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ACSR BS 232 Steel Aluminium Conductors confirmati

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ACSR ferro Reinforced Aluminium Conductors

Introductio

ACSR (Aluminium Conductor Ferri Reinforced) unus e late usu capitis potentiae transmissionis conductores per orbem terrarum est. Constat nucleum chalybem centrali circumfusum vel pluribus stratis aluminii concentricis. Haec hybrida constructio levat altam vim distrahentis ferri et optimae conductivity, leves ponderis, et corrosionis aluminii resistentia, ACSR aptissima ad lineas transmissiones longi temporis, transitus fluvii, montes montanos, et areas cum gravibus glaciei vel ventorum oneribus.

Detailed Construction

Material	Function	!
Core (ferro)	Calvanizatum chalybem, aluminium velatum (ACS/AW), vel zinci aluminium mixturae ferro obductis.	Vires mechanicas praebet, limites dicent sub caliditate et gravia mechanica
Exteriores (aluminium)	EC gradus (1350 vel 1370) aluminium, duro-dractum	Ductus electrici monetae; nucleum ferro tuetur a nuditate; leve

Figurae Stranding typice exprimuntur ut Al/St (eg, 26/7 pro Drake: 26 aluminium filis, 7 fila ferrea). Core ferreum potest esse Class A, B, vel C galvanization secundum corrosionis tutelam requisita.

Key Features Expanded

1. High distrahentes Fortitudo

Core chalybeis dat ACSR ut vires frangentes signanter altiores efficiat quam omnes aluminium conductores (AAC) vel allium conductores omnium aluminium (AAAC). Hoc concedit;

Longius spatium longitudinum (300-500 m typicam, usque ad MD m pro specialibus consiliis)
Reducitur numerus subsidii structurae (turres / poli), submisso altiore linea sumptus
Salvus operatio sub gravibus oneribus glaciei et ventus pressura alta

2. SOLUTIO cost-effectiva

Conductores aeris comparati aequipollentis ampacitatis, ACSR multo levior et minus carus est. Pauciora etiam requirit structuras sustentantes, substantiales compendia materialia, translationes et institutiones offerentes.

3. Scelerisque Stabilitas et Sag euismod

Quia nucleus chalybeus inferiorem coëfficientem expansionis scelerisque quam aluminium habet, ACSR minus quam AAC vel AAAC ad temperaturas operatrices elevatas (exempli gratia, in subitis oneris vel magnis ambientibus temperaturis). Hoc facit, ut alvi limi- tae lineae idoneae sint.

4. Corrosio Repugnantia (Superficies)

Aluminium naturaliter iacuit oxydatum (Al₂O₃), quod contra atmosphaericum corrosionem in plerisque rusticis, urbanis, et industrialibus ambitus est, densum, sui sanationis format. Praecipua tamen cura necessaria est pro locis maritimis vel inquinatis (vide incommoda infra).

5. High Conductivity-ut-pondus ratio

Aluminium fila fere omnes venas portant, nucleus chalybeus parum ad conductivity confert. Suprema DC resistentia maxime determinatur per aluminium sectionem transversalem, dans ACSR favorem conductivity-ad ponderis rationem longi temporis transmissionis.

Additional Commoda (non semper)

Facilis plicatio et refectio utens compressionem vexillum vel connexiones obseratum.

Lata availability in stock sizes and rapid delivery.

Compatibilitas cum ferramentis maxime exstantibus (fibulatis, spacers, vibrationibus dampers).

Damna magnetica minora effici possunt utendo ferro non magnetico (eg, austenitico chalybe immaculato) vel nucleo ferrato aluminio ad speciales applicationes (ACSR/AW).

Incommoda et mitigationis mensuras

Incommodum Explicatio Mitigationis

Superiore reactionem Core chalybs magneticus auget reactionem inductivam comparati conductoribus non magneticis (eg, AAAC, ACAR). Haec leviter reducit facultatem translationis facultatem et gutta intentionis auget. Utere ACSR/AW (aluminium ferro indutum) vel fasciculum duorum vel plurium subductorium ad reciprocum altiore reducendum.

