Aluminum Conductor Alloy Reinforced（ACAR） power transmission and distribution lines

Aluminum Conductor Alloy Reinforced（ACAR） power transmission and distribution lines

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Loading Port:: Tianjin

Payment Terms:: TT OR LC

Min Order Qty:: 100 m

Supply Capability:: 100000 m/month

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1.Item:Aluminum Conductor Alloy Reinforced（ACAR）
2.Application
Used for power transmission and distribution lines for various voltage levels
3.Standard
ACAR meet or exceed the following GB / JB standards:
GB/T 17048-1997 Hard Drawn Aluminum Wire, LY9 for Electrical Purposes
JB/T 8134-1997 High Strength Aluminum Alloy Wire, LHA2 for Electrical Purposes
JB/T 8134-1997 High Strength Aluminum Alloy Wire, LHA1 for Electrical Purposes
GB/T 1179-2008 Round Wire Concentric Lay Overhead Electrical Stranded Conductors
Note: The resistivity of LHA2 &LHA1 respectively are 32.530nΩ·m (53%IACS) &32.840nΩ·m(52.5%IACS)
4.Specification

Nominal Area mm² Al./Alloy	Strand/ Wire Dia. mm		Calculated Area mm²			Outer Dia. mm	DC Resistance at 20℃		Rated Breaking Load		Mass kg/km
	Al.	Alloy	Al.	Alloy	Total		Ω/km		kN
	Al.	Alloy	Al.	Alloy	Total		LHA1	LHA2	LHA1	LHA2
50/30	12/2.32	7/2.32	50.73	29.59	80.32	11.60	0.3777	0.3765	18.49	17.61	220.4
70/40	12/2.72	7/2.72	69.73	40.67	110.40	13.60	0.2748	0.2739	25.07	23.85	303
95/15	26/2.15	7/1.67	94.39	15.33	109.70	13.61	0.2680	0.2677	21.97	21.51	302.3
95/20	7/4.16	7/1.85	95.14	18.82	114.00	13.87	0.2579	0.2575	21.34	20.77	312.6
95/55	12/3.20	7/3.20	96.51	56.30	152.80	16.00	0.1985	0.1979	34.22	32.53	419.4
120/7	18/2.90	1/2.90	118.90	6.61	125.50	14.50	0.2310	0.2309	22.36	22.16	345.3
120/20	26/2.38	7/1.85	115.70	18.82	134.50	15.07	0.2186	0.2184	26.36	25.80	370.5
120/25	7/4.72	7/2.10	122.50	24.25	146.80	15.74	0.2003	0.2000	27.48	26.75	402.4
120/70	12/3.60	7/3.60	122.20	71.25	193.50	18.00	0.1568	0.1563	42.00	40.57	530.8
150/8	18/3.20	1/3.20	144.80	8.04	152.80	16.00	0.1897	0.1896	26.51	26.26	420.4
150/20	24/2.78	7/1.85	145.70	18.82	164.70	16.67	0.1780	0.1779	30.89	30.32	453.1
150/25	26/2.70	7/2.10	148.86	24.25	173.11	17.10	0.1699	0.1697	33.19	32.46	476.9
150/35	30.2.50	7/2.50	147.26	34.36	181.62	17.50	0.1631	0.1628	36.94	35.91	500.2
185/10	18/3.60	1/3.60	183.20	10.18	193.40	18.00	0.1499	0.1498	32.52	32.32	532.1
185/25	24/3.15	7/2.10	187.00	24.25	211.30	18.90	0.1387	0.1385	38.74	38.01	581.9
