3	100	115
2	115	130
1	130	145
1/0	150	170
2/0	175	195
3/0	200	225
4/0	230	260
250	255	290
300	285	320
350	310	350
400	335	380
500	380	430
600	420	475
700	460	520
750	475	535
800	490	555
900	520	585
1000	545	615
1250	590	665
1500	625	705
1750	650	735
2000	665	750
NEC Table 310.15(B)(16) (formerly Table 310.16) Allowable Ampacities of Insulated Conductors Rated Up to and Including 2000 Volts, 60 °C Through 90 °C (140 °F Through 194 °F), Not More Than Three Current-Carrying Conductors in Raceway, Cable, or Earth (Directly Buried), Based on Ambient Temperature of 30 °C (86 °F).

Low Voltage Cables XHHW/XHHW-2, RHH/RHW-2, USE-2, PV, SIS, RW90 (cont.)
Conductor Size AWG/kcmil	Ampacity*
Conductor Size AWG/kcmil	75 °C	90 °C
18	—	18
16	—	24
14	30	35
12	35	40
10	50	55
8	70	80
6	95	105
4	125	140
3	145	165
2	170	190
1	195	220
1/0	230	260
2/0	265	300
3/0	310	350
4/0	360	405
250	405	455
300	445	500
350	505	570
400	545	615
500	620	700
600	690	780
700	755	850
750	785	885
800	815	920
900	870	980
1000	935	1055
1250	1065	1200
1500	1175	1325
1750	1280	1445
2000	1385	1560
NEC Table 310.15(B)(17) (formerly Table 310.17) Allowable Ampacities of SingleInsulated Conductors Rated Up to and Including 2000 Volts in Free Air, Based on Ambient Temperature of 30 °C (86 °F).

XHHW-2 CT

XLPE Insulation, VW1, GRI & GRII, SR, 600V & 1000V – Copper

Used for general purpose wiring in circuits not exceeding 600 volts. May be used in wet or dry locations, installed in conduit, duct, or open air.

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Physical Data

XHHW/XHHW-2 600/1000 V
Size AWG or kcmil	Number of Strands	Insulation Thickness	Approximate Outside Diameter	Approximate Net Weight
Size AWG or kcmil	Number of Strands	mil	in	lb/kft
14	7	30	0.13	18
12	7	30	0.15	27
10	7	30	0.18	40
8	7	45	0.24	67
6	7	45	0.27	101
4	7	45	0.32	153
2	7	45	0.38	236
1	19	55	0.44	298
1/0	19	55	0.48	369
2/0	19	55	0.53	459
3/0	19	55	0.58	572
4/0	19	55	0.63	713
250	37	65	0.70	849
300	37	65	0.75	1010
350	37	65	0.80	1171
400	37	65	0.85	1331
500	37	65	0.93	1651
600	61	80	1.04	1997
750	61	80	1.14	2477
1000	61	80	1.29	3272
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Ampacity Data

Low Voltage Cables XHHW/XHHW-2, RHH/RHW-2, USE-2, PV, SIS, RW90
Conductor Size AWG/kcmil	Ampacity*
Conductor Size AWG/kcmil	75 °C	90 °C
18	—	14
16	—	18
14	20	25
12	25	30
10	35	40
8	50	55
6	65	75
4	85	95
3	100	115
2	115	130
1	130	145
1/0	150	170
2/0	175	195
3/0	200	225
4/0	230	260
250	255	290
300	285	320
350	310	350
400	335	380
500	380	430
600	420	475
700	460	520
750	475	535
800	490	555
900	520	585
1000	545	615
1250	590	665
1500	625	705
1750	650	735
2000	665	750
NEC Table 310.15(B)(16) (formerly Table 310.16) Allowable Ampacities of Insulated Conductors Rated Up to and Including 2000 Volts, 60 °C Through 90 °C (140 °F Through 194 °F), Not More Than Three Current-Carrying Conductors in Raceway, Cable, or Earth (Directly Buried), Based on Ambient Temperature of 30 °C (86 °F).

Low Voltage Cables XHHW/XHHW-2, RHH/RHW-2, USE-2, PV, SIS, RW90 (cont.)
Conductor Size AWG/kcmil	Ampacity*
Conductor Size AWG/kcmil	75 °C	90 °C
18	—	18
16	—	24
14	30	35
12	35	40
10	50	55
8	70	80
6	95	105
4	125	140
3	145	165
2	170	190
1	195	220
1/0	230	260
2/0	265	300
3/0	310	350
4/0	360	405
250	405	455
300	445	500
350	505	570
400	545	615
500	620	700
600	690	780
700	755	850
750	785	885
800	815	920
900	870	980
1000	935	1055
1250	1065	1200
1500	1175	1325
1750	1280	1445
2000	1385	1560
NEC Table 310.15(B)(17) (formerly Table 310.17) Allowable Ampacities of SingleInsulated Conductors Rated Up to and Including 2000 Volts in Free Air, Based on Ambient Temperature of 30 °C (86 °F).

Armored Cable

MC-THHN/THWN-2

PVC Insulation & Nylon Cover, PVC Jacket, 600V – Copper

Used for power, control, lighting and signal circuits, in manufacturing, industrial and commercial installations. May be used in wet or dry locations, where exposed or concealed, installed in cable trays, raceways, duct, and open air, aerially or directly buried.

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MC-XHHW-2

XLPE Insulation, PVC Jacket, 600V – Copper

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MC/MV-105 3C

TR-XLPE Insulated, PVC Jacket or Unjacketed, Shielded, 5kV-35kV – Copper

Used for primary power and distribution circuits in industrial and commercial installations. May be used in wet or dry locations, where exposed or concealed, installed in cable trays, raceways, duct, and open air, aerially or directly buried.

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MC/MV-105 3C

EPR Insulated, PVC Jacket or Unjacketed, Shielded, 5kV-35kV – Copper

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MC/MV-90 3C

XLPE Insulation, PVC Jacket or Unjacketed, Non-shielded, 2.4kV – Copper

Used for power and distribution circuits in industrial and commercial installations. May be used in wet or dry locations, where exposed or concealed, installed in cable trays, raceways, duct, as specified by NEC®.

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MC/MV-90 3C

EPR Insulation, PVC Jacket or Unjacketed, Non-shielded, 2.4kV – Copper

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MC/MV-90 3C

XLPE Insulation, PVC Jacket or Unjacketed, Shielded, 5kV-35kV – Copper

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Type LS Drilling Rig & Marine Cable

Power/Distribution Cable, Single Conductor, HF XLPE Insulation, SHF1 Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

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Type LS Drilling Rig & Marine Cable

Power/Distribution Cable, Multiconductor, HF XLPE Insulation, SHF1 Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

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Type LS Drilling Rig & Marine Cable

Control Cable, Multiconductor, HF XLPE Insulation, SHF1 Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

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Type LS Pairs, Individual & Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, HF XLPE Insulation, SHF1 Jacket, Armored or Unarmored, or Armored & Sheathed, 150/250V – Tinned Coated Copper

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Type LS Pairs, Individual Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, HF XLPE Insulation, SHF1 Jacket, Armored or Unarmored, or Armored & Sheathed, 150/250V – Tinned Coated Copper

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Type LS Pairs, Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, HF XLPE Insulation, SHF1 Jacket, Armored or Unarmored, or Armored & Sheathed, 150/250V – Tinned Coated Copper

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Type LS Triads, Individual & Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, HF XLPE Insulation, SHF1 Jacket, Armored or Unarmored, or Armored & Sheathed, 150/250V – Tinned Coated Copper

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Type LS Triads, Individual Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, HF XLPE Insulation, SHF1 Jacket, Armored or Unarmored, or Armored & Sheathed, 150/250V – Tinned Coated Copper

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Type LS Triads, Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, HF XLPE Insulation, SHF1 Jacket, Armored or Unarmored, or Armored & Sheathed, 150/250V – Tinned Coated Copper

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Type MC

THHN/THWN-2, Singles, PVC Insulation & Nylon Cover, Green Insulated Ground, 600V – Copper

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Type MC

THHN/THWN-2, Singles, PVC Insulation & Nylon Cover, Green Insulated Ground & Additional Isolated Ground, 600V – Copper

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Type MC-HCF-AIA, Aluminum Bonding Wire in Contact with Armor

PVC Insulation & Nylon Cover, Green Armor, 600V – Copper

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Type MC-PCS-AIA, Jacketed Pair Signal Cable under AIA Armor

PVC Insulation & Nylon Cover, 600V – Copper

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Type P Drilling Rig & Marine Cable

Power/Distribution Cable, Single Conductor, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or, Armored & Sheathed, 2000V – Tinned Coated Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities where harsh marine environments exist. Used for the distribution of power in circuits rated for 2000 volts. Typical applications include DC motor cables, generators, transformers, top drives, and other applications that may require a highly flexible rugged power cable.

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Type P Drilling Rig & Marine Cable

Power/Distribution Cable, Single Conductor, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

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Type P Drilling Rig & Marine Cable

Power/Distribution Cable, Multiconductor, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities where harsh marine environments exist. Used for the distribution of power in circuits rated for 600 and 1000 volts or may be used in lighting, communication, and control. Typical applications include AC motor power, distribution panel feeders, transformer feeders, lighting panels, light fixtures, plugs/receptacles, and remote motor controls.

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Type P Drilling Rig & Marine Cable

Control Cable, Multiconductor, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities where harsh marine environments exist. Used in control, indicating, communication, electronic, and similar circuits where multiple conductor cables are required. Typical applications include driller’s console, fire and gas detection systems, bilge and ballast controls, and general alarm systems.

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Type P Pairs, Individual & Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconducter, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities where harsh marine environments exist. Used in control, indicating, communication, electronic, and similar circuits where multiple conductor cables are required. Typical applications include tank level indicators, fire and gas protection systems, communication systems, CO₂ systems, and smoke detector systems.