Corrosio ferri core In locis maritimis, industrialibus vel altae humiditatis, umor et contaminantium per intervalla inter fila penetrare possunt, galvanicam vel electrolyticam corrosionem causando nuclei chalybi galvanizati. Corium chalybeum (ACSR/AW) vel zinc‑aluminium mixturae ferro obductis speciem; applicare corrosio-inhibens uncto inter nucleum et aluminium stratis.

Scelerisque dilatatio bimetalis differentia Circulus scelerisque iterari potest motum relativum inter aluminium et inter fila ferrea causare, potentia ducens ad fatigationem indumenti et resistentiam in connectoribus augendam. Utere preformatis toris helicis vel connexionibus compressionis ad ACSR destinatis; sequi propriam institutionem torque.

Aeolium tremor sensitivum Alti distrahentes accentus in longis palmis ad vibrationem lassitudinem ducere possunt ad puncta subsidia. Instrue vibrationem dampers (Stockbridge type) vel virgas armaturae in locis criticis.

Applications:

& Distribution lineae Power Transmissus Power.

Railway electrification.

Telecommunication turres (ut Guido filis).

Incommodum	Explicatio	Mitigationis
Superiore reactionem	Core chalybs magneticus auget reactionem inductivam comparati conductoribus non magneticis (eg, AAAC, ACAR). Haec leviter reducit facultatem translationis facultatem et gutta intentionis auget.	Utere ACSR/AW (aluminium ferro indutum) vel fasciculum duorum vel plurium subductorium ad reciprocum altiore reducendum.
Corrosio ferri core	In locis maritimis, industrialibus vel altae humiditatis, umor et contaminantium per intervalla inter fila penetrare possunt, galvanicam vel electrolyticam corrosionem causando nuclei chalybi galvanizati.	Corium chalybeum (ACSR/AW) vel zinc‑aluminium mixturae ferro obductis speciem; applicare corrosio-inhibens uncto inter nucleum et aluminium stratis.
Scelerisque dilatatio bimetalis differentia	Circulus scelerisque iterari potest motum relativum inter aluminium et inter fila ferrea causare, potentia ducens ad fatigationem indumenti et resistentiam in connectoribus augendam.	Utere preformatis toris helicis vel connexionibus compressionis ad ACSR destinatis; sequi propriam institutionem torque.
Aeolium tremor sensitivum	Alti distrahentes accentus in longis palmis ad vibrationem lassitudinem ducere possunt ad puncta subsidia.	Instrue vibrationem dampers (Stockbridge type) vel virgas armaturae in locis criticis.

