CU/XLPE/PVC/AWA/PVC 0.6/1KV Cable

Price Negotiable

Price: Negotiable

MOQ: 20 KM

Delivery Time: 25 working days

Brand: Zion communication OR OEM

Product Description

CU/XLPE/PVC/AWA/PVC 0.6/1KV Cable

Application:										Cable Standards:
General single core PVC cable with aluminium wire armour(AWA) control / power cable for fixed wiring arrangements and power networks. Suitable for underground, indoor and outdoor use in cable ducting.										Flame propagation to BS EN 60332-1-2
										BS5467
										IEC/EN 60228

Product Description:
Conductor					Stranded Plain Annealed Circular Copper Conductor
Insulation					Cross Linked Polyethylene (XLPE)
Bedding					PVC
Armour					Aluminium Wire
Sheath					PVC

Characteristics:
Voltage Rating					600/1000 Volts
Temperature Limits					-15°C to +90°C

Core Identification:
Brown Inner
Should not be installed at temperatures below 0°C or above +60°C
Dimensions:
Zion Code		Conductor Size (mm²)		Stranding (mm)		No. Of Cores		Weight Kg/km		Overall Diameter (mm)		Brass A2		Nylon A2		Nylon Cleat		Trefoil Cleat
71501-50		50		19/1.78		1		638		17.70		20		25		0.7		-
71501-70		70		19/2.14		1		891		19.60		25		32		0.8		-
71501-95		95		19/2.52		1		1166		21.50		25		32		0.9		-
71501-120		120		37/2.03		1		1412		23.10		25		32		1.0		-
71501-150		150		37/2.25		1		1800		26.00		32		40		1.1		-
71501-185		185		37/2.52		1		2200		28.00		32		40		1.2		TASB04
71501-240		240		61/2.25		1		2800		32.00		40		50S		1.4		TASB06
71501-300		300		61/2.52		1		3400		33.00		40		50S		1.4		TASB06
71501-400		400		61/2.85		1		4450		38.00		40		50		1.6		TASB10
71501-500		500		61/3.2		1		5550		43.00		50S		63S		1.8		TASB13
71501-630		630		127/2.52		1		7100		47.00		50		63S		2.0		TASB15




Current Carrying Capacity:
THE ABOVE IS IN ACCORDANCE WITH 18TH EDITION OF IET WIRING REGULATIONS
CONDUCTOR CROSS – SECTIONAL AREA	REFERENCE METHOD C (CLIPPED DIRECT)				REFERENCE METHOD F (IN FREE AIR ON A PERFORATED CABLE TRAY HORIZONTAL / VERTICAL)
	TOUCHING				TOUCHING					SPACED BY ONE DIAMETER
	2 CABLES, SINGLE - PHASE AC OR DC FLAT		3 OR 4 CABLES, 3 PHASE AC FLAT		2 CABLES, SINGLE - PHASE AC OR DC FLAT		3 CABLES, 3 PHASE AC FLAT		3 CABLES, THREE - PHASE AC TREFOIL	2 CABLES DC			2 CABLES, SINGLE PHASE AC				3 OR 4 CABLES, THREE-PHASE AC FLAT
										HORIZONTAL	VERTICAL		HORIZONTAL		VERTICAL		HORIZONTAL		VERTICAL
1	2		3		4		5		6	7	8		9		10		11		12
(MM²)	(A)		(A)		(A)		(A)		(A)	(A)	(A)		(A)		(A)		(A)		(A)
50	237		220		253		232		222	284	270		282		266		288		266
70	303		277		322		293		285	356	349		357		337		358		331
95	367		333		389		352		346	446	426		436		412		425		393
120	425		383		449		405		402	519	497		504		477		485		449
150	488		437		516		462		463	600	575		566		539		549		510
185	557		496		587		524		529	688	660		643		614		618		574
240	656		579		689		612		625	815	782		749		714		715		666
300	755		662		792		700		720	943	906		842		805		810		755
400	853		717		899		767		815	1137	1094		929		889		848		797
500	962		791		1016		851		918	1314	1266		1032		989		923		871
630	1082		861		1146		935		1027	1528	1474		1139		1092		992		940





Voltage Drop
CONDUCTOR CROSS – SECTIONAL AREA MM2		2 CABLES DC		REFERENCE METHODS C AND F (CLIPPED DIRECT, ON TRAY OR IN FREE AIR)
				2 CABLES SINGLE PASS AC								3 OR 4 CABLES THREE PHASE AC
				TOUCHING		SPACED			TREFOIL / TOUCHING			FLAT / TOUCHING			FLAT / SPACED
				R	X	Z	R	X	Z	R	X	Z	R	X	Z	R	X	Z
50		0.980		0.990	0. 210	1.000	0.980	0.290	1.000	0.86	0.180	0. 870	0.840	0.250	0.880	0.840	0.330	0.90
70		0.670		0.680	0.200	0.710	0.690	0.290	0.750	0.59	0.170	0.620	0.600	0.250	0.650	0.620	0.320	0.70
95		0.490		0. 510	0.195	0.550	0.530	0.280	0.600	0.44	0.170	0. 470	0.460	0.240	0. 52	0.490	0. 310	0.58
120		0.390		0. 410	0.190	0.450	0.430	0.270	0. 51	0.35	0.165	0.390	0.380	0.240	0.440	0. 410	0.300	0. 51
150		0. 310		0.330	0.185	0.380	0.360	0.270	0.450	0.29	0.160	0.330	0. 310	0.230	0.390	0.340	0.290	0.45
185		0.250		0. 270	0.185	0.330	0.300	0.260	0.400	0.23	0.160	0.280	0.260	0.230	0.340	0.290	0.290	0. 41
240		0.195		0. 210	0.180	0.280	0.240	0.260	0.350	0.18	0.155	0.240	0. 210	0.220	0.300	0.240	0.280	0.37
300		0.155		0.170	0.175	0.250	0.195	0.250	0.320	0.145	0.150	0. 210	0.170	0.220	0.280	0.200	0. 270	0.34
400		0. 115		0.145	0.170	0.220	0.180	0. 24	0.300	0.125	0.150	0.195	0.160	0. 210	0.270	0.200	0. 270	0.33
500		0.093		0.125	0.170	0.210	0.165	0. 24	0.290	0.105	0.145	0.180	0.145	0.200	0.250	0.190	0.240	0. 31
630		0.073		0.105	0.165	0.195	0.150	0.230	0.270	0.092	0.145	0.170	0.135	0.195	0. 24	0.175	0.230	0.29

The Above Is In Accordance With 18th Edition Of Iet Wiring Regulations Conductor Operating Temperature: 90°c R = Resistive Component X = Reactive Component Z = Impedance Value Spacing’s Larger Than Those Specified Will Result In Larger Volt Drop. The Above Is In Accordance With 17th Edition Of Iee Wiring Regulations.