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Type P Pairs, Individual Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities where harsh marine environments exist. Used in control, indicating, communication, electronic, and similar circuits where multiple conductor cables are required. Typical applications include tank level indicators, fire and gas protection systems, communication systems, CO₂ systems, and smoke detector systems.

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Type P Pairs, Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities where harsh marine environments exist. Used in control, indicating, communication, electronic, and similar circuits where multiple conductor cables are required. Typical applications include tank level indicators, fire and gas protection systems, communication systems, CO₂ systems, and smoke detector systems.

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Type P Triads, Individual & Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities where harsh marine environments exist. Used in control, indicating, communication, electronic, and similar circuits where multiple conductor cables are required. Typical applications include tank level indicators, fire and gas protection systems, communication systems, CO₂ systems, and smoke detector systems.

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Type P Triads, Individual Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities where harsh marine environments exist. Used in control, indicating, communication, electronic, and similar circuits where multiple conductor cables are required. Typical applications include tank level indicators, fire and gas protection systems, communication systems, CO₂ systems, and smoke detector systems.

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Type P Triads, Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities where harsh marine environments exist. Used in control, indicating, communication, electronic, and similar circuits where multiple conductor cables are required. Typical applications include tank level indicators, fire and gas protection systems, communication systems, CO₂ systems, and smoke detector systems.

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Type P VFD Power Cable, Drilling Rig & Marine Cable

Three (3) Conductors, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 2000V – Tinned Coated Copper

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Type T/N Drilling Rig & Marine Cable

Power/Distribution Cable, Single Conductor, PVC Insulation & Nylon Cover, PVC Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Copper

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Type T/N Drilling Rig & Marine Cable

Power/Distribution Cable, Multiconductor, PVC Insulation & Nylon Cover, PVC Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Copper

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Type T/N Drilling Rig & Marine Cable

Control Cable, Multiconductor, PVC Insulation & Nylon Cover, PVC Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Copper

Designed for the installation and us ein marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities. Used in control, indicating, communication, electronic, and similar circuits where multiple conducter cables are required.

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Type T/N Pairs, Individual & Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, PVC Insulation & Nylon Cover, PVC Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Copper

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Type T/N Pairs, Individual Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, PVC Insulation & Nylon Cover, PVC Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Copper

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Type T/N Pairs, Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, PVC Insulation & Nylon Cover, PVC Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Copper

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Tray & Control Cable

TC-Control Cable

20/10 PE Insulation & PVC Cover, PVC Jacket, 600V – Copper

Control cable circuits for utilities systems, industrial plants and for general purpose or applications. Suitable for the operation and interconnection of protective devices. May be used in open air, in ducts and conduit, wet and dry locations.

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TC-RHH/RHW-2/USE-2

XLPE Insulation, PVC Jacket, ER, 600V – Copper

Used for power, control, lighting and signal circuits, in manufacturing, industrial and commercial installations.

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TC-TFN/TFFN

PVC Insulation & Nylon Cover, PVC Jacket, 600V – Copper

Used for power, control, lighting and signal circuits, in manufacturing, industrial and commercial installations.

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TC-THHN/THWN-2

PVC Insulation & Nylon Cover, PVC Jacket, SR, GR, 600V – Copper

Used for power, control, lighting and signal circuits, in manufacturing, industrial and commercial installations.

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TC-THHN/THWN-2

PVC Insulation & Nylon Cover, PVC Jacket, ER, FT4, RoH, 600V – Copper

Used for power, control, lighting and signal circuits, in manufacturing, industrial and commercial installations.

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TC-XHHW-2

XLPE Insulation, PVC Jacket, ER, SR, PR, Direct Burial, 600V – Copper

Used for power, control, lighting and signal circuits, in manufacturing, industrial and commercial installations.

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TC-XHHW-2

XLPE Insulation, PVC Jacket, ER, FT4, RoHS, Direct Burial, Singles, VW-1, GR I & II, SR, RW90, RoHS, 600V – Copper

Used for power, control, lighting and signal circuits, in manufacturing, industrial and commercial installations.

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Type LS Drilling Rig & Marine Cable

Power/Distribution Cable, Multiconductor, HF XLPE Insulation, SHF1 Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

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Type LS Drilling Rig & Marine Cable

Control Cable, Multiconductor, HF XLPE Insulation, SHF1 Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

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Type LS Pairs, Individual & Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, HF XLPE Insulation, SHF1 Jacket, Armored or Unarmored, or Armored & Sheathed, 150/250V – Tinned Coated Copper

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Type LS Pairs, Individual Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, HF XLPE Insulation, SHF1 Jacket, Armored or Unarmored, or Armored & Sheathed, 150/250V – Tinned Coated Copper

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Type LS Pairs, Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, HF XLPE Insulation, SHF1 Jacket, Armored or Unarmored, or Armored & Sheathed, 150/250V – Tinned Coated Copper

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Type LS Triads, Individual & Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, HF XLPE Insulation, SHF1 Jacket, Armored or Unarmored, or Armored & Sheathed, 150/250V – Tinned Coated Copper

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Type LS Triads, Individual Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, HF XLPE Insulation, SHF1 Jacket, Armored or Unarmored, or Armored & Sheathed, 150/250V – Tinned Coated Copper

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Type LS Triads, Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, HF XLPE Insulation, SHF1 Jacket, Armored or Unarmored, or Armored & Sheathed, 150/250V – Tinned Coated Copper

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Type MC

THHN/THWN-2, Singles, PVC Insulation & Nylon Cover, Green Insulated Ground, 600V – Copper

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Type MC

THHN/THWN-2, Singles, PVC Insulation & Nylon Cover, Green Insulated Ground & Additional Isolated Ground, 600V – Copper

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Type MC-HCF-AIA, Aluminum Bonding Wire in Contact with Armor

PVC Insulation & Nylon Cover, Green Armor, 600V – Copper

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Type MC-PCS-AIA, Jacketed Pair Signal Cable under AIA Armor

PVC Insulation & Nylon Cover, 600V – Copper

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Type P Drilling Rig & Marine Cable

Control Cable, Multiconductor, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 600V & 1kV – Tinned Coated Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities where harsh marine environments exist. Used in control, indicating, communication, electronic, and similar circuits where multiple conductor cables are required. Typical applications include driller’s console, fire and gas detection systems, bilge and ballast controls, and general alarm systems.

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Type P Pairs, Individual & Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconducter, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities where harsh marine environments exist. Used in control, indicating, communication, electronic, and similar circuits where multiple conductor cables are required. Typical applications include tank level indicators, fire and gas protection systems, communication systems, CO₂ systems, and smoke detector systems.

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Type P Pairs, Individual Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities where harsh marine environments exist. Used in control, indicating, communication, electronic, and similar circuits where multiple conductor cables are required. Typical applications include tank level indicators, fire and gas protection systems, communication systems, CO₂ systems, and smoke detector systems.

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Type P Pairs, Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities where harsh marine environments exist. Used in control, indicating, communication, electronic, and similar circuits where multiple conductor cables are required. Typical applications include tank level indicators, fire and gas protection systems, communication systems, CO₂ systems, and smoke detector systems.

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Type P Triads, Individual & Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities where harsh marine environments exist. Used in control, indicating, communication, electronic, and similar circuits where multiple conductor cables are required. Typical applications include tank level indicators, fire and gas protection systems, communication systems, CO₂ systems, and smoke detector systems.

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Type P Triads, Individual Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities where harsh marine environments exist. Used in control, indicating, communication, electronic, and similar circuits where multiple conductor cables are required. Typical applications include tank level indicators, fire and gas protection systems, communication systems, CO₂ systems, and smoke detector systems.

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Type P Triads, Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities where harsh marine environments exist. Used in control, indicating, communication, electronic, and similar circuits where multiple conductor cables are required. Typical applications include tank level indicators, fire and gas protection systems, communication systems, CO₂ systems, and smoke detector systems.

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Type T/N Drilling Rig & Marine Cable

Power/Distribution Cable, Single Conductor, PVC Insulation & Nylon Cover, PVC Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Copper

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Type T/N Drilling Rig & Marine Cable

Power/Distribution Cable, Multiconductor, PVC Insulation & Nylon Cover, PVC Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Copper

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Type T/N Drilling Rig & Marine Cable

Control Cable, Multiconductor, PVC Insulation & Nylon Cover, PVC Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Copper

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Type T/N Pairs, Individual & Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, PVC Insulation & Nylon Cover, PVC Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Copper

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Type T/N Pairs, Individual Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, PVC Insulation & Nylon Cover, PVC Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Copper

Specifically designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities. Used for signal transmission where twisted groups of conductors are desired. Individual or overall group shielding is provided to prevent electrostatic and/or electromagnetic in reference in circuits rated for 300 volts.

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Type T/N Pairs, Overall Shield, Drilling Rig & Marine Cable

Signal & Instrumentation Cable, Multiconductor, PVC Insulation & Nylon Cover, PVC Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Copper

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Portable Cord & Power Cable

Diesel Locomotive Cable (DLO)

EPR Insulation, CPE Jacket, 2kV – Tinned Coated Copper

As power cable used in DLO locomotive cabel in diesel locomotive cable, railroad and transit car wiring where high reliability is required. Also suitable for use in static and dynamic wind power applications. For portable and fixed installations leads for motors, generators, and batteries.