Technical specificationem

Signa: ASTM b CCXXXII

Codex	Regio				Stranding & Filum Diameter		Proxime. Altiore Dia.	Pondus			Nom. Praevaricatio Onus	Nom.dc Resistentia In XX ℃	Std Longitudo
	Nom.alum	Alumine.	Ferro	Summa	Alumine.	Ferro	Proxime. Altiore Dia.	Alumine.	Ferro	Summa	Nom. Praevaricatio Onus	Nom.dc Resistentia In XX ℃	Std Longitudo
	mm²	mm²	mm²	mm²	mm	mm	mm	kg / km	kg / km	kg / km	Kn	Ohm / km	m. ± V%
Turcia	6	13.29	2.19	15.48	VI / 1.68	I / 1.68	5.04	37	17	54	5.24	2.1586	3,000
Olor	4	21.16	3.55	24.71	VI / 2,12	I / 2,12	6.36	58	27	85	8.32	1.3557	3,000
SWANATE	4	21.16	5.35	26.51	VII / 1.96	I / 2.61	6.53	58	42	100	10.53	1.3557	3.000
Passer	2	33.61	5.61	39.22	VI / 2.67	I / 2.67	8.01	92	44	136	12.7	0.8535	3,000
Spolio	2	33.61	8.52	42.13	VII / 2.47	I / 3.30	8.24	92	67	159	16.11	0.8535	2,500
Robin	1	42.39	7.1	49.49	VI / 3.00	I / 3.00	9	116	55	171	15.85	0.6767	2,500
Corvus	1/0	53.48	8.9	62.38	VI / 3.37	I / 3.37	10.11	147	69	216	19.32	0.5364	2,000
Coturnix	2/0	67.42	11.23	78.65	VI / 3.78	I / 3.78	11.34	185	88	273	23.62	0.4255	3,000
Columbas	3/0	85.03	14.19	99.22	VI / 4.25	I / 4.25	12.75	233	110	343	29.41	0.3373	2,500
Penguin	4/0	107.23	17.87	125.1	VI / 4.77	I / 4.77	14.31	294	139	433	37.06	0.2675	2,000
ALBENS	266.8	135.16	7.48	142.64	XVI / 3.09	I / 3.09	15.45	373	58	431	30.27	0.2133	3,500
Perdix	266.8	135.16	22	157.16	XXVI / 2,57	VII / 2.00	16.28	374	172	546	50.29	0.2143	2,500
Struthio	300	152	24.71	176.11	XXVI / 2,73	VII / 2,12	17.28	421	193	614	56.52	0.1906	3,000
Merun	336.4	170.45	9.48	179.93	XVI / 3.47	I / 3.47	17.35	470	74	544	38.23	0.1691	2,000
Linnet	336.4	170.45	27.81	198.26	XXVI / 2,89	VII / 2.25	18.31	472	217	689	62.71	0.1699	2,500
Oriole	336.4	170.45	39.81	210.26	XXX / 2.69	VII / 2.69	18.83	473	311	784	77.27	0.1704	3,000
Chickadee	397.5	201.42	11.16	212.58	XVI / 3.77	I / 3.77	18.85	555	87	642	43.99	0.1431	2,500
BRANTA	397.5	201.42	26.13	227.55	XXIV / 3.27	VII / 2,18	19.61	558	204	762	64.69	0.1438	2,000
Ibis	397.5	201.42	32.77	234.19	XXVI / 3.14	VII / 2.44	19.88	558	256	814	72.11	0.1438	2,500
LARK	397.5	201.42	48.97	248.39	XXX / 2.92	VII / 2.92	20.44	560	367	927	88.69	0.1442	2,500
Pelicani	477	241.68	13.42	255.1	XVIII / 4.14	I / 4.14	20.7	666	105	771	52.16	0.1193	2,000
Flammo	477	241.68	31.29	272.97	XXIV / 3.58	VII / 2.39	21.49	670	245	915	76.66	0.1199	3,000
Haustus	477	241.68	39.42	281.1	XXVI / 3.44	VII / 2.67	21.79	670	308	978	86.65	0.1199	2,000
HEN	477	241.68	56.39	298.07	XXX / 3,20	VII / 3,20	22.4	671	441	1,112	105.34	0.1201	2,000
Alietum	556.5	282	15.68	297.68	XVIII / 4.47	I / 4.47	22.35	777	122	899	60.88	0.1022	2,000
Parakeet	556.5	282	36.58	318.58	XXIV / 3.87	VII / 2.58	23.22	781	286	1,067	88.22	0.1027	3,000
Columba	556.5	282	45.94	327.94	XXVI / 3.72	VII / 2.89	23.55	781	359	1,140	101.03	0.1027	3,000
Aquila	556.5	282	65.81	347.81	XXX / 3.46	VII / 3.46	24.21	783	515	1,298	122.92	0.103	3,500
Pavo	605	306.58	39.74	346.32	XXIV / 4.03	VII / 2.69	24.2	849	311	1,160	95.88	0.0945	3,000
Scalpo	605	306.58	49.94	356.52	XXVI / 3.87	VII / 3.01	24.51	850	390	1,240	108.14	0.0945	3,000
QUADRA	605	306.58	71.55	378.13	XXX / 3.61	VII / 3.61	25.25	851	560	1,411	128.84	0.0947	3,000
PRO	605	306.58	69.87	376.45	XXX / 3.61	XIX / 2,16	25.24	851	548	1,399	133.59	0.0947	2,000
Kingbird	636	322.26	17.9	340.16	XVIII / 4.78	I / 4.78	23.88	889	139	1,028	69.55	0.08945	2,000
CRUCIS	636	322.26	41.81	364.07	XXIV / 4.14	VII / 2.76	24.84	893	326	1.219	100.63	0.08989	2,500

