Australia Standard PVC SAA Insulated Orange Circular Cables 0.6/1kv, Cu, Armoured

• Application: Construction, Underground, Industrial, Power Station
• Voltage: Low and Medium Voltage Cable
• Current: DC & AC
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: Orange circulars
• Insulation Material: PVC V-90
• Sheath Material: PVC 5V-90
• Material Shape: Round Wire
• Wire Core Material: Class 2 Plain Annealed Copper
• Certification: ISO, CCC, CE, RoHS, IEC,SAA,Rcm
• Model: Orange Circulars
• Brand: Feiya
• Seath Color: Orange
• OEM/ODM: Accepted
• Working Temperature: Below 90
• Voltage Rating: 0.6/1kv
• Other Service: Can Be Customized
• Bedding: PVC 5V-90
• Armour: Galvanized Steel Wire Armour
• Transport Package: Wooden Box Packing or Pallet Shipping Containers
• Specification: 1.5mm2 to 300mm2
• Trademark: Fengda
• Origin: Tianjin, China
• HS Code: 8544492100
• Production Capacity: 6000000meters/Year
• Package Size: 120.00cm * 100.00cm * 135.00cm
• Package Gross Weight: 1000.000kg

Product Description

 

Product Description

 

PVC Insulated Orange Circular Cables 0.6/1KV,Cu,Armoured

1)For fixed installation in power and lighting circuits in commercial buildings
2)Plant engineering and construction, industrial machinery, power station
3)Suitable for outdoor used under direct sunlight
For mains, sub mains and sub circuits unenclosed, enclosed in conduit buried direct or underground ducts for buildings and industrial plants where not subject to mechanical damage. Suitable for glanding.
 

Conductor	Class 2 plain annealed copper
Insulation	V-90PVC
Outer sheath	5V-90PVC,generally orange(customizable)
bedding	5V-90PVC
Colo	Red,White,Green/Yellow
Rated voltage	0.6/1KV
Short Circuit Temperature	160ºC
Operating temperature	-25ºC to + 75ºC,maximum 90ºC higher than 75ºC
Short Circuit Temperature	160ºC for 5 sec

Conductor Size (mm²)	Conductor  Diameter    (mm)	Insulation Thickness (mm)	Approx. Overal Diameter (mm)	Min. Bending  Radius        (mm)		Approx. Weight (kg/km)
				During Installation	After Installation
2×1.5+1.5E	1.56	0.8	14.0	265	176	368
2×2.5+2.5E	2.01	0.8	15.0	284	189	462
2×4+2.5E	2.55	1.0	16.4	310	207	561
2×6+2.5E	3.12	1.0	18.4	348	232	763
2×10+4E	3.80	1.0	20.2	382	255	945
2×16+6E	4.8	0.7	22.0	416	277	1040
2×25+6E	6.0	0.9	24.9	471	314	1336
2×35+10E	7.0	0.9	27.6	522	348	1918
2×50+16E	8.4	1.0	30.8	582	388	2494
2×70+25E	10.0	1.1	34.6	654	436	3204
2×95+25E	11.6	1.1	39.6	748	499	3914
2×120+35E	13.0	1.2	43.0	813	542	4739
2×150+50E	14.6	1.4	48.8	922	615	6205
2×185+70E	16.2	1.6	53.0	1002	668	7480
2×240+95E	18.4	1.7	58.2	1100	733	9237
2×300+120E	20.6	1.8	63.8	1206	804	11099
3×1.5+1.5E	1.56	0.8	14.8	280	186	434
3×2.5+2.5E	2.01	0.8	16.8	318	212	652
3×4+2.5E	2.55	1.0	18.5	350	233	775
3×6+2.5E	3.12	1.0	19.9	376	251	898
3×10+4E	3.80	1.0	21.7	410	273	1122
3×16+6E	4.8	0.7	24.0	454	302	1373
3×25+6E	6.0	0.9	26.9	508	339	1769
3×35+10E	7.0	0.9	291	550	367	2184
3×50+16E	8.4	1.0	32.8	620	413	2842
3×70+25E	10.0	1.1	38.9	735	490	4050
3×95+25E	11.6	1.1	42.0	794	529	4916
3×120+35E	13.0	1.2	47.3	894	596	6404
3×150+50E	14.6	1.4	52.3	988	659	8087

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