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Diesel Locomotive Cable (DLO)

EPR Insulation, CPE Jacket, 600V, 1kV & 2kV – Copper

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Internal Wiring, Power Cable

EPR Insulation, PVC Jacket, Non-shielded, 5kV – Copper

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Internal Wiring, Power Cable

XLPE Insulation, Non-shielded, 5kV – Copper

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TC-THHN/THWN-2

PVC Insulation & Nylon Cover, PVC Jacket, VW-1, SR, ER, FT4, Dir. Bur., 600V – Copper

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Traction Cable

EPR Insulation, XLPO Jacket, LSOH Jacket, 2kV – Copper

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Type G-GC 3C

EPR Insulation, CPE Jacket, 2kV – Tinned Coated Copper

Trailing cable on ac mining equipment where a ground conductor is required. For use where induced voltages in grounding system will not produce a hazard.

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Type LS Drilling Rig & Marine Cable

Power/Distribution Cable, Single Conductor, HF XLPE Insulation, SHF1 Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

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Type LS Drilling Rig & Marine Cable

Power/Distribution Cable, Multiconductor, HF XLPE Insulation, SHF1 Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

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Type MC

THHN/THWN-2, Singles, PVC Insulation & Nylon Cover, Green Insulated Ground, 600V – Copper

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Type MC

THHN/THWN-2, Singles, PVC Insulation & Nylon Cover, Green Insulated Ground & Additional Isolated Ground, 600V – Copper

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Type MC-HCF-AIA, Aluminum Bonding Wire in Contact with Armor

PVC Insulation & Nylon Cover, Green Armor, 600V – Copper

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Type MC-PCS-AIA, Jacketed Pair Signal Cable under AIA Armor

PVC Insulation & Nylon Cover, 600V – Copper

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Type MP-GC Mining Cable

XLPE Insulation, PVC Jacket, Copper Tape Shielded, 100% & 133% I.L., 5kV-25kV – Copper

High voltage distribution intended for permanent installations. Suitable for underground mining and boreholes. Can be used in aerial installations, ducts or direct burial.

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Type MP-GC Mining Cable

EPR Insulation, CPE Jacket, Copper Tape Shielded, 100% & 133% I.L., 5kV-25kV – Copper

High voltage distribution intended for permanent installations. Suitable for underground mining and boreholes. Can be used in aerial installations, ducts or direct burial.

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Type P Drilling Rig & Marine Cable

Power/Distribution Cable, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 2000V – Tinned Coated Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities where harsh marine environments exist. Used for the distribution of power in circuits rated for 2000 volts. Typical applications include DC motor cables, generators, transformers, top drives, and other applications that may require a highly flexible rugged power cable.

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Type P Drilling Rig & Marine Cable

Power/Distribution Cable, Single Conductor, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

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Type P Drilling Rig & Marine Cable

Power/Distribution Cable, Multiconductor, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Tinned Coated Copper

Designed for the installation and use in marine environments on offshore drilling rigs, aboard marine vessels, and on fixed and floating offshore facilities where harsh marine environments exist. Used for the distribution of power in circuits rated for 600 and 1000 volts or may be used in lighting, communication, and control. Typical applications include AC motor power, distribution panel feeders, transformer feeders, lighting panels, light fixtures, plugs/receptacles, and remote motor controls.

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Type P VFD Power Cable, Drilling Rig & Marine Cable

Three (3) Conductors, XLPO Insulation, Heavy Duty Arctic Type CPE Jacket, Armored or Unarmored, or Armored & Sheathed, 2000V – Tinned Coated Copper

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Type SHD-GC 3C

EPR Insulation, CPE Jacket, Composite Fiber Copper Braid Shielded, 2kV – Tinned Coated Copper

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Type SHD-GC 3C

EPR Insulation, CPE Jacket, Composite Fiber Copper Braid Shielded, 100% I.L., 5kV-25kV – Tinned Coated Copper

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Type SOOW Flexible Cord

EPR Insulation, CPE Jacket, 600V – Copper

Portable cord for electrical power supply and general use in equipment exposed to severe environments. For use outdoors in wet or dry locations.

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Type SOW Flexible Cord

EPR Insulation, CPE Jacket, 600V – Copper

Portable cord for electrical power supply and general use in equipment exposed to severe environments. For use outdoors in wet or dry locations.

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Type STOW Flexible Cord

PVC Insulation, PVC Jacket, 600V – Copper

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Type T/N Drilling Rig & Marine Cable

Power/Distribution Cable, Single Conductor, PVC Insulation & Nylon Cover, PVC Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Copper

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Type T/N Drilling Rig & Marine Cable

Power/Distribution Cable, Multiconductor, PVC Insulation & Nylon Cover, PVC Jacket, Armored or Unarmored, or Armored & Sheathed, 600/1000V – Copper

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Type W

EPR Insulation, CPE Jacket, 2kV – Tinned Coated Copper

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Type W 2C-4C

EPR Insulation, CPE Jacket, 2kV – Tinned Coated Copper

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Electronic Wire & Fiber Optics

Cat 5E Direct Burial Ethernet Cable

24 AWG 4 Twisted Pairs Solid Conductors, 350MHz, Unshielded, Outside Plant Rated, Sunlight Resistant, RoHS Compliant, HDPE Insulation, WaterBlock Filled, Rip Cord, LLDPE Jacket, 300V – Copper

Used for super high-speed data transmission and networking applications including data centers, server rooms, security systems, home networks, routers, enterprise networks, office networks, gaming, IP cameras, phone line, CCTV cameras, and Voice over IP Systems.Transmits analog signals and high definition video signals. Also available shielded.

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Physical Data

Physical Characteristics
Insulation Overall Diameter	0.0341 in. ± 0.0002 in
Insulation Average Thickness	0.0078 in
Average Wall Thickness	0.020 in.
Nominal Outer Diameter	0.205 in. ± 0.008 in
Nominal Weight	22 lbs.
The above data are approximate and subject to normal manufacturing tolerances.

Performance Data

Frequency (MHz)	Attenuation (dB/100m) Max	Return loss (dB) Min.	NEXT (dB) Min.	PS-NEXT (dB) Min.
1	2.04	20	65.3	61
4	4.05	23.01	56.27	48.96
10	6.47	25	50.3	41
16	8.25	25	47.24	36.92
20	9.27	25	45.78	34.98
25	10.42	24.32	44.33	33.04
31.25	11.72	23.64	42.88	31.1
62.5	16.99	21.54	38.36	25.08
100	21.98	20.11	35.3	21
350	44.85	16.3	27.14	10.12
Frequency (MHz)	ELFEXT (dB/100m) Min.	PS-ELFEXT (dB) Min.	Delay (ns/100m) Max.	ACR (dB)
1	64	61	570	63.26
4	51.96	48.96	552	52.22
10	44	41	545.38	43.83
16	39.92	36.92	543	38.99
20	37.98	34.98	542.05	36.52
25	36.04	33.04	541.2	33.91
31.25	34.1	31.1	540.44	31.16
62.5	28.08	25.08	538.55	21.47
100	24	21	537.6	13.33
350	13.12	10.12	535.92	–
All values provided are nominal and for general informational purposes only. They do not constitute a warranty or representation of performance. Users are responsible for verifying suitability for their specific application and should consult applicable standards and regulations.

Cat 5E Ethernet Cable

24 AWG 4 Twisted Pairs Solid Conductors, 350 MHz, Unshielded, Plenum Rated, FEP Insulation, CMP, Rip Cord, Flame Retardant PVC Jacket, 300V – Copper

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Physical Data

Physical Characteristics
Overall Diameter	0.035 in. ± 0.0002 in
Average Thickness	0.0078 in
Average Wall Thickness	0.019 in.
Nominal Outer Diameter	0.200 in. ± 0.008 in.
Nominal Weight	21 lbs.
The above data are approximate and subject to normal manufacturing tolerances.

Performance Data

Frequency	Attenuation		Return loss		NEXT		PS-NEXT
(MHz)	(dB/100m)		(dB)		(dB)		(dB)
(MHz)	Max.	Typ.	Min.	Typ.	Min.	Typ.	Min.	Typ.
0.772	1.8	1.5	23	33	72	81.1	70	78.7
1	2	1.8	23	38.6	70.3	79.4	68.3	76.9
4	4.1	3.6	23	39.8	61.2	69.9	59.3	67.4
8	5.8	5.1	24.5	38.2	56.8	61.9	54.8	59.4
10	6.5	5.8	25	38	55.3	62.4	53.5	59.9
16	8.2	7.4	25	37.4	52.3	57.8	50.3	55.2
20	9.3	8.2	25	36.8	50.8	56.4	48.8	53.8
25	10.4	9.3	24.3	35.2	49.3	56.3	47.3	53.6
31.25	11.7	10.5	23.6	33.3	47.9	53.8	45.9	51.1
62.5	17	14.9	21.5	32.2	43.4	49.8	41.4	47.4
100	22	19.2	20.1	31.3	40.3	47.5	38.3	45
155	28.1	24.2	18.8	29.8	37.4	45.1	35.4	42.6
200	32.4	27.3	18	28.5	35.7	43.3	33.7	40.2
250	38.9	30.9	17.5	27.3	34.8	41.4	32.5	39
300	41	34.1	16.8	25.6	33.1	40.2	31.1	37.7
350	44.9	37.8	16.3	23.2	32.1	39	30.1	36.5
Frequency (MHz)	ELFEXT (dB/100m)		PS-ELFEXT (dB)		ACR Typ (dB).		PS-ACR Typ (dB)
	Min.	Typ.	Min.	Typ.	Min.	Typ.	Min.	Typ.
0.772	66	73.3	63	72.7	70.2	79.2	68.2	77
1	63.8	71.3	60.8	70.6	68.2	77.6	66.3	75
4	51.7	59.4	48.7	58.7	57.2	66.3	55.2	63.5
8	45.7	53.2	42.7	51.1	51	59.8	49	56.9
10	43.8	50.5	40.8	49.7	48.8	56.6	47	53.7
16	39.7	47	36.7	45.1	43	53	42.1	47.4
20	37.7	45	34.7	43.6	41.5	50.5	39.5	45
25	35.8	43.3	32.8	42	38.9	47	36.9	43.7
31.25	33.9	41.3	30.9	40.5	36.5	43.3	34.2	40
62.5	27.8	35.8	24.8	34.5	26.4	35	24.4	31.2
100	23.8	31.3	20.8	30.3	18.3	26.2	16.3	24.2
155	19.9	27.5	16.9	26.9	10	20.9	7.3	15.9
200	17.7	24.7	14.7	24.5	5	16	2	10
250	17.1	22.2	14	22.5	0	10.6	–	4
300	16.7	20.5	13.5	20.7	–	6.1	–	-1.3
350	16	19.4	12.8	19.6	–	1.2	–	-6.4
All values provided are nominal and for general informational purposes only. They do not constitute a warranty or representation of performance. Users are responsible for verifying suitability for their specific application and should consult applicable standards and regulations.

