N2XRY/NA2XRY

Q: Q: Which models are these?

A: Two main types. N2XRY uses XLPE insulation. NYRY uses PVC. If you see an 'A' (like NA2XRY ), that just means Aluminum conductor.

Q: Q: Voltage rating?

A: Standard Low Voltage: 0.6/1kV .

Q: Q: Conductor materials?

A: Your choice: Copper or Aluminum .

Q: Q: What kind of armor?

A: SWA (Steel Wire Armor). Single layer of round galvanized wires. Much stronger than tape armor.

Q: Q: Core configurations?

A: We build 2, 3, and 4-core versions. We also do the 4-core with Reduced Neutral (often called 3+1).

Q: Q: Jacket specs?

A: Extruded PVC . It meets IEC 60502-1 (Type ST1 or ST2). Tough enough for most sites.

Q: Q: Resistance calculation temp?

A: Data is calculated at 90°C , matching the XLPE rating.

0.6/1kV Multi Core XLPE Insulation Steel Wire Armoured and PVC Jacket power cable

Conductor : copper conductor or aluminium conductor

Insulation : Extruded layer of Cross-linked Polyethylene (XLPE) to IEC 60502-1.

Bedding : Extruded layer of Polyvinyl Chloride (PVC) – Type (ST2) to IEC 60502-1.

Armouring : Single layer of round galvanized steel wires.

Outer Jacket : Extruded layer of Polyvinyl Chloride (PVC) – Type (ST2) to IEC 60502-1.

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Home » Power Cable » N2XRY/NA2XRY

Product Description

N2XRY/NA2XRY : Product Description and Specifications

The N2XRY (Copper) and NA2XRY (Aluminum) series are your heavy-duty workhorses for multi-core distribution (0.6/1kV). The key feature here is the SWA (Steel Wire Armor). Unlike unarmored cables, the galvanized steel wires provide a serious mechanical shield, meaning you can bury these directly or run them in high-risk industrial zones without worrying about crushing or impact. We use XLPE insulation to give you that higher 90°C thermal rating. Pro tip: For larger sizes (like 50mm² and up), ask for Sector-Shaped conductors. They reduce the overall cable diameter and weight, making it much easier to gland and terminate in tight boxes.

Advantages

N2XRY/NA2XRY : Benefits and Features

IEC 60502-1 Compliant: Built strictly to the global standard. No shortcuts.
Copper or Aluminum: Your call. Choose Copper for performance or Aluminum to slash the budget.
Steel Wire Armor (SWA): A galvanized mechanical shield. Stops the core from being crushed in rough trenches.
XLPE Insulation: Runs at 90°C. Beats the old 70°C PVC limit, giving you higher efficiency.
Install Anywhere: Ground, ducts, or free air—the ratings cover it all.
1.5mm² to 500mm²: From tiny control wires to massive feeders, we build the full range.
Tough PVC Jacket: Type ST1/ST2 sheath. Formulated to take a beating and keep the cable safe.

Dimensions/Parameters

0.6/1 kV Copper Conductor XLPE Insulation Multi-core Cables Steel Wire Unarmoured Cable

