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Caput Line Conductor

ACSR Conductor

AS/NZS 3607 ACSR/GZ Aluminium Conductors Galvanized Ferro Reinforced

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Product Details

Product parametri

Applicationem

ACSR/GZ conductores late in capite transmissionis et distributionis linearum variarum intentionum campester. Ob eius firmitatem et robur ad pondus proportionem, ACSR aptae sunt ad omnes palmos practicos lignorum, turrium transmissionum et alia structura. una ex popularibus electionibus pro electrica systematibus.

commoda

Aluminium conductores, galvanisatum chalybeum ACSR/GZ roboratum habet proprietates structurae simplicis, costae lineae humilis, opportunae erectionis et conservationis, capacitatis magnae transmissionis, et conducit trans flumina et valles aliasque speciales condiciones geographicas ponere.
Eodem tempore, habet bonam conductivity electricam et sufficientem vires mechanicas, vires distrahentes Altissimae vires, distantia inter polos turrim augeri potest, etc.

Construction

Aluminium conductores, galvanized zinci ferro aucti ACSR/GZ ex pluribus non-insulatis unius filis contortis factae sunt.
Intus est nucleus chalybeus (uno vel nucleus tortuosus), et exterius cum filis aluminii torquetur circa nucleum chalybem.
Core ferreum munus primarium est vires augere, et aluminium filum destitutus primarium munus energiae electricae deferat.

ASNZS 3607 ACSRGZ Aluminium Conductores Galvanized Ferro confirmati (2)

stipare

Partus longitudinum determinantur ex consideratione talium factorum sicut dimensiones orum corporis, orum pondera, palmi longitudinis, instrumenti tractandi vel requisitio emptoris.

stipare Materials

Lignea orum, steel-wood orum, chalybe, orum.

Specifications

-AS/NZS 3607 Australian Standard

AS/NZS 3607 Standard Aluminium Conductor Galvanized Ferro confirmati ACSR/GZ Physica et Mechanica euismod Parameters

Nomen Code	Stranding and wire diameter no/mm				Nominal Super Diameter	Cross Section Area	Nominal Linear Mass	Fractio onus	Modulus Elasticitatis	Coefficiens Linear Expansion
Nomen Code	aluminium		Steel		Nominal Super Diameter	Cross Section Area	Nominal Linear Mass	Fractio onus	Modulus Elasticitatis	Coefficiens Linear Expansion
-	No./mm	No./mm		mm		mm	kg/km	kN	GPa	x 10^-6/°C
Amygdalum	6/2.50	1/2.50		7.5		34.4	119	10.5	83	19.3
Apricot	6/2.75	1/2.75		8.3		41.6	144	12.6	83	19.3
Lacus	6/3.00	1/3.00		9.0		49.5	171	14.9	83	19.3
Musa	6/3.75	1/3.75		11.3		77.3	268	22.7	83	19.3
Cerasum	6/4.75	7/1.60		14.3		120	402	33.4	80	19.9
Uva	30/2.50	7/2.50		17.5		182	677	63.5	88	18.4
Lemon	30/3.00	7/3.00		21.0		262	973	90.4	88	18.4
lychee	30/3.25	7/3.25		22.8		307	1140	105	88	18.4
tilia	30/3.50	7/3.50		24.5		356	1320	122	88	18.4
Mango	54/3.00	7/3.00		27.0		431	1440	119	78	19.9
Orange	54/3.25	7/3.25		29.3		506	1690	137	78	19.9
Olivae	54/3.50	7/3.50		31.5		587	1960	159	78	19.9
Pawpaw	54/3.75	19/2.25		33.8		672	2240	178	77	20.0
Quince	3/1.75	4/1.75		5.3		16.8	95	12.7	136	13.9
Rasin	3/2.50	4/2.50		7.5		34.4	195	24.4	136	13.9
Sultana	4/3.00	3/3.00		9.0		49.5	243	28.3	119	15.2
Nucis iuglandis	4/3.75	3/3.75		11.3		77.3	380	43.9	119	15.2

Electrica euismod laoreet condimentum

Nomen Code	DCResistance ad XX ° C *	Acresistance ad 50Hz ad 75° C*	Reactance ad inductionem in 50Hz 0.3m	Continua Current baiulans Capacity
				Rusticus Tempestas						Tempestas industrialis
				nocte hieme			meridie aestate			nocte hieme			meridie aestate
				adhuc aer	1m / s venti	2m/s ventus	adhuc aer	1m / s venti	2m/s ventus	adhuc aer	1m / s venti	2m/s ventus	adhuc aer	1m / s venti	2m/s ventus
-	WΩ/km	WWΩ/km	WWΩ/km	A	A	A	A	A	A	A	A	A	A	A	A
Amygdalum	0.975	1.31	0.296	108	186	216	84	167	198	116	190	220	79	164	196
Apricot	0.805	1.08	0.290	123	209	244	95	188	223	131	215	248	89	184	220
Lacus	0.677	0.910	0.285	138	233	272	107	209	248	148	240	277	98	205	244
Musa	0.433	0.582	0.271	187	309	359	141	274	326	201	318	367	129	268	321
Cerasum	0.271	0.367	0.256	259	416	483	191	364	434	280	430	495	171	354	426
Uva	0.196	0.263	0.240	330	513	598	238	449	531	361	532	614	211	436	520
Lemon	0.136	0.167	0.228	441	680	787	307	586	698	482	707	811	269	567	682
lychee	0.116	0.142	0.223	493	752	879	341	645	769	540	783	906	298	623	751
tilia	0.100	0.123	0.219	548	826	976	377	706	843	601	862	1007	328	681	823
Mango	0.0078	0.093	0.212	648	960	1147	443	816	991	711	1003	1183	383	786	966
Orange	0.078	0.0816	0.207	724	1061	1282	492	898	1106	796	1110	1323	424	863	1078
Olivae	0.093	0.0078	0.202	804	1165	1421	543	981	1225	884	1220	1466	466	941	1194
Pawpaw	0.0485	0.093	0.198	885	1270	1563	595	1065	1347	974	1333	1614	508	1020	1312
Quince	3.25	4.37	0.346	53	93	108	42	85	100	56	95	110	40	83	99
Rasin	1.59	2.14	0.324	85	145	169	66	131	155	91	149	172	61	129	153
Sultana	0.897	1.21	0.302	120	203	236	91	181	215	129	208	241	84	178	212
Nucis iuglandis	0.573	0.770	0.288	161	269	312	121	238	283	175	277	319	111	233	279

Nota: Current ratings innituntur sequentibus conditionibus:
• Conductor temperatus supergreditur ambientem 40°C
• Ambient aeris temp.de XXXV ° C ad aestas meridiem vel X ° F in hiemem noctem
• Dirige radiatio solaris intensio M W/m2 pro meridie aestivo vel nulla pro nocte hiberna
• diffunde radiorum solaris intensio C W/m2 pro meridie vel nulla aestate pro nocte hiberna
• Terrae repercussio 0.2
• emissione 0,5 pro ruris vel tempestatibus conductor 0,85 pro industriae in tempestate conductor
• Absorptio solaris coefficientis 0.5 pro conductore rustico tempestate vel 0.85 pro conductore tempestatis industrialis.