FED-P 宣传手册100727

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AWG美国线规1007-3549

美国线规(AWG)1007-3549Tallwise为lbx008制作*AWM 1007(1008) (80 ,300V)标准：UL 758导体绝缘最大导体电阻参考重量线规截面根数/线径直径标称厚度标称外径最大外径AWG mm2No/D mm mm mm mm 20℃Ω/km kg/km 32 0.0352 7/0.080 0.240 0.4 1.0400 1.140 519.00 1.500 30 0.0550 7/0.100 0.300 0.4 1.1000 1.210 332.00 1.790 28-1 0.0887 7/0.127 0.380 0.4 1.1800 1.290 206.00 2.260 -2 0.0955 19/0.0800.400 0.4 1.2000 1.320 191.00 2.360 26-1 0.1407 7/1.160 0.090 0.4 1.2900 1.419 130.00 2.930 -2 0.1393 11/0.1270.486 0.4 1.2860 1.414 131.00 2.930 -3 0.1307 26/0.0800.471 0.4 1.2700 1.390 140.00 2.820 -4 0.1508 30/0.0800.506 0.4 1.3100 1.441 121.00 3.100 24-1 0.2212 11/0.60 0.612 0.4 1.4100 1.550 83.00 3.930 -2 0.2266 7/0.203 0.609 0.4 1.4100 1.550 81.00 3.960 -3 0.2154 17/0.1270.604 0.4 1.4000 1.540 84.00 3.860 -4 0.2407 19/0.1270.635 0.4 1.4400 1.570 76.00 4.170 22-1 0.3418 17/0.1600.761 0.4 1.5600 1.720 54.00 5.220 -2 0.3820 19/0.1600.800 0.4 1.6000 1.760 48.00 5.800 -3 0.3550 7/0.254 0.762 0.4 1.5600 1.710 51.00 5.500 20-1 0.5230 26/0.1600.941 0.4 1.7400 1.920 35.00 7.400 -2 0.5180 16/0.2030.937 0.4 1.7400 1.910 35.00 7.360 -3 0.5660 7/0.321 0.963 0.4 1.7600 1.930 32.00 7.800 -4 0.5067 10/0.2540.927 0.4 1.7300 1.900 36.00 7.230 -5 0.6149 19/0.203 1.015 0.4 1.8100 1.990 29.76 8.370-6 0.5090 20/0.1800.929 0.4 1.7300 1.900 36.00 7.250 18-1 0.8240 41/0.160 1.182 0.4 1.9800 2.180 22.00 10.690 -2 0.8973 7/0.404/ 1.212 0.4 2.0100 2.210 20.00 11.370 -3 0.9627 19/0.254 1.270 0.4 2.0700 2.270 19.00 12.160 -4 0.8415 26/0.203 1.195 0.4 2.0000 2.200 21.00 10.900 -5 0.8107 16/0.254 1.172 0.4 1.9700 2.170 22.00 10.540 -6 0.8652 34/0.180 1.211 0.4 2.0100 2.210 21.00 11.140 16-1 1.3200 26/0.254 1.495 0.4 2.2900 2.520 14.00 15.940 -2 1.3100 65/0.160 1.489 0.4 2.2800 2.500 14.00 15.810 -3 1.3700 54/0.180 1.526 0.4 2.3300 2.550 13.30 16.520 -4 1.2292 19/0.287 1.435 0.4 2.2404 2.450 14.80 15.000 产品说明：·额定温度：80℃·额定电压：300V·参照标记：UL758，UL1581，UL62·导体使用绞合实芯AWG32-16裸铜丝或镀锡铜丝·耐温80℃聚氯乙烯绝缘·通过ULVW-1及CSAFT-1垂直燃烧测试·用于电器和电子设备内部接线*AWM 1011(1012-1014) (80 ,600V)标准：UL 758导体绝缘最大导体电阻参考重量线规截面根数/线径直径标称厚度标称外径最大外径AWG mm2No/D mm mm mm mm 20℃Ω/km kg/km 30 0.0550 7/0.100 0.300 0.76 1.820 2.01 332.00 3.20 28 0.0955 19/0.0800.400 0.76 1.920 2.11 192.00 4.92 26 0.1307 26/0.0800.471 0.76 1.990 2.19 140.00 4.47 24 0.2407 19/0.1270.635 0.76 2.155 2.37 76.00 7.10 22 0.3820 19/0.1600.800 0.76 2.320 2.55 48.00 9.02 20 0.6149 19/0.203 1.015 0.76 2.535 2.79 30.00 12.40 18 0.8415 26/0.203 1.195 0.76 2.720 2.99 22.00 14.78 16 1.3200 26/0.254 1.495 0.76 3.020 3.31 13.86 20.35 14 2.0800 41/0.254 1.877 0.76 3.397 3.74 8.79 28.85 12 3.2900 65/0.254 2.363 0.76 3.880 4.27 5.56 41.98 10 5.2300 65/0.320 2.977 0.76 4.510 4.96 3.48 62.889 6.7560 84/0.320 3.380 0.76 4.900 5.39 2.71 78.12产品说明：·额定温度：80℃·额定电压：600V·参照标记：UL758，UL1581，UL62·导体使用绞合实芯AWG32-16裸铜丝或镀锡铜丝·耐温80℃聚氯乙烯绝缘·通过ULVW-1及CSAFT-1垂直燃烧测试*AWM 1015(1016) (105 ,600V)标准：UL 758导体绝缘最大导体电阻参考重量线规截面根数/线径直径标称厚度标称外径最大外径AWG mm2No/D mm mm mm mm 20℃Ω/km kg/km 30 0.0550 7/0.100 0.300 0.76 1.820 2.01 332.70 4.18 28 0.0955 19/0.0800.400 0.76 1.920 2.10 191.00 4.92 26 0.1307 26/0.0800.471 0.76 1.990 2.19 140.00 4.47 24 0.2407 19/0.1270.635 0.76 2.155 2.37 76.00 7.10 22 0.3820 19/0.1600.800 0.76 2.320 2.55 48.00 9.02 20 0.6149 19/0.203 1.015 0.76 2.535 2.79 30.00 12.40 18 0.8415 26/0.203 1.195 0.76 2.720 2.99 22.00 14.78 16 1.3200 26/0.254 1.495 0.76 3.020 3.31 13.86 20.35 14 2.0800 41/0.254 1.877 0.76 3.397 3.74 8.79 28.85 12 3.2900 65/0.254 2.363 0.76 3.880 4.27 5.56 41.98 10 5.2300 65/0.320 2.977 0.76 4.510 4.96 3.48 62.889 6.7560 84/0.320 3.380 0.76 4.900 5.39 2.71 78.12 产品说明：·额定温度：105℃·额定电压：600V·参照标记：UL758，UL1581，UL62·导体使用绞合实芯AWG30-9镀锡或裸铜丝·耐温105℃聚氯乙烯绝缘·通过ULVW-1及CSAFT-1垂直燃烧测试·电器内部线缆标准：UL 758导体绝缘最大导体电阻参考重量线规截面根数/线径直径标称厚度标称外径最大外径AWG mm2No/D mm mm mm mm 20℃Ω/km kg/km30 0.0550 7/0.100 0.300 0.53 1.36 1.46 356.20 3.71 28 0.0887 7/0.127 0.381 0.53 1.44 1.55 200.87 4.33 26 0.1407 7/0.160 0.480 0.53 1.54 1.66 88.57 5.03 24 0.2266 7/0.203 0.609 0.53 1.67 1.80 80.46 6.54 22 0.3550 7/0.254 0.762 0.53 1.82 1.97 55.10 8.36 20 0.5660 7/0.321 0.963 0.53 2.02 2.18 34.60 11.60 18 0.8973 7/0.404 1.212 0.53 2.27 2.45 21.83 15.3116 1.2292 19/0.287 1.435 0.53 2.49 2.69 15.94 19.43 14 1.9447 19/0.361 1.805 0.53 2.86 3.09 10.07 27.80 12 3.0893 19/0.455 2.275 0.53 3.33 3.60 6.34 40.2210 5.2040 98/0.260 3.440 0.53 4.50 4.70 4.13 62.09 产品说明：·额定温度：200℃·额定电压：600V·最低使用环境温度:-65℃·参照标记：UL758，UL1581，UL62·导体使用绞合实芯AWG30-4/0镀锡铜丝·绝缘可溶性氯化乙丙烯(FEP)·通过ULVW-1及CSAFT-1垂直燃烧测试·电器内部线缆·适用于汽油中,工作温度为80℃标准：UL 758导体绝缘最大导体电阻参考重量线规截面根数/线径直径标称厚度标称外径最大外径AWG mm2No/D mm mm mm mm 20℃Ω/km kg/km 30 0.0550 7/0.100 0.300 0.53 1.36 1.46 356.20 3.71 28 0.0887 7/0.127 0.381 0.53 1.44 1.55 200.87 4.33 26 0.1407 7/0.160 0.480 0.53 1.54 1.66 88.57 5.03 24 0.2266 7/0.203 0.609 0.53 1.67 1.80 80.46 6.54 22 0.3550 7/0.254 0.762 0.53 1.82 1.97 55.10 8.36 20 0.5660 7/0.321 0.963 0.53 2.02 2.18 34.60 11.60 18 0.8973 7/0.404 1.212 0.53 2.27 2.45 21.83 15.31 16 1.2292 19/0.287 1.435 0.53 2.49 2.69 15.94 19.43 14 1.9447 19/0.361 1.805 0.53 2.86 3.09 10.07 27.80 12 3.0893 19/0.455 2.275 0.53 3.32 3.60 6.34 40.22 10 5.2030 98/0.260 3.440 0.53 4.50 4.70 4.13 62.27 产品说明：·额定温度：150℃·额定电压：600V·参照标记：UL758，UL1581，UL62·导体使用绞合实芯AWG30-4/0镀锡铜丝·绝缘可溶性氧化丙烯(FEP)·通过ULVW-1及CSAFT-1垂直燃烧测试·电器内部线缆·适用于汽油中，工作温度为80℃*AWM 1332 (200 ,300V)标准：UL 758导体绝缘最大导体电阻参考重量线规截面根数/线径直径标称厚度标称外径最大外径AWG mm2No/D mm mm mm mm 20℃Ω/km kg/km 30 0.5500 7/0.100 0.300 0.33 0.960 1.04 356.20 2.04 28 0.0887 7/0.127 0.381 0.33 1.040 1.12 200.87 2.54 26 0.1407 7/0.160 0.480 0.33 1.140 1.23 88.57 3.09 24 0.2266 7/0.203 0.609 0.33 1.260 1.37 80.46 4.39 22 0.3550 7/0.254 0.762 0.33 1.420 1.54 55.10 6.00 20 0.5660 7/0.321 0.963 0.33 1.620 1.75 34.60 8.52 18 0.8973 7/0.404 1.212 0.33 1.870 2.02 21.83 12.4216 1.2292 19/0.287 1.435 0.33 2.090 2.26 15.94 16.12 14 1.9447 19/0.361 1.805 0.33 2.465 2.66 10.07 24.00 12 3.0893 19/0.455 2.275 0.33 2.935 3.16 6.34 36.2510 5.2030 98/0.260 3.440 0.33 4.100 4.31 4.13 56.04产品说明：·额定温度：200℃·额定电压：300V·最低使用环境温度：－65℃·参照标记：UL758，UL1581，UL62·导体使用绞合AWG30-4/0镀锡铜丝·绝缘用可溶性氧化丙烯(FEP)·通过UL VW-1及CSA FT-1垂直燃烧测试·电器内部用线缆·适用于汽油中,工作温度为80℃导体绝缘最大导体电阻参考重量线规截面根数/线径直径标称厚度标称外径最大外径AWG mm2No/D mm mm mm mm 20℃Ω/km kg/km30 0.5500 7/0.100 0.300 0.33 0.960 1.04 356.20 2.04 28 0.0887 7/0.127 0.381 0.33 1.040 1.12 220.87 2.54 26 0.1407 7/0.160 0.480 0.33 1.140 1.23 88.57 3.09 24 0.2266 7/0.203 0.609 0.33 1.260 1.37 80.46 4.39 22 0.3550 7/0.254 0.762 0.33 1.420 1.54 55.10 6.00 20 0.5660 7/0.321 0.963 0.33 1.620 1.75 34.60 8.52 18 0.8973 7/0.404 1.212 0.33 1.870 2.02 21.83 12.3216 1.2292 19/0.287 1.435 0.33 2.090 2.26 15.94 16.12 14 1.9447 19/0.361 1.805 0.33 2.465 2.66 10.07 24.00 12 3.0893 19/0.455 2.275 0.33 2.935 3.16 6.34 36.2510 5.2030 98/0.260 3.440 0.33 4.100 4.30 4.13 54.76产品说明：·额定温度：150℃·额定电压：300V·参照标记：UL758，UL1581，UL62·导体使用绞合AWG30-10镀锡铜丝·绝缘用可溶性氯化乙丙烯(FEP)·通过UL VW-1及CSA FT-1垂直燃烧测试·电器内部用线缆·适用于汽油中,工作温度为80℃·结构和特性导体绝缘最大导体电阻参考重量线规截面根数/线径直径标称厚度标称外径最大外径AWG mm2No/D mm mm mm mm 20℃Ω/km kg/km 30 0.0550 7/0.100 0.300 0.4 1.10 1.20 356.20 1.80 28 0.0887 7/0.127 0.381 0.4 1.18 1.80 200.87 2.26 26 0.1407 7/0.160 0.488 0.4 1.28 1.41 88.57 2.93 24 0.2266 7/0.203 0.609 0.4 1.41 1.55 80.46 3.97 22 0.3550 7/0.254 0.762 0.4 1.56 1.71 55.10 5.46 20 0.5660 7/0.321 0.963 0.4 1.76 1.94 34.60 7.80 18 0.8973 7/0.404 1.212 0.4 2.01 2.21 21.83 11.37 16 1.2292 19/0.287 1.435 0.4 2.24 2.46 15.94 