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F A C CE-362 CE-362SB - kuramo.co.jp

Factory Automation Cable . Characteristics Rader chart of Cable CE-362 .. Heat resistance 5. 4. Flame . CE- 362sb . resistance 3 Oil resistance 2. 1. 0.. Cable carrier Noise resistance resistance CE H05VV5-F A05VV5-F CE-362 . left/right . Twist resistance H05 VVC4V5-K A05 VVC4V5-K CE- 362sb bending resistance UL AWM 2587. CCC 60227 IEC 75 RVVY CE-362 CE-362 / non-shield . 60227 IEC 74 RVVYP CE- 362sb CE- 362sb / shield . / Use / Approvals . Wiring to internal and external electrical equipment . The cable is subject to limitation of applicable sizes for each relevant standard. For details, Wiring in oil environment refer to Adaptation size for each standard in [ Technical data ] given below. CE- 362sb . Wiring to the portion requiring noise resistance Shielded type CE- 362sb / Temperature range / Fixed -30 90 . / Features 0 . If you use it in temperature less than 0 , you should be careful about shocks, C E&CCC &UL cUL&<PS>E 4 &TR-CU flexure, vibration and so on.

101 認 証/ Approvals ※適用サイズが限定されます。テクニカルデータの“適用サイズ”をご参照ください。 The cable is subject to limitation of applicable sizes for each relevant standard.

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Transcription of F A C CE-362 CE-362SB - kuramo.co.jp

1 Factory Automation Cable . Characteristics Rader chart of Cable CE-362 .. Heat resistance 5. 4. Flame . CE- 362sb . resistance 3 Oil resistance 2. 1. 0.. Cable carrier Noise resistance resistance CE H05VV5-F A05VV5-F CE-362 . left/right . Twist resistance H05 VVC4V5-K A05 VVC4V5-K CE- 362sb bending resistance UL AWM 2587. CCC 60227 IEC 75 RVVY CE-362 CE-362 / non-shield . 60227 IEC 74 RVVYP CE- 362sb CE- 362sb / shield . / Use / Approvals . Wiring to internal and external electrical equipment . The cable is subject to limitation of applicable sizes for each relevant standard. For details, Wiring in oil environment refer to Adaptation size for each standard in [ Technical data ] given below. CE- 362sb . Wiring to the portion requiring noise resistance Shielded type CE- 362sb / Temperature range / Fixed -30 90 . / Features 0 . If you use it in temperature less than 0 , you should be careful about shocks, C E&CCC &UL cUL&<PS>E 4 &TR-CU flexure, vibration and so on.

2 Global-standard cables designed to CE&CCC or less &UL . cUL &<PS>E &TR-CU / Bending radius CE- 362sb 4 . Noise resistance Shielded type CE- 362sb Fixed 4 times or more of the cable diameter 250m /m at 30 MHz CE- 362sb . Low transfer impedance 250m /m or less at 30 MHz Shielded type CE- 362sb RoHS / RoHS Directive 105 / Conformity Oil resistance, heat resistance 105 , flexible / Technical data UL cUL PS E. / Cable designation CE CCC . AWM style 2587 VCTF. H05VV5-F A05VV5-F 60227 IEC 75. CE-362 95 . 4 95 RVVY . 4 . Adaptation size H05 VVC4V5-K A05 VVC4V5-K 60227 IEC 74. CE- 362sb 25 . 4 25 RVVYP . / Voltage rating 300/500V 600V 300/500V 300V. / Temperature rating 70 90 70 75 . / Test voltage AC2000V 15min AC3000V 1min AC2000V 5min AC2000V 1min 60 . / Flame resistance EN 60332-1-2 VW-1, FT1 IEC 60332-1-2. 60 Angle . UL 758 / Adaptation standard EN 50525-2-51 HD Electrical Appliance and CSA IEC 60227-7. Material Safety Law CCC / CCC Only types designed for conductors identification by numbering / Construction / Code CE-362 CE- 362sb .