185/30	26/2.98	7/2.32	181.30	29.59	210.90	18.88	0.1395	0.1393	40.44	39.55	581.1
185/45	30/2.80	7/2.80	184.73	43.10	227.83	19.60	0.1300	0.1298	45.41	44.12	627.5
210/10	18/3.80	1/3.80	204.10	11.34	215.50	19.00	0.1346	0.1345	36.23	36.00	592.9
210/25	24/3.33	7/2.22	209.00	27.10	236.10	19.98	0.1241	0.1239	43.29	42.48	650.3
210/35	26/3.22	7/2.50	211.70	34.36	246.10	20.38	0.1195	0.1194	46.10	45.07	677.9
210/50	30/2.98	7/2.98	209.20	48.82	258.10	20.86	0.1148	0.1146	51.43	49.97	710.8
240/30	24/3.60	7/2.40	244.30	31.67	276.00	21.60	0.1061	0.1060	49.38	48.43	760.1
240/40	26/3.42	7/2.66	238.80	38.90	277.70	21.66	0.1059	0.1058	52.04	50.88	765.1
240/55	30/3.20	7/3.20	241.30	56.30	297.80	22.40	0.0995	0.0994	58.11	56.42	819.6
300/15	42/3.O0	7/1.67	296.90	15.33	312.20	23.01	0.0931	0.0930	55.46	55.00	861.3
300/20	45/2.93	7/1.95	303.40	20.91	324.30	23.43	0.0898	0.0898	58.37	57.75	894.8
300/25	48/2.85	7/2.22	306.20	27.10	333.30	23.76	0.0876	0.0876	60.86	60.05	919.5
300/40	24/3.99	7/2.66	300.10	38.90	339.00	23.94	0.0864	0.0863	60.66	59.49	933.6
300/50	26/3.83	7/2.98	299.50	48.82	348.40	24.26	0.0844	0.0843	63.79	62.32	959.7
300/70	30/3.60	7/3.60	305.40	71.25	376.60	25.20	0.0786	0.0785	72.02	69.88	1037.3
400/20	42/3.51	7/1.95	406.40	20.91	427.30	26.91	0.0680	0.0680	71.82	71.19	1178.8
400/25	45/3.33	7/2.22	391.90	27.10	419.00	26.64	0.0695	0.0695	73.47	72.66	1156
400/35	48/3.22	7/2.50	390.90	34.36	425.20	26.82	0.0687	0.0686	75.67	74.63	1173.2
400/50	54/3.07	7/3.07	399.70	51.82	451.50	27.63	0.0650	0.0650	82.79	81.24	1245.8
400/65	26/4.42	7/3.44	398.90	65.06	464.00	28.00	0.0634	0.0633	84.97	83.02	1278.2
400/95	30/4.16	19/2.50	407.80	93.27	501.00	29.14	0.0591	0.0590	95.56	92.76	1380.9
500/35	45/3.75	7/2.50	497.00	34.36	531.40	30.00	0.0548	0.0548	90.69	89.66	1466
500/45	48/3.60	7/2.80	488.60	43.10	531.70	30.00	0.0549	0.0549	92.18	90.89	1466.8
500/65	54/3.44	7/3.44	501.90	65.06	566.90	30.96	0.0518	0.0517	103.96	102.01	1564.1
630/45	45/4.20	7.2.80	623.50	43.10	666.60	33.60	0.0437	0.0437	113.77	112.47	1838.9
630/55	48/4.12	7/3.20	639.90	56.30	696.20	34.32	0.0419	0.0419	120.68	118.99	1920.8
630/80	54/3.87	19/2.32	636.20	80.32	715.50	34.82	0.0410	0.0409	127.90	125.49	1974.8
800/55	45/4.80	7/3.20	814.30	56.30	870.60	38.40	0.0335	0.0335	148.59	146.90	2401.9
800/70	48/4.63	7/3.60	808.20	71.25	879.40	38.58	0.0332	0.0332	151.76	150.33	2426.1
800/100	54/4.33	19/2.60	795.20	100.90	896.10	38.98	0.0328	0.0327	160.02	157.00	2473.1