Cat 5E Ethernet Cable

24 AWG 4 Twisted Pairs Solid Conductors, 350 MHz, Shielded, Plenum Rated, FEP Insulation, Polyester Tape, Aluminum Foil Shield, Tinned Copper Drain Wire, CMP, Rip Cord, Flame Retardant PVC Jacket, 300V – Copper

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Physical Data

Physical Characteristics
Overall Diameter	0.0374 in. ± 0.0001 in
Average Thickness	0.0086 in
Average Wall Thickness	0.020 in.
Nominal Outer Diameter	0.233 in.
Nominal Weight	31 lbs.
The above data are approximate and subject to normal manufacturing tolerances.

Performance Data

Electrical Performance
Frequency (MHz)	Attenuation (dB/100m)	Return loss (dB) Min.	NEXT (dB) Min.	PS-NEXT (dB) Min.
1	2	20	68.3	66.3
4	4.1	23	59.3	57.3
8	5.8	24.5	54.8	52.8
10	6.5	25	53.3	51.3
16	8.2	25	50.3	48.3
20	9.3	25	48.8	46.8
25	10.4	24.3	47.3	45.3
31.25	11.7	23.6	45.9	43.6
62.5	17	21.5	41.4	39.4
100	22	20.1	38.3	36.3
155	28.1	18.8	35.5	33.5
200	32.4	18	33.8	31.8
250	36	17.4	32.6	30.6
300	41	16.8	31.2	29.2
350	44.9	16.3	30.1	28.1
Frequency (MHz)	ELFEXT (dB/100m) Min.	PS-ELFEXT (dB) Min.	Delay (ns/100m) Max.
1	63.8	60.8	570
4	51.7	48.7	552
8	45.7	42.7	546.7
10	43.8	40.8	545.4
16	39.7	36.7	543
20	37.8	34.8	542
25	35.8	32.8	541.2
31.25	33.9	30.9	540.4
62.5	27.8	24.8	538.6
100	24	21	537.6
155	20	17
200	17.7	14.7
250	16.2	13.2
300	14.2	11.2
350	12.9	9.9
All values provided are nominal and for general informational purposes only. They do not constitute a warranty or representation of performance. Users are responsible for verifying suitability for their specific application and should consult applicable standards and regulations.

Cat 5E Ethernet Cable

24 AWG 4 Twisted Pairs Solid Conductors, 350 MHz, Unshielded, Riser Rated, HDPE Insulation, CMR, Rip Cord, Flame Retardant PVC Jacket, 300V – Copper

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Physical Data

Physical Characteristics
Overall Diameter	0.035 in. ± 0.0002 in
Average Thickness	0.0078 in
Average Wall Thickness	0.019 in.
Nominal Outer Diameter	0.200 in. ± 0.008 in.
Nominal Weight	20 lbs.
The above data are approximate and subject to normal manufacturing tolerances.

Performance Data

Electrical Performance
Frequency (MHz)	Attenuation		Return loss		NEXT		PS-NEXT
	(dB/100m)		(dB)		(dB)		(dB)
	Max.	Typ.	Min.	Typ.	Min.	Typ.	Min.	Typ.
0.772	1.8	1.5	23	33	72	81.1	70	78.7
1	2	1.8	23	38.6	70.3	79.4	68.3	76.9
4	4.1	3.6	23	39.8	61.2	69.9	59.3	67.4
8	5.8	5.1	24.5	38.2	56.8	61.9	54.8	59.4
10	6.5	5.8	25	38	55.3	62.4	53.5	59.9
16	8.2	7.4	25	37.4	52.3	57.8	50.3	55.2
20	9.3	8.2	25	36.8	50.8	56.4	48.8	53.8
25	10.4	9.3	24.3	35.2	49.3	56.3	47.3	53.6
31.25	11.7	10.5	23.6	33.3	47.9	53.8	45.9	51.1
62.5	17	14.9	21.5	32.2	43.4	49.8	41.4	47.4
100	22	19.2	20.1	31.3	40.3	47.5	38.3	45
155	28.1	24.2	18.8	29.8	37.4	45.1	35.4	42.6
200	32.4	27.3	18	28.5	35.7	43.3	33.7	40.2
250	38.9	30.9	17.5	27.3	34.8	41.4	32.5	39
300	41	34.1	16.8	25.6	33.1	40.2	31.1	37.7
350	44.9	37.8	16.3	23.2	32.1	39	30.1	36.5
Frequency (MHz)	ELFEXT		PS-ELFEXT		ACR		PS-ACR
	(dB/100m)		(dB)		(dB)		(dB)
	Min.	Typ.	Min.	Typ	Min.	Typ	Min.	Typ
0.772	66	73.3	63	72.7	70.2	79.2	68.2	77
1	63.8	71.3	60.8	70.6	68.2	77.6	66.3	75
4	51.7	59.4	48.7	58.7	57.2	66.3	55.2	63.5
8	45.7	53.2	42.7	51.1	51	59.8	49	56.9
10	43.8	50.5	40.8	49.7	48.8	56.6	47	53.7
16	39.7	47	36.7	45.1	43	53	42.1	47.4
20	37.7	45	34.7	43.6	41.5	50.5	39.5	45
25	35.8	43.3	32.8	42	38.9	47	36.9	43.7
31.25	33.9	41.3	30.9	40.5	36.5	43.3	34.2	40
62.5	27.8	35.8	24.8	34.5	26.4	35	24.4	31.2
100	23.8	31.3	20.8	30.3	18.3	26.2	16.3	24.2
155	19.9	27.5	16.9	26.9	10	20.9	7.3	15.9
200	17.7	24.7	14.7	24.5	5	16	2	10
250	17.1	22.2	14	22.5	0	10.6	–	4
300	16.7	20.5	13.5	20.7	–	6.1	–	-1.3
350	16	19.4	12.8	19.6	–	1.2	–	-6.4
All values provided are nominal and for general informational purposes only. They do not constitute a warranty or representation of performance. Users are responsible for verifying suitability for their specific application and should consult applicable standards and regulations.

Cat 5E Ethernet Cable

24 AWG 4 Twisted Pairs Solid Conductors, 350 MHz, Shielded, Riser Rated, FEP Insulation, Polyester Tape, Aluminum Foil Shield, Tinned Copper Drain Wire, CMR, Rip Cord, Flame Retardant PVC Jacket, 300V – Copper

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Physical Data

Physical Characteristics
Overall Diameter	0.0381 in. ± 0.0001 in
Average Thickness	0.009 in
Average Wall Thickness	0.0236 in.
Nominal Outer Diameter	0.242 in.
Nominal Weight	30 lbs.
The above data are approximate and subject to normal manufacturing tolerances.

Performance Data

All values provided are nominal and for general informational purposes only. They do not constitute a warranty or representation of performance. Users are responsible for verifying suitability for their specific application and should consult applicable standards and regulations.
Frequency (MHz)	Attenuation (dB/100m) Max	Return loss (dB) Min.	NEXT (dB) Min.	PS-NEXT (dB) Min.
1	2.0	20.0	68.3	66.3
4	4.1	23.0	59.3	57.3
8	5.8	24.5	54.8	52.8
10	6.5	25.0	53.3	51.3
16	8.2	25.0	50.3	48.3
20	9.3	25.0	48.8	46.8
25	10.4	24.3	47.3	45.3
31.25	11.7	23.6	45.9	43.6
62.5	17.0	21.5	41.4	39.4
100	22.0	20.1	38.3	36.3
155	28.1	18.8	35.5	33.5
200	32.4	18.0	33.8	31.8
250	36.0	17.4	32.6	30.6
300	41.0	16.8	31.2	29.2
350	44.9	16.3	30.1	28.1
Frequency (MHz)	ELFEXT (dB/100m) Min.	PS-ELFEXT (dB) Min.	Delay (ns/100m) Max.

1	63.8	60.8	570.0
4	51.7	48.7	552.0
8	45.7	42.7	546.7
10	43.8	40.8	545.4
16	39.7	36.7	543.0
20	37.8	34.8	542.0
25	35.8	32.8	541.2
31.25	33.9	30.9	540.4
62.5	27.8	24.8	538.6
100	24.0	21.0	537.6
155	20.0	17.0
200	17.7	14.7
250	16.2	13.2
300	14.2	11.2
350	12.9	9.9

Cat 6 Ethernet Cable

23 AWG 4 Twisted Pairs Solid Conductors, 550 MHz, Unshielded, Plenum Rated, FEP Insulation, No Spline, CMP, Rip Cord, Flame Retardant PVC Jacket, 300V – Copper

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Physical Data

Physical Characteristics
Overall Diameter	0.037 in
Average Thickness	0.0088 in
Average Wall Thickness	0.023 in.
Nominal Outer Diameter	0.205 in.
Nominal Weight	26 lbs.
The above data are approximate and subject to normal manufacturing tolerances.