15.00 产品说明：·额定温度：105℃·额定电压：300V·参照标记：UL758，UL1581，UL62·导线使用单根或绞合AWG30-16镀锡或裸铜丝·交联辐照聚氯乙烯塑料绝缘·通过UL VW-1及CSA FT-1垂直燃烧测试·用于电子、电器设备内部线缆导体绝缘最大导体电阻参考重量线规截面根数/线径直径标称厚度标称外径最大外径AWG mm2No/D mm mm mm mm 20℃Ω/km kg/km32 0.0352 7/0.080 0.240 0.33 0.900 0.97 556.59 1.7030 0.0550 7/0.100 0.300 0.33 0.960 1.04 356.20 2.04 28 0.0887 7/0.127 0.381 0.33 1.040 1.12 200.87 2.5426 0.1407 7/0.160 0.480 0.33 1.140 1.23 88.57 2.09 24 0.2266 7/0.203 0.609 0.33 1.260 1.37 80.46 4.39 22 0.3550 7/0.254 0.762 0.33 1.420 1.53 55.10 6.00 20 0.5660 7/0.321 0.963 0.33 1.620 1.75 34.60 8.52 18 0.8973 7/0.404 1.212 0.33 1.870 2.02 21.83 12.32 16 1.2292 19/0.287 1.435 0.33 2.090 2.26 15.94 16.12 14 1.9447 19/0.361 1.805 0.33 2.465 2.66 10.07 24.00 12 3.0893 19/0.455 2.275 0.33 2.935 3.17 6.34 36.25 10 5.2030 98/0.260 3.440 0.33 4.100 4.30 4.13 54.76 产品说明：·额定温度：250℃·最低使用环境温度:-65℃·额定电压：300V·参照标记：UL758，UL1581，UL62·导线使用绞合AWG32-4/0镀锡或镀银铜丝·可溶性聚四氯乙烯(PFA)绝缘·通过UL VW-1及CSA FF-1垂直燃烧测试·电器内部用线缆高温场合·适用于汽油中,工作温度为80℃导体绝缘最大导体电阻参考重量线规截面根数/线径直径标称厚度标称外径最大外径AWG mm2No/D mm mm mm mm 20℃Ω/km kg/km 32 0.0352 7/0.080 0.240 0.53 1.30 1.40 556.59 3.15 30 0.0550 7/0.100 0.300 0.53 1.36 1.46 356.20 3.71 28 0.0887 7/0.127 0.381 0.53 1.44 1.55 200.87 4.33 26 0.1407 7/0.160 0.480 0.53 1.54 1.66 88.57 5.03 24 0.2266 7/0.203 0.609 0.53 1.67 1.80 80.46 6.54 22 0.3550 7/0.254 0.762 0.53 1.82 1.97 55.10 8.36 20 0.5660 7/0.321 0.963 0.53 2.02 2.18 34.60 11.60 18 0.8973 7/0.404 1.212 0.53 2.27 2.45 21.83 15.31 16 1.2292 19/0.287 1.435 0.53 2.49 2.69 15.94 19.43 14 1.9447 19/0.361 1.805 0.53 2.86 3.09 10.07 27.80 12 3.0893 19/0.455 2.275 0.53 3.32 3.60 6.34 40.72 10 5.2030 98/0.260 3.440 0.53 4.50 4.00 4.13 65.10产品说明：·额定温度：250℃·最低使用环境温度:-65℃·额定电压：600V·参照标记：UL758，UL1581，UL62·导线使用绞合AWG30-4/0镀锡或镀银铜丝·可溶性聚四氯乙烯(PFA)绝缘·通过ULVW-1及CSAFT-1垂直燃烧测试·电器内部用线缆高温场合·适用于汽油中,工作温度为80℃导体绝缘线规截面根数/线径直径标称厚度标称外径玻璃丝编织厚度最大外径最大导体电阻参考重量AWG mm2No/D mm mm mm mm mm20℃Ω/km kg/km 30 0.0550 7/0.100 0.300 0.4 1.100.11 1.66336.00 3.20 28 0.0887 7/0.127 0.381 0.4 1.180.11 1.70208.57 3.60 26 0.1407 7/0.160 0.480 0.4 1.280.11 1.80130.00 5.50 24 0.2266 7/0.203 0.609 0.4 1.410.11 1.9080.76 6.65 22 0.3550 7/0.254 0.762 0.4 1.560.11 2.0851.55 8.31 20 0.5660 7/0.321 0.963 0.4 1.760.11 2.2732.32 10.80 18 0.8973 7/0.404 1.212 0.4 2.010.11 2.5120.39 15.50 16 1.2292 19/0.287 1.435 0.4 2.240.11 2.7014.89 18.56产品说明：·额定温度：150℃·额定电压：300V·参照标记：UL758，UL1581，UL62·导体使用绞合AWG30-16镀锡铜丝·耐高温硅橡胶绝缘·通过ULVW-1及CSAFT-1垂直燃烧测试·用于电子、电器内部线缆导体绝缘线规截面根数/线径直径标称厚度标称外径玻璃丝编织厚度最大外径最大导体电阻参考重量AWG mm2No/D mm mm mm mm mm20℃Ω/km kg/km 26 0.1407 7/0.160 0.480 0.8 2.080.11 2.72130.00 8.07 24 0.2266 7/0.203 0.609 0.8 2.210.11 2.8680.76 9.50 22 0.3550 7/0.254 0.762 0.8 2.360.11 3.0351.55 11.40 20 0.5660 7/0.321 0.963 0.8 2.560.11 3.2432.33 14.30产品说明：·额定温度：150℃·额定电压：600V·参照标记：UL758，UL1581，UL62·导体使用绞合AWG26-20镀锡铜丝·耐高温硅橡胶绝缘·通过ULVW-1及CSAFT-1垂直燃烧测试·用于电子、电器内部线缆*AWM 3071 (200 ,600V)标准：UL 758导体绝缘最大导体电阻参考重量线规截面根数/线径直径标称厚度标称外径最大外径AWG mm2No/D mm mm mm mm 20℃Ω/km kg/km 18 0.9627 19/0.254 1.270 0.80 2.89 3.11 19.11 15.32 16 1.2292 19/0.287 1.435 0.80 3.06 3.29 14.96 18.36 14 2.0800 41/0.254 1.877 0.80 3.50 3.78 8.84 27.74 12 2.6860 38/0.300 2.190 0.80 3.81 4.10 6.85 34.67产品说明：·额定温度：200℃·额定电压：600V·参照标记：UL758，UL1581，UL62·导体使用单根或绞合AWG18-13镀锡铜丝·耐高温硅橡胶绝缘·通过ULVW-1及CSAFT-1垂直燃烧测试·用于电子、电器内部线缆高温场合*AWM 3074 (200 ,600V)标准：UL 758导体绝缘最大导体电阻参考重量线规截面根数/线径直径标称厚度标称外径最大外径AWG mm2No/D mm mm mm mm 20℃Ω/km kg/km12 3.29 65/0.254 2.363 0.80 3.96 4.28 5.65 40.89 产品说明：·额定温度：200℃·额定电压：600V·参照标记：UL758，UL1581，UL62·导体使用单根或绞合AWG12镀锡铜丝·耐高温硅橡胶绝缘·通过ULVW-1及CSAFT-1垂直燃烧测试·用于电子、电器内部线缆高温场合标准：UL 758导体绝缘最大导体电阻参考重量线规截面根数/线径直径标称厚度标称外径最大外径AWG mm2No/D mm mm mm mm 20℃Ω/km kg/km 26 0.1407 7/0.160 0.152 1.2 2.552 2.75 130.06 7.49 24 0.2266 7/0.203 0.609 1.2 3.010 3.25 80.76 10.64 22 0.3550 7/0.254 0.762 1.2 3.160 3.41 51.55 12.38 20 0.5660 7/0.321 0.963 1.2 3.360 3.63 32.33 15.46 18 0.8973 7/0.404 1.212 1.2 3.610 3.90 20.39 21.08 16 1.2292 19/0.287 1.435 1.2 3.840 4.14 14.89 24.07 14 1.9447 19/0.361 1.805 1.2 4.210 4.54 8.80 33.52 12 3.0893 19/0.455 2.275 1.2 4.680 5.05 5.92 45.44 10 5.2030 98/0.260 3.440 1.2 5.840 6.10 3.86 68.80 产品说明：·额定温度：200℃·额定电压：600V·最低使用环境温度:-100℃·参照标记：UL758，UL1581，UL62·导体使用绞合AWG26-10镀镍、锡、银、铜丝·耐高温硅橡胶绝缘·通过ULVW-1及CSAFT-1垂直燃烧测试·用于电子、电器燃具设备内部线缆高温场合标准：UL 758导体绝缘线规截面根数/线径直径标称厚度标称外径玻璃丝编织厚度最大外径最大导体电阻参考重量AWG mm2No/D mm mm mm mm mm 20℃Ω/km kg/km 26 0.1393 7/0.160 0.480 0.41 1.300.11 1.82 130.00 5.50 24 0.2266 7/0.203 0.610 0.41 1.430.11 1.93 80.76 6.65 22 0.3550 7/0.254 0.762 0.41 1.580.11 2.11 51.55 8.31 20 0.5660 7/0.321 0.960 0.41 1.780.11 2.29 32.33 10.80 18 0.8973 7/0.404 1.212 0.41 2.030.11 2.53 20.39 15.50 16 1.3740 7/0.500 1.500 0.41 2.320.11 2.84 14.89 18.54产品说明：·额定温度：200℃·额定电压：300V·最低使用环境温度:-100℃·参照标记：UL758，UL1581，UL62·导体使用实芯绞合AWG26-16镀镍、锡、银、铜丝·耐高温硅橡胶绝缘·通过UL VW-1及CSA FT-1垂直燃烧测试·用于电子、电器内部线缆高温场合导体绝缘最大导体电阻参考重量线规截面根数/线径直径标称厚度标称外径最大外径AWG mm2No/D mm mm mm mm 20℃Ω/km kg/km 30 0.0550 7/0.100 0.300 0.4 1.10 1.19 336.00 1.61 28 0.0887 7/0.127 0.381 0.4 1.18 1.28 208.57 2.05 26 0.1407 7/0.160 0.480 0.4 1.28 1.38 130.00 2.70 24 0.2266 7/0.203 0.609 0.4 1.41 1.52 80.76 3.70 22 0.3550 7/0.254 0.762 0.4 1.56 1.69 51.55 4.90 20 0.5660 7/0.321 0.963 0.4 1.76 1.90 32.33 7.43 18 0.8973 7/0.404 1.212 0.4 2.01 2.17 20.39 10.92 16 1.2292 10/0.287 1.425 0.4 2.24 2.41 14.89 14.50产品说明：·额定温度：150℃·额定电压：300V·最低使用环境温度:-100℃·参照标记：UL758，UL1581，UL62·导体使用绞合AWG30-16镀锡铜丝·耐高温硅橡胶绝缘·通过UL VW-1及CSA FT-1垂直燃烧测试·用于电子、电器燃具设备内部线缆高温场合导体绝缘最大导体电阻参考重量线规截面根数/线径直径标称厚度标称外径最大外径AWG mm2No/D mm mm mm mm 20℃Ω/km kg/km 30 0.0550 7/0.100 0.300 0.78 1.86 2.00 336.00 3.82 28 0.0887 7/0.127 0.381 0.78 1.94 2.09 208.57 4.38 26 0.1407 7/0.160 0.480 0.78 2.04 2.20 130.00 6.19 24 0.2266 7/0.203 0.609 0.78 2.17 2.34 80.76 7.48 22 0.3550 7/0.254 0.762 0.78 2.32 2.51 51.55 9.40 20 0.5660 7/0.321 0.963 0.78 2.52 2.72 32.33 11.90 18 0.8973 7/0.404 1.212 0.78 2.77 2.91 20.39 15.60 16 1.2292 19/0.287 1.435 0.78 3.06 3.21 14.89 21.05产品说明：·额定温度：150℃·额定电压：300V·最低使用环境温度:-100℃·参照标记：UL758，UL1581，UL62·导体使用绞合AWG30-16镀锡铜丝·耐高温硅橡胶绝缘·通过UL VW-1及CSA FT-1垂直燃烧测试·用于电子、电器燃具设备内部线缆高温场合·结构和特性导体绝缘最大导体电阻参考重量线规截面根数/线径直径标称厚度标称外径最大外径AWG mm2No/D mm mm mm mm 20℃Ω/km kg/km 26 0.1407 7/0.160 0.480 0.78 5.04 2.20 130.00 5.16 24 0.2266 7/0.203 0.609 0.78 2.17 2.34 80.76 6.37 22 0.3550 7/0.254 0.762 0.78 2.32 2.51 51.55 8.10 20 0.5660 7/0.321 0.963 0.78 2.52 2.72 32.33 10.70 18 0.8973 7/0.404 1.212 0.78 2.77 2.99 20.39 14.50 16 1.3740 7/0.500 1.500 0.78 3.06 3.23 14.89 21.05 14 1.9447 19/0.361 1.805 0.78 3.37 3.63 8.80 26.27 12 3.0893 19/0.455 2.275 0.78 3.84 4.14 5.92 38.95产品说明：·额定温度：200℃·额定电压：600V·最低使用环境温度:-100℃·参照标记：UL758，UL1581，UL62·导体使用实芯绞合AWG26-12镀锡铜丝·耐高温硅橡胶绝缘·通过UL VW-1及CSA FT-1垂直燃烧测试·用于电子、电器内部燃具设备内部线缆高温场合*AWM 3172 (200 ,600V)认可号：UL E186948导体绝缘最大导体电阻参考重量线规截面根数/线径直径标称厚度标称外径最大外径AWG mm2No/D mm mm mm mm 20℃Ω/km kg/km 26 0.1407 7/0.160 0.480 0.8 2.08 2.25 130.00 5.34 24 0.2266 7/0.203 0.609 0.8 2.21 2.39 80.76 6.55 22 0.3550 7/0.254 0.762 0.8 2.36 2.55 51.55 8.23 20 0.5660 7/0.321 0.963 0.8 2.56 2.77 32.33 10.82 18 0.8973 7/0.404 1.212 0.8 2.81 3.04 20.39 14.71产品说明：·额定温度：-100℃+200℃·额定电压：600V·参照标记：UL758，UL1581，UL62·导体使用绞合AWG26-18镀锡铜丝·耐高温硅橡胶绝缘·通过ULVW-1及CSAFT-1垂直燃烧测试·用于电子、电器内部线缆高温场合*AWM 3173 (125 ,600V)标准：UL 758导体绝缘最大导体电阻参考重量线规截面根数/线径直径标称厚度标称外径最大外径AWG mm2No/D mm mm mm mm 20℃Ω/km kg/km 26 0.1307 26/0.08 0.471 0.8 2.071 2.288 140.00 4.58 24 0.2407 19/0.1270.635 0.8 2.240 2.460 76.00 6.05 22 0.3820 19/0.1600.800 0.8 0.400 2.640 48.00 