Codex	Regio				Stranding & Filum Diameter		Proxime. Altiore Dia.	Pondus			Nom. Praevaricatio Onus	Nom.dc Ad XX ℃ resistentia	Std. Longitudo
	Nom.alum	Alumine.	Ferro	Summa	Alumine.	Ferro	Proxime. Altiore Dia.	Alumine.	Ferro	Summa	Nom. Praevaricatio Onus	Nom.dc Ad XX ℃ resistentia	Std. Longitudo
	mm²	mm²	mm²	mm²	mm	mm	mm	kg / km	kg / km	kg / km	Kn	Ohm / km	m. ± V%
Grosbeak	636	322.26	52.45	374.71	XXVI / 3.97	VII / 3.09	25.15 25.88	893	409	1,302	111.8	0.08989	3,000
Scotior	636	322.26	75.22	397.48	XXX / 3,70	VII / 3.70	25.15 25.88	895	589	1,484	135.44	0.09011	3,000
Egret	636	322.26	73.55	395.8	XXX / 3,70	XIX / 2,22	25.9	894	576	1,470	140.3	0.09011	3.000
Celeri	636	322.26	8.96	331.22	XXXVI / 3.38	I / 3.38	23.62	888	70	958	60.52	0.08945	2,000
Phoenicopterum	666.6	337.74	43.81	381.55	XXIV / 4.23	VII / 2.82	25.4	936	342	1,278	105.68	0.08577	2,500
Gannet	666.6	337.74	55.03	392.77	XXVI / 4.07	VII / 3,16	25.76	938	429	1,365	117.33	0.08577	2,500
Inpensatus	715.5	362.58	46.97	409.55	XXIV / 4.39	VII / 2.92	26.31	1,005	367	1,372	113.35	0.07989	2,000
Sturnus	715.5	362.53	59.03	421.61	XXVI / 4.21	VII / 3.28	26.68	1,005	461	1,466	125.91	0.07989	2,500
Redwing	715.5	362.58	82.58	445.16	XXX / 3.92	XIX / 2.35	27.43	1,006	647	1,653	153.94	0.08009	2,000
TERN	795	402.84	27.87	430.71	XLV / 3.38	VII / 2.25	27.03	1,116	217	1,333	97.37	0.07191	2,500
Condor	795	402.84	52.19	455.03	LIV / 3.08	VII / 3.08	27.72	1,116	408	1,524	124.45	0.07191	3,000
Cuculus	795	402.84	52.19	455.03	XXIV / 4.62	VII / 3.08	27.74	1,116	408	1,524	123.94	0.07191	2,000
Drake	795	402.84	65.51	468.45	XXVI / 4.44	VII / 3.45	28.11	1,116	512	1.628	139.92	0.07191	2,000
Coot	795	402.84	11.16	414	XXXVI / 3.77	I / 3.77	26.41	1,110	88	1,198	74.34	0.07156	3,000
MALLARD	795	402.84	91.87	484.71	XXX / 4.14	XIX / 2,48	28.96	1,119	719	1.838	171.18	0.07208	2,500
Rubus	900	456.06	31.54	487.6	XLV / 3.59	VII / 2.40	28.73	1,263	247	1,510	108.96	0.06351	2,000
Canarius	900	456.06	59.1	515.6	LIV / 3.28	VII / 3.28	29.52	1,263	461	1,724	140.95	0.06351	2,000
Rail	954	483.42	33.42	516.84	XLV / 3.70	VII / 2.47	29.61	1,339	262	1,601 1,601	115.63	0.05992	2,000
Catbird	954	483.42	13.42	496.84	XXXVI / 4.14	I / 4.14	28.95	1,333	105	1,438	87.65	0.05962	2,500
Cardinalis	954	483.42	62.65	546.07	LIV / 3.38	VII / 3.38	30.42	1,339	490	1,829	149.36	0.05992	2,500
Ortlan	1,033.5	523.68	36.19	559.87	XLV / 3.85	VII / 2.57	30.81	1,451	283	1,734	123.1	0.05531	2,000
Tanger	1,033.5	523.68	14.51	538.19	XXXVI / 4.30	I / 4.30	30.12	1,443	113	1,556	94.93	0.05504	2,000
Curlew	1,033.5	523.68	67.87	591.55	LIV / 3.52	VII / 3.52	31.68	1,451	530	1,981	161.8	0.05531	2,000
