sip cable

Overview Specifications

CONSTRUCTION parameter

Overview

APPLICATION

Self-supporting isolated and projected cable (ABC Cable) is a very innovative concept for overhead power distribution as compared to the conventional bare conductor overhead distribution system. It provides higher level of safety and reliability, lower power losses and ultimate system economy by reducing installation, maintenance and operative cost.

Tano Cable Self-supporting isolated and projected cables are designed to supply 0.6/1, 20, 35, Kilo volt aerial service for temporary service at construction sites, as a service drop (power pole to service entrance), as a secondary cable (pole to pole) or street lighting. This overhead cable provides reinforced insulation acc. IEC 61140 and fulfill therefore Class II acc. IEC 61140. It is not flame retardant. But this could be if requested change to a flame retardant cable.

STANDARD

Basic design to GOST 31946 standard.

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CABLE DATASHEET

0.6/1kV
20kV
35kV

GOST 31946

DISTRIBUTION CIRCUITS
HOUSEHOLD CONNECTIONS

BY COLOR STRIPE

Specifications

ELECTRICAL PERFORMANCE

0.6/1kV
20kV
35kV

STANDARD

GOST 31946

APPLICATION

DISTRIBUTION CIRCUITS
HOUSEHOLD CONNECTIONS

CORE IDENTIFICATION

BY COLOR STRIPE

CHEMICAL PERFORMANCE

Chemical & UV & Oil resistance:Good

MECHANICAL PERFORMANCE

Minimum bending radius:x18 cable diameter

FIRE PERFORMANCE

N/A

THERMINAL PERFORMANCE

XLPE Insulation
Maximum service temperature:90℃
Maximum short-circuit temperature:250℃(max. 5s)

Other Properties

APPROVALS

N/A

INSTALLATION CONDITIONS

OPEN AIR

CABLE MARKING

OIL INK PRINTING
LASER PRINTING
EMBOSSING PRINTING

PACKAGING

BY ROLL
BY POLYWOOD OR WOODEN OR STEEL-WOODEN REEL/DRUM

CONSTRUCTION

1. Conductor:

Aluminium conductor, round stranded compressed (RM)

2. Insulation:

XLPE compound, UV-resistant

Stranding:

Around a load-bearing element of high traction resistance that can be made of aluminum or aluminum alloy. One, two or three conductors for phase, being able to carry one or two additional conductors for public lighting.

DESCRIPTION

Self-supporting isolated and projected cable

SIP-1 AMKA (Finland)

Self-supporting wire with aluminum conductors, insulated from light-stabilized cross-linked polyethylene, with zero bearing insulated aluminum alloy conductor. Wires with a zero carrier core of 50 mm² or more can be made with one, two or three auxiliary cores. Nominal cross section of auxiliary conductors for outdoor lighting circuits 16, 25 or 35 mm², for control circuits 1.5; 2.5 or 4 mm². Lighting conductors with a cross section of 16 mm² only stranded

SIP-2 Torsada (France)

Self-supporting wire with aluminum conductors, insulated from light-stabilized cross-linked PE, with zero load-bearing insulated aluminum alloy conductor

SIP-3 SAX (Finland) PAS-W (Poland)

Protected self-supporting wire with a conductive core made of aluminum alloy, with protective insulation made of light-stabilized cross-linked PE

SIP-4, SIP-5 ALUS, EX Four Core (Sweden), AsXsn (Poland)

Self-supporting insulated wire without bearing element, with aluminum conductors with light-stabilized cross-linked PE insulation. Stranded conductors with a cross section of 16 mm² (SIP-4) or a cross section of 16 to 150 mm² (SIP-5). Conductors with a cross section of 16 mm² for SIP-5 can be seamless

PARAMETER

SIP-1 0.6/1kV

SIP-2 0.6/1kV

SIP-3 20kV

SIP-3 35kV

SIP-4 0.6/1kV

Number of Cores Cross Section	Nominal thickness of phase insulation	Overall Diameter	Weight	Maximum Conductor Resistance Ω/Km
No.×mm²	mm	mm	Kg/Km	Phase
1x16+1x25	1.3	15	135	1.910
3x16+1x25	1.3	22	270	1.910
3x25+1x35	1.3	26	390	1.200
3x35+1x50	1.3	30	530	0.868
3x50+1x50	1.5	32	685	0.641
3x50+1x70	1.5	35	740	0.641
3x70+1x70	1.7	37	930	0.443
3x70+1x95	1.7	41	990	0.443
3x95+1x70	1.7	41	1190	0.320
3x95+1x95	1.7	43	1255	0.320
3x120+1x95	1.7	46	1480	0.253
3x150+1x95	1.7	48	1715	0.206
3x185+1x95	1.9	52	2330	0.164
3x240+1x95	1.9	56	2895	0.125

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Number of Cores Cross Section	Nominal thickness of phase insulation	Overall Diameter	Weight	Maximum Conductor Resistance Ω/Km
No.×mm²	mm	mm	Kg/Km	Phase
3x16+1x25	1.3	24	308	1.910
3x16+1x54.6	1.3	28	427	1.910
3x25+1x35	1.3	27	424	1.200
3x25+1x35	1.3	30	512	1.200
3x25+1x54.6	1.3	31	571	1.200
3x35+1x50	1.3	32	606	0.868
3x35+1x54.6	1.3	34	727	0.868
3x50+1x50	1.5	35	762	0.641
3x50+1x54.6	1.5	36	798	0.641
3x50+1x70	1.5	39	973	0.641
3x70+1x70	1.7	40	1010	0.443
3x70+1x95	1.7	41	1087	0.443
3x95+1x70	1.7	43	1240	0.320
3x95+1x95	1.7	45	1319	0.320
3x120+1x95	1.7	48	1553	0.253
3x150+1x95	1.7	50	1787	0.206
3x185+1x95	1.9	55	2403	0.164
3x240+1x95	1.9	60	2968	0.125

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Number of Cores Cross Section	Nominal thickness of phase insulation	Overall Diameter	Weight	Maximum Conductor Resistance
No.×mm²	mm	mm	Kg/Km	Ω/Km
1x35	2.3	12	165	0.986
1x50	2.3	13	215	0.720
1x70	2.3	15	282	0.630
1x95	2.3	16	364	0.363
1x120	2.3	18	445	0.288
1x150	2.3	19	540	0.236
1x185	2.3	21	722	0.188
1x240	2.3	24	950	0.145

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Number of Cores Cross Section	Nominal thickness of phase insulation	Overall Diameter	Weight	Maximum Conductor Resistance Ω/Km
No.×mm²	mm	mm	Kg/Km	Phase
1x35	3.5	14	209	0.986
1x50	3.5	16	263	0.720
1x70	3.5	17	334	0.630
1x95	3.5	19	421	0.363
1x120	3.5	20	518	0.288
1x150	3.5	22	618	0.236
1x185	3.5	24	808	0.188
1x240	3.5	26	1045	0.145

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Number of Cores Cross Section	Nominal thickness of phase insulation	Overall Diameter	Weight	Maximum Conductor Resistance Ω/Km
No.×mm²	mm	mm	Kg/Km	Phase
2x16	1.3	15	139	1.910
4x16	1.3	18	278	1.910
2x25	1.3	17	196	1.200
4x25	1.3	21	392	1.200

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