ACSR(JL/LHA2) China Standard GB/T 1179-2008

Nominal Area Al./Alloy	Code Number	Diameter		Number of Wires		Area			Linear Mass	Rated Strength	Max. D.C. Resistance at 20℃
Nominal Area Al./Alloy	Code Number	Wire	Cond.	Al.	Alloy	Al.	Alloy	Total	Linear Mass	Rated Strength	Max. D.C. Resistance at 20℃
mm²		mm	mm			mm²	mm²	mm²	kg/km	kN	Ω/km
24/20	40	2.78	8.35	4	3	24.3	18.3	42.6	116.5	9.25	0.7158
40/30	63	3.49	10.5	4	3	38.3	28.7	67.1	183.5	14.38	0.4545
60/45	100	4.40	13.2	4	3	60.8	45.6	106	291.2	22.52	0.2863
80/50	125	2.97	14.9	12	7	83.3	48.6	132	362.7	27.79	0.2302
105/60	160	3.36	16.8	12	7	107	62.2	169	464.2	35.04	0.1798
135/80	200	3.76	18.8	12	7	133	77.8	211	580.3	43.13	0.1439
170/95	250	4.21	21.0	12	7	167	97.2	264	725.3	53.92	0.1151
130/40	250	3.04	21.3	18	19	131	138	269	742.2	60.39	0.1154
265/60	315	3.34	23.4	30	7	263	61.3	324	892.6	60.52	0.0916
165/175	315	3.42	23.9	18	19	165	174	339	935.1	76.09	0.0916
335/80	400	3.76	26.3	30	7	334	77.8	411	1133.5	75.19	0.0721
210/220	400	3.85	27.0	18	19	210	221	431	1187.5	95.58	0.0721
375/85	450	3.99	27.9	30	7	375	87.6	463	1275.2	84.59	0.0641
235/250	450	4.08	28.6	18	19	236	249	485	1335.9	107.52	0.0641
415/95	500	4.21	29.4	30	7	417	97.3	514	1416.9	93.98	0.0577
260/275	500	4.31	30.1	18	19	262	277	539	1484.3	119.47	0.0577
465/110	560	4.45	31.2	30	7	467	109	576	1586.9	105.26	0.0515
505/65	560	3.45	31.0	54	7	504	65.4	570	1571.9	101.54	0.0516
455/205	630	3.71	33.4	42	19	454	205	660	1820.0	130.25	0.0458
270/420	630	3.79	34.1	24	37	271	417	688	1897.5	160.19	0.0458
514/230	710	3.94	35.5	42	19	512	232	743	2051.2	146.78	0.0407
307/470	710	4.02	36.2	24	37	305	470	775	2138.4	180.53	0.0407
580/260	800	4.18	37.6	42	19	577	261	838	2311.2	165.39	0.0361
345/530	800	4.27	38.4	24	37	344	530	873	2409.5	203.41	0.0361
650/295	900	4.43	39.9	42	19	649	294	942	2600.1	186.06	0.0321
570/390	900	3.66	40.2	54	37	567	388	955	2638.4	199.54	0.0321
820/215	1000	3.80	41.8	72	19	816	215	1032	2849.1	190.94	0.0289
630/430	1000	3.85	42.4	54	37	630	432	1061	2931.6	221.71	0.0289
915/240	1120	4.02	44.2	72	19	914	241	1155	3191.0	213.85	0.0258
705/485	1120	4.08	44.9	54	37	705	483	1189	3283.4	248.32	0.0258
1020/270	1250	4.25	46.7	72	19	1020	269	1289	3561.4	238.68	0.0231
790/540	1250	4.31	47.4	54	37	787	539	1327	3664.5	277.14	0.0231
1145/300	1400	4.50	49.4	72	19	1143	302	1444	3988.8	267.32	0.0207

ACSR(JL/LHA1) China Standard GB/T 1179-2008

Nominal Area Al./Alloy	Code Number	Diameter		Number of Wires		Area			Linear Mass	Rated Strength	Max. D.C. Resistance at 20℃
Nominal Area Al./Alloy	Code Number	Wire	Cond.	Al.	Alloy	Al.	Alloy	Total	Linear Mass	Rated Strength	Max. D.C. Resistance at 20℃
mm²		mm	mm			mm²	mm²	mm²	kg/km	kN	Ω/km
24/20	40	2.79	8.37	4	3	24.4	18.3	42.8	117.0	9.82	0.7158
40/30	63	3.50	10.5	4	3	38.5	28.7	67.1	184.3	14.80	0.4545
60/45	100	4.41	13.2	4	3	60.8	45.6	106	292.5	23.49	0.2863
80/50	125	2.98	14.9	12	7	83.3	48.6	132	364.1	29.49	0.2302
105/60	160	3.37	16.9	12	7	107	62.5	170	466.0	36.95	0.1798
135/80	200	3.77	18.8	12	7	134	78.1	212	582.5	44.78	0.1439
170/95	250	4.21	21.1	12	7	167	97.6	265	728.1	55.98	0.1151
130/40	250	3.05	21.4	18	19	132	139	271	746	64.67	0.1154
265/60	315	3.34	23.4	30	7	263	61.4	325	894.4	62.40	0.0916
165/175	315	3.43	24.0	18	19	166	175	341	940.0	81.48	0.0916
335/80	400	3.77	26.4	30	7	334	78	412	1135.8	76.82	0.0721
210/220	400	3.86	27.0	18	19	211	222	433	1193.7	100.30	0.0721
375/85	450	3.99	28.0	30	7	376	87.7	463	1277.8	86.42	0.0641
235/250	450	4.10	28.7	18	19	237	250	487	1342.9	112.84	0.0641
415/95	500	4.21	29.5	30	7	418	97.5	515	1419.8	96.03	0.0577
260/275	500	4.32	30.2	18	19	263	278	542	1492.1	125.38	0.0577
465/110	560	4.46	31.2	30	7	468	109	577	1590.1	107.55	0.0515
505/65	560	3.45	31.1	54	7	505	65.5	570	1573.9	103.53	0.0516
455/205	630	3.72	33.4	42	19	456	206	662	1826.0	134.59	0.0458
270/420	630	3.80	34.2	24	37	272	420	692	1909.0	169.14	0.0458
514/230	710	3.95	35.5	42	19	514	232	746	2057.8	151.68	0.0407
307/470	710	4.03	36.3	24	37	307	473	780	2151.4	190.61	0.0407
580/260	800	4.19	37.7	42	19	579	262	840	2318.7	170.9	0.0361
345/530	800	4.28	38.5	24	37	346	533	879	2424.2	214.78	0.0361
650/295	900	4.44	40.0	42	19	651	294	945	2608.5	192.27	0.0321
570/390	900	3.66	40.3	54	37	569	390	959	2649.5	207.79	0.0321
820/215	1000	3.80	41.8	72	19	818	216	1034	2855.4	195.47	0.0289
630/430	1000	3.86	42.5	54	37	632	433	1066	2943.9	230.88	0.0289
915/240	1120	4.02	44.3	72	19	916	242	1158	3198.1	218.92	0.0258
705/485	1120	4.09	45.0	54	37	708	485	1194	3297.2	258.58	0.0258
1020/270	1250	4.25	46.8	72	19	1022	270	1292	3569.3	244.33	0.0231
790/540	1250	4.32	47.5	54	37	791	542	1332	3679.9	288.6	0.0231
1145/300	1400	4.50	49.5	72	19	1145	302	1447	3997.6	273.65	0.0207