Bluejay	1,113	563.93	39.03	602.96	XLV / 4.00	VII / 2.66	31.98	1,563	385	1,868	132.63	0.05136	2,500
Finch	1,113	563.93	71.55	635.48	LIV / 3.65	XIX / 2,19	32.85	1,570	580	2,130	174.41	0.05161	2,000
Bunting	1,192,5	604.26	41.55	645.81	XLV / 4.14	VII / 2.76	33.12	1,674	327	2,001	141.79	0.04793	2.500
Written	1,192,5	604.26	76.58	680.84	LIV / 3.77	XIX / 2.27	33.97	1,682	600	2.282	188.38	0.04817	2,000
BLANTER	1,272	644.51	44.52	689.03	XLV / 4.27	VII / 2.85	34.17	1,785	349	2,134	151.48	0.04494	2,500
Pheasant	1,272	644.51	81.63	726.19	LIV / 3.90	XIX / 2.34	35.1	1,795	638	2,433	194	0.04516	2.000
Skylark	1,272	644.51	17.87	662.38 731.94	XXXVI / 4.78	I / 4.78	33.42	1.777	140	1.917	115.85	0.04472	2,000
Diper	1,351.5	684,84 684,84	47.1	662.38 731.94	XLV / 4.40	VII / 2.92	35.16	1,898	368	2,266	160.7	0.0423	2,000
Martin	1,351.5	684,84 684,84	88.71	771,55 775,42	LIV / 4.02	XIX / 2.41	36.17	1,906	679	2.585	206.05	0.0425	2,000
Bobolink	1,431	725.1	50.32	771,55 775,42	XLV / 4.53	VII / 3.02	36.24	2,009	393	2,402	170.71	0.03994	2,000
Proripio	1,431	725.1	91.87	816.97	LIV / 4.14	XIX / 2,48	37.24	2,019	719	2,738	218.24	0.04013	2,500
Nugator	1,510.5	765.35	52.9	818.25	XLV / 4.65	VII / 3,10	37.2	2,120	414	2,534 2,890 2,667 3,042 222	177.89	0.03784	2,000
Psittacus	1,510.5	765.35	96.84	862.19	LIV / 4.25	XIX / 2.55	38.25	2,131	759		230.2	0.03802	2,000
Lapwing	1,590	805.68	55.48 102.13	861.16	XLV / 4.77	VII / 3,18	38.16	2,232 2.243	435 799		187.02	0.03595	2,000
Falco	1,590	805.68	55.48 102.13	907.81	LIV / 4.36	XIX / 2.62	39.26	2,232 2.243	435 799		242.55	0.03613	2,000
Grouse	80	40.52	14.13	54.65	VIII / 2,54	I / 4.24	9.32	112	110		23.6	0.7115	2,500
Petrel	101.8	51.61	30.06	81.67	XII / 2.34	VII / 2.34	11.71 12.22 13.46	143 156 189	235 256 311 367 409 441 722 488	378 412 500 590 657 709 1007 785	41.75	0.5613	2,000 2,000 2,000 2,000 2,000 3,000 3.000 3.000
Minorca	110.8	56.13	32.77	88.9	XII / 2.44	VII / 2.44					51,25 61.7 72,55 78.5 84.8 128.8 93.9	0,3595 0,3237 0,3237 0,3237 0,3595 0.5161 0.3595 0.2705
Loghorn	134.6	68.19	39.81	108	XII / 2.69	VII / 2.69
Guinea Dotterel Dorking	159	80.58	46.97	127.55	XII / 2.92	VII / 2.92	14.63 15.42 16.03 18.14 16.84	223 248 266 285 297
	176.9	89.48	52.19	141.67	XII / 3.08	VII / 3.08
	190.8 203.2 211.8	96.71 102.97 107.1	56,39 91,87 62,45	CLIII. 94.84 169.55	XII / 3,20 XVIII / 2.86 XII / 3.37	VII / 3,20 XIX / 2.48 VII / 3.37
Brahma Cochin	190.8 203.2 211.8	96.71 102.97 107.1	56,39 91,87 62,45	CLIII. 94.84 169.55	XII / 3,20 XVIII / 2.86 XII / 3.37	VII / 3,20 XIX / 2.48 VII / 3.37