Cable Section	Nominal cross sectional area (mm²) / Phase Conductor	Max. Conductor Resistance DC at 20 °C (Ω/km)	Max. Conductor Resistance AC at 90 °C (Ω/km)	Continuous Current Ratings Laid in ground (A)	Continuous Current Ratings Laid in ducts (A)	Continuous Current Ratings Laid in free air (A)	Approx. overall diameter (mm)	Approx. overall weight (kg/km)
Two Core Cables	1.5	12.1	15.4287	33	24	29	13.1	340
Two Core Cables	2.5	7.41	9.4485	42	31	38	14	395
Two Core Cables	4	4.61	5.8783	55	40	51	15.1	465
Two Core Cables	6	3.08	3.9274	68	50	64	16.2	550
Two Core Cables	10	1.83	2.3336	90	67	87	18.3	775
Two Core Cables	16	1.15	1.4667	116	87	114	20.3	990
Two Core Cables	25	0.727	0.9275	151	114	154	24.1	1465
Two Core Cables	35	0.524	0.6688	180	138	188	26.2	1780
Three Core Cables	1.5	12.1	15.4287	27	19	24	13.6	365
Three Core Cables	2.5	7.41	9.4485	35	25	32	14.6	435
Three Core Cables	4	4.61	5.8783	45	33	42	15.7	520
Three Core Cables	6	3.08	3.9274	56	41	53	17	630
Three Core Cables	10	1.83	2.3336	75	56	73	19.6	885
Three Core Cables	16	1.15	1.4667	96	72	96	21.8	1140
Three Core Cables	25	0.727	0.9275	125	95	130	25.8	1675
Three Core Cables	35	0.524	0.6688	142	109	145	28.2	1880
Three Core Cables	50	0.387	0.4944	169	132	177	31.4	2385
Three Core Cables	70	0.268	0.3431	206	163	222	36.1	3385
Three Core Cables	95	0.193	0.2481	246	197	271	39.9	4320
Three Core Cables	120	0.153	0.1976	279	226	314	43.9	5190
Four Core Cables	1.5	12.1	15.4287	27	19	24	14.4	410
Four Core Cables	2.5	7.41	9.4485	35	25	32	15.5	490
Four Core Cables	4	4.61	5.8783	45	33	42	16.8	600
Four Core Cables	6	3.08	3.9274	56	41	53	18	955
Four Core Cables	10	1.83	2.3336	75	56	73	20.9	1045
Four Core Cables	16	1.15	1.4667	96	72	96	23.1	1490
Four Core Cables	25	0.727	0.9275	125	95	130	27.8	2025
Four Core Cables	35	0.524	0.6688	142	109	145	31.4	2370
Four Core Cables	50	0.387	0.4944	169	132	177	35.1	3000
Four Core Cables	70	0.268	0.3431	206	163	222	40.6	4285
Four Core Cables	95	0.193	0.2481	246	197	271	44.9	5410
Four Core Cables	120	0.153	0.1976	279	226	314	48.8	7000
Four Core Cables	150	0.124	0.1612	311	255	356	53.3	8370
Four Core Cables	185	0.0991	0.1302	349	290	407	58.3	10110
Four Core Cables	240	0.0754	0.1012	400	336	470	64.5	12720
Four Core Cables	300	0.0601	0.0829	446	378	541	70.6	15450
Four Core Cables	400	0.047	0.0676	499	427	620	77.4	20280
Four Core Cables	500	0.0366	0.0561	546	474	695	85.1	25405
Four Core Cables with Reduced Neutral	25	0.7270 / 1.1500	0.9275 / 1.4667	125	95	130	26.9	1905
Four Core Cables with Reduced Neutral	35	0.5240 / 1.1500	0.6688 / 1.4667	142	109	145	28.2	2210
Four Core Cables with Reduced Neutral	50	0.3870 / 0.7270	0.4944 / 0.9275	169	132	177	31.9	2810
Four Core Cables with Reduced Neutral	70	0.2680 / 0.5240	0.3431 / 0.6688	206	163	222	36	3890
Four Core Cables with Reduced Neutral	95	0.1930 / 0.3870	0.2481 / 0.4944	246	197	271	39.6	4925
Four Core Cables with Reduced Neutral	120	0.1530 / 0.2680	0.1976 / 0.3431	279	226	314	42.7	6015
Four Core Cables with Reduced Neutral	150	0.1240 / 0.2680	0.1612 / 0.3431	311	255	356	47.9	7495
Four Core Cables with Reduced Neutral	185	0.0991 / 0.1930	0.1302 / 0.2481	349	290	407	52.8	9120
Four Core Cables with Reduced Neutral	240	0.0754 / 0.1530	0.1012 / 0.1976	400	336	470	58.7	11375
Four Core Cables with Reduced Neutral	300	0.0601 / 0.1240	0.0829 / 0.1612	446	378	541	63.8	13755
Four Core Cables with Reduced Neutral	400	0.0470 / 0.0991	0.0676 / 0.1302	499	427	620	73	17975
Four Core Cables with Reduced Neutral	500	0.0366 / 0.0754	0.0561 / 0.1012	546	474	695	80.8	22485

0.6/1 kV Aluminum Conductor XLPE Insulation Multi-core Cables Steel Wire Unarmoured Cable

