DSQC322 DCS工控模块备件
RED615 HBDDFEADNLA1BMD11G REF615 HBFNAEFCNHA1AQB21G REG615 HBGDBDADNBA1BFG11G该测试也适用于615系列的其他产品。表2：基本模块描述型号PWB版本HBDDFEADNLA1BMD11G CPU0007、CPU模块2RCA031146A001 2RCA024978 PSM0004、PS_H/BO、电源模块2RCA025059A0001 2RCA0024582 BIO0005、8BI+4BO、二进制输入/输出模块2RCA25501A0001 2CCA024986 AIM0016、4I+4BI（IL1-IL3，Io）、模拟输入模块2RCA1007128A0001 2RA005401 AIM0003、1 mA+2RTD+5U（UL1B，UL1-UL3，Uo），模拟输入模块2RCA0025048A0001 2RAA005576 DIS0012，LHMI IEC，大型，LHMI模块2RCA025340A0001 2RRA005579 COM0035，COM LDM（SM LC+2×MM LC），通信模块2RCA34393A0001 2RCA006780 BPL0001，背板模块2RCA40336A0001 2REA005308 HBFNAEFCNA1AQB21G CPU0007，CPU模块2RCA11146A0001 2CCA0024978 PSM0003，PS_L/BO，电源模块2RCA25058A0001 2rcA0024582 BIO0007，（2），8BI+3BO、二进制输入/输出模块2RCA026772A0001 2RCA0026480 AIM0016、4I+4BI（IL1-IL3，Io）、模拟输入模块2RCA007128A0001 2RAA005401 AIM0006、5U/4BI（UL1B，UL1-UL3，Uo）、模件输入模块2CCA021397A0001 2RCA013877 DIS0011、LHMI IEC、Small、LHMI模块2RCA20209A0001 2RRA0005579 COM0032、COM REDY（2×LC+RJ-45+FOUART+ARC）、通信模块2R CA025693A0001 2RCA006780 BPL0001，背板模块2RCA006836A0001 2RAA005308 HBGDBDADNBA1BFG11G表继续下一页1MAC057558-TC B第2节测试对象615系列ANSI 5型式试验证书描述型号PWB版本CPU0007，CPU模块2RCA31146A001 2RCA024978 PSM0004，PS_H/BO，电源模块2RCA025059A0001 2RCA0024582 BIO0005，8BI+4BO，二进制I/O模块2RCA25501A0001 2CCA0024986 AIM0015，7I（I0 0.2/1 A，IL1-IL3，IL1B-IL3B），模拟输入模块2RAA005920A0004 2RAA0005786 AIM0006，5U+4BI（UL1b，UL1-UL3，Uo），模拟输出模块2RCA021397A0001 2RCA013877 DIS0012，LHMI IEC，大型，LHMI模块2RCA025340A0001 2RA005579 COM0005，COM IEC（RJ-45+ARC），通信模块2RAA5844A0001 2RRA0005402 BPL0001，背板模块2RCA006836A0001 2RAA005308类型测试在IEC LHMI模块DIS0012上进行。测试结果也适用于ANSI LHMI模块迪斯0014，因为PCBA在ANSI和IEC LHMI中是相同的。
机械结构
描述参考结果标记和机械结构IEC 60255-1 IEC 60255-27 OK外壳等级（嵌入式）IEC 60529 IP 54前侧IP 10后侧，连接端子间隙和爬电距离IEC 60255-5 IEC 60255-2-7 OK表4：过载和输入测试描述，In 0.2/1 A1）1/5 A2）热耐受能力•持续•1s 4 x In=4 A 100 x In=100 A 4 x In=20 A 100 x Ins=500 A动态电流耐受•半波值250 x In=250 A 250 x In=1250 A输入阻抗<100 mΩ<20 mΩ额定电压，Un 60…210 V AC负载<0.05 VA电压耐受•持续•10s 240 V AC 360 V AC电流传感器输入，额定电压（二次侧）75…2812.5 mV连续耐压125 V 50/60 Hz 2-3 M输入阻抗Ω 电压传感器输入，额定电压6…30 kV下一页1MAC057558-TC B第3节型式试验615系列ANSI 7型式试验证书说明（IEC 60255-1和IEC 60255-27）要求50/60 Hz 3 M下连续耐压50 V输入阻抗Ω 二进制输入•工作范围•电流消耗•功耗19.2…300.0 VDC 1.6…1.9 mA 31.0…570.0 mW 1）剩余电流2）剩余电流和/或相电流表5：电源模块测试说明结果辅助电压（IEC 60255-1，IEEE C37.90-2005）•PS_H 38…300 VDC 38…264 VAC无影响无影响•PS_L 12…72 VDC无影响抗扰度电压骤降（IEC 60255-11）•PS_H剩余电压0%：38…300 VDC 0…50 ms，正常运行>50 ms，
重启剩余电压40%：38 VDC 300 VDC 200 ms，重启200 ms，正常操作剩余电压70%：38 VDC 300VDC 500 ms，重启500 ms，正常运作剩余电压0%，38 VAC 0…46 ms，正常工作>46 ms，重启残余电压0%：48…264 VAC 0..58 ms，正常操作>58 ms，重启剩余电压40%：38 VAC 264 VAC 200 ms，重启200 ms，正常操作剩余电压70%：38 VAC264 VAC 500 ms，重启500 ms，正常运行下一页表继续第3节1MAC057558-TC B类型测试8 615系列ANSI类型测试证书测试描述结果•PS_L剩余电压0%：19.2…72 VDC 0…50 ms，正常工作>50 ms，重启剩余电压40%：19.2 VDC 72 VDC 200 ms，重启200 ms，正常运行剩余电压70%：19.2 VDC72 VDC 500 ms，正常操作500 ms，常规运行辅助电源电压中断（IEC 60255-11）•PS_H 38 VDC，5 s 300 VDC，5 s38 VAC，5 s 264 VAC，5 s关机和正确重启关机和正确重新启动关机和正确再启动关机和错误重新启动•PS_L 19.2 VDC，5 s 72 VDC，5秒关机和正确重启动关机和重新启动直流辅助电压纹波（IEC 60255-11）最大15%，f=2xfn无影响逐步关机和启动（IEC 60255-11）关机斜坡：60 s断电时间：300 s启动斜坡：60秒关机和正确重启直流电源极性反转（IEC 60255-11）持续时间60 s测试后正确操作功耗•PS_H VDC ~ 12.3 W（标称）/~18.0 W（最大）VAC ~ 13.5 W（额定）/~19.3 W（最高）。)•PS_L VDC ~11.7 W（标称）/~16.9 W（最大）