Performance Data

All values provided are nominal and for general informational purposes only. They do not constitute a warranty or representation of performance. Users are responsible for verifying suitability for their specific application and should consult applicable standards and regulations.
Frequency (MHz)	Attenuation (dB/100m) Max.	Return loss (dB) Min.	NEXT (dB) Min.	PS-NEXT (dB) Min.
1	2.0	20.0	77.3	75.3
4	3.8	23.6	68.3	66.3
8	5.3	25.4	63.8	61.8
10	5.9	26.0	62.3	30.3
16	7.4	26.0	59.3	57.3
20	8.3	26.0	57.8	55.8
25	9.3	25.5	56.3	54.3
31.25	10.4	25.0	54.9	52.9
62.5	14.9	23.5	50.4	48.4
100	19.0	22.5	47.3	45.3
155	23.9	21.6	45.8	43.5
200	27.4	21.0	42.8	40.8
250	30.8	20.5	41.3	39.3
300	34.0	20.1	40.2	38.2
350	37.0	19.8	39.2	37.2
400	39.7	19.5	38.3	36.3
450	42.1	19.2	37.5	35.5
500	44.9	19.0	36.8	34.8
550	47.3	18.8	36.2	34.2
Frequency (MHz)	ELFEXT (dB/100m) Min.	PS-ELFEXT (dB) Min.	ACR (dB) Min.	PS-ACR (dB) Min.
1	70.8	67.8	75.0	73.0
4	58.7	55.7	64.0	62.0
8	52.7	49.7	57.7	55.7
10	50.8	47.8	55.6	53.6
16	46.7	43.7	50.7	48.7
20	44.7	41.7	48.2	16.2
25	42.8	39.8	45.6	13.6
31.25	40.9	37.9	42.8	40.8
62.5	34.8	31.8	32.9	30.9
100	30.8	27.8	24.9	22.9
155	27.0	23.6	21.0	21.5
200	24.7	21.7	18.4	16.4
250	22.8	19.8	13.5	11.5
300	21.2	18.2	9.6	5.0
350	19.9	16.9	5.2	3.2
400	18.7	15.7	1.5	–
450	42.1	19.2	37.5	35.5
500	44.9	19.0	36.8	34.8
550	47.3	18.8	36.2	34.2

Cat 6 Ethernet Cable

23 AWG 4 Twisted Pairs Solid Conductors, 550 MHz, Unshielded, Riser Rated, HDPE Insulation, No Spline, CMR, Rip Cord, Flame Retardant PVC Jacket, 300V – Copper

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Physical Data

Physical Characteristics
Overall Diameter	0.037 in
Average Thickness	0.0088 in
Average Wall Thickness	0.023 in.
Nominal Outer Diameter	0.205 in.
Nominal Weight	26 lbs.
The above data are approximate and subject to normal manufacturing tolerances.

Performance Data

Cat 6A Ethernet Cable

23 AWG 4 Twisted Pairs Solid Conductors, 10G, Unshielded, Plenum Rated, FEP Insulation, CMP, Spline, Rip Cord, Flame Retardant PVC Jacket, 300V – Copper

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Physical Data

Physical Characteristics
Overall Diameter	0.041 in.
Jacket Diameter	0.3543 in.
Jacket Spacer Thickness	0.0393 in.
Outer Sheath Thickness	0.0177 in.
Nominal Weight	41 lbs.
The above data are approximate and subject to normal manufacturing tolerances.

Performance Data

Frequency (MHz)	Attenuation (dB/100m) Max.	Return loss (dB) Min.	NEXT (dB) Min.	PS-NEXT (dB) Min.
1	2.1	20	74.3	72.3
4	3.8	23	65.3	63.3
8	5.3	24.5	60.8	58.8
10	5.9	25	59.3	57.3
16	7.5	25	56.2	54.2
20	8.4	25	54.8	52.8
25	9.4	24.3	53.3	51.3
31.25	10.5	23.6	51.9	49.9
62.5	15	21.5	47.4	45.4
100	19.1	20.1	44.3	42.3
200	27.6	18	39.8	37.8
250	31.1	17.3	38.3	36.3
300	34.3	16.8	37.1	35.1
400	40.1	15.9	35.3	33.3
500	45.3	15.2	33.8	31.8
600	50.1	14.7	32.6	30.6
625	51.2	14.5	32.4	30.4
650	52.3	14.4	32.1	30.1
700	54.5	14.2	31.7	29.6
750	56.7	14	31.2	29.2
Frequency (MHz)	ELFEXT (dB/100m) Min.	PS-ELFEXT (dB) Min.	PS-ANEXT (dB/100m)	PS-AELFEXT (dB/100m)
1	67.8	64.8	67	67
4	55.8	52.8	67	66.2
8	49.7	46.7	67	60.1
10	47.8	44.8	67	58.2
16	43.7	40.7	67	54.1
20	41.8	38.8	67	52.2
25	39.8	36.8	67	50.2
31.25	37.9	34.9	67	48.3
62.5	31.9	28.9	65.6	42.3
100	27.8	24.8	62.5	38.2
200	21.8	18.8	58	32.2
250	19.8	16.8	56.5	30.2
300	18.3	15.3	55.3	28.7
400	15.8	12.8	53.5	26.2
500	13.8	10.8	52	24.2
600	12.2	9.2	50.8	22.6
625	11.9	8.9	50.6	22.3
650	11.5	8.5	50.3	21.9
700	10.9	7.9	49.8	21.3
750	10.3	7.3	49.4	20.7
All values provided are nominal and for general informational purposes only. They do not constitute a warranty or representation of performance. Users are responsible for verifying suitability for their specific application and should consult applicable standards and regulations.

Cat 6A+ Direct Burial Ethernet Cable

23 AWG 4 Twisted Pairs Solid Conductors, Unshielded, Outside Plant Rated, Sunlight Resistant, RoHS Compliant, Polyolefin Insulation, Polyolefin Spline, Rip Cord, PVC Inner Jacket, LLDPE Outer Jacket, 300V – Copper

Used for super high-speed data transmission and networking applications including data centers, server rooms, security systems, home networks, routers, enterprise networks, office networks, gaming, IP cameras, phone line, CCTV cameras, and Voice over IP (VoIP) Systems. Transmits analog signals and high definition video signals. Also available shielded.

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Physical Data

Nominal Cable Diameter	0.295 in.
The above data are approximate and subject to normal manufacturing tolerances.

Performance Data

Max Capacitance (nF/100m @ 1kHz)	Max DC Resistance (Ω /100m @ 68°F)		Max Delay Skew (ns/100m)	Nom Velocity of Propagation (%)	Characteristic Impedance (Ω @ 1-100MHZ)
5.6	9.38		45	69	100±15
Frequency (MHz)	Insertion Loss (Maximum dB/100m)	NEXT (Minimum dB/100m)	PSNEXT (Minimum dB/100m)	Return Loss (Minimum dB/100m)	PSANEXT (Minimum dB/100m)	PSAACFR (Minimum dB/100m)
1	2.1	74.3	72.3	20	67	67
4	3.8	65.3	63.3	23	67	66.2
8	5.3	60.8	58.8	24.5	67	60.1
10	5.9	59.3	57.3	25	67	58.2
16	7.5	56.2	54.2	25	67	54.1
20	8.4	54.8	52.8	25	67	52.2
25	9.4	53.3	51.3	24.3	67	50.2
31.25	10.5	51.9	49.9	23.6	67	48.3
62.5	15	47.4	45.4	21.5	65.6	42.3
100	19.1	44.3	42.3	20.1	62.5	38.2
155	24.1	41.4	39.4	18.8	59.6	34.4
200	27.6	39.8	37.8	18	58	32.2
250	31.1	38.3	36.3	17.3	56.5	30.2
300	34.3	37.1	35.1	16.8	55.3	28.7
350	37.2	36.1	34.1	16.3	54.3	27.3
400	40.1	35.3	33.3	15.9	53.5	26.2
500	45.3	33.8	31.8	15.2	52	24.2
550	47.7	33.2	31.2	14.9	51.4	23.4
600	50.1	32.6	30.6	14.7	50.8	22.6
700	54.5	31.6	29.6	14.2	49.8	21.3
All values provided are nominal and for general informational purposes only. They do not constitute a warranty or representation of performance. Users are responsible for verifying suitability for their specific application and should consult applicable standards and regulations.

Cat 6E Direct Burial Ethernet Cable

23 AWG 4 Twisted Pairs Solid Conductors, 600 MHz, Shielded, Outside Plant Rated, Sunlight Resistant, RoHS Compliant, HDPE Insulation, Spline, Tinned Copper Drain Wire, Aluminum Foil Shield, Rip Cord, LLDPE Jacket, 300V – Copper

Used for super high-speed data transmission and networking applications including data centers, server rooms, security systems, home networks, routers, enterprise networks, office networks, gaming, IP cameras, phone line, CCTV cameras, traffic cameras, and Voice over IP Systems.Transmits analog signals and high definition video signals. Also available unshielded and WaterBlock or Gel filled.

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Physical Data

Physical Characteristics
Overall Diameter	0.040 in. ± 0.0002 in
Average Thickness	0.0088 in
Average Wall Thickness	0.023 in.
Nominal Outer Diameter	0.296 in. ± 0.008 in.
Nominal Weight	36 lbs.
The above data are approximate and subject to normal manufacturing tolerances.