Cable Section	Nominal cross sectional area (mm²) / Phase Conductor	Max. Conductor Resistance DC at 20 °C (Ω/km)	Max. Conductor Resistance AC at 90 °C (Ω/km)	Continuous Current Ratings Laid in ground (A)	Continuous Current Ratings Laid in ducts (A)	Continuous Current Ratings Laid in free air (A)	Approx. overall diameter (mm)	Approx. overall weight (kg/km)
Two Core Cables	10	3.0800	3.9490	69	51	67	18.3	660
Two Core Cables	16	1.9100	2.4490	90	67	88	20.3	800
Two Core Cables	25	1.2000	1.5388	117	89	120	23.6	1130
Two Core Cables	35	0.8680	1.1133	140	107	146	26.2	1360
Three Core Cables	10	3.0800	3.9490	57	43	56	19.6	705
Three Core Cables	16	1.9100	2.4490	74	56	74	21.8	855
Three Core Cables	25	1.2000	1.5388	97	74	101	25.2	1195
Three Core Cables	35	0.8680	1.1133	110	85	113	25.2	1245
Three Core Cables	50	0.6410	0.8224	131	102	137	28.4	1525
Three Core Cables	70	0.4430	0.5688	160	127	173	33.1	2125
Three Core Cables	95	0.3200	0.4115	191	153	211	36.7	2585
Three Core Cables	120	0.2530	0.3259	218	176	245	40.0	3005
Four Core Cables	10	3.0800	3.9490	57	43	56	20.9	810
Four Core Cables	16	1.9100	2.4490	74	56	74	24.1	1105
Four Core Cables	25	1.2000	1.5388	97	74	101	27.2	1395
Four Core Cables	35	0.8680	1.1133	110	85	113	28.4	1525
Four Core Cables	50	0.6410	0.8224	131	102	137	32.1	1855
Four Core Cables	70	0.4430	0.5688	160	127	173	37.6	2605
Four Core Cables	95	0.3200	0.4115	191	153	211	40.3	3100
Four Core Cables	120	0.2530	0.3259	218	176	245	45.8	4085
Four Core Cables	150	0.2060	0.2660	243	199	278	50.3	4770
Four Core Cables	185	0.1640	0.2126	274	228	320	55.3	5600
Four Core Cables	240	0.1250	0.1634	317	265	376	61.5	6835
Four Core Cables	300	0.1000	0.1321	356	301	430	67.1	7985
Four Core Cables	400	0.0778	0.1047	404	346	501	77.4	10730
Four Core Cables	500	0.0605	0.0838	452	393	574	85.1	12875
Four Core Cables with Reduced Neutral	50	0.6410 / 1.2000	0.8224 / 1.5388	131	102	137	31.9	1800
Four Core Cables with Reduced Neutral	70	0.4430 / 0.8680	0.5688 / 1.1133	160	127	173	36.0	2420
Four Core Cables with Reduced Neutral	95	0.3200 / 0.6410	0.4115 / 0.8224	191	153	211	39.6	2905
Four Core Cables with Reduced Neutral	120	0.2530 / 0.4430	0.3259 / 0.5688	218	176	245	42.7	3410
Four Core Cables with Reduced Neutral	150	0.2060 / 0.4430	0.2660 / 0.5688	243	199	278	47.9	4375
Four Core Cables with Reduced Neutral	185	0.1640 / 0.3200	0.2126 / 0.4115	274	228	320	52.8	5160
Four Core Cables with Reduced Neutral	240	0.1250 / 0.2530	0.1634 / 0.3259	317	265	376	58.7	6230
Four Core Cables with Reduced Neutral	300	0.1000 / 0.2060	0.1321 / 0.2660	356	301	430	63.8	7255
Four Core Cables with Reduced Neutral	400	0.0778 / 0.1640	0.1047 / 0.2126	404	346	501	73.0	9685
Four Core Cables with Reduced Neutral	500	0.0605 / 0.1250	0.0838 / 0.1634	452	393	574	80.8	11615

Production Processes Of Power cable

To ensure superior quality, JOCA operates fully digitalized and automated production lines for power cables. Specifically, this comprehensive workflow covers conductor stranding, insulation extrusion, metallic screening, and final sheathing. Moreover, intelligent systems actively monitor each stage to ensure stable performance and consistent product quality. In addition, the factory utilizes advanced testing facilities, such as partial discharge testing, tensile testing, and spark testing. Consequently, these rigorous measures guarantee that every delivered cable strictly meets international standards.

Packing For Shipment

To meet various transportation needs, there are many methods of packaging that can be used.

Have more questions?

We’ve compiled the most common questions regarding specifications, safety standards, and applications below. If you don't see what you're looking for, or have a specific custom requirement, just contact our engineering team directly.

Q: Which models are these?

A: Two main types. N2XRY uses XLPE insulation. NYRY uses PVC. If you see an ‘A’ (like NA2XRY), that just means Aluminum conductor.

Q: Voltage rating?

A: Standard Low Voltage: 0.6/1kV.

Q: Conductor materials?

A: Your choice: Copper or Aluminum.

Q: What kind of armor?

A: SWA (Steel Wire Armor). Single layer of round galvanized wires. Much stronger than tape armor.

Q: Core configurations?

A: We build 2, 3, and 4-core versions. We also do the 4-core with Reduced Neutral (often called 3+1).

Q: Jacket specs?

A: Extruded PVC. It meets IEC 60502-1 (Type ST1 or ST2). Tough enough for most sites.

Q: Resistance calculation temp?

A: Data is calculated at 90°C, matching the XLPE rating.

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