7.78 20 0.6149 19/0.203 1.015 0.8 2.620 2.880 30.00 10.90 18 0.8415 26/0.203 1.195 0.8 2.800 3.070 22.00 13.15 16 1.3200 26/0.254 1.495 0.8 3.100 3.400 14386 18.42 14 2.0800 41/0.254 1.877 0.8 3.480 3.820 8.79 26.52 12 3.2900 65/0.254 2.363 0.8 3.960 4.350 5.56 40.89 10 5.2300 65/0.320 2.987 0.8 4.590 5.040 3.48 59.199 6.7560 84/0.320 3.360 0.8 4.960 5.450 2.71 74.00产品说明：·额定温度：125℃·额定电压：600V·参照标记：UL758，UL1581，UL62·导体使用绞合AWG26-9镀锡铜丝·联聚烯烃绝缘·通过ULVW-1及CSAFT-1垂直燃烧测试·用于电子、电器内部线缆*AWM 3239 (150 ,20Kv～50Kv)标准：UL 758导体绝缘护套线规截面根数/线径直径标称厚度标称外径标称厚度电线外径最大导体电阻参考重量AWG mm2 No/D mm mm mm mm mm 20℃Ω/km kg/km 22.20 0.372 7/0.26 0.78 0.50 1.78 0.7 3.18 49.73 12.81 22.30 0.372 7/0.26 0.78 0.65 2.08 0.7 3.88 49.73 17.66 22.40 0.372 7/0.26 0.78 0.80 2.38 0.9 4.18 49.73 20.04 22.50 0.372 7/0.26 0.78 1.10 2.98 1.1 5.18 49.73 29.23产品说明：·额定温度：150℃·额定电压：20KV～50KV直流·参照标记：UL758，UL1581，UL62·导体使用绞合AWG24-10镀锡铜丝·绝缘使用XLPE塑料，护套可选用辐照PVC，XLPE·通过ULVW-1及CSAFT-1垂直燃烧测试·用于电视机、磁控管、电灶电器和电子设备内部*AWM 3266 (125 ,300V)标准：UL 758导体绝缘最大导体电阻参考重量线规截面根数/线径直径标称厚度标称外径最大外径AWG mm2No/D mm mm mm mm 20℃Ω/km kg/km 32 0.0350 7/0.080 0.240 0.38 1.000 1.10 519.00 1.26 30 0.0550 7/0.100 0.300 0.38 1.060 1.17 322-72 1.54 28 0.0955 19/0.0800.400 0.38 1.160 1.28 191.00 2.00 26 0.1307 26/0.0800.471 0.38 1.230 1.35 140.00 2.49 24 0.2407 19/0.1270.635 0.38 1.400 1.54 76.00 3.79 22 0.3820 19/0.1600.800 0.38 1.560 1.72 48.00 5.35 20 0.6149 19/0.203 1.015 0.38 1.775 1.95 30.00 7.85 18 0.8415 26/0.203 1.195 0.38 1.955 2.15 22.00 10.27 16 1.3200 26/0.254 1.495 0.38 2.255 2.48 13.86 14.87 14 2.0800 41/0.254 1.877 0.38 2.640 2.90 8.79 22.96 12 3.2100 65/0.254 2.363 0.38 3.120 3.44 5.56 35.05 10 5.2300 65/0.320 2.977 0.38 3.746 4.12 3.48 54.57 产品说明：·额定温度：125℃·额定电压：300V·参照标记：UL758，UL1581，UL62·导体使用绞合实芯AWG32-10镀锡或裸铜丝·辐照高能聚氯乙烯绝缘·通过ULVW-1及CSAFT-1垂直燃烧测试·用于电器、电气内部线缆*AWM 3271 (125 ,600V)标准：UL 758导体绝缘最大导体电阻参考重量线规截面根数/线径直径标称厚度标称外径最大外径AWG mm2No/D mm mm mm mm 20℃Ω/km kg/km 30 0.0550 7/0.100 0.300 0.8 1.90 2.09 332.70 3.40 28 0.0955 19/0.0800.400 0.8 2.00 2.20 191.00 4.05 26 0.1307 26/0.0800.471 0.8 2.07 2.28 140.00 4.58 24 0.2407 19/0.1270.635 0.8 2.24 2.46 76.00 6.05 22 0.3820 19/0.1600.800 0.8 0.40 2.64 48.00 7.78 20 0.6149 19/0.203 1.015 0.8 2.60 2.88 30.00 10.90 18 0.8415 26/0.203 1.195 0.8 2.80 3.07 22.00 13.15 16 1.3200 26/0.254 1.495 0.8 3.10 3.40 13.86 18.42 14 2.0800 41/0.254 1.877 0.8 3.48 3.82 8.79 26.52 12 3.2900 65/0.254 2.363 0.8 3.96 4.35 5.56 40.89 10 5.2300 65/0.320 2.987 0.8 4.59 5.04 3.48 59.199 6.7560 84/0.320 3.360 0.8 4.96 5.45 2.71 74.00产品说明：·额定温度：125℃·额定电压：600V·参照标记：UL758，UL1581，UL62·导体使用绞合实芯AWG30-9镀锡或裸铜丝·辐照高能聚氯乙烯绝缘·通过ULVW-1及CSAFT-1垂直燃烧测试·用于电器、电气内部线缆·结构和特性*AWM 3321 (150 ,600V)标准：UL 758导体绝缘最大导体电阻参考重量线规截面根数/线径直径标称厚度标称外径最大外径AWG mm2No/D mm mm mm mm 20℃Ω/km kg/km 30 0.0550 7/0.100 0.300 0.76 1.82 1.96 332.00 3.80 28-1 0.0887 7/0.127 0.381 0.76 1.90 2.05 206.00 4.36 28-2 0.0955 7/0.160 0.400 0.76 1.92 2.07 191.00 4.49 26-1 0.1407 19/0.0800.480 0.76 2.00 2.16 130.00 5.16 26-2 0.1393 11/0.1270.486 0.76 2.01 2.17 131.00 5.19 24-1 0.2266 7/0.203 0.609 0.76 2.13 2.30 83.00 6.37 24-2 0.2212 11/0.1600.612 0.76 2.13 2.30 81.00 6.33 22-1 0.3550 7/0.254 0.762 0.76 2.28 2.46 54.00 8.04 22-2 0.3820 19/0.1600.800 0.76 2.32 2.51 48.00 8.44 20-1 0.5660 7/0.321 0.963 0.76 2.48 2.68 32.00 10.63 20-2 0.6149 19/0.203 1.015 0.76 2.54 2.73 29.26 11.32 18-1 0.8973 7/0.404 1.212 0.76 2.73 2.95 20.00 14.51 18-2 0.9627 19/0.254 1.270 0.76 2.29 3.01 19.00 15.35 16-1 1.2292 19/0.287 1.435 0.76 2.96 3.19 14.80 18.40 16-2 1.3200 26/0.254 1.795 0.76 3.02 3.26 14.00 19.41 14 1.9447 19/0.361 1.805 0.76 3.32 3.59 9.40 26.23 12 3.0893 19/0.455 2.275 0.76 3.79 4.10 5.92 38.45 10 5.2030 98/0.260 3.440 0.76 4.96 5.20 3.86 57.84 产品说明：·额定温度：150℃·额定电压：600V ·参照标记：UL758，UL1581，UL62 ·导体使用绞合AWG30-9镀锡铜丝·绝缘耐热150℃交联聚烯(XLPE) ·通过UL VW-1及CSA FT-1垂直燃烧测试·电器内部线缆*AWM 3512 (200 ,600V)标准：UL 758导体绝缘最大导体电阻参考重量线规截面根数/线径直径标称厚度标称外径最大外径AWG mm2No/D mm mm mm mm 20℃Ω/km kg/km 0.5 0.503 7/0.80 0.80 0.78 2.36 2.55 36.700 9.360.75 0.753 7/0.37 1.00 0.78 2.67 2.88 24.800 12.841 1.017 7/0.43 1.29 0.78 2.85 3.08 18.200 15.851.5 1.487 7/0.52 1.56 0.78 3.12 3.36 12.200 21.082.5 2.542 7/0.68 2.04 0.783.60 3.89 7.560 32.434 4.035 19/0.52 2.60 0.78 4.16 4.50 4.700 48.276 6.112 19/0.64 3.20 1.15 5.50 5.94 3.100 77.07 10 10.556 84/0.40 4.98 1.55 8.08 8.72 1.950 146.00 16 15.834 126/0.40 6.00 1.55 9.10 9.82 1.240 204.02 25 24.630 196/0.40 7.69 1.55 10.79 11.65 0.795 305.18 35 35.814 285/0.40 9.40 1.55 12.50 13.50 0.565 431.00 50 50.140 399/0.40 10.60 2.05 14.70 15.88 0.393 600.73 70 70.880 361/0.50 12.50 2.05 16.60 17.93 0.277 819.92 120 119.380 608/0.50 16.70 2.45 21.60 23.33 0.164 1383.24产品说明：·额定温度：-100℃+200℃·额定电压：600V·参照标记：UL758，UL1581，UL62·导体使用绞合0.5～250mm2镀锡铜丝·耐高温硅橡胶绝缘·通过ULVW-1及CSAFT-1垂直燃烧测试·用于电子、电器、燃具内部线缆高温场合*AWM 3529 (150 ,600V)标准：UL 758导体绝缘最大导体电阻参考重量线规截面根数/线径直径标称厚度标称外径最大外径AWG mm2No/D mm mm mm mm 20℃Ω/km kg/km 26 0.1407 7/0.160 0.480 0.78 2.04 2.20 130.000 5.16 24 0.2266 7/0.203 0.609 0.78 2.17 2.34 80.760 6.37 22 0.3550 7/0.254 0.762 0.78 2.32 2.51 51.550 8.10 20 0.5660 7/0.321 0.963 0.78 2.52 2.72 32.330 10.70 18 0.8973 7/0.404 1.212 0.78 2.77 2.99 20.390 14.50 16 1.2292 19/0.287 1.435 0.78 3.00 3.23 14.890 21.05 14 1.9447 19/0.361 1.805 0.78 3.37 3.63 8.800 26.27 12 3.0893 19/0.455 2.275 0.78 3.84 4.14 5.920 39.94 10 5.2030 98/0.260 3.440 1.15 5.74 6.03 3.900 67.678 8.2467 168/0.250 3.500 1.56 6.62 7.15 2.240 100.056 13.0572 266/0.250 5.520 1.56 8.64 9.33 1.420 174.004 20.6168 420/0.250 6.630 1.56 9.75 10.53 0.897 248.002 32.6432 665/0.250 8.750 1.56 11.87 12.82 0.567 394.001 42.4744 338/0.400 10.000 2.04 14.08 15.21 0.436 518.00产品说明：·额定温度：150℃ ·最低使用环境温度：-100℃·额定电压：600V ·参照标记：UL758，UL1581，UL62·导体使用实芯绞合AWG26-1镀锡铜丝·耐高温硅橡胶绝缘·通过UL VW-1及CSA FT-1垂直燃烧测试·用于电子、电气设备内部线缆*AWM 3530 (200 ,600V)标准：UL 758导体绝缘最大导体电阻参考重量线规截面根数/线径直径标称厚度标称外径最大外径AWG mm2No/D mm mm mm mm 20℃Ω/km kg/km 26 0.1407 7/0.160 0.480 0.78 2.04 2.20 130.000 5.16 24 0.2266 7/0.203 0.609 0.78 2.17 2.34 80.760 6.37 22 0.3550 7/0.254 0.762 0.78 2.32 2.51 51.550 8.10 20 0.5660 7/0.321 0.963 0.78 2.52 2.72 32.330 10.70 18 0.8973 7/0.404 1.212 0.78 2.77 2.99 20.390 14.50 16 1.2292 19/0.287 1.435 0.78 3.00 3.23 14.890 21.05 14 1.9447 19/0.361 1.805 0.78 3.37 3.63 8.800 26.27 12 3.0893 19/0.455 2.275 0.78 3.84 4.14 5.920 38.95 10 5.2030 98/0.260 3.440 1.15 5.74 6.03 3.900 67.678 8.2467 168/0.250 3.500 1.56 6.62 7.15 2.240 106.056 13.0572 266/0.250 5.520 1.56 8.64 9.33 1.420 174.004 20.6168 420/0.250 6.630 1.56 9.75 10.53 0.897 248.002 32.6432 665/0.250 8.750 1.56 11.87 12.82 0.567 391.401 42.4744 338/0.400 10.000 2.04 14.08 15.21 0.436 518.00产品说明：·额定温度：200℃·最低使用环境温度：-100℃·额定电压：600V·参照标记：UL758，UL1581，UL62·导体使用实芯绞合AWG26-4/0镀锡丝·耐高温硅橡胶绝缘·通过UL VW-1及CSA FT-1垂直燃烧测试·用于电子、电器、燃具设备内部线缆高温场合*AWM 仿3549 (200 ,600V)标准：UL 758导体绝缘屏蔽护套线规截面根数/线径直径厚度外径缠绕/根数外径厚度标称外径最大外径最大导体电阻参考重量AWG mm2No/D mm mm mm No mm mm mm mm 20℃Ω/km kg/km 28 0.0887 7/0.127 0.381 0.76 1.9054/0.112.120.763.643.90 223.75 16.60 26 0.1407 7/0.160 0.480 0.76 2.0057/0.112.220.763.744.04 139.73 20.70 24 0.2266 7/0.203 0.609 0.76 2.1860/0.112.250.763.774.07 85.96 22.50 22 0.3710 39/0.1100.762 0.76 1.9554/0.112.070.763.693.99 48.50 23.50 20 0.5228 26/0.1600.963 0.76 2.0960/0.112.310.763.834.13 37.61 25.40 18 0.8244 41/0.1601.212 0.76 2.3867/0.112.600.764.124.45 23.83 31.16产品说明：·额定温度：200℃·额定电压：600V·参照标记：UL758，UL1581，UL62·导体使用实芯绞合AWG30-10号镀锡或裸铜丝·耐高温硅橡胶、铜丝屏蔽、硅橡胶护套·用于电子、电器内部线缆高温场合。