3 / Item / Conductor / Strands or wire composed of annealed copper / Insulation / Heat resistant PVC. / Assembly / Circular / Tape 5 6 / Tape wrap around cores if conductors number and size are 5 or more and 6 or more, respectively / Inner sheath / Oil and heat resistant PVC black . / Shield / Tin coated annealed copper braid / Sheath / Oil and heat resistant PVC light gray . / Conductors identification / Identification by number (for standard cables / Identification by color (for custom-made cables). / No. of conductors / Conductors identification / No. of conductors / Conductors identification . 2 /2. 2 /2 Black insulations (white ink numbering is printed on the surface of Brown and sky blue black color insulation) / . 3 /3. + / Brown, sky blue and green/yellow 3 / 3 or more Black insulations (white ink numbering is printed on the surface / . of black color insulation) and a green/yellow insulation 4 /4. Brown, sky blue, black and green/yellow / 60 40.)

4 Green/yellow Green/yellow strips (by the circumference, the covered of green and yellow is 60 to 40). 101. / Example : CE-362 3 20 AWG . / Conductor CE-362 KURAMO DEMKO H05VV5-F 20 AWG . KURAMO E162205-K AWM 2587 / A/B 90C 600V VW-1 FT1 LF. A045839 KURAMO 60227 IEC 75 RVVY 300/500V . 1. 2. / Insulation / Sheath / Construction table / Conductor / Insulation / Stocks / Non-shield / Shield / Electrical characteristics . Diameter Number of . Allowable Conductor Insulation Nominal cross Approx. Diameter conductors Sheath diameter Sheath diameter Non-shield Shield ampacity resistance resistance sectional area Approx. Approx. kg/ km Approx. kg/ km . Construction (A) 20 / 20 M . 2 50 105 10. 3 60 120 9. 4 70 130 8. 5 80 145 7. 6 100 175 7. 7 110 190 7. 8 130 235 7. 10 150 250 6 50 . <20 AWG> <22 > 12 175 295 6 Max Min 50 . 15 215 330 5. 21 290 435 5. 25 340 510 5. CE- 362sb . CE-362 . 31 410 600 4. 41 540 4. 51 650 4. 60 840 3.

5 2 60 115 13. 3 75 130 11. 4 85 150 10. 5 95 165 9. 6 115 195 9. 7 130 215 9. 8 150 250 8. 10 180 285 8 50 . <19 AWG> <30 > 12 205 325 7 Max Min 50 . 15 255 385 7. 21 350 500 6. 25 410 620 6. 31 500 750 5. 41 700 5. 51 800 5. 60 1050 4. / Stocks / Go to the next page <<PS. PS>>EE. / Allowable ampacity UL. UL AWM. AWM. 30 1 . Allowable ampacity (A) for cable is based on calculation under aerial one-cable and temperature at 30 , not repressenting a guaranteed value. NFPA79. NFPA70. 30 . NFPA79. NFPA70. Allowable ampacity cable at ambient temperature abobe 30 is to be determined by multiplying the current value by the appropriate current reduction factorin the following table1. JCS0168 . cUL/CSA. cUL/CSA. The allowable ampacity for cable are the calculated by JCS0168, but not guaranteed. IEC 60364-5-52 Electrical installations of buildings-Part 5-52 Selection and erection of electrical equipment - Wiring systems . For details on Allowable ampacity of the cable when used in Europe, refer to the applicable standard IEC 60364-5-52 (Electrical installations of buildings - Part 5-52 Selection and erection of electrical equipment - Wiring systems).

6 CE. CE. JCS0168 33kV . Calculation of the current rating of power cables for rated voltage up to and including 33kV . CCC. CCC. / Table1 Current reduction factorss / Ambient temperature 30 35 40 45 50 55 60 65. GOST-R. TR-CU. / Current reduction factors 102. CE-362 , CE- 362sb . / Construction table / Conductor / Insulation / Stocks / Non-shield / Shield / Electrical characteristics . Diameter Number of . Allowable Conductor Insulation Nominal cross Approx. Diameter conductors Sheath diameter Sheath diameter Non-shield Shield ampacity resistance resistance sectional area Approx. Approx. kg/ km Approx. kg/ km . Construction (A) 20 / 20 M . 2 70 130 15. 3 85 145 13. 4 100 170 12. 5 115 195 11. 6 135 225 11. 7 155 255 10. 8 185 290 10. 1 10 210 335 9 50 . <18 AWG> <40 > 12 250 380 9 Max Min 50 . 15 310 450 8. 21 420 610 7. 25 495 800 7. 31 620 900 6. 41 810 6. 51 1100 5. 60 1250 5. 2 95 160 20. 3 115 180 17. 4 140 220 15.

