Name: Copper Conductor Aluminium Amoured High Voltage Cable 220kv 1c1600sqmm with KEMA and Russia Certfification
Brand: XIN BAOFENG
Price: 150 USD

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Copper Conductor Aluminium Amoured High Voltage Cable 220kv 1c1600sqmm with KEMA and Russia Certfification

Brand Name:XIN BAOFENG

Certification:KEMA TEST REPORT and Russia

Model Number:YJLW03

Minimum Order Quantity:10000METERS

Delivery Time:30 DAYS

Payment Terms:TT LC

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Hebei New Baofeng Wire & Cable Co.,Ltd

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Business type: Manufacturer Exporter

Address: Jinghe Hi-tech Industrial Zone, Hejian City, Hebei province,China

Supplier`s last login times: within 26 hours

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Copper Conductor Aluminium Amoured High Voltage Cable 220kv 1c1600sqmm

Sr. No.					REQUIRED		TENDERED
1.00	GENERAL
1.01	Manufacturer name							New Baofeng
1.01.1		name
1.01.2		country of manufacturer
1.02	Applicable standard(s)			IEC		62067		62067
1.03	Type test
1.03.1		carried out				yes		yes
1.03.2		date		dd-yy-mm				2011
1.03.3		testing station or certification body
1.03.3.1			name					Wuhan(KEMA witnessed)
1.03.3.2			country					China
1.04	Cables sizes to conform to the requirement of
	intended applications/ current ratings					yes
2.00	CONSTRUCTION DATA
2.01	Conductor
2.01.1		applicable standards		IEC		60228		60228
2.01.2		material				annealed copper wires		annealed copper wires
2.01.3		individual wire insulated from each other		yes/no				no
		(preferable)
2.01.4		shape				circular stranded		five shaped segmented
2.01.5		compacted stranded?		yes/no				yes
2.01.6		segmental stranded?		yes/no				yes
2.01.6.1			number of segments	No.				5
2.01.6.2			shape of segments					fanshaped
2.01.7		minimum cross-section (electrical)		mm²		1600		1600
2.01.8		approximate diameter		mm				48.2
2.02	Longitudinal water stopper material in conductor
2.02.1		water swelling tape around each layer of wires?				yes		yes
2.03	Tape
2.03.1		material, if applicable				semi-conductive		semi-conductive
2.04	Conductor screen
2.04.1		material				semi-cond.		semi-cond.
						super-smooth		super-smooth
2.04.2		minimum thickness (incl. tape, if applied)		mm		1.8		1.8
2.04.3		nominal thickness (incl. tape, if applied)		mm				2.0
2.04.4		thermal resistivity		°C.m/W				3.5
2.04.5		volume resistivity of conductor screen		Ωm at 90^oC
2.04.6		allowable protrusion in conductor screen at		µm				80
		conductor screen & insulation interface
2.04.7		approximate diameter		mm				53.5
2.05	High permitivity insulation layer (emission screen)?			yes/no				yes
2.06	Insulation
2.06.1		material				super-clean XLPE		super-clean XLPE
2.06.2		minimum thickness		mm		17.0		21.6
2.06.3		nominal thickness		mm				24
2.06.4		maximum thickness		mm
2.06.5		thermal resistivity		°C.m/W				3.5
2.06.6		allowable protrusion in insulation at		µm
		insulation and insulation screen interface
2.06.7		allowable protrusion in insulation at		µm				80
		conductor screen and insulation interface
2.06.8		total diameter (approx.)		mm				101.5
2.07	Insulation screen (non-metallic)
2.07.1		material				semi-cond. XLPE		semi-cond. XLPE
						super-smooth		super-smooth
2.07.2		minimum thickness		mm				1.08
2.07.3		nominal thickness		mm				1.2
2.07.4		thermal resistivity		°C.m/W				3.5
2.07.5		volume resistivity of insulation screen		Ω at 90^oC				≤500
2.07.6		allowable protrusion in insulation screen at		µm				80
		insulation and insulation screen interface
2.07.7		approximate diameter		mm				103.9
2.08	Extrusion method of conductor screen,
	insulation and insulation screen
2.08.1		simultaneously?				yes		yes
2.09	Method of curing (gas/silicone/silane/long die, etc.)							gas
2.10	Method of cooling (water/nitrogen, etc.)							nitrogen
2.11	Bedding/damping layer
2.11.1		material				semi-cond. PE tape		N/A
2.11.2		minimum thickness		mm				N/A
2.11.3		nominal thickness		mm				N/A
2.11.4		thermal resistivity		°C.m/W				N/A
2.11.5		approximate diameter		mm				N/A
2.12	Core insulation screen (metallic)							N/A
2.12.1		material				copper wires +		N/A
						counter helix		N/A
2.12.2		number of wires		No.				N/A
2.12.3		cross section of wire		mm²				N/A
2.12.4		total cross-section		mm²				N/A
2.12.5		approximate diameter		mm				N/A
2.13	Longitudinal water sealing
2.13.1		material				semi-cond.		semi-cond.
						water swelling tape		water swelling tape
2.14	Core metallic sheath
2.14.1		standards