Aacsr

Product: Steel Reinformed Conductorors

Signa: Typical Allaluminumalloally NFC 34- CXXV

Drawing: Oriente Energy Electrical Engineering

Designation	Ferro Regio	Al Mixtura Regio	Tot.	Cu -ent Cu Regio	Numerus				Proxime. Altiore Dia.		Nom. Praevaricatio Onus	Nom.dc Resistentia In XX ℃	Std. Pondus	Std. Longitudo
	Ferro Regio	Al Mixtura Regio	Tot.	Cu -ent Cu Regio	Ferro		Alloy Al		Core ferro	COM Lete Cond.	Nom. Praevaricatio Onus	Nom.dc Resistentia In XX ℃
	mm²	mm²	mm²	mm²	No.		No.		mm	mm	Dan	Ohm / km	kg / km	M ± V%
Phlox 37-7	9.42	28.27	37.69	15.4	3	2.00	9	2.00	4.3	8.3	2,360	1.17	155	4,000
Phlox 59-7	21.99	37.7	59.69	20.6	7	2.00	12	2.00	6	10	4,560	0.88	276	4,000
Phlox 75-5	27.83	47.71	75.54	26	7	2.25	12	2.25	6.75	11.25	5,770	0.695	348	3,000
Phlox 116-2	59.69	56.55	116.24	30.9	19	2.00	18	2.00	10	14	10.815	0.58	636	3,000
147-1 Phlox	75.54	71.57	147.11	39.1	19	2.25	18	2.25	11.25	15.75	13,685	0.466	802	3,000
147-1 pastel	27.83	119.28	147.11	65.2	7	2.25	30	2.25	6.75	15.75	8,185	0.279	547	3,000
Phlox181-6	93.27	88.36	181.63	48.3	19	2.50	18	2.50	12.5	17.5	16,895	0.378	990	3,000
Pastel 181-6	34.36	147.26	181.62	80.5	7	2.50	30	2.50	7.5	17.5	10,120	0.227	675	3,000
CCXXVIII Phlox	116.99	110.83	227.82	60.5	19	2.80	18	2.80	14	19.6	21,200	0.3	1,244	2,000
CCXXVIII pastel	43.1	184.72	227.82	101	7	2.80	30	2.80	8.4	19.6	12,680	0.18	848	2,000
Phlox CCLXXXVIII	148.07	140.28	288.35	76.6	19	3.15	18	3.15	15.75	22.05	26,800	0.237	1,570	2,000
CCLXXXVIII pastel	54.55	233.8	288.35	127.7	7	3.15	30	3.15	9.45	22.05	16,050	0.142	1,074	2,000
Pastel CCXCIX	93.27	206.17	299.44	112.7	19	2.50	42	2.50	12.5	22.5	20,875	0.162	1,320	2,000
Phlox 94-1	42.12	51.95	94.07	28.4	19	1.68	15	2.10	8.4	12.8	8.035	0.642	481	4,000
Pastel412	85.95	325.72	411.67	178	19	2.40	32	3.60	12	26.4	20,830	0.103	1,593	2,500