GM1927-04APQPManual(可编辑修改word版)

GM Advance Product Quality Planning ManualTable of ContentsGM ADVANCE PRODUCT QUALITY PLANNING (1)WORK INSTRUCTIONS (2)VALVE A (3)G ENERAL R EQUIREMENTS (3)D ESIGN R EVIEW (3)C OMMERCIAL I SSUES (4)P LANT L AYOUT AND P ROCESS F LOW (4)DFMEA (4)L ESSONS L EARNED AND W ARRANTY (5)G AGE AND T OOLING E QUIPMENT R EVIEW (7)V ALIDATION AND ADVP & R (8)PFMEA AND E RROR P ROOFING (8)P ROCESS C ONTROL P LAN (8)D IMENSIONAL P LAN (9)M ATERIALS/DCS F ILE L OGS (10)D ESIGN A PPEARANCE Q UALITY (10)C ONTAINERIZATION (10)T IERED S UPPLYBASE (11)PPAP (11)R@R (12)GP-12 (12)QSB (12)VALVE B (14)G ENERAL R EQUIREMENTS (14)D ESIGN R EVIEW (14)C OMMERCIAL I SSUES (15)P LANT L AYOUT AND P ROCESS F LOW (15)DFMEA (15)L ESSONS L EARNED AND W ARRANTY (16)G AGE AND T OOLING E QUIPMENT R EVIEW (16)V ALIDATION AND ADVP & R (16)PFMEA AND E RROR P ROOFING (17)P ROCESS C ONTROL P LAN (17)D IMENSIONAL P LAN (17)M ATERIALS/DCS F ILE L OGS (17)D ESIGN A PPEARANCE R EQUIREMENTS (18)C ONTAINERIZATION (18)T IERED S UPPLY-B ASE (18)PPAP (19)R@R (19)GP-12 (19)QSB (19)PPAP (21)G ENERAL R EQUIREMENTS (21)C OMMERCIAL/O PEN I SSUES (21)PFMEA & E RROR P ROOFING (21)D ESIGN A PPEARANCE R EQUIREMENTS (21)T IERED S UPPLY-B ASE (22)R@R (22)GM 1927-04 Advance Product Quality Planning Manual May 2011GP-12 (22)R@R (23)G ENERAL R EQUIREMENTS (23)D ESIGN R EVIEWS, M ATH, AND GD&T (23)PFMEA & E RROR P ROOFING (23)T IERED S UPPLY-B ASE (23)GP-12 (23)APPENDICES (24)A PPENDIX A - APQP G ENERAL T IMING (25)A PPENDIX B – A SSESSMENT R ASIC (26)A PPENDIX C – G LOBAL APQP RASIC (27)A PPENDIX D – R EQUIRED D OCUMENTS, R EFERENCES, & R ESOURCES (28)Design Review (28)Commercial Issues (28)Plant Layout and Process Flow (28)DFMEA (28)GM SQE (28)Lesson Learned and Warranty (28)Gage and Tooling Equipment Review (28)Validation and ADVP&R (28)PFMEA and Error Proofing (28)Process Control Plan (28)Dimensional Plan (28)Material & DCS Logs (29)GM DE & Materials Eng (29)Appearance/Grain/Cloth (29)Containerization (29)Tiered Supplybase (29)PPAP (29)R@R (29)GP 12 (29)QSB (29)A PPENDIX E – G LOSSARY (30)GM 1927-04 Advance Product Quality Planning Manual May 2011GM Advance Product Quality PlanningGM’s vision is to Design, Build, and Sell the World’s Best Vehicles, in order to do that we must have a robust plan. That plan must include great designs, great manufacturing processes and great quality systems.We have learned that the critical components to a successful quality system are communication and standardized work. The purpose of this manual is to communicate GM’s expectations and provide standardized work during the product development cycle.This manual is intended as a supplement to the AIAG Advance Product Quality Manual, which provides the framework and detail for good advance quality planning. The manual is designed to help GMpersonnel and suppliers understand the expectations specifically related to GM launches.In order to help support GM’s vision, the planning process has been split into four reviews, Valve A, Valve B, PPAP and R@R. In the following sections there are four procedures d efining ‘who, what, and when’ for each of the review. Each procedure includes standardized work showing the requirements,escalation options, reference documents, and methodology behind each task.GM 1927-04 Advance Product Quality Planning Manual May 2011Work InstructionsThe following are the work instructions for the task requiring a status of Red, Yellow, or Green. They are intended to show the SQE and Supplier what the ‘ideal’ state for each task is. The ultimate goal is to reach the ‘ideal’ state for each task in order to support program timing for delivering a quality part by the required PPAP date. Deviations from the ‘ideal’ state are listed in the work instructions. The appropriate category shall be selected and loaded into GQTS by the supplier regardless if the part(s) are statused as Supplier or Customer Monitored. If the parts(s) are statused as Customer-Monitored, the SQE will approve the supplier’s submission. A worksheet (GM 1927-34) has been provided for the SQE and supplier to use as a summary sheet. Also, included in the work instructions are Resources and References, regional documentation requirements, and suggested methodologies to help the team achieve the required content.GM 1927-04 Advance Product Quality Planning Manual May 2011Valve AGeneral RequirementsTiming:•Valve A is targeted to be completed three (3) weeks prior to Tool Kick-Off (TKO). TKO is commodity specific and is based on the official program timing template generated through theProgram Timing Office.•The individual tasks shall be cadenced appropriately from sourcing to the Valve A event. See Appendix A for recommended cadence of events.Ownership:•All events (Valve A, Valve B, PPAP and R@R) shall be coordinated by the supplier with input from SQE.•Valve A shall be attended at a minimum by:o Supplier: Program Management, Quality, Manufacturing, and Engineeringo GM: SQE, Design Release Engineer, and Purchasingo Optional attendees: Dimensional Engineering, GD&T group, and Appearance Engineer Deliverables:• A supplier kick-off meeting shall be conducted at award of the business. The GM 1927- 14 should be used as reference and best practice for the meeting agenda and content discussion.GM SQE shall communicate program timing deliverables at that time. The supplier shallmaintain a contact list for each program over the life of the program. The list shall include at aminimum: Name, Position, Cell Phone, email, 24-hour contact, and escalation priority (i.e. whoshould be called 1st, 2nd, etc) for all necessary supplier personnel.•Each program shall have one open issues list that includes all program issues; this would include, but is not limited to, all commercial, design, engineering, quality and manufacturingissues.•APQP specific timing items shall be maintained on one overall program management timeline with additional program critical information such as timing for tooling, testing etc.•Red, Yellow, or Green status shall be identified for each item listed per Appendix A and documented according to GM1927-34 in the APQP module.Design Review•Engineering has confirmed that math data is released and is accessible to supplier.•Math data and related files include all appropriate notes on other necessary items such as materials, test specifications, software requirements, etc.•Released engineering data has been compared to the SOR/SSTS and CTS; all discrepancies have an adequate action plan for resolution.•Supplier to confirm availability of the math data and notes and has confirmed feasibility for production.•Key Characteristic Designation System (KCDS) meeting is scheduled or has been completed•Supplier to review GD&T documentation for the following:o The datum schemes are consistent with both product use and process intent.o Plans for gage development are consistent with the datum scheme.o Tolerances are understood and verified achievable by the supplier.o In cases of new technology or tighter tolerances than historically achieved, an action plan is needed to monitor the progress of capability performance throughout the process developmentphase.•Escalation Drop DownsGM 1927-04 Advance Product Quality Planning Manual May 2011o G – Adequate math data and GD&T released – Supplier has confirmed feasibilityo Y – Adequate design data not available – recovery plan in placeo Y – Datums or tolerances not agreed to – recovery plan in placeo Y – Feasibility not confirmed – recovery plan in placeo Y – KCDS not completed but scheduledo R – Adequate design data not available – recovery plan not in placeo R – Datums or tolerances not agreed to – recovery plan not in placeo R – Feasibility not confirmed – recovery plan not in placeCommercial Issues•Supplier received piece price and tooling contract to the latest available level of Math Data•Supplier has received tooling PO•SQE to verify that supplier has no additional commercial issues, i.e. issues with directed-buy suppliers pricing, etc.•Escalation Drop Downso R – No tooling POo R – Additional commercial issueso Y – Contracts need to be updatedo G – No commercial issuesPlant Layout and Process Flow•Plant Layouto Supplier to provide current plant layout for the entire facility including planned area where new program will be housed, the shipping, receiving, inventory, suspect/scrap material holdareas, etc.o Supplier to provide detailed view of area where program will be housed, if applicable should include cell configuration, in-process & finished goods inventory area, scrap area, etc.o GM SQE should review layout to make sure there are no concerns, i.e. over lapping rework and finished goods storage, if there are issues supplier needs to provide a plan to address/control •Process Flowo Supplier to provide a diagram for production and pre-production process both should include shipping , receiving , and rework , and should coordinate with the PFMEA and Control Plan;preliminary diagram should include GP-12o Process flow should include every operation within the process of making this part in accordance with the AIAG APQP and Control Plan Manual•Escalation Drop Downo R – Supplier does not have a plan/space to house the new p rogramo Y – Supplier has to move existing programs to house new programo G – Supplier has no issues with housing new programDFMEA•General Requirementso Supplier has done all necessary design analysis for part and tool manufacturability, i.e. mold flow analysis, tool material hardness, etc, for the particular commodityGM 1927-04 Advance Product Quality Planning Manual May 2011o Supplier has applied the DFMEA to all relevant areaso Supplier & GM have reviewed all warranty issues and incorporated all corrective actions into the DFMEAo Supplier has evaluated the design to determine if potential failures will be addressed via process control or the assembly equipment•GM – Design Responsibleo Supplier has worked with GM DRE to build DFMEAo Supplier has reviewed the DFMEA corresponding to the current design from the GM DRE •Supplier – Design Responsibleo Supplier has reviewed the SOR/SSTS and CTS for all design, governmental, reliability, appearance, serviceability, and any other applicable requirements and incorporated intoDMFEAo Supplier has reviewed the latest AIAG FMEA Edition and applied all applicable requirementso Supplier has considered all influences the awarded part has on mating parts and the influence of mating parts on the awarded part and incorporated into DFMEAo Supplier has provided the DFMEA corresponding to the current design to the GM DRE and the DFMEA is approved by the GM DRE•Escalation Drop Downo G – DFMEA Complete to current EWO GM responsibleo G – DFMEA Complete to current EWO Supplier responsibleo R – DFMEA Not Complete to current EWO GM responsibleo R – DFMEA Not Complete to current EWO Supplier responsibleLessons Learned and Warranty•Supplier has reviewed all similar products across all vehicles, OEMs, and manufacturing facilities and incorporated all information into Lessons Learned document or database; information cancome from customer complaints, in-house quality reviews, GP-12, warranty complaints, GM SORs,GM Process Specific Audits, etc.•Supplier has used information from Lessons Learned and incorporated into the control plan, PFMEA, DFMEA, operator instructions, and all other applicable areas; if supplier is not designresponsible they should inform product engineering of any important information •Supplier has a procedure to address warranty issues, should include how warranty returns are handled, contact info for key personnel, protocol for how potential warranty issues arecommunicated to the customer, steps as to how corrective action is fed back to lessons learneddatabase, control plan, PFMEA, etc.•Escalation Drop Downso R – Supplier has no Lessons Learned database or Warranty Issues procedure and has no plan for oneo Y – Supplier has no Lessons Learned database or Warranty Issues procedure and has plan for oneo Y – Supplier has Lessons Learned database and Warranty Issues procedure and has not incorporated informationGM 1927-04 Advance Product Quality Planning Manual May 2011o G – Supplier has Lessons Learned database and Warranty Issues procedure and has incorporated informationGM 1927-04 Advance Product Quality Planning Manual May 2011Gage and Tooling Equipment Review•General Requirementso Supplier has received toolable P-released, or at a minimum T-released, math data; if T-released there should be a recovery plan for P-released matho Supplier has received final contracted part GD&T and reviewed tolerances with GM SQE, DE, and Dimensional Engineer and is in agreemento If assembling, supplier has component part GD&To Supplier has reviewed and agreed to all SQ Part Specific SORs for gage and tooling requirements, should have been done prior to sourcingo Supplier has done all necessary design analysis for part and tool manufacturability, i.e. mold flow analysis, tool material hardness, etc, for the particular commodity•Tooling Review Requirementso Supplier has ensured that all Part or SQ SOR tooling requirements are comprehended in the tooling equipment plan and has clearly defined all tooling equipment function and verified thatall SOR requirements are satisfiedo Supplier has comprehended all component and assembly GD&T into assembly equipmento Supplier has provided error proofing plan for equipment, process flow, PFMEA, and PCP and documents are approved by SQE; For VAA suppliers, approval needed from SQE andManufacturing Engineero Supplier has provided timing chart detailing equipment build, shipment, set-up timing, expected date of first shots, PPAP, and R@R; equipment timing is to include all line itemsrequired for the part to meet all fit, finish, and function requirementso Supplier has completed and returned all relevant process specific audits, answers are to be based on what will be incorporated in the tooling equipment•Gage Review Requirementso Supplier has set-up and conducted an initial design review with the gage source, meeting attendees should at minimum include the GM DE, SQE, and craftsmanship engineer; for VAAsthe manufacturing engineer should be invited as wello Discussion for meeting should include points where any KPCs or PQCs ports will be placed on the gageo Supplier will set-up and conduct a 90% complete design review at the gage source, at a minimum meeting attendees should include the GM DE, SQE, and craftsmanship engineer; forVAAs the manufacturing engineer should be invited as well; SQE to approve gage design o Supplier has ensured that all GD&T requirements are capable of being checked on gage by some feature, and where not being checked by a feature supplier shall provide a plan as to howthe requirement will be verifiedo Supplier has provided timing for gage completion and level if gage build is staged •Escalation Drop Downso G – Tooling Design completeo G – Gage design completeo Y – Tooling design not complete; no impact to PPAP targeto Y – Gage design not complete; no impact to PPAP targetGM 1927-04 Advance Product Quality Planning Manual May 2011o R – Tooling design not complete; impact to PPAP targeto R – Gage design not complete; impact to PPAP targetValidation and ADVP & R•Requirements for supplier-responsible validation are clearly communicated by GM to the supplier.Normally these are located in Statement of Requirements Appendix G1 GMW3600 and AppendixG2. Additional requirements may be documented on drawing or in math data (DCS file log).•Supplier understands and is in agreement as represented by ADVP&R submission.•ADVP&R is approved by GM Validation Engineer and Lead Engineer.•Supplier to ensure the materials used for ADVP&R correspond to the DCS File Log•Testing and final report, GM1829, will be complete in time for PPAP approval.•ADVP&R should include plan to validate the maximum allowable regrind percentage per the material spec•Escalation Drop Downso G – SOR and design record requirements completeo G – SOR and design record requirements accepted by suppliero G – ADVP&R approvedo R – SOR and design record requirements not completeo R – SOR and design record requirements not accepted by suppliero R – ADVP&R not approvedPFMEA and Error Proofing•The supplier has adequate design information to conduct PFMEA activities•The supplier has a Pre-production PFMEA based on the design release and historical Best Practices information of similar products/processes•The supplier has identified unique aspects of the current design not covered by historical Best Practices, and prepared initial PFMEA activities on those new items•PFMEAs are a cross-functional activity•PFMEAs have been reviewed by the appropriate authority for reasonableness•PFMEA information is included in the packages to the potential tooling sources for effected processes.•The supplier has reviewed assembly PFMEAs and identified relevant issues to communicate to the various Tier 2 component suppliers•Potential tooling sources and Tier 2 Suppliers have previously demonstrated an understanding of the potential failure modes and how to compensate for them in the process design •Escalation Drop Downso G – PFMEA cross functional activities in placeo Y – PFMEAs need additional GM input to proceedo Y – PFMEAs need additional supplier worko Y – PFMEAs need communication to Tier 2s or Tooling Supplierso R – PFMEAs not complete or communicated – recovery plan not in placeo R – PFMEA not being usedProcess Control Plan•Supplier should base Pre-production Process Control Plan (PCP) on Pre-production PFMEAGM 1927-04 Advance Product Quality Planning Manual May 2011•Supplier to insure that PCP includes all requirements from the AIAG APQP & Process Control Manual•Pre-production PCP to be reviewed and approved by cross-functional team, team should include a minimum of GM SQE and DE•Supplier ensure that all Key Product Characteristics (KPCs) and Product Quality Characteristics (PQC) are treated appropriately•Supplier should include error proofing plan to be incorporated into Pre-production PCP•Supplier ensures gages are referenced as needed in Pre-production PCP•Supplier should include all applicable GM or Supplier required Lot Acceptance Testing, Part Specific SQ SORs, and Process Specific Audits requirements or recommendations in Pre-production PCP•Supplier should ensure all learnings from internal read-across activities are included in Pre- production PCP•Supplier should ensure all process testing from Part SOR, SSTS/CTS, GMW specs and DSC File Logs are included in Pre-production PCP•Escalation Drop Downso G – Pre-production Process Control Plan competed and risk appropriatelyo Y – Pre-production Process Control Plan competed and not risk appropriatelyo R – Pre-production Process Control Plan not competedo R – Supplier new to commodityDimensional Plan•Supplier completely understands GM requirements for dimensional data submissions throughout program, i.e. Prototype, Matching, PPV, NS, etc.•Key Characteristic Designation System (KCDS) meeting is scheduled or has been completed•Supplier Dimensional Plan should include:o All Key Product Characteristics (KPCs), Product Quality Characteristics (PQCs), or critical manufacturing dimensions from the GD&T and statistical capability requirements for KPCs orPQCso Critical manufacturing dimensions should include all DTS pointso A plan to support dimensional measurements for first required parts, plan to include staffing, variable measurement data collection method, i.e. CMM, Laser or White Light Scan, etc.o Part Road Map for what areas/points are required for variable data collection above any KPC or PQCs and what points/areas are attribute data collectiono Plan to repair/rework out-of-spec conditions exists (if possible)o All dimensional measurement requirements from applicable SQ Part Specific SOR •If required, dimensional status of prototypes is known•Escalation Drop Downso G – Dimensional Plan complete, no issueso G – Supplier understands requirements and has successfully done in the pasto Y – Supplier has not supported GM dimensional plan requirements in the past, possibly needs trainingo Y – KCDS not completed but scheduledo R – Supplier has no plans/resources to support dimensional submission requirementsGM 1927-04 Advance Product Quality Planning Manual May 2011Materials/DCS File Logs•Supplier has verified that all SOR and GD&T requirements are reflected in the design record•All stakeholders completely understand materials requirements and callouts in the design record •Supplier should plan to validate the maximum regrind amount per the material spec for PPAP approval•Supplier has contracted all materials and identified GM-approved sources where required•Supplier has resources to PPAP material suppliers•Escalation Drop Downso G – Material requirements are called out in the design record(s) and understoodo Y – Material callouts are present in the design record, but approved source not identified yeto R – Material callouts are required, but not present in the design record yeto R – GM-approved source does not yet exist for required materialDesign Appearance Quality•Supplier has received and clearly understands the latest level Design Appearance Requirements (DAR) document for grain and material specifications•Supplier has received and understands all required testing for appearance related validation, such as APOPS, Solar testing, MatSpec, etc., and has developed a plan to complete all testing on time forPPAP•Supplier has received and understands Grain Instruction Form / Process•Supplier has reviewed the design to understand how the design and supplier’s proces s will affect the final appearance in respects to the GM requirements listed in the DAR and has raised anyconcerns (For example, a plastics parts supplier has reviewed mold flow to understand where knitlines will be and if that is acceptable to GM requirements)•Escalation Drop Downso G – DAR Latest Level Receivedo G – Appearance related validation testing completeo G – Tooling Design complete proper Draft Identified for Graino Y – Tooling design not complete proper draft Identified; no impact to PPAP targeto Y – Test identification has not been completed; no impact to PPAP targeto R – DAR not received at latest levelo R – Tooling design not complete; impact to PPAP targeto R – Test identification has not been completed; impact to PPAP targeto R – Appearance Related Validation testing not complete for required full PPAP date Containerization•Supplier has been in contact with the GM Containerization engineer and GM DRE and working on incoming and outgoing packaging design, including footprint and dunnage where applicable, if thecontainers are returnables or expendables for both incoming and outgoing containers •Supplier has been in contact with the GM Containerization engineer and has plan and timing for when the outgoing shipping containers will be available and the amounts for each build; timingplan should include when all containers will be available, how many containers will be available ateach build, how many containers will be available at R@R and if the quantity is sufficient •Supplier shall provide production parts for all shipping trials as part of container validation, should be included in timing & build planGM 1927-04 Advance Product Quality Planning Manual May 2011•Supplier should have a design for expendable packs and timing for all validation testing of packs, design should be approved by the GM DRE and Containerization Engineer•Supplier has maintenance plan which includes storage, handling, and cleaning for containers to ensure racks are properly maintained throughout the life of the program•Escalation Drop Downso G – No Container Issues, design on tracko R – Prototype Container – No designo Y – Prototype Container - Design issueso Y – Preliminary design in processo R – GM Container Engineer not identifiedo R – Containers not in processTiered Supplybase•The supplier has confirmed lead time for all Tiered supplier requirements; Plans are adequate to support program timing•The supplier has adequate Supplier Quality procedures and resources in place, in accordance with their commodity requirements•The supplier has cascaded Run @ Rate planning activities to its Tiered supplybase•Tiered supplier items that are either Directed-Buy or Approved Source List items have a clear agreement between the supplier and GM as to APQP coverage responsibilities•Tier 1 has verified Tiered Supplier manufacturing feasibility and received documentation stating so •Tier 1 has reviewed and approved the Tiered Supplier’s preliminary PMFEA , assembly equipment error proofing, and all applicable GM part specific audits•KCDS/Pass Thru Characteristics must be reviewed by GM DRE/SQE to verify control method at tiered suppliers and incoming inspection at Tier1•Escalation Drop Downso G –Tiered Supplier’s plans are in place and adequateo Y –Tiered Supplier’s plans are not adequate, but recovery plans that support program timing are in placeo R –Tiered Supplier’s plans are not adequate, and recovery plans that support program timing are not in placePPAP•PPAP plans have been discussed by the supplier and the individual SQE responsible for approving the PPAP. Both parties have an understanding and a documented agreement of expectations forboth content and timing.•The plans should target Full PPAP Approval prior to the Vehicle MVBS MRD.•If this supplier is a Tiered Supplier (such as in Directed-Buy arrangements), adequate timing is in the plan to allow the Tier 1 supplier to complete PPAP prior to the Vehicle MVBS MRD.•Open issues affecting the completion of PPAP on time are documented and have an action plan.•Issues that do not have a clear plan for success of on-time PPAP have already been escalated for management assistance.•Escalation Drop Downso G – Plans in place for on time PPAPo Y – Plans in place, but need close monitoring to ensure on time PPAPo R – No plans for PPAP in placeo R – Plans in place, but PPAP timing at serious riskGM 1927-04 Advance Product Quality Planning Manual May 2011•Supplier clearly understands expectations regarding the purpose of the 1411 in the PPAP process •Supplier clearly understands all program deliverables for PPAP (validation, dimensional, etc.) and is aware that all issues must be documented on the 1411 at the time of the first PPAP submission •Supplier has access to AIAG manual and forms for PPAP•Escalation Drop Downso G – Supplier understands requirements and has successfully completed 1411 in the pasto Y – Supplier has not completed 1411 forms before, but understands requiremento Y – Supplier does not have access to AIAG documents, but has plano R – Supplier has no understanding of 1411 requirements & requires training R@R•GM Purchasing has provided Contracted Daily Capacity (LCR) demand data to the supplier for each awarded part•GM Purchasing and the supplier have agreed on daily operating hours that will be used to meet Contracted Daily Capacity requirements•The supplier has prepared capacity planning files showing expected process cycle times, number of tooling sets, and machine capacity loads, and any shared capacity with other program regardless of OEM•The capacity planning data shows adequate coverage of Contracted Daily Capacity requirements •If multiple tool sets or machines will be phased in over time for staged increases in capacity, the plans and timing requirements are documented•The supplier and the individual SQE responsible for approving PPAP have documented the agreed upon expectations for the Run @ Rate event, per GP-9 requirements•Escalation Drop Downso G – Contracted Daily Capacity, operating hours, and capacity plans are documented and show adequate coverageo Y – Contracted Daily Capacity requirements are not adequately covered, but a recovery plan is in place to ensure coverageo Y – Run @ Rate event plans are not documentedo R – Contracted Daily Capacity requirements are not documentedo R – Contracted Daily Capacity requirements are not covered by current plans, and an adequate recovery plan is not in placeo R – The supplier has not performed capacity planning for these partsGP-12•The supplier is knowledgeable about GP-12 activities and requirements.•The supplier has identified whether these GP-12 activities are to be developed off similar products that have been previously launched, or whether new GP-12 activities need to be developed.•Appropriate timelines have been established.•Escalation Drop Downso G – Supplier knowledgeable about GP-12o Y – Supplier needs training on GP-12 – plan in placeo R – Supplier not committed to GP-12QSB•If Supplier is QSB compliant and GM has verified then no further action required•If supplier is not compliant, theno Supplier should have QSB materials and completely understands GM requirementsGM 1927-04 Advance Product Quality Planning Manual May 2011。

