Na2xby N2xby Aluminium Conductor IEC60502-1 XLPE Dsta PVC 0.6/1kv Cable

Product Name:

Model NO.:

NA2XBY, NA2XH

Application:

Construction, Underground, Industrial, Power Station

Voltage:

Low and Medium Voltage Cable

Current:

DC Cable

Insulation Material:

XLPE

Insulation Material:

Crosslinking

Sheath Material:

PVC

Material Shape:

Round Wire

Wire Core Material:

Al or Cu

Certification:

ISO, CCC, CE

Model:

Na2xby,Naxby

Brand:

Jytop

Strandard:

Ts IEC 60502-1, IEC 60502-1, VDE 0276, Is 1516.1,

Certificate:

Ce ,ISO9001

Trademark:

JYTOP

Transport Package:

Packed in Reels

Specification:

3×70+35

Origin:

Zhengzhou, China

HS Code:

8544492100

Product Description

APPLICATION of NA2XBY N2XBY Aluminium Conductor cable :
This cable is highly resistant against mechanical stresses due to the galvanised steel tape armoured construction. Suitable for local distribution systems.

The NA2XBY and NA2XH cables are designed for local distribution systems and for delivering power and auxiliary control in the Building and Construction industry. The NA2XBY is highly resistant to mechanical stresses as a result of the double layer of galvanized steel tape armour applied to the cable.

Available with Cross-Linked Polyethylene (XLPE) insulation and a Polyvinyl Chloride (PVC) oversheath, these cables have a voltage rating of 600/1000V and a maximum operating temperature of +90oC. The cables are not suitable for use in water.

The Thermoplastic halogen-free compound sheath cable is available with aluminium conductors as follows:
RE – Class 1 solid aluminium-circular or circular compacted
RM – Class 2 stranded
SE – Class 1 solid sector-shaped or stranded
SM – Class 2 sector-shaped to BS EN 60228 (previously BS 6360)
The standard PVC sheathed NA2XBY cable is available with a Class 2 stranded conductor.

CABLE STANDARDS of NA2XBY N2XBY Aluminium Conductor cable:
TS IEC 60502-1, IEC 60502-1, VDE 0276, IS 1516.1, BS EN/IEC 60332-1.

CONSTRUCTION of NA2XBY N2XBY Aluminium Conductor cable :
Conductor : Class 2 stranded aluminium conductor according to BS EN 60228 (previously BS 6360).
Insulation : XLPE (Cross-Linked Polyethylene) .
Filler : PVC (Polyvinyl Chloride) .
Armour :Double galvanized steel tape .
Sheath : PVC (Polyvinyl Chloride).

CHARACTERISTICS of NA2XBY N2XBY Aluminium Conductor cable:
Voltage Rating (Uo/U) 600/1000V
Test Voltage 3.5kV
Maximum Operating Temperature +90°C
Maximum Short Circuit Temperature +250°C
Minimum Bending Radius 15 x overall diameter
Sheath Colour Black.

Technical Parameter of N2XBY Aluminium Conductor cable:

Conductor			Inductance	Current – Carrying Capacity at 30° C *		Short circuit current at 1 sec
Nom. Cross Section Area	DC Resistance at 20°C	AC Resistance at 90°C		Current – Carrying Capacity at 30° C *
Nom. Cross Section Area	DC Resistance at 20°C	AC Resistance at 90°C		in air	in ground
(mm²)	Max. (/km)	Max. (/km)	(mH/km)	Max. (A)	Max. (A)	Max. (kA)
1.5	12.1	15.429	0.315	27	32	0.21
2.5	7.41	9.449	0.293	36	42	0.36
4	4.61	5.878	0.275	48	55	0.57
6	3.08	3.927	0.263	60	68	0.86
10	1.83	2.334	0.248	83	91	1.43
16	1.15	1.467	0.238	110	118	2.29
25	0.727	0.927	0.240	148	152	3.58
35	0.524	0.669	0.233	183	183	5.01
50	0.387	0.494	0.232	214	210	7.15
70	0.268	0.343	0.229	269	256	10.01
95	0.193	0.247	0.224	334	309	13.59
120	0.153	0.197	0.223	386	350	17.16
150	0.124	0.160	0.224	449	395	21.45
185	0.0991	0.129	0.225	512	444	26.46
240	0.0754	0.099	0.223	604	513	34.32
300	0.0601	0.081	0.221	692	577	42.90

Specification Date Sheet of NA2XBY Aluminium Conductor cable:

Conductor			Overall Diameter	Cable Weight	Inductance	Current – Carrying Capacity at 30° C *		Short circuit current at 1 sec
Nom. Cross Section Area	DC Resistance at 20°C	AC Resistance at 90°C	approx.	approx.	Inductance	in air	in ground	Short circuit current at 1 sec
(mm²)	Max. (/km)	Max. (/km)	mm	kg/km	(mH/km)	Max. (A)	Max. (A)	Max. (kA)
10	3.08	3.949	19.7	519	0.248	64	70	0.94
16	1.91	2.449	23.0	685	0.236	86	91	1.50
25	1.20	1.539	25.5	880	0.242	114	118	2.35
35	0.868	1.113	28.5	1,097	0.234	141	142	3.29
50	0.641	0.822	32.5	1,196	0.232	166	163	4.70
70	0.443	0.568	37.0	1,586	0.229	209	199	6.58
95	0.320	0.411	42.5	2,399	0.224	259	239	8.93
120	0.253	0.325	47.5	2,919	0.223	300	272	11.28
150	0.206	0.265	53.5	3,482	0.225	349	307	14.10
185	0.164	0.211	57.5	4,125	0.225	399	346	17.39
240	0.125	0.162	64.0	5,122	0.223	473	401	22.56
300	0.100	0.130	69.5	6,088	0.222	543	453	28.20