LV Aerial Bundled Conductor (ABC) cable, aeria bundled conductor, LV (humilis voltage) ABC aluminium cable

Overview

Cubits

Constructio

Parameter

Relinque tuum videre

Overview

ABC (aeria bundled funibus aut aeria bundled Conductors) sunt plures tempus Conductors insulatas et arcte bundled cum nudis neutrali conductore usu in caput potentia. Eadem eadem principiis usus pro bundled Conductorors, sed sunt multo propius et unumquodque, nisi neutrum linea circumdata iacuit velut. Hoc est in directe ad traditional usum uninsulated Conductors, quae separantur a aer gaps. LV (humilis voltage) ABC aluminium funem iam in usum pluribus terris circa mundum. Et principalis commoda includit:
- Sunt tutius et certior;
- sunt vilius et magis aesthetic;
- sunt minus labor intensive et requirere minus sustentationem;
- non requirere minus putationis et lignum defensionem;
- Et eliminate periculum rubi ignes initiatus a Conductor Concursus et cecidit arbores;
- Simultaneous Disiunctio omnium Conductors excludit in potentia periculosum culpa conditiones cum caput virtutis lineas franguntur lapsis arboribus aut altum vehicula.
- Sunt minus susceptibilis ad vandalism et damnum per furtum.
Providet altior salus arduis interdum silva areas, maritimas areas et montes areas. In climatibus cum magno gradu humorem accelerari lignum incrementum fit a significant forsit augendae periculo rubi ignes. Si aeria bundled Conductorors tanguntur a lignum rami non arcus. Sunt plures genera ABC cable, sed eorum applicationem est idem.
ABC cables potest esse in sequentibus itineribus:
• ut postea pro nuda super caput virtutis lineas in ruralium;
• In areas ubi spatium limited ut angustus plateas et vicos;
• in silvis et silvis ubi est auctus periculum damnum ex ramis et arboribus;
• sicut replacement enim nudum caput virtutis lineas ubi primus momenti est positus in reliability copia;
• Ubi copia voltage cum a excelsum gradum stabilitatem non requiritur;
• ut supplemento existentium caput potentia systems sine habens ad augendam voltage;
• In difficile loca sicut merving areas ubi sumptus de installing subterraneo cabling aut caput potentia lineae est valde altum.
Duo genera systems sunt praesto nimirum a se-supporting system constans ex IV cores compactum aluminium dura instructa conductores; Et sustinens core ratio constans III tempus cors. Triplex Wire est quoque an amet productum de ABC funem.

Application:

Aerial bundled conductor cables potest ad reponere nudum conductor cables in caput distribution systems. Hoc est specimen pro usu in urbana areas cum congesta potentia distributio et angusta vicos et per-vicos. Et flexibilia ratio est multo facilius quam conventional caput virtutis lineae ad re-route cum postulavit per mutationes in urbana progressionem consilia.

Signa:

BSIC Design ad BS (VII) DCCCLXX / TNB Specification (IEC (VI) DII) / HD DCXXVI S1 / 33-209 / / 3560-1 signa.

Technical data

Rating voltage: 0.6 / 1KV
Test intentione: IV Veff KV
Minimum pono caliditas: -20 ° C
Operating Temperature: -40 ° C + XC ° F
Maximum Short-Circuit temperatus: CCL ° C
Maximum conductor Temperature: LXXX ° C
Minimum Radius radius: XVIII × OD

Cubits

Humilis voltage

UV resistance

Operantes temperatus XC ℃

Frigidus resistentia -40 ℃

constructio

Artist:

Aluminium Conductor, circumdatus Circumda (RM)

Valerium:

XLLE compositis, UV repugnans

Core idem:

I, II Resp. III erexit longitudinale costas super superficiem de cororum. Et superficies neutrum core debet habere saltem XII costas pro crucem-sectiones usque ad L mm ^ II et minimum XVI costas pro coro super L mm ^ II. In quinque core fasciculos superficiem tutela coro sit lenis

parameter

(VII) DCCCLXX BS

TNB specificationem (IEC (LX) DII)