GP推行培训资料

・請確認零部件採購單位是否運營著同等的管理
系統・請確認零部件的原材料是否是從綠色夥伴採購
來的
零部件的接貨和驗收
・請測定零部件是否適合規定來進行確認
（書面/測定）
＜３＞生產的管理
識別和跟蹤・請實施識別適合零部件和未確認適合零部件
・通過跟蹤應該能確認已被確認為適合的原材料、零部件以及副材料、產品
4) 締結綠色夥伴合意書
和Customer公司締結「綠色夥伴合意書」締結合意書的目的是為了保證在相互的合意基礎上開展業務工作合意書中，記載有遵守環境關聯法規，採購制定原材料，合作體制等有關事項
5) 由客户進行稽核
.客户的稽核認證流程 . 請接受有關「綠色夥伴環境品質認定」公司進行的監察工作 .此監察工作通常一天即可結束
３．對于零部件的使用水平，公司內部採用2种使用測定儀器進行判定的方法。
The substances banned by the legal regulations and the substances to totally be abolished positively are clarified.
３．采用全世界法令中最嚴格的限制內容
The strictest regulation in the laws world-wide is adopted.
＜５＞發現不適合時的處理
・發現有不適合時，請立即報告給Customer的採購
單位，首次報告應在發現後48小時以內
・報告內容 a) 特定不適合品 b) 發現了不適合的工藝(原材料、零部件、生產、有關工藝) c) 對已經出貨的產品、其他產品、零部件的影響程度(跟蹤)
＜６＞不適合產品的管理
２．硫酸存在的灰化法

