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1、2012 3 No 3 2012 Electric Wire Cable2012 6 Jun 2012 710086 TM249 9 A 6901 2012 03-0023-04 1672-The Study of the Flexibility Positive Electrode Cable Production TechnologyZHANG You-liangLI Cun-liangQIN TaoZHANG Guo-anSHI Jun-wenLI Jing-yu China Light Industrial Xi Mechanical Research Institute an 710
2、086anXiChinaAbstract According to be researched on the structure composition and characteristics of composition materials of theflexibility positive electrode cable was obtained the production technology of the cable core wire and the special ca-itble Then According to be analysed the production tec
3、hnology processes and calculated the key data was obtaineditthe feasibility of the technologies such as integration cable traction cloth tractioncarbon powder screw conveying etcKey words positive electrode cable carbon powder coaxial technology0 11 2 239. 5 mm 1 10 mm 99. 27% 0. 05 cm 1 575 N242 g
4、/ m2 1. 3 11 1 1 01- 2012- 06 2011zkc02 2 1962 710086 6 2012 3 No 3 2012 Electric Wire Cable2012 6 Jun 2012 2. 3 23 2. 1 70 mm 127 1 mm500 mm2. 2 2 1 10 16 25 11 2.1 1 0 mm 0 mm 2 3 33. 123. 1. 1 11 2 3 4 3 3 5 m 2 3 1 2 3 1 km 24 3. 1. 212 4 2012 3 No 3 2012 Electric Wire Cable2012 6 Jun 2012 10 s
5、6 s 4 200 mm 192 mm V = 192 /6 = 32 mm / s = 1. 92 m / min 1. 92 m / min 1 U2 = 4 U4 / K4 U1 U4 4 = 114 mm K1 = 100 U1 / U4 = 114 120 / 90 100 = 1 52 2 3. 5 m / min 1 485. 4 r / min 2 U2 = 1 485. 4 /1. 52 = 977. 24 r / min3. 3 5 41 2 3 4 3. 1. 3 U3 = 1 U1 / K1 U1 1 = 90 mm 5 K1 = 120 U3 = 1 U1 / K1
6、= 90 U1 /120 15D4 b D2 1 D3 1. 92 m / min U1 = 1 920 120 /90 = 814. 8 r / min3. 5 m / min 3500 120 /90 = 1 485. 4 r / min3. 2 3. 2. 1D1 1 2 3 4 5 5 V1 V1 = D2 D2 U3 = 19 2 6 5 2 U334= 318. 75 U3 D3 = 38 mm D4 = 13mm U3 5 U3 = 1 U1 / K1 1 39. 5 mm 1 90 mm V2 25 3. 2. 22012 3 No 3 2012 Electric Wire C
7、able2012 6 Jun 2012V2 = b D2 D2 U2 /4K212= 47 75 2 34 2 U2 /4K2 = 52 510 75 U2 K2 U2 K2 D2 = 34 D1 = 75 b =47 U2 = 318U3 K2 /52 510 75 3 K2 = 50 3 1 920 mm / min 582. 5 r / min 3. 5 m / min 1 062. 5 r / min 1 J2011 5 21-2924 2 . 2010 5 20-28J 234 22 3 53 PE GYTA53 1 CIGRE 21 02 Electra 189S2 IEC 60840 2004S 3 GB / T 12706 320024 JB / T 11167 12011 S 1 kV U m = 1 2 kV 35 10 kV U m = 12 kV 110kV U m = 40 5 kV SkV U m = 126 kV 30 kV U m = 36 kV 150 kV U m = 170 kV 2“- ” 26