Q:The Leader of the band inists that all power cables connected to the amplifires be placed away from the performance area.: 1. People come to see the performers not cables. Keeping them out of sight makes a better presentation and is safer for the performers. 2. Keeping the power cables away from the audio cables is just good practice. Low level (mic and line level) signals from mics and instruments are no match for high current power cables. The high current power cables produce magnetic fields that can induce hum into low level audio cables. Balanced cables, ones that use 3 pin XLR connectors are better than unbalanced RCA or phono plug audio cables. In the real world audio cables do have to cross power cables. When this happens try to cross them at 90 degree angles. Try to keep power and audio about a foot apart if possible. You may not be able to do this 100% of the time, but the better you run your cables the better the sound will be as far as hum is concerned. Hope this helps. D.bumstead

Q:I already have RCA cables. Just need to find a place that would sell the power cord.: If you do get your hands on the cable- don't lose it. I wrecked my car, and when i was removing the stereo, i forgot the cable. I looked all over for the darn thing, luckily, an installer had a guy who's changer had broken, but they kept the cable for some reason.

Q:What is the difference between an ordinary power cable for a dedicated cable?: Inverter special cable General power cable difference shielding requirements higher, the number of cores is generally 3 +. three lines of the ground line of three symmetrical and phase line intersection. Variable-frequency (VFD) is the application of frequency conversion technology and microelectronics technology, by changing the motor operating frequency mode to control the AC motor power control equipment. The inverter is mainly composed of rectifier (AC variable DC), filter, inverter (DC variable AC), brake unit, drive unit, detection unit micro-processing unit and so on. The inverter will adjust the voltage and frequency of the output power by the breaking of the internal IGBT, according to the actual needs of the motor to provide the required power supply voltage, and then achieve the purpose of energy saving, speed control, in addition, the inverter has a lot of protection , Such as overcurrent, overvoltage, overload protection and so on. With the continuous improvement of industrial automation, the inverter has also been a very wide range of applications.

Q:Beginner cost, do not know how the calculation of power cable works, is directly from the drawings on the amount of it?: The first is to buy a computer connected to the TV dedicated audio and video lines, length specifications are: 1.8 meters, 5 meters, 10 meters, 15 meters and 20 meters, etc., everywhere sold here do not do a detailed introduction to the first step: , S-terminal video cable connection S plug the end of the line into the video on the S terminal port, while the other end of the S-terminal line into the TV behind the S terminal port, the connection is completed (Figure 1); if you You can use the "S-AV adapter" supplied by OUR to connect the S-terminal connector to the S-terminal cable, and then insert the AV head of the other head into the AV video input after the TV Mouth, the connection is completed (Figure 2). . the audio cable connection will be the audio line of the two Lotus head were inserted into the TV after the left and right channel audio input port, while the audio cable 3.5mm audio head into the audio card audio output port, the connection is completed. If you need to use the "one sub-two audio frequency line", then its 3.5mm audio head into the audio card audio output port, speakers (headphones) and audio lines were inserted into the "one two audio frequency line" 3.5 Encyclopedia of Germany, Germany and Germany Bao Bao mother on the mouth, the connection is completed