欧美精美唯美多边形静态产品发布ppt模板

VANESSA PINO
Social Media
NEYMAR BLACK
Entertainment
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Company LOGO
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VS
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美国爱惠浦净水器直饮水产品培训资料(PPT91页)

12
都市清泉直饮机 - 整机结构介绍
4
2 3 5
① 自来水从滤芯进水口流入，流进内部管道至滤芯
1 ② 初滤层采用20微米孔径的微滤膜片，滤除管道水中的大颗粒杂质、铁锈、泥沙及胶体等污染物，提供清澈净水；
③ 炭滤层采用凝聚70余年专业经验创新制成的高效纤维活性炭，可吸附异嗅、异味、余氯、挥发性有机物或三氯甲烷等多种污染物，带来天山清泉般的清新口感；
室内
聚乙烯食品级原料卫生检验报告或卫生批件
替换周期
UF-120D滤芯 6~12月￥738 (选配)前置PP棉 3~ 6月
*长时间未使用系统需更换滤芯后方可使用
16
都市清泉直饮机 - 检验报告与涉水卫生许可批件
检验报告 • 签发单位：中国疾病预防控制中心环境与健康相关产品安全所 • （卫生部认定涉及饮用水卫生安全性产品检验机构） • 样品受理编号：2009SG0071 • 签发日期：2009年7月29日
过滤精度达到0.01微米；
去除水中细菌（0.5微米以上）、病毒(0.025微米以上) 、大分子有机物等有害物质，同时保留对身体有益的矿物质及微量元素，最大程度保护您和家人的身体健康和安全；
0.01 micron
4 to 6 micron
人类头发: 75 微米
人眼可视 40微米
动物细胞 4 微米
10
都市清泉直饮机 - 目标用户
• 关注身体健康的用户，因含有矿物质的水对身体健康，美容有益。 • 有孩子或老人同住的用户，因其摄入来源单一，更需保留矿物质。 • 预算有限，但倾向国际品牌，又希望更换简便的用户。 • 住宅安装受到局限，厨下无充分空间或未安装插座排污口等预留设施。
11

FDC 产品介绍手册说明书

www.finedisc.co.krPRESSURESAFETY DEVICESRUPTURE DISCEXPLOSION PANELN2 BLANKETING SYSTEMEMERGENCY RELIEF HATCHT heL e a d e r o f S a f e t y E q u i p m e n t04领导致辞06 公司历程07 认证现况08RUPTURE DISC 介绍10KOSHA 义务安全认证12RUPTURE DISC 选择指南13选定 RUPTURE DISC 模型14 计算 RUPTURE DISC 尺寸16产品目录26RUPTURE DISC - 各模型特征32 RUPTURE DISC - ACCESSORY33 EXPLOSION PANEL34N2 BLANKETING SYSTEM35 EMERGENCY RELIEF HATCH专利以及知识产权199120062004199920081995200720002009200220032010韩国Tanktech内成立Rupture Disc事业部门仁济大学产学共同技术开发事业 - 构造Scored Type生产体系Scored Type Rupture Disc国产化成功Fine Disc分公司 - Rupture Disc 专门公司更换法人 - Fine Disc(株)共同研究开发KIMM(韩国机械研究院)和Rupture Disc Test Program 实行中小企业生产环境, 革新技术开发课题构造大型尺寸的Rupture Disc生产体系增加获得45个形式KOSHA安全认证开发Rupture Disc Size Calculation Program ‘推进-持续’火箭推进器开发事业 - 防卫事业厅登录为防护装置制造企业(KOSHA)加入制造物责任保险(PL保险) - 3乙韩币构造ISO 9001:2000 品质认证体系独自开发N 2, Blanketing System开发超微压Rupture Disc‘KS B ISO 6718/4162-2/4162-6’ 参与Rupture Disc规格顾问获得俄罗斯‘GOST’认证增加了6个形式的KOSHA安全认证获得了技术革新型中小企业(INNO-BIZ)认证.增加获得了 14个形式的KOSHA 安全认证名称改为‘FDC(株)’ - FDC Co.,Ltd.设立企业附属研究所获得KOSHA防护装置品质部分优秀奖20台核心部件素材开发事业 - 知识经济部国家政策课题被选为专利明星企业 - 专利厅/商工会议所被指定为输出有望中小企业 - 中小企业厅构造室温试验设备登录证以及认证书Rupture disc 形式认证2. Rupture Disc 的义务安全认证适用范围■ 使用流体的物质特性- Gas or Vapor : 分子量 (Mol weight), 绝热指数(Specific heat ratio), 压缩系数■ 使用流体的状态 : Gas, Vapor, Steam, Liquid 等■ 运转状态 : Static, Pulsation(Oscillation), Cycle 等■ 压力容器的最大允许运转压力(MAWP)■ 最大运转压力及温度■ 要求流量 (Required Capacity)■ Rupture Disc的破裂设置压力及设置温度■ 反压力(Back Pressure)及真空(Vacuum Pressure)■ 材质(Holder/Disc/Accessory)■ Connection(Flange/Fitting)式样■ Rupture Disc 的设置类型 : Primary, Secondary, Combination, External Fire ■ 运转费(Operating Ratio)计算 : 运转费 = 最大运转压力/最少破裂压力 X 100※ 最少破裂压力 = 设置破裂压力 - 负的爆破压力公差STEP 1.压力容器及工程运转式样 Check (Process Data)STEP 2.选定Model 及 AccessorySTEP 3.计算(By FDC)尺寸及额定运转泄放容量(Rated Capacity)发生需要安全装置的情况可以设置安全阀Yes YesYesYesYesNo NoNoNo No设置2个直列 Rupture disc设置2个并列 Rupture discRupture disc与安全阀直列设置设置1个 Rupture discRUPTURE DISC选择指南RUPTURE DISC选定模型设置Rupture disc是否可以泄露装有的物质为更换Rupture disc 是否可以停业根据运转条件是否对Rupture disc 的寿命有影响压力上升的速度是否很快or 装有的物质是不是有毒物质or 装有的物质是不是腐蚀性物质or 装有的物质是不是高分子物质需要大量排除流量吗?or 压力(低/高压)/温度(低/高温)是不是恶劣条件or 是否担心综合反映表1. 气体(Gas)气的性质表2. 对于背压的容量校正系数表3. 根据粘度的的容量校正系数Reynold’s number1.00.90.80.70.60.50.40.310204060801002004006008001,0002,0004,00010,00020,000100,000RUPTURE DISCSIZINGPRODUCTS LISTKSRRKU KSRSFVKSRSFP KSRSFUKSRSTV KSRSTU KSRRCVF I T T I NG C O N N E C T I O N T Y P EKSRRKPKSRRKU KSRSFVKSRSFP KSRSFUKSRSTV KSRSTPKSRSTU KSRRCVKSRRCP KSRRCUKSRRKV PRODUCTS LISTPRODUCTS LISTKSRRKSRRKSRR KSRRKSRBKHKSRSRKSRSRKSRSRKSRSRKSRBKHKSRBKH KSRBKHKSRRKKSRRKKSRRK KSRRKKSRSFKSRSFKSRSTKSRSTKSRST KSRSTKSRCTKSRCTKSRSFKSRSFKSRCKSRCKSRRCHKSRRCKSRRCFKSRRCFDKSRC KSRCKSRRCHKSRRCHKSRRCFITTING CONNECTION KSROHKSROLKSRRLVCRPLUGUNIONKSROH KSROKSROH KSROFKSROFKSROHDKSROFDKSRORain HoodJunction Box Sensor Disc Jack Screw Stud Bolt & Nut Eye Bolt J-HookGasket Rupture Disc Ass’y with P/G & E.F.V & FittingReducerE.F.V P/G P/S KSRPR(Flat Type)KSBKL KSBKT KSBKSFDC NETWORK阿拉伯联合酋长国韩国台湾泰国新加坡■总公司韩国庆尚南道金海市酒村面良洞里 368-13TEL. 055-337-0852 / FAX. 055-337-0858E-mail:********************.kr■分公司韩国庆尚南道金海市酒村面内三1122-4www.finedisc.co.kr。

EICC相关知识宣传手册共8页word资料

2.避免使用童工
在制造的任何阶段都不能使用童工。此处“童工”指的是在15岁(或者在该国法律允许的情况下可为14岁)以下﹑或者在完成义务教育的年龄以下﹑或者在该国最小工作年龄以下被雇用的人员----以法律允许的最大年龄为准。法定允许使用童工的场合﹐使用童工得符合所有法律法规。18岁以下的工人不能进行有害的工作﹐考虑到教育需要﹐应当限制夜间工作。
To respect, care for and bring up employees.
以公平﹑公正﹑守法为行事准则
To take equity, fairness and compliance as our code of conduct.
给予人才历练与成长的舞台
To provide potential talents with a platform to practice and develop.
并使人力资源成为事业发展最重要的核心竞争力之一
To make human resources one of the core competitive powers for Foxconn business development.
2.2对于员工﹑成就员工为祈求
3.4SA8000﹕Social Accountability 8000(社会责任8000)。
3.5ISO14001﹕是由国际标准化组织(International Standard Organization)制定的环境管理体系标准。
3.6OHSAS18001﹕Occupational Health and Safety Management System(职业健康安全管理体系标准)。
2.3对于社会(Society Level)
倡导尊老爱幼﹑帮困救危的传统美德

IPD_PSSD_T_0137 概念决策评审-汇报胶片模板_V1.1

概述
2、目标市场：
中国大陆，港澳台地区，国际上哪些国家目标市场份额
3、战略价值
产品在产品包路标中的重要地位
4、主要竞争对手
竞争产品竞争公司
5、主要的差异化优势
与竞争对手相比，我们将有哪些优势，可以从市场、研发、客服、生产、财务等各个领域进行分析
4 行为准则：尊重·简单·重用·检查·并行·勇气·反馈·改善·认真·责任
提纲
➢概述
➢市场评估
➢组合分析
➢产品描述
➢发布策略和计划
➢客户服务策略和计划
➢制造策略和计划
➢采购策略和计划
➢财务分析
➢风险及其他
2
行为准则：尊重·简单·重用·检查·并行·勇气·反馈·改善·认真·责任
价值观：客户第一 | 阳光沟通 | 团队协作 | 拥抱变化 | 学习成长
概述
1、建议产品
产品简要描述
竞争分析（可选）
市场评估
（按优先级排序左栏中的内容，然后对比XX产品与主要对手和其他版本在如下三个方面的表现：1、主要市场衡量指标方面的表现2、如果细分市场是产品线的一个新细分市场，评价竞争对手在该市场衡量指标方面的表现 3、满足目标细分市场中客户欲望和需要方面的表现。“＋”表示XX的表现好过对手。“＝” 表示势均力敌。“-”表示XX需要改进、提高。可使用$APPEALS帮助评价对手的表现。
价值观：客户第一 | 阳光沟通 | 团队协作 | 拥抱变化 | 学习成长
环境分析
市场评估
描述决定或影响我们产品的细分市场的环境驱动力是什么。会引起变化的趋势是什
么（例如规则、社会、行业，经济、技术、业务模式的改变等等）？这些变化发生
的速度是怎样的？哪些新的趋势会加大影响或提供新增的业务机会？

