Clad series MY-H

Steel wire armour

600 Volt

Cu 16 up to 10 AWG

Double insulation

ICEA S 73-532

Control, signalling, measuring and protective equipment; electric controls of industrial installations. Installed in aerial trays, gutters or conduits, under roof or ladder under roof, buried in ducts or directly buried. It has additional mechanical protection.

Features

Temperature ratings: 90°C (Operating) – 160°C (Short-Circuit)
Voltage rating: 600 Volt A.C.
Construction requirements: As per ICEA S 73-532
Conductor requirements: ASTM B174
Conductor: Annealed electrolytic copper - Flexible stranding
Primary insulation: Special PVC Compound
Secondary Insulation: Polyamide (Nylon)
Bedding: PVC
Armour: Galvanized Steel Wire Armour
Sheath: Flame retardant PVC, sunlight, and mineral oil resistant
Fire requirements: As per ICEA T 30-520
Oils requirements: As per ICEA S 73-532
Outdoors requirements: As per UL 2556 (UV rays)

Fire-retardant

Mineral oil resistant

UV resistant

Industrial applications

Tray cable

Direct burial

Identification

	Standard
	Sheath	Conductors
Multiconductor		Method 3 Table E2

Instalation

Installation temperature

Over armour

Minimum bend radius

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DIMENSIONS & WEIGHT

Cable formation N° Cond. x gauge AWG	Diameter under armour mm	External diameter mm	Weight kg/km	Code
2 x 16	7.3	11.4	258	MY 0216 H
3 x 16	7.7	11.8	281	MY 0316 H
4 x 16	8.3	12.5	313	MY 0416 H
5 x 16	9	13.2	347	MY 0516 H
7 x 16	9.8	14.7	423	MY 0716 H
10 x 16	12.2	18	656	MY 1016 H
12 x 16	12.6	18.3	701	MY 1216 H
14 x 16	14.2	20	812	MY 1416 H
16 x 16	14.9	20.7	871	MY 1616 H
19 x 16	15.7	22.2	1078	MY 1916 H
21 x 16	16.5	23	1146	MY 2116 H
24 x 16	17.9	24.4	1257	MY 2416 H
27 x 16	18.3	24.8	1321	MY 2716 H
30 x 16	19.2	25.7	1408	MY 3016 H
32 x 16	19.9	26.4	1472	MY 3216 H
37 x 16	20.7	27.2	1586	MY 3716 H
48 x 16	24.3	30.8	1970	MY 4816 H
2 x 14	7.9	12.1	294	MY 0214 H
3 x 14	8.4	12.5	326	MY 0314 H
4 x 14	9.1	13.3	368	MY 0414 H
5 x 14	9.9	14.8	436	MY 0514 H
7 x 14	10.8	16.6	625	MY 0714 H
10 x 14	14.2	20	827	MY 1014 H
12 x 14	14.7	20.5	890	MY 1214 H
14 x 14	15.7	22.2	1105	MY 1414 H
16 x 14	16.5	23	1188	MY 1614 H
19 x 14	17.3	23.8	1298	MY 1914 H
21 x 14	18.3	24.8	1387	MY 2114 H
24 x 14	19.9	26.4	1529	MY 2414 H
27 x 14	20.3	26.8	1618	MY 2714 H
30 x 14	22.4	28.9	1823	MY 3014 H
32 x 14	23.2	29.7	1908	MY 3214 H
37 x 14	24	30.5	2069	MY 3714 H
48 x 14	27	34.6	2755	MY 4814 H
2 x 12	8.9	13	348	MY 0212 H
3 x 12	9.4	14.3	415	MY 0312 H
4 x 12	10.3	16.1	586	MY 0412 H
5 x 12	11.2	17	655	MY 0512H
7 x 12	12.2	18	762	MY 0712 H
10 x 12	16.1	22.6	1145	MY 1012 H
12 x 12	16.6	23	1236	MY 1212 H
14 x 12	17.7	24.2	1359	MY 1412 H
16 x 12	18.7	25.2	1471	MY 1612 H
19 x 12	19.7	26.2	1623	MY 1912 H
21 x 12	20.8	27.3	1742	MY 2112 H
24 x 12	23.7	30.2	2023	MY 2412 H
27 x 12	24.2	30.7	2151	MY 2712 H
30 x 12	25.4	33	2586	MY 3012 H
32 x 12	26.3	33.9	2709	MY 3212 H
37 x 12	27.3	34.9	2944	MY 3712 H
48 x 12	30.8	38.4	3520	MY 4812 H
2 x 10	10.6	16.4	592	MY 0210 H
3 x 10	11.3	17.1	664	MY 0310 H
4 x 10	12.4	18.2	758	MY 0410 H
5 x 10	14.3	20.1	904	MY 0510 H
7 x 10	15.6	22.1	1196	MY 0710 H
10 x 10	19.5	26	1508	MY 1010 H
12 x 10	20.1	26.6	1647	MY 1210 H
14 x 10	22.6	29.1	1915	MY 1410 H
16 x 10	23.8	30.3	2084	MY 1610 H
19 x 10	25.1	32.7	2588	MY 1910 H
21 x 10	26.5	34	2776	MY 2110 H
24 x 10	28.8	36.4	3075	MY 2410 H
27 x 10	29.5	37.1	3277	MY 2710 H
30 x 10	31	38.6	3528	MY 3010 H
32 x 10	32.2	39.8	3772	MY 3210 H
37 x 10	33.4	41	4130	MY 3710 H
48 x 10	37.8	47.2	5483	MY 4810 H

ELECTRICAL CHARACTERISTICS

Resistances and intensity of admissible currents

Gauge AWG	Electrical resistance at 20°C in C.C. (Ohm/km)	Electrical resistance at 90°C in C.A. at 60Hz (Ohm/km)	Current-carrying capacity (1)
Gauge AWG	Electrical resistance at 20°C in C.C. (Ohm/km)	Electrical resistance at 90°C in C.A. at 60Hz (Ohm/km)	2x	4x	7x	10x	19x	30x
16	13.99	17.84	18	14.4	12.6	9	9	8.1
14	8.77	11.18	25	20	17.5	12.5	12.5	11.3
12	5.52	7.04	30	24	21	15	15	13.5
10	3.48	4.44	40	32	28	20	20	18

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