2.14.2		material				Aluminium		Aluminium
2.14.3		minimum thickness		mm				2.11
2.14.4		nominal thickness		mm				2.6
2.14.5		minimum cross-section		mm²				1138
2.14.9		density		kg/dm³				2.7
2.14.10		specific electric resistance		mm²Ω/m				0.028264
2.14.11		approximate cable diameter		mm				130.1
2.14.12	Anti-corrosion layer
2.14.1		material						asphalt
2.14.2		nominal thickness		mm				0.2
2.14.3	Outer sheath
2.14.1		material				HDPE		HDPE
2.14.2		color				black		black
2.14.3		minimum thickness		mm				4.25
2.14.4		nominal thickness		mm				5
2.14.5		maximum thickness		mm				6
2.14.6		resistant to sulphide				yes		yes
2.14.7		thermal resistivity		°C.m/W				3.5
2.14.8		termite resistant				yes		yes
2.14.9		fire retardent				yes		yes
2.14.10		length marking at every meter interval				yes		yes
2.14.11		text embossed as specified				yes		yes
2.15	Cable overall diameter			mm				140.5
2.16	Conductive coating							graphite
2.16.1		applicable standards		IEC
2.16.2		extruded (preferable)		yes/no
2.16.3		graphite		yes/no				yes (prefered)
2.17	Weights
2.17.1		total cable (approx.)		kg/m				26.899
2.17.2		Aluminium(min)		kg/m				3.074
2.17.3		copper (min)		kg/m				14.24
3.00	ELECTRICAL DATA
3.01	Rated voltage (Uo/U)			kV		127/220		127/220
3.02	Highest system voltage (Umax)			kV		245		245
3.03	Frequency			H_z		50		50
3.04	Power frequency voltage (15 min, 20^oC)			kV_rms		317		317
3.05	Impulse withstand voltage (90°C)			kV_peak		1050		1050
3.06	Maximum partial discharge			pC		5		5
3.07	Dielectric stress
3.07.1		at normal operation
3.07.1.1			at insulation screen	kV/mm				3.9
3.07.1.2			at conductor screen	kV/mm				7.4
3.07.2		at breakdown
3.07.2.1			at insulation screen	kV/mm				32.3
3.07.2.2			at conductor screen	kV/mm				61.3
3.08	Maximum continuous current carrying
	capacity (at Uo) for the following conditions:
3.08.1		40°C soil temperature, load factor 1
		IEC 60287) and for cable
		arrangement as per tender drawings:
		for 1cct/2cct in one trench
3.08.1.1			for T.R .= 0.8 m.K/W	A		1cct/2cct		1397
3.08.1.2			for T.R .= 1.0 m.K/W	A				1384
3.08.1.3			for T.R .= 1.2 m.K/W	A				1305
3.08.1.4			for T.R .= 1.4 m.K/W	A				1201
3.08.1.5			for T.R .= 1.6 m.K/W	A				1175
3.09	Conductor temperature at the above			°C				90
	mentioned conditions
3.10	Losses per system at the above
	mentioned conditions
3.10.1		conductor		kW/km				30.5
3.10.2		sheath		kW/km				3.1
3.10.3		dielectric		kW/km				0.95
3.10.4		total		kW/km				34.6
3.11a	Minimum continuous current carrying capacity			A(min)		1800		1800
3.11	Maximum current carrying
	capacity (at Uo) for the following conditions:
3.11.1		40°C soil temperature, load factor 0.8
		IEC 60287) and for cable
		arrangement as per tender drawings:
		for 1cct/2cct in one trench
3.11.1.1			for T.R .= 0.8 m.K/W	A		1cct/2cct		1305
3.11.1.2			for T.R .= 1.0 m.K/W	A				1279
3.11.1.3			for T.R .= 1.2 m.K/W	A				1252
3.11.1.4			for T.R .= 1.4 m.K/W	A				1227
3.11.1.5			for T.R .= 1.6 m.K/W	A				1174
3.12	Conductor temperature at the above			°C				90
	mentioned conditions
3.13	Losses per system at the above
	mentioned conditions
3.13.1		conductor		kW/km				26.6
3.13.2		sheath		kW/km				2.7
3.13.3		dielectric		kW/km				0.95
3.13.4		total		kW/km				30.3
3.14a	Short circuit rating of system (1s).			kA		40		40
3.14	Permissible short circuit current of the conductor
3.14.1		for 3.0 s durations		kA		40		132.4
3.14.2		for 2.0 s duration		kA				161.6
3.14.3		for 1.0 s duration		kA				228.9
3.14.4		for 0.5 s duration		kA				323.3
3.15	Maximum permissible earth fault current in the
	metallic sheath
3.15.1		at 3.0 s duration		kA		40		62.6
3.15.2		at 2.0 s duration		kA				57.6
3.15.3		at 1.0 s duration						80.1
3.15.4		at 0.5 s duration		kA				111.8
3.16	Maximum permissible temperature of metallic			°C				160
	sheath (for 0.5s at max. permissible
	earth fault current)
3.17	Screening factor (ground current/total earth
	fault current at earth faults)
3.18	Maximum permissible continuous			°C		90		90
	conductor temperature