FAIRCHILD FQPF17P06 说明书

现货库存、技术资料、百科信息、热点资讯，精彩尽在鼎好!FQPF17P06TO-220FG S DNotes:1. Repetitive Rating : Pulse width limited by maximum junction temperature2. L = 2.4mH, I AS = -12A, V DD = -25V, R G = 25 Ω, Starting T J = 25°C3. I SD ≤ -17A, di/dt ≤ 300A/µs, V DD ≤ BV DSS, Starting T J = 25°C4. Pulse Test : Pulse width ≤300µs, Duty cycle ≤2%5. Essentially independent of operating temperature∆BV DSS / ∆T J Breakdown Voltage Temperature CoefficientI D = -250 µA, Referenced to 25°C ---0.06--V/°C I DSS Zero Gate Voltage Drain Current V DS = -60 V, V GS = 0 V -----1µA V DS = -48 V, T C = 150°C -----10µA I GSSF Gate-Body Leakage Current, Forward V GS = -25 V, V DS = 0 V -----100nA I GSSRGate-Body Leakage Current, ReverseV GS = 25 V, V DS = 0 V----100nAOn CharacteristicsV GS(th)Gate Threshold Voltage V DS = V GS , I D = -250 µA -2.0---4.0V R DS(on)Static Drain-Source On-ResistanceV GS = -10 V, I D = -6.0 A --0.0940.12Ωg FSForward TransconductanceV DS = -30 V, I D = -6.0 A--8.7--SDynamic CharacteristicsC iss Input Capacitance V DS = -25 V, V GS = 0 V, f = 1.0 MHz--690900pF C oss Output Capacitance--325420pF C rssReverse Transfer Capacitance--80105pFSwitching Characteristicst d(on)Turn-On Delay Time V DD = -30 V, I D = -8.5 A,R G = 25 Ω--1335ns t r Turn-On Rise Time --100210ns t d(off)Turn-Off Delay Time --2255ns t f Turn-Off Fall Time --60130ns Q g Total Gate Charge V DS = -48 V, I D = -17 A,V GS = -10 V--2127nC Q gs Gate-Source Charge -- 4.2--nC Q gdGate-Drain Charge--10--nCDrain-Source Diode Characteristics and Maximum RatingsI S Maximum Continuous Drain-Source Diode Forward Current -----12A I SM Maximum Pulsed Drain-Source Diode Forward Current-----48A V SD Drain-Source Diode Forward Voltage V GS = 0 V, I S = -12 A -----4.0V t rr Reverse Recovery Time V GS = 0 V, I S = -17 A,dI F / dt = 100 A/µs--92--ns Q rrReverse Recovery Charge--0.32--µC(Note 4)(Note 4, 5)(Note 4, 5) (Note 4)TRADEMARKSThe following are registered and unregistered trademarks Fairchild Semiconductor owns or is authorized to use and is not intended to be an exhaustive list of all such trademarks.DISCLAIMERFAIRCHILD SEMICONDUCTOR RESERVES THE RIGHT TO MAKE CHANGES WITHOUT FURTHER NOTICE TO ANY PRODUCTS HEREIN TO IMPROVE RELIABILITY, FUNCTION OR DESIGN. FAIRCHILD DOES NOT ASSUME ANY LIABILITY ARISING OUT OF THE APPLICATION OR USE OF ANY PRODUCT OR CIRCUIT DESCRIBED HEREIN;NEITHER DOES IT CONVEY ANY LICENSE UNDER ITS PATENT RIGHTS, NOR THE RIGHTS OF OTHERS.LIFE SUPPORT POLICYFAIRCHILD’S PRODUCTS ARE NOT AUTHORIZED FOR USE AS CRITICAL COMPONENTS IN LIFE SUPPORT DEVICES OR SYSTEMS WITHOUT THE EXPRESS WRITTEN APPROVAL OF FAIRCHILD SEMICONDUCTOR CORPORATION.As used herein:1. Life support devices or systems are devices or systems which, (a) are intended for surgical implant into the body,or (b) support or sustain life, or (c) whose failure to perform when properly used in accordance with instructions for use provided in the labeling, can be reasonably expected to result in significant injury to the user.2. A critical component is any component of a life support device or system whose failure to perform can be reasonably expected to cause the failure of the life support device or system, or to affect its safety or effectiveness.PRODUCT STATUS DEFINITIONS Definition of TermsDatasheet Identification Product Status DefinitionAdvance InformationFormative or In Design This datasheet contains the design specifications for product development. Specifications may change in any manner without notice.PreliminaryFirst ProductionThis datasheet contains preliminary data, andsupplementary data will be published at a later date.Fairchild Semiconductor reserves the right to make changes at any time without notice in order to improve design.No Identification Needed Full ProductionThis datasheet contains final specifications. Fairchild Semiconductor reserves the right to make changes at any time without notice in order to improve design.Obsolete Not In ProductionThis datasheet contains specifications on a product that has been discontinued by Fairchild semiconductor.The datasheet is printed for reference information only.ACEx™Bottomless™CoolFET™CROSSVOLT™DenseTrench™DOME™EcoSPARK™E 2CMOS™EnSigna™FACT™FACT Quiet Series™FAST ®FASTr™FRFET™GlobalOptoisolator™GTO™HiSeC™ISOPLANAR™LittleFET™MicroFET™MICROWIRE™OPTOLOGIC™OPTOPLANAR™PACMAN ™POP™PowerTrench ®QFET™QS™QT Optoelectronics™Quiet Series™SLIENT SWITCHER ®SMART START™Stealth™SuperSOT™-3SuperSOT™-6SuperSOT™-8SyncFET™TinyLogic™UHC™UltraFET ®VCX™。

签名2750-7 pH电子技术手册说明书

Signet 3-2724-00 Flat pH Electrode
The bottom yellow nut is not used when using the 2750-7 pH electronics with the Signet 463X ﬂow cell.
Do Not Use Lubricant or Sealing Tape on Threads. Do Not Overtighten.
China RoHS (visit for details)
23 mm (0.91 in.)
61.0 mm (2.40 in.)
Georg Fischer Signet LLC, 3401 Aero Jet Avenue, El Monte, CA 91731-2882 U.S.A. • Tel. (626) 571-2770 • Fax (626) 573-2057 For Worldwide Sales and Service, visit our website: • Or call (in the U.S.): (800) 854-4090 For the most up-to-date information, please refer to our website at
• For calibration and configuration please refer to ansmitter manual.
4. Specifications
General Compatible Electrode: Signet 2724-00 Flat pH electrode Compatible Instrument: Signet 3-8630-3P Chlorine Transmitter Mounting: DryLoc connection Materials: Valox®* (PBT)* Cable: 4.6 m (15 ft) 3 conductor shielded, 22 AWG Shipping Weight: 0.64 kg (1.41 lb)

精益物流-PFEP培训

确定各存储位置存储的物料
及数量
精益物流第一期改善内容
第三步： • 确定各区域物料的物流路线 • 确定物料的配送类型（配送/领料） • 分配工具及人员实施配送 • 制定物料紧急响应流程 • 制定配送管理制度并执行 • 填写PFEP文件
精益物流第一期改善内容
第四步： • 调查物流室管控物料的包装现状 • 输出现有物料包装问题清单 • 按照标准整改包装 • 逐一更新包装标准PFEP • 制定更新包装的流程及制度
料箱设计面向使用的标准
• 可根据料箱的标签识别料箱的内容物（零件号，描述，数量等）。
•标签至少要包括以下内容：零件号，描述，供应商，制造/运输日前，数量，仓库存贮位置，仓库接受码头号。老标签要拿走，新标签要易于识别。
料箱设计面向使用的标准
• 尽量使用普通可回收的料箱。
•尽量不使用一次性（纸板）的料箱。
存储点布局规则
存储点布局规则： • 物流路线最优化 • 每一个物料有一个固定的存储点 • 便于物流室管控 • 有足够的面积来存储物料
存储区域内部布局
存储区域内部布局原则：
• 每一个号码的零件有一个固定的存储地点 • 所有的零件存放地点要目视化标示出来（标记、标签等） • 目视控制用于确保安全（安全堆放高度），物流，库存控制（最
一、PFEP运作的意义
• PFEP是物料流动的履历记录； • PFEP是物料流动的标准化文件，规范物料各个流动环节
的管理标准。
1)定购零件
2)供应商
3) 包装
6) 临时存放
5) 接收
4) 运输
7) 厂内配送
8) 生产线
• PFEP的实现意味着物料管理标准化的实现。
目录

福特（Ford）供应商业务道德指南2023年7月说明书

Ford Supplier Code of Conductor that others make for us – upholds the highest standards of sustainability to protect the environment, enhance the health and well-being of the communities that surround usand respect human rights.01Our SuppliersDo Not Use Child Labor in Any Form.We Require Our Suppliers To:• M eet the minimum working age in any region where they operate while prohibiting employment of anyone below the ageof 15, even if permitted under local law. Government-authorized job training or apprenticeship programs that clearly benefit the participants are the only exceptions to this requirement.• R esponsibly manage student workersby performing rigorous due diligence on educational partners, keeping appropriate student work records, and protecting student workers’ rights.• P rohibit workers under the age of 18 from performing work that could jeopardize their health or safety, including night shifts, overtime, or hazardous work in compliance with ILO Worst Forms of Child Labour Convention (No. 182).• I mplement an appropriate mechanism to verify that the age of workers complies with the ILO Minimum Age Convention (No. 138) and provide substantiation of this verification mechanism upon request.• E nsure that all recruitment efforts for workers, including recruitment performed by third party contractors, includes mechanisms or verify that the age of potential applicants complies with the ILO Minimum Age Convention (No. 138).• C ease employment of the child/children and take reasonable measures to enroll the child/children in a remediation/education program if child labor is discovered in its own facilities or in their supply chain.Ford is committed to respecting human rights in everything we do. It’s a core part of our purpose to help build a better world where all are free to move and pursue their dreams.We treat our workforce fairly, humanely, and with respect and dignity — and we expect our suppliers to do the same.Our SuppliersDo Not Use Nor Condone Forced Labor, Compulsory Labor, or Slavery in Any Form and Do Not EmployAny Form of Abusive Disciplinary Practices.In Addition, We Strictly Prohibit Our Suppliers From Both Using and Supporting Human Trafficking.We Require Our Suppliers To:• C onfirm that work is conducted on a voluntary basis. Employees should be free to terminate employment without penalty by giving reasonable notice per their contract, if any, and in accordance with applicable laws.• P rohibit the use of bonded, indentured or exploitive prison labor.• N ot engage in activities intended to restrict worker freedom of movement.• N ot allow physically or psychologically cruel, inhuman or degrading treatment. Follow Ethical Recruiting Practices.We Prohibit Our Suppliers From:• M isleading or defrauding potential workers about the nature ofthe work.• A sking employees to pay recruitment fees or pay off a loan byworking for an agreed-upon or unclear period of time for little orno salary, with the work performed greatly exceeding the worthof the initial loan.• C onfiscating, destroying, concealing, and/or denying accessto employee passports and other government-issued identitydocuments.Recognize and Respect Employees’Rights to Freedom of Association andCollective Bargaining.We Require Our Suppliers To:• W ork with recognized employee representatives to promote theinterests of employees.• N ot discriminate or retaliate against any employees, includingthose participating in a trade union.• P rovide opportunities for employees and external stakeholdersconcerns to be heard, even where there is no representationby unions.Do not to use animals for testing norrequire sub-contractors to do so, asaligned with Drive Sustainability and AIAGAutomotive Industry Guiding Principlesto Enhance Sustainability Performance inthe Supply Chain.We Expect Our Suppliers To:• R espect the five animal freedoms formalized by the WorldOrganization for Animal Health (OIE) concerning animal welfare.• N ot raise or kill any animals for the single purpose of being usedin an automotive product.Do Not T olerate Harassment or Discrimination of Any Kind.We Require Our Suppliers To:• Not allow harassment or discrimination in any form.• P romote diversity and women’s rights, and base employment relationships on the principles of equal opportunity.• N ot engage in any acts constituting or aiding unlawful eviction or unlawful taking of land, forests, or waters securing the livelihood of human beings.• N ot hire or use private or public security forces for protection of the company´s projects without proper supervision and due diligence in adherence with this policy.Our SuppliersComply With Applicable Laws Regulating Hours of Work Including Overtime, and Support a Living Wage by ProvidingCompetitive Compensation and Benefits That Meet or Exceed Legal Requirements.We Require Our Suppliers To:• E nsure that work schedules and overtime are provided in amanner consistent with all applicable laws, including maximum hour and rest period laws.• A gree upon overtime in advance and, where applicable,compensate overtime at a rate greater than regular hourly rates — or, where permitted by law, agree in advance to time off in lieu of a higher hourly rate.Provide a Healthy andSafe Working Environment.We Require Our Suppliers To:• P rovide a working environment that meets or exceeds prevailing industry standards and local, regional, and national safety, occupational health and fire safety regulations.• P erform regular risk assessments and put in place corrective and preventative measures to minimize workplace hazards including, but not limited to mechanical, electrical, chemical, fire, and physical hazards.• P rovide regular health and safety training to workers.• P rovide required rest breaks to prevent excessive physical and mental fatigue.• P rovide Personal Protective Equipment (PPE) at no cost to workers.• I mplement an effective fire safety management system and emergency plan at every supplier worksite that safeguards employees and others by providing an appropriate number ofclearly marked and unobstructed emergency exits and evacuation routes and providing first aid material and medical assistance/procedures to workers.• P rovide workers with clean toilet facilities, potable water, and sanitary eating facilities.• K eep worker dormitories clean and safe, with appropriate emergency exits and reasonable entry and exit privileges.• E ncourage workers to openly raise health and safety concerns and provide safeguards against retaliation.In addition, Ford expects its suppliers to maintain a health and safety management system to limit worker exposure to hazards and promote continuous improvement of working conditions and occupational health and safety.7 Ford Supplier Code of Conduct02Our SuppliersComply With or Exceed Ford’s Environmental Requirements and Policies, Including All Relevant National, Regional, Environmental, and Chemical Legislation (In Particular Those Noted in References). We Require Our Suppliers To:• M aintain an environmental management system certified to ISO 14001 through an accredited third-party registrar.Minimize Their Impact on Climate Change Aligned With The United Nations Framework Convention on Climate Change (Paris Climate Agreement), Striving T owards Carbon Neutrality.We Require Our Suppliers To:• R eport their Scope 1, 2, and 3 emissions and water usage data to Ford if requested.• E stablish science based GHG reduction targets, action plans, and transparent reporting mechanisms to support Carbon Neutrality by 2050 Globally (all scopes) and for sites shipping to Europe, Carbon Neutrality by 2035 (Scope 1 & 2).Reduce, Reuse, Recycle Materials in Manufacturing. We Require Our Suppliers To:• U se recycled and renewable materials where possible in packaging.• I ncrease use of recycled content and improve recyclability of Ford products through material selection and product design as approved by Ford.• E liminate waste.• D ivert waste from landfill to products.• W ork to eliminate single use plastics throughout the manufacturing process.Achieve Continual Environmental Improvement in Manufacturing Operations. We Require Our Suppliers To:• E liminate or reduce substances of concern (including hazardous waste).• U tilize materials with reduced toxicity in their manufacturing processes.• R educe emissions.• I ncrease energy efficiency and use of carbon-free electricity.• I n alignment with the United Nations CEO Water Mandate, reduce freshwater usage in their operations and support access to clean and safe drinking water in local communities.• M imic ecosystem performance.• R efrain from causing any harmful soil change.• R efrain from excessive noise emissions.Ford is committed to protecting the environment and respecting human rights, including the right to clean air and water. We support the protectionof local communities from environmental and health hazards and providing meaningful involvement in our decision-making processes.Suppliers play a critical role in helping reduce greenhouse gas and other emissions that contribute to climate change, air and water pollution.We require our suppliers to identify and minimize potential environmental risks and remediate violations when they occur. Suppliers strive for positive impacts by improving environmental performance by setting targets and monitoring environmental performance indicators.8Protect The Environment Ford Supplier Code of Conduct9 Ford Supplier Code of Conduct03Ford aspires to source only raw materials that are responsibly produced. Fordconsiders responsibly produced materials to come from material processors and mines that have been audited to a responsible sourcing, independent, third-party audited supplier. Suppliers should refrain from including sub-tier suppliers who have not undergone or are not actively seeking to undergo an acceptable responsible sourcing audit. Suppliers are required to fully support and cooperate with Ford’s efforts to secure full transparency and traceability of their raw materials supply chain and must engage sub-tier suppliers. Information provided must not misrepresent material supply chains and include all known information as requested.Responsibly Source Materials Ford Supplier Code of Conduct11 Ford Supplier Code of Conduct04We require suppliers to conduct business lawfully, honestly, and responsibly, in line with Ford’s own internal and external commitments.Maintain Responsible Business PracticesFord Supplier Code of Conduct13 Ford Supplier Code of Conduct05All Ford suppliers must comply with this Code, work to prevent issues that are deemed high risk, mitigate and remediate issues when identified, and demonstrate compliance when asked.Our SuppliersOperationalize and Document Compliance. We Require Our Suppliers To:• D esignate a senior executive who is responsible for oversight, governance, implementation, and compliance with this Code.• E stablish an appropriate compliance risk management system to manage human rights and environment-related risks, responsible material sourcing, and responsible and lawful business practices based on the United Nations Guiding Principles on Business and Human Rights.• C onduct regular employee trainings to educate employees on practices as laid out in this Code. Suppliers must update and improve training at least annually. If the supplier does not have the capacity to develop and maintain this training, Ford can provide access to industry aligned trainings on these topics upon request at: *************• P rovide documentation on the implementation of such trainings.• E nable Ford to assess compliance with this Code and that requirements are met by completing questionnaires and/or participating in on-site assessments or audits conducted by an independent third party.• D ocument efforts to comply with this Code and keep theHow to Implement This Code Ford Supplier Code of Conduct06Aligned With These International Frameworks and Charters and Industry Guidance.• I nternational Bill of Human Rights (The United Nations Universal Declaration of Human Rights and its two Covenants) 1948• I nternational Labour Organisation (ILO) Declaration on Fundamental Principlesand Rights at Work (1998), including ILO Convention No. 138 on Minimum Age and Convention No. 182 on the Worst Forms of Child Labour• U nited Nations (UN) Guiding Principles on Business and Human Rights (2011)• O rganisation for Economic Co-operation and Development (OECD) Guidelines for Multinational Enterprises (2011 Edition)• O ECD Guidance for Responsible Supply Chains of Minerals from Conflict Affected and High-Risk Areas (2016 Edition)• U N Global Compact• U N Sustainable Development Goals• U N CEO Water Mandate• U N Women’s Empowerment Principles• A utomotive Industry Guiding Principles (2022)• R elevant Supply Chain Due Diligence Laws:– A ct on Corporate Due Diligence Obligations for the Prevention of Human RightsViolations in Supply Chains(2021)• R elevant Environmental Regulationsand Laws:– M inamata Convention on Mercury of 10October 2013, noting in particular:0A rticle 4 (1) – prohibition of themanufacture of mercury-added productslisted in Annex A Part I from the phase-out date specified in the Convention forthe respective products and processes0A rticle 5 (2) – prohibition of the use ofmercury and mercury compounds inspecific manufacturing processes listedin Annex B Part I from the phase-outdate specified in the Convention for therespective products and processes0A rticle 11 (3) – appropriate measuresfor management and treatment ofmercury waste– S tockholm Convention on PersistentOrganic Pollutants of 23 May 2001 in theversion of Regulation (EU) 2019/1021 and as last amended (2020), noting in particular:0A rticle 3 (1) (a) – prohibition of theproduction and use of chemicals listedin Annex A0A rticle 6 (1) (d) (i, ii) – prohibition ofthe handling, collection, storage anddisposal of waste in a manner that is notenvironmentally sound– B asel Convention on the Control ofTransboundary Movements of HazardousWastes and their Disposal in the version ofas last amended (2013)– R egulation (EC) No 1013/2006 on shipments of waste as last amended (2020)。

