LV & MV Aerial Cables

Cable Autoportante

NTP 370.254 ICEA S-76-474 Cable Autoportante CAAI CAAI-S

Standards: ICEA S-76-474

Product Description

NTP 370.254 ICEA S-76-474 Cable Autoportante CAAI CAAI-S

Cable Autoportante Application

The Cable Autoportante in English means self-supporting cables, CAAl-S, are used for low power distribution overheadnetworks cost. in urban and rural areas.
Cable Autoportante is installed both in posts and attached to wals, in both cases, with the necessary accessories.They do’not require the use of insulators.
The CAAl cables also called self-supporting cable are used for air networks of secondary distribution low-cost electricity inurban and rural areas.They are installed both in posts and attached to walls,in both cases,with the appropriate accessories.They do not require the use of insulators.

TYPE	Description
CAI	Copper conductor ,xlpe insulated power cable
CAI-S	Copper conductor ,xlpe insulated power cable, steel supporting
CAAI	Aluminum conductor, xlpe insulated power cable
CAAI-S	Aluminum conductor, xlpe insulated power cable, steel supporting

CAAI Self-Supporting Aluminum Conductor Cables Construction

Phase conductor	Hard drawn aluminum conductor (class 2)
Neutral messenger conductor	Galvanized steel conductor
Lighting conductor	Hard drawn aluminum conductor (class 2)
Insulation	XLPE
DESIGNATION	CAAI— Aluminum conductor with aluminum alloy support conductors, the support conductor can be bare “ND” or insulated “NA “.

CAAI-S

Phase conductor: hard drawn aluminum conductor (class 2)
Phase Core identification: colour strip, rib or number
Lighting Conductor: hard drawn aluminum conductor (class 2)
Neutral/Messenger conductor: insulated galvanized steel conductor
Insulation: black crosslinked polyethylene(XLPE)

Cable Autoportante Aluminum Conductor Cables Standard

NTP 370.254, ICEA S-76-474

CABLE CAAI (ND) CARACTERISTICAS DIMENSIONALES Y ELECTRICAS

FORMACIÓN	Espesor Aislante fase	Diámetro Exterior (*)	Peso nominal	Resistencia Max. c.c. a 20 ºC ohm/km		Reactancia inductiva a 60 hz. ohm/km		Factor caída de tensión (**) V/A. km.
FORMACIÓN	mm	mm	kg/km	Fase	Alumb.	Fase	Alumb.	Fase	Alumb.
1×16+NA25	1,14	18	160	1,910	—	0,0943	—	3,491	—
2X16+NA25	1,14	18	220	1,910	—	0,0957	—	3,493	—
2X25+NA25	1,14	21	280	1,200	—	0,0873	—	2,223	—
2X35+NA25	1,14	22	340	0,868	—	0,0825	—	1,628	—
2X35+NA35	1,14	23	370	0,868	—	0,0825	—	1,628	—
2X50+NA35	1,52	26	470	0,641	—	0,0832	—	1,225	—
2X70+NA50	1,52	30	660	0,443	—	0,0833	—	0,874	—
2X95+NA70	1,52	34	860	0,320	—	0,0807	—	0,652	—
2X120+NA70	2,03	38	1 020	0,253	—	0,0785	—	0,531	—
2X25+1×16+NA25	1,14	21	340	1,200	1,910	0,0925	0,1093	2,229	3,507
2X35+1×16+NA25	1,14	22	400	0,868	1,910	0,0862	0,1135	1,632	3,511
2X50+1×16+NA35	1,52	26	530	0,641	1,910	0,0843	0,1242	1,227	3,523
2X70+1×16+NA50	1,52	30	720	0,443	1,910	0,0822	0,1352	0,872	3,534
2X95+1×16+NA70	1,52	34	920	0,320	1,910	0,0781	0,1436	0,649	3,543
2X120+1×16+NA70	2,03	38	1 080	0,253	1,910	0,0746	0,1487	0,526	3,548
3X16+NA25	1,14	18	280	1,910	—	0,1030	—	3,500	—
3X25+NA25	1,14	21	370	1,200	—	0,0952	—	2,231	—
3X35+NA25	1,14	22	450	0,868	—	0,0906	—	1,636	—
3X50+NA35	1,52	26	630	0,641	—	0,0912	—	1,234	—
3X70+NA50	1,52	30	880	0,443	—	0,0913	—	0,882	—
3X95+NA50	1,52	34	1 110	0,320	—	0,0888	—	0,660	—
3X95+NA70	1,52	34	1 160	0,320	—	0,0888	—	0,660	—
3X120+NA70	2,03	38	1 410	0,253	—	0,0868	—	0,539	—
3X16+1×16+NA25	1,14	18	340	1,910	1,910	0,1095	0,1095	3,507	3,507
3X25+1×16+NA25	1,14	21	430	1,200	1,910	0,0995	0,1163	2,236	3,514
3X35+1×16+NA25	1,14	22	520	0,868	1,910	0,0935	0,1208	1,639	3,519
3X35+1×16+NA35	1,14	22	560	0,868	1,910	0,0935	0,1208	1,639	3,519
3X35+1×25+NA35	1,14	22	590	0,868	1,200	0,0935	0,0952	1,639	2,231
3X50+1×16+NA35	1,52	26	690	0,641	1,910	0,0925	0,1323	1,235	3,531
3X50+1×25+NA35	1,52	26	720	0,641	1,200	0,0925	0,0952	1,235	2,231
3X70+1×16+NA50	1,52	30	950	0,443	1,910	0,0910	0,1440	0,882	3,543
3X70+1×35+NA50	1,52	30	1 010	0,443	0,868	0,0910	0,0925	0,882	1,234
3X95+1×16+NA70	1,52	34	1 230	0,320	1,910	0,0875	0,1529	0,659	3,552
3X120+1×16+NA70	2,03	38	1 470	0,253	1,910	0,0841	0,1583	0,536	3,558
3X120+1×35+NA70	2,03	38	1 530	0,253	0,868	0,0841	0,0925	0,536	1,234