Mechanical structure
Description Reference result marking and mechanical structure IEC 60255-1 IEC 60255-27 OK Enclosure class (embedded) IEC 60529 IP 54 Front side IP 10 Rear side, Connection terminal clearance and creepage distance IEC 60255-5 IEC 60255-2-7 OK Table 4: Overload and input test description, In 0.2/1 A1) 1/5 A2) Thermal withstand capability • Continuous • 1s 4 x In=4 A 100 x In=100 A 4 x In=20 A 100 x Ins=500 A Dynamic current withstand • Half wave value 250 x In=250 A 250 x In=1250 A Input impedance<100 m Ω<20 m Ω Rated voltage, Un 60... 210 V AC load<0.05 VA Voltage withstand • Continuous • 10s 240 V AC 360 V AC current sensor input, Rated voltage (secondary side) 75... 2812.5 mV continuous withstand voltage 125 V 50/60 Hz 2-3 M input impedance Ω voltage sensor input, 1MAC057558-TC B Section 3 Type Test 615 Series ANSI 7 Type Test Certificate Description (IEC 60255-1 and IEC 60255-27) on the next page with rated voltage of 6... 30 kV requires continuous withstand voltage of 50 V input impedance Ω binary input at 50/60 Hz 3 M • Operating range • Current consumption • Power consumption 19.2... 300.0 VDC 1.6... 1.9 mA 31.0... 570.0 mW 1) Residual current 2) Residual current and/or phase ammeter 5: Power module test description Results Auxiliary voltage （IEC 60255-1，IEEE C37.90-2005）•PS_ H 38... 300 VDC 38... 264 VAC No effect No effect • PS_ L 12... 72 VDC No impact immunity Voltage dip (IEC 60255-11) • PS_ H Residual voltage 0%: 38... 300 VDC 0... 50 ms, normal operation>50 ms,
Restart residual voltage 40%: 38 VDC 300 VDC 200 ms, restart 200 ms, normal operation residual voltage 70%: 38 VDC 300 VDC 500 ms, restart 500 ms, normal operation residual voltage 0%, 38 VAC 0... 46 ms, normal operation>46 ms, restart residual voltage 0%: 48... 264 VAC 0.. 58 ms, normal operation>58 ms, restart residual voltage 40%: 38 VAC 264 VAC 200 ms, restart 200 ms, The residual voltage under normal operation is 70%: 38 VAC 264 VAC for 500 ms, restart for 500 ms. The next page of the table under normal operation continues with Section 3: 1MAC057558-TC Type B Test 8 615 Series ANSI Type Test Certificate Test Description Results • PS_ L residual voltage 0%: 19.2... 72 VDC 0... 50 ms, normal operation>50 ms, restart residual voltage 40%: 19.2 VDC 72 VDC 200 ms, restart 200 ms, normal operation residual voltage 70%: 19.2 VDC72 VDC 500 ms, normal operation 500 ms, normal operation auxiliary power supply voltage interruption (IEC 60255-11) • PS_ H 38 VDC, 5 s 300 VDC, 5 s 38 VAC, 5 s 264 VAC, 5 s Shutdown and correct restart Shutdown and correct restart Shutdown and correct restart Shutdown and incorrect restart • PS_ L 19.2 VDC, 5 s 72 VDC, 5 s shutdown and correct restart DC auxiliary voltage ripple (IEC 60255-11) max. 15%, f=2xfn no effect Gradual shutdown and startup (IEC 60255-11) Shutdown ramp: 60 s Power off time: 300 s Startup ramp: 60 s shutdown and correct restart DC power polarity reversal (IEC 60255-11) Duration 60 s Correct operation power consumption after test • PS_ H VDC~12.3 W (nominal)/~18.0 W (maximum) VAC~13.5 W (nominal)/~19.3 W (maximum) PS_ L VDC~11.7 W (nominal)/~16.9 W (maximum)