FEP玻璃管系列说明书

TYTF SeriesFEP tubing is very similar to PFA tubing in flexibility and appearance. The major difference is the service temperature range: -73 to 204°C (-100 to 400°F).SpeciFicaTionS*Hardness, Shore D: 56Specific Gravity: 2.15Tensile Strength: 3400 psi elongation at Break: 325%Brittle Temperature: <-170°C (-275°F)Service Temperature: -73 to 204°C (-100 to 400°F)*Specifications shown are typical and are meant only as a guide. Field testing is recommended to find the actual values in the given application.Notes: FEP is clear in color and can be heat sealed and heat bonded. Sold in standard lengths of 25, 50, and 100'. FEP packages have no splices.Ordering Example: TYTF-1418-50, 50 feet of tubing, 0.063" wall, 1⁄4"OD, 1⁄8"ID.OMEGAFLEX ®ChEMiCAL TubinGFEP FormulationBy Part NumberFEP tubing can be extruded in very long, continuous lengths. FEP offers superior transparency for applications that require visual inspection.T*Specifications on previous page are typical and are meant only as a guide. Field testing is recommended to find the actual values in thegiven application.Notes: FEP is clear in color and can be heat sealed and heat bonded. Sold in standard coil lengths of 25, 50, and 100'. FEP packages have no splices.recommended to find the actual values in the given application.Notes: FEP is clear in color and can be heat sealed and heat bonded.Sold in standard coil lengths of 5, 50, and 100'. FEP packages have no splices.Consult Sales for available non-standard colors.Ordering Example: TYTF-1210-100, 100 feet of tubing, 1 mm wall, 12 mm OD, 10 mm ID.S p e c i a l t y T u b i n gA v a i l a bl e !A v a i l a bl e。

CFR FED OSHA 2080 VOL IV CHANGE 27-1986 其他规定和程序

PART 1200DEFINITION OF CHILDREN'S PRODUCT UNDER THE CONSUMER PRODUCT SAFETY ACT 第1200部分--在消费品安全法案下对儿童产品的定义Sec.1200.1 Purpose. 目的1200.2 Definition of children's product. 儿童产品的定义---------------------------------------------------------------------------Sec. 1200.1 Purpose. 目的This part provides guidance on the definition of children's product and the factors the Commission will consider when making determinations regarding children's products as set forth under 15 U.S.C. 2052(2).这一部分对在儿童产品的定义和当委员会按照15 U.S.C. 2052(2).的要求对于判定儿童产品时将考虑的因素提供指导。

Sec. 1200.2 Definition of children's product. 儿童产品的定义。

(a) Definition of “Children's Product”— (a)儿童产品的定义(1) Under section 3(a)(2) of the Consumer Product Safety Act (CPSA), a children's product means a consumer product designed or intended primarily for children 12 years of age or younger. The term “designed or intended primarily” applies to those consumer products mainly for children 12 years old or younger. Whether a product is primarily intended for children 12 years of age or younger is determined by considering the four specified statutory factors. These factors are:(1)在消费品安全法案(CPSA)第3部分(a) (2)，“儿童产品”指主要为不超过12岁的儿童使用而设计的消费产品。

JOBDISPO 排产系统宣传资料

离散制造行业的MES核心解决方案——德国JobDISPO 排产系统简介一、关于德国FAUSER公司 (3)二、JobDISPO 排产系统的特点 (3)三、JobDISPO 排产系统组成及功能介绍 (7)1、精确计划 (8)2、时间看板 (9)3、项目管理 (10)4、能力平衡 (11)5、派工单管理 (12)6、成本管理 (13)7、设备管理 (13)8、人员管理 (14)9、客户信息管理 (15)10、工厂日历管理 (16)11、数据采集 (17)12、远程监控 (17)13、统计分析 (19)14、数据接口 (20)15、工艺生产布局仿真与优化 (21)四、系统集成性 (22)五、系统平台 (24)一、关于德国FAUSER公司德国FAUSER 公司创建于1994年, 在MES系统开发与应用方面有14年的历史，是世界离散型MES系统的领导者。

FAUSER公司总部位于德国慕尼黑，并在汉堡、杜塞尔多夫、布达佩斯等设有办事处，有遍布美国、英国、澳大利亚、瑞士等数十家代理商。

其旗舰产品——JobDISPO 排产系统，是完全根据离散制造企业的需求而开发的一套图形化MES排产系统，具有排产功能强大、实施快捷、集成性好等特色。

今天，在航空航天、国防工业、汽车制造、机床设备、工程机械、五金模具等超过650家公司采用了该系统，其中包括全球前两大军工公司：美国洛克希德·马丁、英国BAE系统公司，以及空中客车公司、宝马汽车、戴姆勒·克莱斯勒、蒂森·克虏伯、科勒卫浴等众多世界500强企业。

作为世界著名的MES系统提供商，FAUSER 公司在德国软件界乃至全球的MES界都是很有影响力的。

FAUSER 公司于2004年做为“世界制造业联盟”发起单位，并成为其理事单位；2005年成为SAP全球商业合作伙伴，为SAP系统提供离散型制造的解决方案；2007年成为“MyOpenFactory”组织核心成员。

PFEP：为每个零部件作计划

PFEP：为每个零件作计划德国弗劳恩霍夫物流研究院北京帝欧物流科技有限公司 2009年5月第1页PFEP的主要工作内容PFEP的主要工作内容包括：• • • • • • • 物流流程规划定义零件属性，包括保证类型，零件类别，订货批量，订货前置期，接收方式存储区域的布局规划从零件存储点到工位的上线方式非正常物料的处理流程与方式料箱回收与清洗流程规划定义物料运输包装、运输工具、货架、，可回收包装以及其他需要的装备，例如RFID与条形码2为何需要PFEP通过PFEP能促成准确可控存货清单减少，也是精益物流系统持续改进的基础。

这是建立精益物流系统的第一步，因为在其它步骤里面也需要用到这些数据，例如建立零部件供应市场、建立需求信号。

物料供应计划（为每一个零件）；妥善定位和管理零部件供应的超市；严格的物料配送路线，标准的物料配送流程；信号拉动，紧密联系本工位的连续物料流，以进行零部件的供应。

3为何需要PFEP认真规划好PFEP，并收集相关信息加以管理，可以开展以下工作：开始创建一个精益的材料搬运系统，并规划购买零部件市场、运输路线、库存拉动的信号。

收集存储当前所有零件的相关资料，安放在一个合理的位置。

利用不同的分类标准（如包装的尺寸、供应商的位置、用途），对零件的有关数据进行分类。

针对运作中出现的有关零件和供应商的问题做出快速的反应。

将精益材料搬运系统运用到生产线之间的物料流动中。

4PFEP原则Supplier Transportation Goods receiving / Calling MaterialWorkplace supply WarehouseTransportation Goods receiving / Calling MaterialWorkplace supply WarehouseGoods receiving / Calling MaterialWorkplace supply WarehouseCalling MaterialWorkplace supplyMaterialWorkplace supplyWorkplace所有物料的流程包括从供应商到工位的全过程。

SOPEP样本2007

附件 2 样本SAMPLE①船上海洋污染应急计划SHIPBOARD MARINE POLLUTION EMERGENCY PLAN船名NAME OF SHIP:编制Drawn日期Date①对于 150 总吨及以上经核准载运有毒液体物质的船舶，该“计划”应命名为“船上有毒液体物质海洋污染应急计划”，其内容只包括该样本中对有毒液体物质的相关内容；对于 150 总吨及以上的油船和 400 总吨及以上的非油船，该“计划”应命名为“船上油污染应急计划”，其内容只包括对油类物质的相关要求；对于 400 总吨及以上经核准载运有毒液体物质的船舶，该“计划”可命名为“船上海洋污染应急计划”。

前言INTRODUCTOIN1 本“计划”根据《经 1978 年议定书修订的 1973 年国际防止船舶造成污染公约》附则 I第 37 条和附则 II 第 17 条规定的要求编写。

This plan is written in accordance with the requirements of regulation 37 of Annex I and regulation 17 of Annex II of the International Convention for the Prevention of Pollution from Ships.1973,as modified by the Protocol of 1978 relating thereto.2 本“计划”旨在当船舶发生或可能发生油类和/或有毒液体物质污染事故采取有关措施时，为船长和高级船员提供指导。

The purpose of the plan is to provide guidance to the master and officers on board the ship with respect to the steps to be taken when an oil and/or noxious liquid substances pollution incident has occurred or is likely to occur.3 本“计划”包括“指南”所要求的所有资料和操作程序。

【精品】通用汽车顾客特殊要求2010

通用汽车公司ISO/TS16949顾客特殊要求(一)2010年10月（包括通用汽车对PPAP第四版的特殊说明）前言:对通用汽车公司这个文件中提出的要求予以评审和实施,是组织的责任。

1.0 范围ISO/TS16949:2009《质量管理体系汽车生产件及相关服务件组织应用ISO9001：2008的特别要求》标准以及本文件，向顾客要求的生产件和服务件制造组织提出了通用汽车公司质量管理体系的基本要求。

ISO/TS16949的第三方认证应满足如下的条件：·认证的范围必须包括ISO/TS16949以及通用汽车公司提出的相应要求。

·认证过程必须由目前与IATF(国际汽车特别工作组)签约和认可的认证机构按照IATF认可的审核方案进行。

ISO/TS16949：2009以及本文件的所有要求应融入到组织的质量管理体系中.2.0 引用文件（略）3。

0 定义（略)4。

0要求4.1与TS16949：2009（第三版）相关的要求4。

1.1生产工装的管理不在生产制造现场的仓库、配送中心所使用的工装，可以不考虑16949标准7.5。

1.5生产工装管理的要求。

4.1.2记录的保存生产件批准、工装记录、产品质量先期策划(APQP）的记录、采购订单以及修改记录应被保存到该产品或系列产品生产和维修活动周期，再加上一个日历年,除非顾客有其它的规定。

质量业绩记录（例如控制图表、检验和试验结果）在其产生的年度之后，再被保留一个日历年。

质量管理体系内部审核的记录保留三年.记录的保存时间需要长于以上的规定，由组织在自己的相关程序中规定。

组织最终负责记录到期后的处置。

上述要求不排除任何可能的变化，所有规定的记录保存时间应看做是最短的保存期限。

4。

1.3电子通讯工具参照TS169497.2.3.1条款的要求。

典型的电子信息通讯系统是电子数据交换机（EDI）。

关于发货日程安排表，典型的系统是ANSIASCX12862或866交换机或EDIFACTDELJIT信息机.4.1.4装运通知系统应参照7.2。

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