Aaac

Product: Allaluminum Alloy Conductors

Signa: ASTM B CCCXCIX

Typical Tractus:

Codex	Regio		Magnitudine et saturacula ACSR pari diametro		No.and diametrum filis	Altiore Diameter	Pondus	Nominal Praevaricatio Onus	Vexillum Longitudo
	Nominal	Re	Magnitudine et saturacula ACSR pari diametro		No.and diametrum filis	Altiore Diameter	Pondus	Nominal Praevaricatio Onus
	MCM	mm²	AWG et McM	Al / Steel	mm	mm	kg / km	Kn	M ± V
AKRON	30.58	15.48	6	6/1	VII × 1.68	5.04	42.7	4.92	3,000
Alton	48.69	24.71	4	6/1	VII × 2,12	6.35	68	7.84	3,000
Ames	77.47	39.22	2	6/1	VII × 2.67	8.02	108	12.45	2,000
Azusa	123.3	62.38	1/0	6/1	VII × 3.37	10.11	172	18.97	2,000
Anaheim	155.4	78.65	2/0	6/1	VII × 3.78	11.35	217	23.93	3,000
PRAEMISSUS	195.7	99.22	3/0	6/1	VII × 4.25	12.75	273	30.18	2,500
Allitas	246.9	125.1	4/0	6/1	VII × 4.77	14.31	345	38.05	2,000
Butte	312.8	158.6	266.8	26/7	XIX × 3.26	16.3	437	48.76	3,000
Canton	394.5	199.9	336.4	26/7	XIX × 3.66	18.3	551	58.91	2,500
Cairo	465.4	235.8	397.5	26/7	XIX × 3.98	19.88	650	69.48	2,000
Darien	559.5	283.5	477	26/7	XIX × 4.36	21.79	781	83.52	2,000
Elginum	652.4	330.6	556.5	26/7	XIX × 4.71	23.54	911	97.42	1,500
Laevo	740.8	375.3	636	26/7	XXXVII × 3.59	25.16	1,035	108.21	3,000
Greeley	927.2	469.8	795	26/7	XXXVII × 4.02	28.14	1,295	135.47	2,500

Aaac

Product: Allaluminum Alloy Conductors

Signa: ASTM B CCCXCIX

Typical Tractus:

Regio		Stranding et filum diameter	Proxime. Altiore Diameter	Pondus	Nominal Praevaricatio Onus	Nominal DC Resistentia In XX ℃	Vexillum Longitudo
Nominal	Re	Stranding et filum diameter	Proxime. Altiore Diameter	Pondus	Nominal Praevaricatio Onus	Nominal DC Resistentia In XX ℃	Vexillum Longitudo
AWG vel MCM	mm²	mm	mm	kg / km	Kn	Ohm / km	M ± V
6	13.3	VII / 1.554	4.67	37	4.22	2.5199	3,500
4	21.15	VII / 1.961	5.89	58	6.71	1.5824	3,000
2	33.63	VII / 2.474	7.42	93	10.68	0.9942	2,500
1/0	53.48	VII / 3,119	9.36	148	16.97	0.6256	2,000
2/0	67.42	VII / 3.503	10.51	186	20.52	0.4959	3,500
3/0	85.03	VII / 3.932	11.8	234	25.86	0.3936	3,000
4/0	107.23	VII / 4.417	13.26	296	32.63	0.3119	2,000
250	126.66	XIX / 2.913	14.57	349	38.93	0.2642	2,000
300	152.1	XIX / 3,193	15.97	419	46.77	0.2199	3,000
350	177.35	XIX / 3.447	17.24	489	52.25	0.1887	3,000
400	202.71	XIX / 3.686	18.43	559	59.74	0.165	2,500
450	228	XIX / 3,909	19.55	629	67.19	0.1467	2,000
500	253.35	XIX / 4.120	20.6	698	74.64	0.1321	2,000
550	278.6	XXXVII / 3.096	21.67	768	83.8	0.1202	2,000
600	303.8	XXXVII / 3.233	22.63	838	91.38	0.1102	2,000
650	329.25	XXXVII / 3.366	23.56	908	97.94	0.1016	2,000
700	354.55	XXXVII / 3.493	24.45	978	102.2	0.0944	3,500
750	380.2	XXXVII / 3.617	25.32	1,049	109.6	0.088	3,000
800	405.15	XXXVII / 3.734	26.14	1,117	116.8	0.0826	3,000
900	456.16	XXXVII / 3.962	27.73	1,258	131.5	0.0733	3,000
1,000	506.71	XXXVII / 4,176	29.23	1,399	146.1	0.066	2,500

