LV ABC Aerial Bundled Cables ( SFS 2200)

APPLICATION

 It is preferred to use AER cables instead of uninsulated conductors at low voltage networks. AER cables are especially used at areas where the cost of underground networks are expensive and also for electrification of rural areas like villages.

TECHNICAL DATA

 Max Operating Temperature: 90°C
Max. short Circuit Temperature: 250°C (max. 5 sec.)
Rated voltage: 0.6/1kV
Cable Code: AER

CONSTRUCTION

 Solid or Stranded Aluminium Conductor
PE or XLPE Insulation
Messenger wire

ELECTRICAL SPECIFICATIONS

NUMBER OF CONDUCTOR CROSS SECTION	NSULATED    WIRES							MESSENGER    WIRE			FINISHED CABLE
	CONDUCTOR SIZE	NUMBER OF WIRES	DIAMETER OF CONDUCTOR	RESISTANCE OF20℃	CURRENT CARRYING CAPACITY	NUMBER OF WIRES	CURRENT CARRYING CAPACITY	DIAMETER OF MESSENG WIRE	MIN.TENSILE STRENGHT	MAX RESISTANCE OF 20℃	APP MAX BUNDLE DIAMETER	APP.NET WEIGHT
mm²	mm²		mm	Ω/km	A	mm:	A	mm	kN	Ω/km	mm	kg/km
1x16+1x16+25	1x16	1	4.4	1.91	70	1x16	60	5.9	7.4	1.38	15	225
3x16+1x16+25	3x16		4.4	1.91	60	1x16	60	5.9	7.1	1.38	22	350
3x25+1x16+35	3x25	7	5.9	1.2	80	1x16	60	6.9	10.3	0.986	26	475
3x35+1x16+50	3x35	7	6.9	0.868	95	1x16	60	8x1	14.2	0.72	30	625
3x50+1x16+70	3x50	7	8.1	0.641	120	1x16	60	9.6	20.6	0.493	35	800
3x70+1x16+95	3x70	7	9.6	0.443	150	1x16	60	11.4	27.9	0.363	41	1100
4x16+1x16+25	4x16		4.4	1.91	60	1x16	60	5.9	7.4	1.38	25	410
4x25+1x16+35	4x25	7	5.9	1.2	80	1x16	60	6.9	10.3	0.986	30	610
4x35+1x16+50	4x35	7	6.9	0.868	95	1x16	60	8.1	14.2	0.72	34	810
4x50+1x16+70	4x50	7	8.1	0.641	120	1x16	60	9.63	20.6	0.493	40	1060
4x70+1x16+95	4x70	7	9.3	0.443	150	1x16	60	11.4	27.9	0.363	47	1420

 

NUMBER QF CONDUCTOR CROSS SECTION	INSULATED WIRES							MESSENGER WIRE			FINISHED CABLE
	CONDUCTOR SIZE	NUMBER OF WIRES	DLAMETER OF CONDUCTOR	RESISTANCE OF 20C	CURRENT CARRYING CAPACITY	NUMBER OF WIRES	CURRENT CARRYING CAPACITY	DIAMETER  OF  MESSENGER WIRE	MIN,TENSLE STRENGHT	MAX. RESSTANCE OF  20℃	APP MAX. BUNDLE DIAMETER	APP.NET WEIGHT
mm²	mm²		mm	Ω/km	A	mm?	A	mm	kN	Ω/km	mm	kg/km
1x16+25	1x16		4.4	1.91	75	-	-	5.9	7,4	1.38	15	140
1x25+35	1×25	7	5.9	1.2	10	-	-	6.9	10.3	0.986	17	200
1x3.5+5	1x35	7	6.9	0.868	125	-	-	8.1	14.2	0.72	20	275
3x16+25	3x16		4.4	1.91	70	-	-	5.9	7.4	1.38	22	275
3x25+35	3x25	7	5.9	1.2	90	-	-	6.9	10.3	0.986	26	400
3x35+50	3x35	7	6.9	0.868	115	-	-	8.1	14.2	0.72	30	575
3x50+70	3x50	7	8.1	0.641	140	-	-	9.6	20.6	0.493	35	750
3x70+95	3x70	7	9.6	0.443	180	-	-	11.4	27.9	0.363	41	050
3x120+95	3x120	19	12.8	0.253	250	-	-	11.4	27.9	0.363	47	550
4x16+25	4x16		4.4	1.91	70	-	-	5.9	7.4	1.38	24	375
4x25+35	4x25	7	5.9	1.2	90	-	-	6.9	10.3	0.986	28	500
4x35+50	4x35	7	6.9	0.868	115	-	-	8.1	14.2	0.72	32	680
4x50+70	4x50	7	8.1	0.641	140	-	-	9.6	20.6	0.493	38	900

 