Q:ok so i'm building a high gaming computer. my question is i'm a getting a Full moduler power supply my question is do i have to buy the cables for power does the componets i buy come with them??? oh and by the way just curious what happens if you touch thermal paste with your finger???: PSU wattage rather capacity no longer something. even with a 1500W psu, you nevertheless might have difficulty powering a 100w equipment if all that power is placed on the three.3 and 5v rails. Like ninety 5% of computer factors use the 12v rail for power. So any high quality PSU could have maximum the flexibility going to the 12v rails. (like ninety%+ of the entire wattage could be on the 12v rail). that one and all which actually concerns, is the entire mixed 12v rail amperage. Now often the better wattage the PSU, the better amperage the 12v rail is going to be by capacity of default, even on crap psu. while you're making plans on getting like a 3930K and overclocking it to the max, and getting like 2 gtx670s and overclocking them to the max, then you need to to look right into a 1200W psu, or you dont even want close that quantity of wattage. for many any computer setup, 750-850W is genuinely adequate for multi snap shots enjoying cards in case you have a high quality psu. identity recommend seasonic or the corsair HX/AX sequence psu. And so which you already know, working CFX/SLI doesnt even come close to to doubling the overall performance. Now making use of a z77 board, with an ivy bridge cpu, and pci-3.0 snap shots card, there is adequate bandwidth to double fps working multi enjoying cards. yet thats additionally assuming the pastime has finished sli/cf help. EDIT: nicely your first mistake is procuring an fx8150 (much less gaming overall performance then an i3-2120), and your 2nd is even thinking a 7970.... a gtx670 is extra efficient and $2 hundred extra much less high priced... and makes use of much less power... and runs cooler... and has a plenty bigger overhead for overclocking, so hmm...

Q:What is the cable bucket in the power cable installation project?: Is the separator divides the bridge into 2 and a half, usually with two different roles of the cable at the same time laying in a cable bridge, such as the power cable with the signal cable with the bridge laying, in order to avoid electromagnetic interference, with separator separation.

Q:I just moved to the UK, and I have a US xbox 360 slim, I still have the power brick and everything. My friend here has a power cable that will fit the US power brick (it is from his UK xbox). Can I plug in the UK cable to the US power brick then plug it like I normally would into my 360? Or will that fry the power adapter or xbox? Thanks!!: Ya you can plug it in. It should be fine b/c its all emitting the same amount of power. I think. lol

Q:i have a modular power supply i lost my cables moving out of my old house. so can any one tell me where i can get new ones to my power supply:: the ability connectors that plug into the slots on a modular power supply at the instant are not conventional -- they're specific to that distinctive style of supply (there would be some standardization for modular PSUs made via a particular producer, yet i does not even be certain approximately that). So, in case you decide on extra cables, you will desire to touch client provider on your style of PSU or examine help boards at their internet site to work out what the technique is for paying for them.

Q:cause i wanna make my gameplay hd, but when the hdmi cable is in, there not enough space for the power brick cable,: Seeing as the power cable gives the system the power it needs to run, no, you can't play without it. However, you are able to play with both the power cable AND the HDMI cord. There's enogh space for both to fit into the console, and the power cord plugs into a wall outlet while the HDMI cord plugs into your TV's HDMI slot. There shouldn't be any problem with room.

Q:I moved to another country and my computer arrived without the cord that goes from the power supply unit to the wall (aka I can?t turn it on). The PSU in question is a Corsair 750W Unit. I tried searching for independent cables but as expected no one sells them. Contacting the manufacturer is too much of a pain. I was wonder, could I find special generic cables that would work with the PSU? Not necessarily by the manufacturer. Thank you.: (link defaults to 1foot, but id recommend a 6foot cable at the minimum, as 1-3 feet can be very limiting.) If using more then 1000W of power, you will need a cable capiable of it. one above is rated at 10A, and given psu efficiency (rounding way down for very inefficient ones) you should be able to get like 900-1000W+ from it w/o any worry. (that doesnt mean using a 1000W psu.. im talking about pulling 1000W+ from the wall, and unless you have like 3 gtx titans running at 100% .)

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