Aaac

Product: Allaluminum Alloy Conductors

Signa: BS en (L) CLXXXII

Typical Tractus:

Codex	Regio		Projectus et filum Dia.	Proxime. Oyerall diameter	Pondus	Nominal Praevaricatio Onus	Nominal DC Resistentia In XX ℃	Vexillum Longitudo
	Nominal	Re	Projectus et filum Dia.	Proxime. Oyerall diameter	Pondus	Nominal Praevaricatio Onus	Nominal DC Resistentia In XX ℃	Vexillum Longitudo
	mm²	mm²	mm	mm	kg / km	Kn	Ohm / km	M ± V
	10	11.9	VII / 1.47	4.41	32	3.33	2.277	2,500
Arca	15	18.8	VII / 1.85	5.55	51	5.27	1.749	2,000
Acacia	20	23.9	VII / 2.08	6.24	65	6.7	1.384	2,500
Amygdalus	25	30.1	VII / 2.34	7.02	82	8.44	1.094	2,000
Cedrina	30	35.5	VII / 2.54	7.62	97	9.95	0.9281	2,000
	35	42.2	VII / 2.77	8.31	115	11.83	0.78	2,000
Abies	40	47.8	VII / 2.95	8.85	131	13.4	0.688	2,500
Corylus	50	59.9	VII / 3.30	9.9	164	16.8	0.5498	2,000
PINE	60	71.7	VII / 3.61	10.83	196	20.1	0.4595	3,000
	70	84.1	VII / 3.91	11.73	230	23.57	0.3917	3,000
Saligno	75	89.8	VII / 4.04	12.12	246	25.17	0.3669	2,500
	80	96.5	VII / 4.19	12.57	264	27.04	0.341	2,500
	90	108.8	VII / 4.45	13.35	298	30.5	0.3026	2,000
Quercus	100	118.9	VII / 4.65	13.95	325	33.3	0.2769	2,000
	100	118.7	XIX / 2,82	14.1	326	33.3	0.2786	2,000
Moro	125	151.1	XIX / 3,18	15.9	415	42.3	0.219	3,000
Cinis	150	180.7	XIX / 3.48	17.4	497	50.6	0.183	3,000
Ulmo	175	211	XIX / 3.76	18.8	580	59.1	0.1568	2,500
Populus	200	239	XXXVII / 2.87	20.09	660	67	0.1387	2,500
	225	270.3	XXXVII / 3.05	21.35	744	75.7	0.1224	2,000
SYCAMICUS	250	303	XXXVII / 3.23	22.61	835	84.9	0.1094	2,000
Upas	300	362.1	XXXVII / 3.53	24.71	998	101.5	0.09155	2,000
	350	421.8	XXXVII / 3.81	26.67	1163	118.2	0.0786	3,000
Vocatus	400	479.9	XXXVII / 4.06	28.42	1323	134.5	0.06908	2,500

priorem:

deinde:

Steel Reinforced Aluminium Conductors Aluminium Conductores in potentia Transmission

*quin Code

ACSR BS 232 Steel Aluminium Conductors confirmati

ACSR ferro Reinforced Aluminium Conductors

1. High distrahentes Fortitudo

2. SOLUTIO cost-effectiva

3. Scelerisque Stabilitas et Sag euismod

4. Corrosio Repugnantia (Superficies)

5. High Conductivity-ut-pondus ratio

Technical specificationem

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