Performance Data

All values provided are nominal and for general informational purposes only. They do not constitute a warranty or representation of performance. Users are responsible for verifying suitability for their specific application and should consult applicable standards and regulations.
Frequency (MHz)	Attenuation (dB/100m) Max.	Return loss (dB) Min.	NEXT (dB) Min.	PS-NEXT (dB) Min.
1	2.03	20.00	74.30	72.30
4	3.78	23.01	65.27	63.27
10	5.95	25.00	59.30	57.30
16	7.55	25.00	56.24	54.24
20	8.47	25.00	54.78	52.78
25	9.51	24.32	53.33	51.33
31.25	10.67	23.64	51.88	49.88
62.5	15.38	21.54	47.36	45.36
100	19.80	20.11	44.30	51.30
200	28.98	18.00	39.78	37.78
250	32.85	17.32	38.33	36.33
350	39.79	16.30	36.14	34.14
550	51.76	14.92	33.19	31.19
600	50.7	15.7	36.2	42.2
Frequency (MHz)	ELFEXT (dB/100m) Min.	PS-ELFEXT (dB) Min.	Delay (ns/100m) Max.	ACR (dB)
1	67.80	64.80	570.00	72.70
4	55.76	52.76	552.00	61.40
10	47.80	44.80	545.38	53.35
16	43.72	40.72	543.00	48.69
20	41.78	38.78	542.05	46.31
25	39.84	36.84	541.20	43.82
31.25	37.90	34.90	540.44	41.21
62.5	31.88	28.88	538.55	31.98
100	27.80	24.80	537.60	24.50
200	21.78	18.78	536.55	10.80
250	19.84	16.84	536.28	5.40
350	16.92	13.92	535.92	-3.65
550	12.99	9.99	535.54	-18.57
600	N/A	N/A	N/A	N/A

Cat 6E Ethernet Cable

23 AWG 4 Twisted Pairs Solid Conductors, 600 MHz, Unshielded, Plenum Rated, FEP Insulation, Spline, CMP, Rip Cord, Flame Retardant PVC Jacket, 300V – Copper

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Physical Data

Physical Characteristics
Overall Diameter	0.038 in. ± 0.0002 in
Average Thickness	0.0078 in
Average Wall Thickness	0.020 in.
Nominal Outer Diameter	0.236 in. ± 0.008 in.
Nominal Weight	31 lbs.
The above data are approximate and subject to normal manufacturing tolerances.

Performance Data

All values provided are nominal and for general informational purposes only. They do not constitute a warranty or representation of performance. Users are responsible for verifying suitability for their specific application and should consult applicable standards and regulations.
Frequency (MHz)	Attenuation (dB/100m) Max.	Return loss (dB) Min.	NEXT (dB) Min.	PS-NEXT (dB) Min.
1	2.0	20.0	77.3	75.3
4	3.8	23.6	68.3	66.3
8	5.3	25.4	63.8	61.8
10	5.9	26.0	62.3	30.3
16	7.4	26.0	59.3	57.3
20	8.3	26.0	57.8	55.8
25	9.3	25.5	56.3	54.3
31.25	10.4	25.0	54.9	52.9
62.5	14.9	23.5	50.4	48.4
100	19.0	22.5	47.3	45.3
155	23.9	21.6	45.8	43.5
200	27.4	21.0	42.8	40.8
250	30.8	20.5	41.3	39.3
300	34.0	20.1	40.2	38.2
350	37.0	19.8	39.2	37.2
400	39.7	19.5	38.3	36.3
450	42.1	19.2	37.5	35.5
500	44.9	19.0	36.8	34.8
550	47.3	18.8	36.2	34.2
600
Frequency (MHz)	ELFEXT (dB/100m) Min.	PS-ELFEXT (dB) Min.	ACR (dB) Min.	PS-ACR (dB) Min.
1	70.8	67.8	75.0	73.0
4	58.7	55.7	64.0	62.0
8	52.7	49.7	57.7	55.7
10	50.8	47.8	55.6	53.6
16	46.7	43.7	50.7	48.7
20	44.7	41.7	48.2	16.2
25	42.8	39.8	45.6	13.6
31.25	40.9	37.9	42.8	40.8
62.5	34.8	31.8	32.9	30.9
100	30.8	27.8	24.9	22.9
155	27.0	23.6	21.0	21.5
200	24.7	21.7	18.4	16.4
250	22.8	19.8	13.5	11.5
300	21.2	18.2	9.6	5.0
350	19.9	16.9	5.2	3.2
400	18.7	15.7	1.5	–
450	17.7	14.7	–	–
500	16.8	13.8	–	–
550	15.9	12.9	–	–
600

Cat 6E Ethernet Cable

23 AWG 4 Twisted Pairs Solid Conductors, 600 MHz, Shielded, Plenum Rated, FEP Insulation, Spline, Aluminum Foil Shield, Tinned Copper Drain Wire, CMP, Rip Cord, Low Smoke Flame Retardant PVC Jacket, 300V – Copper

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Physical Data

Physical Characteristics
Overall Diameter	0.045 in. ± 0.0002 in
Average Thickness	0.0085 in
Assembly Diameter	0.2559 in. +/- 0.0078 in.
Average Thickness	0.0197 in.
Nominal Outer Diameter	0.311 in. ± 0.008 in.
Nominal Weight	49 lbs.
The above data are approximate and subject to normal manufacturing tolerances.

Performance Data

All values provided are nominal and for general informational purposes only. They do not constitute a warranty or representation of performance. Users are responsible for verifying suitability for their specific application and should consult applicable standards and regulations.
Frequency (MHz)	Attenuation (dB/100m) Max.	Return loss (dB) Min.	NEXT (dB) Min.	PS-NEXT (dB) Min.
1	2.10	20.0	75.3	72.3
4	3.80	23.0	66.3	63.3
8	5.30	24.5	61.8	58.8
10	5.90	25.0	60.3	57.3
16	7.50	25.0	57.2	54.2
20	8.40	25.0	55.8	52.8
25	9.40	24.3	54.3	51.3
31.25	10.50	23.6	52.9	49.9
62.5	15.00	21.5	48.4	45.4
100	19.10	20.1	45.3	42.3
200	27.60	18.0	40.8	37.8
250	31.10	15.6	39.3	36.6
300	34.30	16.8	38.1	35.1
500	–	15.2	34.8	31.5
600	–	14.7	33.6	30.6
Frequency (MHz)	ELFEXT (dB/100m) Min.	PS-ELFEXT (dB) Min.	Delay (ns/100m) Max.
1	68.00	65.00	552.00
4	56.00	53.00	546.00
8	49.90	46.90	545.00
10	48.00	45.00	543.00
16	43.30	40.90	542.00
20	42.00	39.00	541.00
25	40.00	37.00	540.00
31.25	38.10	35.10	538.00
62.5	32.10	29.10	537.00
100	28.00	25.00	536.00
200	22.00	19.00	535.00
250	20.00	17.00	534.00
300	18.50	15.50	534.00
500	14.00	11.00	–
600	12.00	10.00	–

Cat 6E Ethernet Cable

23 AWG 4 Twisted Pairs Solid Conductors, 600 MHz, Unshielded, Riser Rated, HDPE Insulation, Spline, CMR, Rip Cord, Flame Retardant PVC Jacket, 300V – Copper

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Physical Data

Physical Characteristics
Overall Diameter	0.045 in. ± 0.0002 in
Average Thickness	0.0085 in
Assembly Diameter	0.2559 in. +/- 0.0078 in.
Average Thickness	0.0197 in.
Nominal Outer Diameter	0.311 in. ± 0.008 in.
Nominal Weight	49 lbs.
The above data are approximate and subject to normal manufacturing tolerances.

Performance Data

All values provided are nominal and for general informational purposes only. They do not constitute a warranty or representation of performance. Users are responsible for verifying suitability for their specific application and should consult applicable standards and regulations.
Frequency (MHz)	Attenuation (dB/100m) Max.	Return loss (dB) Min.	NEXT (dB) Min.	PS-NEXT (dB) Min.
1	2.0	20.0	77.3	75.3
4	3.8	23.6	68.3	66.3
8	5.3	25.4	63.8	61.8
10	5.9	26.0	62.3	30.3
16	7.4	26.0	59.3	57.3
20	8.3	26.0	57.8	55.8
25	9.3	25.5	56.3	54.3
31.25	10.4	25.0	54.9	52.9
62.5	14.9	23.5	50.4	48.4
100	19.0	22.5	47.3	45.3
155	23.9	21.6	45.8	43.5
200	27.4	21.0	42.8	40.8
250	30.8	20.5	41.3	39.3
300	34.0	20.1	40.2	38.2
350	37.0	19.8	39.2	37.2
400	39.7	19.5	38.3	36.3
450	42.1	19.2	37.5	35.5
500	44.9	19.0	36.8	34.8
550	47.3	18.6	36.2	34.2
600	54.5	18.8	37.6	35.6
Frequency (MHz)	ELFEXT (dB/100m) Min.	PS-ELFEXT (dB) Min.	ACR (dB) Min.	PS-ACR (dB) Min.

1	70.8	67.8	75.0	73.0
4	58.7	55.7	64.0	62.0
8	52.7	49.7	57.7	55.7
10	50.8	47.8	55.6	53.6
16	46.7	43.7	50.7	48.7
20	44.7	41.7	48.2	16.2
25	42.8	39.8	45.6	13.6
31.25	40.9	37.9	42.8	40.8
62.5	34.8	31.8	32.9	30.9
100	30.8	27.8	24.9	22.9
155	27.0	23.6	21.0	21.5
200	24.7	21.7	18.4	16.4
250	22.8	19.8	13.5	11.5
300	21.2	18.2	9.6	5.0
350	19.9	16.9	5.2	3.2
400	18.7	15.7	1.5	–
450	17.7	14.7	–	–
500	16.8	13.8	–	–
550	15.9	12.9	–	–
600	15.9	12.9	17.2	14.2

Cat 6E Ethernet Cable

23 AWG 4 Twisted Pairs Solid Conductors, 600 MHz, Shielded, Riser Rated, HDPE Insulation, Spline, Aluminum Foil Shield, Tinned Copper Drain Wire, CMR, Rip Cord, Flame Retardant PVC Jacket, 300V – Copper

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Physical Data

Physical Characteristics
Overall Diameter	0.045 in. ± 0.0002 in
Average Thickness	0.0106 in
Average Wall Thickness	0.0236 in.
Nominal Outer Diameter	0.2992 in. ± 0.008 in.
Nominal Weight	37 lbs.
The above data are approximate and subject to normal manufacturing tolerances.

