China Spot Supply Copper Rod Solid T2 Copper Pure Copper, Find details about China T2, Copper from Spot Supply Copper Rod Solid T2 Copper Pure Copper
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Conductive copper bus (conductive copper bar) :
1) Production brand: T1, T2, TU1, TU2, chemical composition in accordance with GB/T5231-2001 standard.
The principal components of copper bus are as follows: Table 1 Principal components of conductive copper bar
Copper bar T1 T2 TU1 TU2
Cu+Ag 99.95 99.90 99.97 99.95
2) Product status: Table 2 product status of conductive copper bar
Name and code product status indicates the symbolic supply method
Copper bus (TMR) soft R supplied in coils
Copper bus (TMY) hard Y straight bar supply
3) Product size range: 1. Conductive copper row cross section
Thickness A width B Fillet radius r
Copper discharge current meter:
Gb copper bar load table estimation method: estimation method: single copper bus bar load rate = width (mm) X thickness coefficient double bus bar load rate = width (mm) X thickness coefficient X 1.5(empirical coefficient) copper bar and aluminum bar can also be based on the square number, usually copper should be 5-8A/ square, aluminum should be based on 3-5A/ square Calculation method of the common copper bar carrying capacity: calculation method of the common copper bar carrying capacity at 40ºC = the width of the row * thickness coefficient of the row width (mm); Thickness coefficient: when the busbar is 12 thick, it is 20; It is 18 when it is 10 thick; [12-20, 10-18, 8-16, 6-14, 5-13, 4-12] Double layer copper bar [40ºC]=1.56-1.58 single layer copper bar [40ºC] (determined according to section size) 3 layer copper bar [40ºC]=2 single layer copper bar [40ºC] 4 layer copper bar [40ºC]= single layer copper bar [40ºC]*2.45(this choice is not recommended, using special-shaped bus bar Substitute) copper bar [40ºC]= copper bar [25ºC]*0.85 aluminum bar [40ºC]= copper bar [40ºC]/1.3 for example, TMY100*10 loading: single layer: 100*188=1800(A)[refer to the manual for 1860A]; Double-layer: 2(TMY100*10) load: 1860*1.58=2940(A); [Reference manual: 2942A]; Layer 3:3(TMY100*10) load: 1860*2 = 3720(A)[manual for 3780A] All the above calculations are accurate to the manual data are quite close.
A, rectangular copper bar copper busbar section 25ºC flat (A) vertical (A) 15×3 176 185 20×3 233 245 25×3 285 300 30×4 394 415 40×4 404 425 40×5 452 475 50×5 556 585 50×6 617 650 60×6 731 770 60×8 858 900 35ºC Horizontal (A) vertical (A) 522 551 721 797 940 1101 550 588 760 840 990 1160 60×10 80×6 80×8 80×10 100×6 100×8 100×8 120×8 120×10 2(60×6) 2(60× 8) 2(80×6) 2(80×8) 2(80×10) 2(100×6) 2(100×8) 2(100×10) 2(120×8) 2(120×10) ii. Copper wire carrying capacity (35ºC) Section (mm?) 1 1.5 2.5 4 6 10 16 25 35 50 70 95 current-carrying capacity (A) 10 13 17 23 30 45 85 110 136 170 216 263 Current (A) 50 63 80 100 125 160 200 250 300 400 500 600
The size range of our company is shown in Table 3: Table 3 Size series of conductive copper bar
Deviation of nominal size fillet radius
a b r r
3.0-4.00 15-42 0.5-0.825%
4.2-6.00 40-62 0.8-1.0 20%
6.2-10.00 60-110 1.0-1.2 20%
Recommended commonly used series size is (A X B) : 3X15, 3X20, 3X25, 3X30; 4X20, 4X25, 4X30, 4X35, 4X40, 4X45, 4X50; 6X30, 6X35, 6X40, 6X45, 6X50, 6X60, 6X70, 6X80, 6X100; 8X40, 8X50, 8X60, 8X80, 8X100, 8X120; 10X40, 10X50, 10X60, 10X80, 10X100, 10X120, 10X125, 10X150, 10X170; 12X60, 12X80, 12X100, 12X120, 10X150, 10X170.
Tongbang: Φ 16 to 25
Dimension deviation, mechanical properties, electrical properties, etc., comply with GB/T5585.1-2005 standards.
The above is the detailed information of copper bar. If you have any questions about the price, manufacturer, model and price of copper bar, please contact us to obtain the information of copper bar.
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