3.19	Maximum permissible conductor temperature			°C		130		130
	for 117% of max. transmission capacity,
	prevailing maximum 100 hrs/year and 500 hrs
	in total (emergency overload)
3.20	Maximum permissible short-circuit temperature
3.20.1		for welded/pressed conductor connections		°C		250		250
3.20.2		appropriate duration		s				5
3.21	Maximum permissible continuous			°C				40
	temperature of cable surface
	Maximum permissible overload in the event
	that cable has been pre charged by
	-50%			% min
	-70%			% min
	-90%			% min
	of the contunuous current carrying capacity
3.22	Maximum DC conductor resistance at 20°C			mΩ/km				0.0113
	(five-digit accuracy)
3.23	Maximum AC conductor resistance at 90°C			mΩ/km				0.0156
	(five-digit accuracy) and for cable arrangements
	as per tender drawings
3.24	Maximum DC metallic sheath resistance at 20°C			Ω/km				0.028264
3.25	Minimum insulation resistance at 20°C			GΩ/km
	Maximum dielectric strength at U max

Company Profile

Hebei New Baofeng Wire & Cable Co., Ltd. owns fixed capital of RMB 1.6 billion with 1100 staffs (among whom 86 are senior engineers and technicians, 230 are engineers and technicians). The Group Co. consists of 18 departments, 11 branches, 32 representative offices with its sales networks covering 50 big and medium cities of China.

Equipped with high quality technical expertise, latest manufacturing and inspection equipments as well as Research & Development activities , Hebei New Baofeng Wire & Cable Co., Ltd. has become not only a leading cable manufacturer but also a Group company with reputation for delivering quality cables at competitive prices and within the committed delivery schedules in the international market.

HNBF has the most present advanced cable auto-producing lines and cable testing equipment in the world: the highest 750kV extra high voltage vertical producing line in the world, 10-110kV dry CDCC XLPE cable line, 1-10kV the one-step-method four –layer co-extrusion cross-linkage cable producing line, 10-110kV partial discharge testing equipment imported from Siemens, Germany, and 1000kV thunder and lightning surge testing equipment imported from Haefely Co., Switzerland.

As a technology breakthrough, we have developed 630-2500mm²sectional area sub-marine cable, which is the highest level. The one-step-method four-layer co-extrusion Silone cross-linked cable, High Voltage and Extra High Voltage cables 66kV to 500kV，35kV and below XLPE insulated, non-smoke and non-halogen A series rire-retardant power cable, 35kV and below XLPE cable for semi-conduct electric screening, visual spiral Aluminum Cored XLPE power cables, XLPE insulated, rat-proof shielded, low-smoke and low-halogen A serial fire-retardant and ultraviolet-proof power cable, XLPE insulated termite-proof power cable, as well as 3kV XLPE insulated water-proof and rat-proof power cable, A serial cross-linkage fire-fighting cable, and other new cable products for special-purpose Cable Accessoriesfor 66kV-500kV cables. We have more than 50 items over which we own the intellectual property rights / patent rights.

In 2001, our predecessors Baofeng Cable Co. Ltd. developed the first 500kV extra high voltage cross-linkage cable in China with its Partial Discharge less than 0.8pc. In short, we can say that we have given a new control index data for the IEC standard, we can also say that China actually was one of the earliest producers of 500KV High Voltage Cable other than Germany and Japan.

In recent years, our products are exported not only to countries and regions of Europe, Asia, Africa, as well as USA, New Zealand.

Our company website：www.nbfcable.com/english

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Copper Conductor Aluminium Amoured High Voltage Cable 220kv 1c1600sqmm with KEMA and Russia Certfification

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