7 5 165 270 14. 6 195 290 14. 7 225 345 13. 8 250 390 13. 10 310 455 12 50 . <16 AWG> <60 > 12 360 510 11 Max Min 50 . 15 440 630 10. 21 610 840 9. 25 720 1000 9. 31 930 1350 8. 41 1160 7. 51 1600 7. 60 1850 7. 2 135 215 27. 3 170 250 23. 4 210 310 21. 5 240 370 20. 6 290 425 19. 7 345 485 18. 8 400 570 18. 10 475 670 16 40 . <14 AWG> <50 > 12 550 790 15 Max Min 40 . 15 740 940 14. 21 950 1230 13. 25 1110 1500 12. 31 1400 1850 11. 41 1950 10. 51 2300 10. 60 2600 9. 2 185 285 36. 3 235 350 31. 4 295 410 28. 4 40 . 5 330 475 26. <12 AWG> <75 > Max Min 40 . 6 390 580 25. 7 485 670 24. 8 550 23. 2 210 330 47. 3 295 425 40. 6 4 375 510 36 30 . <10 AWG> <112 > 5 465 630 34 Max Min 30 . 6 570 740 32. 7 650 890 31. / Stocks 103. / Construction table / Conductor / Insulation / Stocks / Non-shield / Shield / Electrical characteristics . Diameter Number of . Allowable Conductor Insulation Nominal cross Approx. Diameter conductors Sheath diameter Sheath diameter Non-shield Shield ampacity resistance resistance sectional area Approx.

8 Approx. kg/ km Approx. kg/ km .. Construction (A) 20 / 20 M . 2 360 570 67. 3 500 700 57. 10 4 650 860 51 30 . <8 AWG> <7/28 > 5 780 980 48 Max Min 30 . 6 940 1100 45. 7 1130 1250 43. 2 540 770 89. 16 20 . 3 740 980 76. <6 AWG> <7/28 > Max Min 20 . 4 970 1230 68. 2 800 1300 118. 25 20 . 3 1100 1450 101. <4 AWG> <7/44 > Max Min 20 . 4 1420 1790 91. 2 1110 145. 35 20 . 3 1500 123. <2 AWG> <19/23 > Max Min 20 . 4 1930 111. 2 1540 181. 50 20 . 3 2130 153. <1 AWG> <19/33 > Max Min 20 . 4 2770 138. 2 2060 225. 70 20 . 3 2830 191. <2/0 AWG> <19/23 > Max Min 20 . 4 3650 172. CE- 362sb . CE-362 . 2 2500 267. 95 20 . 3 3550 226. <3/0 AWG> <19/31 > Max Min 20 . 4 4750 203. / Stocks / Allowable ampacity 30 1 . Allowable ampacity (A) for cable is based on calculation under aerial one-cable and temperature at 30 , not repressenting a guaranteed value. 30 . Allowable ampacity cable at ambient temperature abobe 30 is to be determined by multiplying the current value by the appropriate current reduction factorin the following table1.

9 JCS0168 . The allowable ampacity for cable are the calculated by JCS0168, but not guaranteed. IEC 60364-5-52 Electrical installations of buildings-Part 5-52 Selection and erection of electrical equipment - Wiring systems . For details on Allowable ampacity of the cable when used in Europe, refer to the applicable standard IEC 60364-5-52 (Electrical installations of buildings - Part 5-52 Selection and erection of electrical equipment - Wiring systems) . JCS0168 33kV . Calculation of the current rating of power cables for rated voltage up to and including 33kV . / Table1 Current reduction factorss / Ambient temperature 30 35 40 45 50 55 60 65. <<PS. PS>>EE. / Current reduction factors UL. UL AWM. AWM. NFPA79. NFPA70. NFPA79. NFPA70. cUL/CSA. cUL/CSA. CE. CE. CCC. CCC. GOST-R. TR-CU. 104.