Performance Data

All values provided are nominal and for general informational purposes only. They do not constitute a warranty or representation of performance. Users are responsible for verifying suitability for their specific application and should consult applicable standards and regulations.
Frequency (MHz)	Attenuation (dB/100m) Max.	Return loss (dB) Min.	NEXT (dB) Min.	PS-NEXT (dB) Min.
1	2.03	20.0	74.3	72.3
4	3.87	23.0	65.3	63.3
10	5.95	25.0	59.3	57.3
16	7.55	25.0	56.2	54.2
20	8.47	25.0	54.8	52.8
25	9.51	24.3	53.3	51.3
31.25	10.67	23.6	51.9	49.9
62.5	15.38	21.5	50.4	45.4
100	19.80	20.1	47.4	51.3
200	28.98	18.0	44.3	37.8
250	32.85	17.3	39.8	36.3
300	34.00	20.1	38.3	38.2
350	37.00	19.8	40.2	37.2
400	39.70	19.5	38.3	36.3
450	42.10	19.2	37.5	35.5
500	44.90	19.0	36.8	34.8
550	47.30	18.8	36.2	34.2
600	50.7	15.7	44.2	42.2
Frequency (MHz)	ELFEXT (dB/100m) Min.	PS-ELFEXT (dB) Min.	Delay (ns/100m) Max.	ACR (dB)
1	67.80	64.80	570.00	72.70
4	55.76	52.76	552.00	61.40
10	47.80	44.80	545.38	53.35
16	43.72	40.72	543.00	48.69
20	41.78	38.78	542.05	46.31
25	39.84	36.84	541.20	43.82
31.25	37.90	34.90	540.44	41.21
62.5	31.88	28.88	538.55	31.98
100	27.80	24.80	537.60	24.50
200	21.78	18.78	536.55	10.80
250	19.84	16.84	536.28	5.40
300	21.20	18.20	–	–
350	19.90	16.90	–	–
400	18.70	15.70	–	–
450	17.70	14.70	–	–
500	16.80	13.80	–	–
550	15.90	12.90	–	–
600	N/A	N/A	N/A	N/A

Cat 7A Ethernet Cable

22 AWG 4 Twisted Pairs Solid Conductors, 1000 MHz, Shielded, Plenum Rated, FEP Insulation, Aluminum Mylar Tape Individual Shield, Tinned Copper Braid Overall Shield, CMP, Low Smoke Flame Retardant PVC Jacket, 300V – Copper

Used for super high-speed data transmission and networking applications including data centers, server rooms, security systems, home networks, routers, enterprise networks, office networks, gaming, IP cameras, phone line, CCTV cameras, and Voice over IP Systems. Transmits analog signals and high definition video signals. Additional colors available upon request.

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Cat 7A Ethernet Cable

23 AWG 4 Twisted Pairs Solid Conductors, 1000 MHz, Shielded, Riser Rated, PO Insulation, Aluminum Mylar Tape Individual Shield, Tinned Copper Braid Overall Shield, CMR, Low Smoke Flame Retardant PVC Jacket, 300V – Copper

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Direct Burial Speaker Wire

12 AWG 4 Conductor, 105 Strands, PVC Insulation, Sunlight Resistant, RoHS Compliant, CL3R, Rip Cord, PVC Jacket, 300V – Annealed Oxygen Free Bare Copper

Applications include high-end audio transmission in professional studios and home theaters, high-resolution monitoring, and speaker-level analog audio. Additional sizes, constructions, and colors available upon request.

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Direct Burial Speaker Wire

16 AWG 4 Conductor, 65 Strands, PVC Insulation, Sunlight Resistant, RoHS Compliant, CL3R, Rip Cord, PVC Jacket, 300V – Annealed Oxygen Free Bare Copper

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NYC Fire Alarm Cable

1 Pair Solid Conductors, Shielded, LL39, RoHS Compliant, Plenum Rated, PVDF Insulation, Overall Aluminum/Mylar Tape Shield, 20 AWG 7 Strand Tinned Copper Drain Wire, PVDF FEP Jacket, 150°C, 300V – Copper

Used to ensure safety and security in commercial and residential buildings for fire protection, signal, audio circuits, intitiating circuits, alarm, monitor/detection, control circuits, and notifications circuits. Other sizes and configurations available.

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Physical Data

Fire Alarm Cable, NYC Certified

Fire Alarm Cable, NYC Certified
Conductor Size (AWG)	Number of Conductors	Stranding	Insulation Thickness (in.)	Shielding	Jacket Thickness (in.)	Nominal Diameter (in.)	DC Resistance (Ohms/1000 ft. at 20 °C)	Capacitance (pF/ft.)	Weight (lbs./ 1000ft.)
16	2 (1-pair)	Solid	0.015	Unshielded	0.026	0.217	4.1	54.2	30.9
16	4 (2-pairs)	Solid	0.015	Unshielded	0.026	0.228	4.1	54.2	52.5
14	2 (1-pair)	Solid	0.015	Unshielded	0.026	0.244	2.57	59.7	42.9
14	4 (2-pairs)	Solid	0.015	Unshielded	0.026	0.258	2.57	59.7	74.5
12	2 (1-pair)	Solid	0.015	Unshielded	0.026	0.278	1.62	65.3	60.6
16	2 (1-pair)	Solid	0.015	Shielded	0.026	0.221	4.1	91.7	33
16	4 (2-pairs)	Solid	0.015	Shielded	0.026	0.235	4.1	81.6	55.4
14	2 (1-pair)	Solid	0.015	Shielded	0.026	0.247	2.57	104.4	44.9
14	4 (2-pairs)	Solid	0.015	Shielded	0.026	0.264	2.57	91.5	78.1
The above data are approximate and subject to normal manufacturing tolerances.

NYC Fire Alarm Cable

1 Pair Solid Conductors, Unshielded, LL39, RoHS Compliant, Plenum Rated, PVDF Insulation, PVDF Jacket, 150°C, 300V – Copper

Used to ensure safety and security in commercial and residential buildings for fire protection, signal, audio circuits, initiating circuits, alarm, monitor/detection, control circuits, and notifications circuits. Other sizes and configurations available.

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Physical Data

Fire Alarm Cable, NYC Certified

Fire Alarm Cable, NYC Certified
Conductor Size (AWG)	Number of Conductors	Stranding	Insulation Thickness (in.)	Shielding	Jacket Thickness (in.)	Nominal Diameter (in.)	DC Resistance (Ohms/1000 ft. at 20 °C)	Capacitance (pF/ft.)	Weight (lbs./ 1000ft.)
16	2 (1-pair)	Solid	0.015	Unshielded	0.026	0.217	4.1	54.2	30.9
16	4 (2-pairs)	Solid	0.015	Unshielded	0.026	0.228	4.1	54.2	52.5
14	2 (1-pair)	Solid	0.015	Unshielded	0.026	0.244	2.57	59.7	42.9
14	4 (2-pairs)	Solid	0.015	Unshielded	0.026	0.258	2.57	59.7	74.5
12	2 (1-pair)	Solid	0.015	Unshielded	0.026	0.278	1.62	65.3	60.6
16	2 (1-pair)	Solid	0.015	Shielded	0.026	0.221	4.1	91.7	33
16	4 (2-pairs)	Solid	0.015	Shielded	0.026	0.235	4.1	81.6	55.4
14	2 (1-pair)	Solid	0.015	Shielded	0.026	0.247	2.57	104.4	44.9
14	4 (2-pairs)	Solid	0.015	Shielded	0.026	0.264	2.57	91.5	78.1
The above data are approximate and subject to normal manufacturing tolerances.

NYC Fire Alarm Cable

2 Pairs Solid Conductors, Unshielded, LL39, RoHS Compliant, Plenum Rated, PVDF Insulation, PVDF FEP Jacket, 150°C, 300V – Copper

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Physical Data

Fire Alarm Cable, NYC Certified

Fire Alarm Cable, NYC Certified
Conductor Size (AWG)	Number of Conductors	Stranding	Insulation Thickness (in.)	Shielding	Jacket Thickness (in.)	Nominal Diameter (in.)	DC Resistance (Ohms/1000 ft. at 20 °C)	Capacitance (pF/ft.)	Weight (lbs./ 1000ft.)
16	2 (1-pair)	Solid	0.015	Unshielded	0.026	0.217	4.1	54.2	30.9
16	4 (2-pairs)	Solid	0.015	Unshielded	0.026	0.228	4.1	54.2	52.5
14	2 (1-pair)	Solid	0.015	Unshielded	0.026	0.244	2.57	59.7	42.9
14	4 (2-pairs)	Solid	0.015	Unshielded	0.026	0.258	2.57	59.7	74.5
12	2 (1-pair)	Solid	0.015	Unshielded	0.026	0.278	1.62	65.3	60.6
16	2 (1-pair)	Solid	0.015	Shielded	0.026	0.221	4.1	91.7	33
16	4 (2-pairs)	Solid	0.015	Shielded	0.026	0.235	4.1	81.6	55.4
14	2 (1-pair)	Solid	0.015	Shielded	0.026	0.247	2.57	104.4	44.9
14	4 (2-pairs)	Solid	0.015	Shielded	0.026	0.264	2.57	91.5	78.1
The above data are approximate and subject to normal manufacturing tolerances.