HD DCXXVI S1

NFC 33-209

Ut / NZS MMMDLX PARS I

Numerus Cores X Nominal Crucis sectioni	DIGNUS	Pondus	Maximum conductor resistentia	Minimum solveret onus	Current Rating
No. × mm ^ II	mm	Kg / km	Ω / km	Kn	A
1x16 RM	8.0	74	1.910	2.5	72
1x25 rm	9.0	106	1.200	4.0	107
1x35 r	10.5	138	0.868	5.5	132
1x50 r	11.8	182	0.641	8.0	165
1x70 RM	13.0	252	0.443	10.7	205
1x95 RM	15.4	333	0.320	13.7	240
1x120 RM	17.0	408	0.253	18.6	290
1x150 r	19.0	502	0.206	23.2	334
1x185 r	21.0	611	0.164	28.7	389
1x240 RM	24.0	801	0.125	37.2	467
2x16 RM	15.6	147	1.910	2.5	72
2x25 RM	18.0	208	1.200	4.0	107
2x35 RM	20.0	277	0.868	5.5	132
2x50 RM	23.5	361	0.641	8.0	165
2x70 RM	25.4	505	0.443	10.7	205
2x95 RM	30.3	666	0.320	13.7	240
2x150 rm	38.0	1004	0.206	23.2	334
4x16 RM	18.8	286	1.910	2.5	72
4x25 RM	21.2	430	1.200	4.0	107
4x35 RM	24.1	553	0.868	5.5	132
4x50 RM	27.8	746	0.641	8.0	165
4x70 RM	31.8	1009	0.443	10.7	205
4x95 RM	37.8	1332	0.320	13.7	240
4x120 RM	54.4	1632	0.253	18.6	290
4x50 + 1x25 RM	31.9	814	0.641/1.200	8.0/4.0	165/107
4x50 + 1x35 RM	31.9	845	0.641/0.868	8.5/5.5	165/132
4x70 + 1x25 RM	36.0	1105	0.443/1.200	10.7/4.0	205/107
4x70 + 2x25 RM	40.0	1217	0.443/1.200	10.7/4.0	205/107
4x95 + 1x25 RM	41.8	1438	0.320/1.200	13.7/4.0	240/107
4x95 + 2x25 RM	42.0	1544	0.320/1.200	13.7/4.0	240/107
4x120 + 1x25 RM	59.0	2050	0.253/1.200	18.6/4.0	290/107

Numerus Cores X Nominal Crucis sectioni	Overson	Pondus	Maximum conductor resistentia	Minimum solveret onus	Current Rating
No. × mm ^ II	mm	Kg / km	Ω / km	Kn	A
1x16 + 1x25 rm	15.3	160	1.910	2.5	72
3x16 + 1x25 rm	19.0	290	1.200	4.0	107
3x25 + 1x25 RM	23.2	400	0.868	5.5	132
3x35 + 1x25 RM	25.6	500	0.641	8.0	165
3x50 + 1x35 rm	30.0	680	0.443	10.7	205
3x70 + 1x50 r	34.9	920	0.320	13.7	240
3x95 + 1x70 RM	40.6	1270	0.253	18.6	290
3x120 + 1x70 RM	44.1	1510	0.206	23.2	334
3x150 + 1x95 RM	49.2	1870	0.164	28.7	389
3x185 + 1x120 RM	54.9	2340	0.125	37.2	467
3x25 + 1x25 + 1x16 RM	23.2	470	1.910	2.5	72
3x35 + 1x25 + 1x16 RM	25.6	560	1.200	4.0	107
3x50 + 1x35 + 1x16 RM	30.0	740	0.868	5.5	132
3x70 + 1x50 1x16 RM	34.9	980	0.641	8.0	165
3x95 + 1x70 + 1x16 RM	40.6	1330	0.443	10.7	205
3x120 + 1x70 + 1x16 RM	44.1	1580	0.320	13.7	240
3x150 + 1x95 + 1x16 RM	49.2	1940	0.206	23.2	334
3x185 + 1x120 + 1x16 RM	54.9	2410	1.910	2.5	72

Numerus Cores X Nominal Crucis sectioni	PRAETOR	pondus	Max. conductor- resistentia	min. Fractio onus de Conductor Strand	Current Rating in Aeris I)
mm ^ II	ca. mm	ca. kg / km	Ohm / km	kn	A
2x XVI RM	15.6	147	1.910	2.5	72
2x XXV RM	18.0	208	1.200	4.0	107
2x XXXV RM	20.0	277	0.868	5.5	132
2x L RM	23.5	361	0.641	8.0	165
4x XVI RM	18.8	286	1.910	2.5	72
4x XXV RM	21.2	430	1.200	4.0	107
4x XXXV RM	24.1	553	0.868	5.5	132
4x L RM	27.8	746	0.641	8.0	165
4x LXX RM	31.8	1009	0.443	10.7	205
4x XCV RM	37.8	1332	0.320	13.7	240
4x CXX RM	54.4	1632	0.253	18.6	290
4x XXXV + 1x XXXV RM	30.0	694	0.868/0.868	5.5/5.5	132/132
4x L + 1x XXV RM	31.9	814	0.641/1.200	8.0/4.0	165/107
4x L + 1x XXXV RM	31.9	845	0.641/0.868	8.5/5.5	165/132
4x LXX + 1x XXV RM	36.0	1105	0.443/1.200	10.7/4.0	205/107
4x LXX + 2x XXV RM	40.0	1217	0.443/1.200	10.7/4.0	205/107
4x LXX + 1X XXXV rm	36.2	1150	0.443/0.868	10.7/5.5	205/132
4x LXX + 2x XXXV RM	40.1	1289	0.443/0.868	10.7/5.5	205/132
4x XCV + 1x XXV RM	41.8	1438	0.320/1.200	13.7/4.0	240/107
4x XCV + 1X XXXV RM	41.8	1467	0.320/0.868	13.7/5.5	240/132
4x XCV + 2x XXV RM	42.0	1544	0.320/1.200	13.7/4.0	240/107