CABLE CAAI-S CARACTERISTICAS DIMENSIONALES Y ELECTRICAS

FORMACIÓN	Espesor Aislante fase	Dimens. Del portante	Diámetro exterior (*)	Peso nominal	Resistencia Max. c.c. a 20 ºC ohm/km		Reactancia inductiva a 60 hz. ohm/km		Factor caída de tensión (**) V/A. km.
FORMACIÓN	mm	Nº x mm	mm	kg/km	Fase	Alumb.	Fase	Alumbrado	Fase	Alumbrado
2X16	1,14	7×1.03	16	210	1,910	—	0,0957	—	3,493	—
2X25	1,14	7×1.20	18	290	1,200	—	0,0873	—	2,223	—
2X35	1,14	7×1.20	19	360	0,868	—	0,0825	—	1,628	—
2X50	1,52	7×2,03	23	610	0,641	—	0,0832	—	1,225	—
2X70	1,52	7×2,03	27	730	0,443	—	0,0833	—	0,874	—
2X95	1,52	7×2,03	31	890	0,320	—	0,0807	—	0,652	—
2X120	2,03	7×2,03	34	1 090	0,253	—	0,0785	—	0,531	—
2X25+1×16	1,14	7×1.20	18	370	1,200	1,910	0,0925	0,1093	2,229	3,507
2X35+1×16	1,14	7×1.20	19	430	0,868	1,910	0,0862	0,1135	1,632	3,511
2X50+1×16	1,52	7×2,03	23	690	0,641	1,910	0,0843	0,1242	1,227	3,523
2X70+1×16	1,52	7×2,03	27	810	0,443	1,910	0,0822	0,1352	0,872	3,534
2X95+1×16	1,52	7×2,03	31	1 070	0,320	1,910	0,0781	0,1436	0,649	3,543
2X120+1×16	2,03	7×2,03	34	1 170	0,253	1,910	0,0746	0,1487	0,526	3,548
3X16	1,14	7×1.03	16	290	1,910	—	0,1030	—	3,500	—
3X25	1,14	7×1.20	18	400	1,200	—	0,0952	—	2,231	—
3X35	1,14	7×1.20	19	500	0,868	—	0,0906	—	1,636	—
3X50	1,52	7×2,03	23	820	0,641	—	0,0912	—	1,234	—
3X70	1,52	7×2,03	27	1 000	0,443	—	0,0913	—	0,882	—
3X95	1,52	7×2,03	31	1 340	0,320	—	0,0888	—	0,660	—
3X120	2,03	7×2,03	34	1 540	0,253	—	0,0868	—	0,539	—
3X16+1×16	1,14	7×1.03	16	370	1,910	1,910	0,1095	0,1095	3,507	3,507
3X25+1×16	1,14	7×1.20	18	480	1,200	1,910	0,0995	0,1163	2,236	3,514
3X25+2×16	1,14	7×1.20	18	560	1,200	1,910	0,0995	0,1163	2,236	3,514
3X35+1×16	1,14	7×1.20	19	580	0,868	1,910	0,0935	0,1208	1,639	3,519
3X50+1×16	1,52	7×2,03	23	900	0,641	1,910	0,0925	0,1323	1,235	3,531
3X70+1×16	1,52	7×2,03	27	1 080	0,443	1,910	0,0910	0,1440	0,882	3,543
3X95+1×16	1,52	7×2,03	31	1 420	0,320	1,910	0,0875	0,1529	0,659	3,552
3X120+1×16	2,03	7×2,03	34	1 620	0,253	1,910	0,0841	0,1583	0,536	3,558

Applicable Standards

ICEA

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**Low Voltage Directive Attestation (EU)**

Type and routine tests are issued from our own testing centre under the ISO 9001 quality system — test reports and certificates accompany every shipment.

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Why Choose Us

50+ years of experience Trusted manufacturing expertise since 1969

International standards IEC, ASTM, BS, CSA and other global standards

Strict quality control Comprehensive testing throughout production

Large production capacity Reliable supply for utility and EPC projects

Fast global delivery Efficient manufacturing and worldwide shipping

Technical support Expert assistance from inquiry to project completion

Packing & Shipping

Wooden, steel or steel-wood drums; drum length to customer requirement
Drum marking per customer / utility specification
Both drum ends sealed and protected for sea freight

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Emailinfo@qzcablegroup.com
WhatsApp / WeChat+86 173 3570 4553
Contact personChloe · Export Department
Factory addressWest Industrial Park, Zhulin Town, Gongyi City, Henan Province, China