Speaker Wire

12 AWG 2 Conductor, 105 Strands, Plenum Rated, Plenum PVC Insulation, Low Smoke, Flame Retardant, RoHS Compliant, CL3P, Rip Cord, Plenum PVC Jacket, 300V – Annealed Oxygen Free Bare Copper

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Speaker Wire

16 AWG 4 Conductor, 65 Strands, Class M, Plenum Rated, Plenum PVC Insulation, Low Smoke, Flame Retardant, RoHS Compliant, CL3P, CMP, Rip Cord, Plenum PVC Jacket, 300V – Annealed Oxygen Free Bare Copper

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Building Wire

Bare Copper Conductor Solid

Hard, Medium-Hard, or Soft-Drawn

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Physical Data

Bare Copper Conductors Solid
				Breaking Strength
Size	Area	Wire OD	Net Weight	Hard Drawn Rated Strength	dc Resistance @ 20 °C	Medium-Hard Drawn Rated Strength	dc Resistance @ 20 °C	Soft Drawn (Annealed) Rated Strength	dc Resistance @ 20 °C
AWG	cmil	in	lb/kft	lb	Ω/kft	lb	Ω/kft	lb	Ω/kft
14	4110	0.0641	12	214	2.626	167	2.613	124	2.525
12	6530	0.0808	20	337	1.652	261	1.643	198	1.588
10	10380	0.1019	31	529	1.039	410	1.033	314	0.999
8	16510	0.1285	50	826	0.653	644	0.65	480	0.628
6	26240	0.162	79	1280	0.411	1010	0.409	763	0.395
4	41740	0.2043	126	1970	0.258	1584	0.257	1213	0.249
3	52620	0.2294	159	2439	0.205	1984	0.204	1530	0.197
2	66360	0.2576	201	3003	0.163	2450	0.162	1929	0.156
The above data are approximate and subject to normal manufacturing tolerances. Where required, the compatibility with glands, connectors and accessories should be verified using actual dimensions of the product. Other sizes available upon request.

Bare Copper Conductor Stranded

Hard, Medium-Hard, or Soft-Drawn

Used for grounding purposes as specified in the National Electrical Code. Soft-drawn solid or stranded conductors, for use as grounding connections in circuits, and grounding for machinery or equipment. Hard-drawn conductors for overhead transmission and distribution lines, as grounding connections in circuits, and grounding for machinery or equipment. Also available tinned.

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Physical Data

Bare Copper Conductors Stranded
Size		Area	Class A		Class B		Net Weight	dc Resistance*
AWG	kcmil	cmil	Number of	OD	Number of	OD	lb/kft	dc Resistance*
AWG	kcmil	cmil	Strands	in	Strands	in	lb/kft	20 °C
14	—	4110	—	—	7	0.0726	13	2.58
12	—	6530	—	—	7	0.0915	20	1.63
10	—	10380	—	—	7	0.116	32	1.02
8	—	16510	—	—	7	0.146	51	0.64
6	—	26240	—	—	7	0.184	81	0.403
4	—	41740	7	0.232	7	0.232	129	0.253
3	—	52620	7	0.26	7	0.26	163	0.201
2	—	66360	7	0.292	7	0.292	205	0.159
1	—	83690	7	0.328	19	0.332	258	0.127
1/0	—	105600	7	0.368	19	0.373	326	0.1
2/0	—	133100	7	0.414	19	0.419	411	0.795
3/0	—	167800	7	0.464	19	0.47	518	0.063
4/0	—	211600	7	0.522	19	0.528	653	0.05
—	250	250000	19	0.574	37	0.575	772	0.0423
—	300	300000	19	0.629	37	0.63	926	0.0353
—	350	350000	19	0.679	37	0.681	1081	0.0302
—	400	400000	19	0.726	37	0.728	1235	0.0264
—	450	450000	37	0.772	37	0.772	1389	0.0235
—	500	500000	37	0.813	37	0.813	1544	0.0192
—	600	600000	37	0.891	61	0.893	1883	0.0177
—	750	750000	61	0.998	61	0.998	2316	0.0141
—	1000	100000	61	1.152	61	1.152	3088	0.0106
—	1250	125000	61	1.288	91	1.289	3859	0.0085
—	1500	150000	61	1.411	91	1.412	4631	0.0071
—	1750	175000	91	1.526	127	1.526	5403	0.006
—	2000	200000	91	1.63	127	1.632	6175	0.0053
The above data are approximate and subject to normal manufacturing tolerances. Where required, the compatibility with glands, connectors and accessories should be verified using actual dimensions of the product. Other sizes available upon request. *Direct current resistances apply to Class B, C, and D stranding.

Bare Copper Conductors Stranded (cont.)
			Breaking Strength
Size		Strands	Hard Drawn Rated Strength	dc Resistance @ 20 °C	Medium-Hard Drawn Rated Strength	dc Resistance @ 20 °C	Soft Drawn (Annealed) Rated Strength	dc Resistance @ 20 °C	Allowable Ampacity †
AWG	kcmil	Strands	lb	Ω/kft	lb	Ω/kft	lb	Ω/kft	Allowable Ampacity †
14	—	7	197	2.679	158	2.665	—	—	—
12	—	7	311	1.685	248	1.676	—	—	—
10	—	7	492	1.06	389	1.054	—	—	—
8	—	7	777	0.6663	610	0.6629	499	0.6408	98
6	—	7	1228	0.4191	959	0.4169	794	0.403	124
4	—	7	1938	0.2636	1505	0.2622	1320	0.2534	155
3	—	7	2433	0.209	1885	0.2079	1670	0.201	—
2	—	7	3050	0.166	2360	0.165	2110	0.1578	209
1	—	7	3801	0.1316	2955	0.1309	2552	0.1252	—
1/0	—	7	4752	0.1042	3705	0.1037	3221	0.1002	282
2/0	—	7	5926	0.08267	4640	0.08224	4062	0.07949	329
3/0	—	7	7366	0.06556	5812	0.06522	5118	0.06304	382
4/0	—	7	9154	0.05199	7278	0.05172	6459	0.04999	444
4/0	—	19	9617	0.05199	7479	0.05172	6453	0.04999	444
—	250	19	11360	0.044	8836	0.04378	7627	0.04231	494
—	250	37	11600	0.044	8952	0.04378	7940	0.04231	494
—	300	19	13510	0.03667	10530	0.03648	9160	0.03526	556
—	350	19	15590	0.03143	12200	0.03127	10680	0.03022	—
—	500	37	22510	0.022	17550	0.02189	15240	0.02116	773
—	600	37	27020	0.01834	21060	0.01825	18300	0.01763	—
—	750	61	34090	0.01467	26510	0.01459	22890	0.0141	1000
—	1000	61	45030	0.011	35100	0.01094	30500	0.01058	1193
† Ampacity per NEC table 310.15 (B) (21) based on 80°C Conductor Temperature, 40°C Ambient Temperature, 2ft/s Wind in Sun.

TC-THHN/THWN-2

PVC Insulation & Nylon Cover, PVC Jacket, VW-1, SR, ER, FT4, Dir. Bur., 600V – Copper

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TFFN/TEWN Fixture Wire, Machine Tool Wire (MTW), Appliance Wiring Material (AWM)

PVC Insulation, Nylon Jacket, 600V – Copper

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THHN/THWN-2

PVC Insulation, Nylon Jacket, 600V – Copper

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Type MC

THHN/THWN-2, Singles, PVC Insulation & Nylon Cover, Green Insulated Ground, 600V – Copper

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Type MC

THHN/THWN-2, Singles, PVC Insulation & Nylon Cover, Green Insulated Ground & Additional Isolated Ground, 600V – Copper

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Type MC-HCF-AIA

Aluminum Bonding Wire in Contact with Armor, PVC Insulation & Nylon Cover, Green Armor, 600V – Copper

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Type MC-PCS-AIA

Jacketed Pair Signal Cable under AIA Armor, PVC Insulation & Nylon Cover, 600V – Copper

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Type NM-B, Non-Metallic Sheathed Cable

Non-Metallic Sheathed Cable, PVC Insulation & Nylon Cover, PVC Jacket, 600V – Copper

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Type SER, Service Entrance Cable

XHHW/XHHW-2, XLPE Insulation, PVC Jacket, 600V – Copper

Used as a service entry cable, to convey power from the service drop to the meter. Also in other branch circuits or feeders as permitted by NEC®.

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Type SEU, Service Entrance Cable

XLPE Insulation, PVC Jacket, 600V – Copper

Used as a service entry cable, to convey power from the service drop to the meter. Also in other branch circuits or feeders as permitted by NEC®.

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Type UF-B, Underground Feeder Cable

PVC Insulation & Nylon Cover, PVC Jacket, Ground, 600V – Copper

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XHHW/XHHW-2 CT

XLPE Insulation, VW1, GRI & GRII, SR, 600/1000V – Copper

Used for general purpose wiring in circuits not exceeding 600/1000 volts as indicated for the sizes. May be used in wet or dry locations, installed in conduit, duct, or open air in accordance with requirements of the NEC®.

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No Product Type

Flexible DLO RHH/RHW-2

EPR Insulation, CPE Jacket, 2kV – Copper

Used where flexible stranded conductors are required in fixed wiring installations using RHH/RHW-2 rating. As power cable used in DLO locomotive cable , railroad and transit car wiring where high reliability is required. Also suitable for use in static and dynamic wind power applications. For portable an fixed installations leads for motors, generators, and batteries.

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TC-THHN/THWN-2

PVC Insulation & Nylon Cover, PVC Jacket, VW-1, SR, ER, FT4, Direct Burial, 600V – Copper

Used for power, control, lighting and signal circuits, in manufacturing, industrial and commercial installations.

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TC-THHN/THWN-2

PVC Insulation & Nylon Cover, PVC Jacket, VW-1, SR, ER, FT4, Dir. Bur., 600V – Copper

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