Numerus Cores X Nominal Crucis sectioni	Overson	Pondus	Maximum conductor resistentia	Minimum solveret onus	Current Rating
No. × mm ^ II	mm	Kg / km	Ω / km	Kn	A
2x10 RM	12.8	93	3.080	1.5	38
4x10 RM	15.4	183	3.080	1.5	38
2x16 RM	14.8	129	1.910	2.3	72
2x16 RN + 2x1.5 Re	14.8	176	1.910/12.100	2.3	72
4x16 RM	17.8	257	1.910	2.3	72
4x16 RN + 2x1.5 Re	17.8	304	1.910/12.100	2.3	72
2x25 RM	18.0	202	1.200	3.8	107
2x25 RM 2x1.5 re	18.0	249	1.200/12.100	3.8	107
4x25 RM	21.7	404	1.200	3.8	107
4x25 RM 2x1.5 re	21.7	451	1.200/12.100	3.8	107
2x35 RM	20.8	269	0.868	5.2	132
2x35 RM 2x1.5 Re	20.8	316	0.868/12.100	5.2	132
4x35 RM	25.1	539	0.868	5.2	132
4x35 RM 2x1.5 Re	25.1	586	0.868/12.100	5.2	132
2x50 RM	23.4	352	0.641	7.6	165
2x50 RM 2x1.5 re	23.4	399	0.641/12.100	7.6	165
1x54.6 RM + 3x25 RM	21.7	507	0.630/1.200	3.8	107
1x54.6 RM + 3x25 RM + 1x16 RM	24.3	573	0.630/1.200/1.910	3.8/2.3	107/72
1x54.6 RM + 3x25 RM 2x16 RM	29.7	639	0.630/1.200/1.910	3.8/2.3	107/72
1x54.6 RM + 3x25 RM + 3x16 RM	31.1	705	0.630/1.200/1.910	3.8/2.3	107/72
1x54.6 RM + 3x35 RM	25.1	615	0.630/0.868	5.2	132
1x54.6 RM + 3x35 RM + 1x16 RM	28.1	680	0.630/0.868/1.910	5.2/2.3	132/72
1x54.6 RM + 3x35 RM 2x16 RM	34.3	748	0.630/0.868/1.910	5.2/2.3	132/72
1x54.6 RM + 3x35 RM + 3x16 RM	35.9	814	0.630/0.868/1.910	5.2/2.3	132/72
1x54.6 RM + 3x35 RM + 1x25 RM	28.1	714	0.630/0.868/1.200	5.2/3.8	132/107
1x54.6 RM + 3x50 RM	28.2	741	0.630/0.641	7.6	165
1x54.6 RM + 3x50 RM + 1x16 RM	31.6	806	0.630/0.641/1.910	7.6/2.3	165/72
1x54.6 RM + 3x50 RM 2x16 RM	38.6	875	0.630/0.641/1.910	7.6/2.3	165/72
1x54.6 RM + 3x50 RM + 3x16 RM	40.4	940	0.630/0.641/1.910	7.6/2.3	165/72
1x54.6 RM + 3x50 RM + 1x25 RM	31.6	841	0.630/0.641/1.200	7.6/3.8	165/107
1x54.6 RM + 3x70 RM	33.0	950	0.630/0.443	10.2	205
1x54.6 RM + 3x70 RM + 1x16 RM	37.0	1014	0.630/0.443/1.910	10.2/2.3	205/72
1x54.6 RM + 3x70 RM 2x16 RM	45.2	1083	0.630/0.443/1.910	10.2/2.3	205/72
1x54.6 RM + 3x70 RM + 3x16 RM	47.3	1148	0.630/0.443/1.910	10.2/2.3	205/72
1x54.6 RM + 3x70 RM + 1x25 RM	37.0	1048	0.630/0.443/1.200	10.2/3.8	205/107
1x54.6 RM + 3x70 RM 2x25 RM	45.2	1150	0.630/0.443/1.200	10.2/3.8	205/107
1x54.6 RM + 3x70 RM + 3x25 RM	47.3	1250	0.630/0.443/1.200	10.2/3.8	205/107
1x54.6 RM + 3x95 RM	37.4	1176	0.630/0.320	13.5	240
1x54.6 RM + 3x95 RM + 1x16 RM	41.9	1243	0.630/0.320/1.910	13.5/2.3	240/72

Numerus Cores X Nominal Crucis sectioni	DIGNUS	Pondus	Minimum solveret onus	Current Rating
No. × mm ^ II	mm	Kg / km	Kn	A
2x16 RM	15.0	140	4.4	78
2x25 RM	17.6	210	7.0	105
2x35 RM	19.6	270	9.8	125
2x50 RM	22.8	370	11.4	150
2x95 RM	30.6	680	15.3	230
3x25 RM	19.0	310	8.8	97
3x35 RM	21.1	410	9.8	120
3x50 RM	24.6	550	11.4	140
4x16 RM	18.1	290	8.8	74
4x25 RM	21.2	410	14.0	97
4x35 RM	23.7	550	19.6	120
4x50 RM	27.5	740	28.0	140
4x70 RM	31.9	1000	39.2	175
4x95 RM	36.9	1370	53.2	215
4x120 RM	40.6	1690	67.2	250
4x150 RM	43.9	2020	84.0	280

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