NUMBER OF CONDUCTOR CROSS SECTION	NSULATED WIRES							MESSENGER WIRE			FINISHED CABLE
	CONDUCTOR SIZE	NUMBER OF WIRES	DIAMETER OF CONDUCIOR	RESISTANCE QF 20℃	CURRENT CARRYING CAPACITY	NUMBER OF WIRES	CURRENT CARRYING CAPACITY	DIAMETER  OF  MESSENGER WIRE	MIN.TENSILE STRENGHT	MAX RESISTANCE OF20^C	APP MAX BUNDLE DIAMETER	APP.NET WEIGHT
mm²	mm²		mm	Q/km	A	mm²	A	mm	kN	Ω/km	mm	kg/km
3x120+2x1+670	3x120	19	12.8	0.253	300	2x16	-	10.2	20.6	0.50	46	1600
3x150+70	3x150	19	14.5	0.206	344		-	10.2	20.6	0.50	48	1680
3x150+1x1+670	3x150	19	14.5	0.206	344	1x16	60	10.2	20.6	0.50	48	1780
3x150+2x16+70	3x150	19	14.5	0206	344	2x16	-	10.2	20.6	0.50	48	1850
3x120+95	3x120	19	12.8	0.253	300		-	12.9	27.9	0.343	47	1500
3x120+1x16+95	3x120	19	12.8	0.253	300	1x16	60	12.9	27.9	0.343	47	1620
3x120+2x61+95	3x120	19	12.8	0.253	300	2x16	-	12.9	27.9	0.343	47	1680
3x150+95	3x150	19	14.5	0.206	344		-	12.9	27.9	0.343	49	1740
3x150+1x1+695	3x150	19	14.5	0.206	344	1×16	60	12.9	27.9	0.343	49	1880
3x150+2x16+95	3x150	19	14.5	0.206	344	2x16	-	12.9	27.9	0.343	49	1940

 

NUMBER OF CONDUCTOR CROSS SECTION	NSULATED WIRES							MESSENGER WIRE			FINISHED CABLE
	CONDUCTOR SIZE	NUMBER OF WIRES	DIAMETER OF CONDUCTOR	RESISTANCE OF 20℃	CURRENT CARRYING CAPACITY	NUMBER OF WTRES	CURRENT CARRYING CAPACITY	DIAMETER  OF  MESSENGER WIRE	MIN.TENSILE STRENGHT	MAX RESISTANCE  OF  20°℃	APP MAX BUNDLE DIAETER	APP.NET WEIGHT
mm	mm²		mm	②/km	A	mm²	A	mm	kN	/km	mm	kg/km
2x16	2x16	7	4.6	1.91	93	-	-	-	-	-	15	132
2x25	2x25	7	5.9	1.20	122	-	-	-	-	-	18.5	200
2x35	2x35	7	6.9	0.868	129	-	-	-	-	-	22.0	280
2x50	2x50	7	8.1	0.641	158	-	-	-	-	-	24.0	370
4x16	4x16	7	4.6	1.91	83	-	-	-	-	-	18.0	265
4x25	4x25	7	5.9	x20	111	-	-	-	-	-	22,0	400
4x35	4x35	7	6.9	0.868	131	-	-	-	-	-	26.0	550
3x25+54.6	3x25	7	5.9	1.20	112	-	-	9.6	6.0	0.63	30.0	470
3x25+1x16+54.6	3x25	7	5.9	1.20	112	x16	60	9.6	16.0	0.63	30.0	570
3x25+2x16+54.6	3x 25	7	5.9	1.20	112	2x16		9.6	6.0	0.63	30.0	640
3x35+54.6	3x35	7	6.9	0.86	138	-	-	9.6	16.0	0.63	33.0	580
3x3S+1x16+54.6	3x35	7	6.9	0.868	138	x16	60	9.6	6.0	63	33.0	690
3x35+2x16+54.6	3x35	7	6.9	0.868	138	2x16	-	9.6	16.0	0.63	33.0	750
3x50+54.6	3x50	7	8.1	0.641	168	-	-	9.6	16.0	0.63	36,0	720
3x50+1x16+54.6	3x50	7	8.1	0.641	168	x16	60	9.6	16.0	0.63	36.0	820
3x50+2x16+54.6	3x5	7	8.1	0.641	168	2x16	-	9.6	6.0	0.63	36.0	890
3x70+54.6	3x70	12	9.7	0.443	213	-	-	9.6	16.0	0.63	38.0	930
2x70+1x16+54.6	3x70	12	9.7	0.443	213	x16	60	9.6	6.0	0.63	38.0	030
3x70+2x16+54.6	3x70	12	9.7	0.443	213	2x16	-	9.6	16.0	0.63	38.0	100
3x70+1x25+54.6	3x70	12	9.7	0,443	213	x25	-	9.6	16.0	0.63	40.0	070
3x70+2x25+54.6	3x70	12	9.7	0.443	213	2x25	-	9.6	16.0	0.63	40.0	170
3x70+70	3x70	12	9.7	0,443	213	-	-	10.2	20.6	0.50	41,.0	970
3x70+1x16+70	3x70	12	9.7	0.443	213	x16	60	0.2	20.6	0.50	41.0	080
3x70+2x16+70	3x70	12	9.7	0,443	213	2x16	-	0.2	20.6	0.50	41.0	150
3x95+70	3x95	19	1.5	0.320	258	-	-	0.2	20.6	0.50	44,0	1200
3x95+1x16+70	3x95	19	11.5	0.320	258	x16	60	0.2	20.6	0.50	44,0	300
3x95+2x16+70	3x95	19	11.5	0.320	258	2x16	-	0.2	20.6	0.50	44,0	380
3x120+70	3x120	19	12.8	0.25	300	-	-	0.2	20.6	0.50	46.0	430