用途场景
规格参数
产品描述
EV1000-DC系列便携式直流充电桩（机）综合测试仪应用于电动汽车非车载传导式充电机的研发调试、计量检测及第三方检测机构现场检测等。
产品介绍
EV1000-DC-CCS系列便携式直流充电桩（机）测试仪符合IEC 61851-1、IEC 61851-23要求，具备计量检定、故障模拟、协议一致性测试等功能。主要应用于欧标直流充电桩产品的前期研发、在线调试、下线检测、老化试验、功能验证等，也可应用于直流充电桩安装完毕后各项性能测试、通信协议测试、计量检定等。
◉测试仪符合IEC 61851-23、IEC 61851-23要求，具备计量检定、故障模拟、协议一致性测试等功能。
◉配备LAN、RS232、RS485、USB等多种通讯方式，现场操作方便。
◉使用内置精度0.1%（选配0.05%计量高精度计量模组），电流/电压型测试接口，可使用多种方法进行检定；大功率输出负载枪座，方便快速连接负载设备，提高使用效率。
◉测试仪真实模拟充电过程和各种故障，辅助电源系统验证，避免电动汽车实车检测装置所带来的测试内容不全面、测试使用不方便、车辆动力电池充电和放电耗时耗力、频繁充电导致电池寿命缩短等问题。
品名 | 欧标直流充电桩(机)综合测试仪 |
型号 | EV1000-DC-CCS |
输入枪座 | 直流充电接口/1个DC1000V200A/300A/600A |
检测对象 | 欧标直流充电桩 |
电压/电流采样 | ±0.05%RD+±0.005%RG(0V≤U≤1500V)/±0.05%RD+±0.005%RG(0A≤I≤300A) |
电能测量 | ±0.05%RD |
电池电压模拟范围 | 10-1000VDC |
采集通道数 | 12个通道采集 |
相位测量 | 相位测量范围：0.00°-359.99°，相位测量准确度：0.02°(30V≤U≤380V,10A≤l≤63A)≤63A) |
电能脉冲输入 | 校电能表脉冲常数(rkWh): 设置范围:1-2000.000.000/校验圈数设置范围: 1-999,999,999;最高接收脉冲频率为50kHz |
日计时脉冲输入时脉 | 时钟频率(HZ)设置范围：0.01-50,000.00，校验圈数设置范围：1-999,999,999，最高接收脉冲频率为50KHZ |
GPS对时精度 | 时钟准确度：土0.2ppm |
温湿度测量 | 温度测量范围：-25℃-55℃，温度测量准确度：土0.3℃，温度测量分辨率：0.1℃/湿度测量范围：0%-100%，湿度测量准确度：±4%，湿度测量分辨率：1% |
大气压测量 | 大气压测量范围：300-1000hPa(海拔-500m-9000m)，大气压测量相对精度：土0.24hPa(±2m)，大气压测量绝对精度：土2hPa |
工作电源 | 100-240VAC,50Hz;35w |
通信接口 | LAN、RS232、RS485、USB |
负载功率 | 无内置负载（可外接负载设备≤250A） |
尺寸重量 | L561*W455*H265mm |
显示方式 | 10.1寸触摸屏（工控一体机） |
选配功能 | £上位机软件 £内置电池 £计量模组 £录波模组 |
使用环境 | 工作温度:-20℃~50℃ |
存储温度:-30℃~70℃ | |
相对湿度:≤90%Rh（10℃至30℃）；≤75%Rh（30℃至40℃）；≤45%Rh（40℃至50℃） | |
参考标准 | ISO 15118、DIN 70121、DIN 70122、 IEC 61851-1、IEC61851-23、IEC 62196 |
备注 | |
测试项目
序号 | 测试项目 | 参考标准 |
1 | Oscillator frequency and generator voltage test | IEC 61851-1 A.4.4 |
2 | Duty cycle test | IEC 61851-1 A.4.5 |
3 | Pulse wave shape test | IEC 61851-1 A.4.6 |
4 | Test of interruption of the protective conductor | IEC 61851-1 A.4.8 |
5 | Test of short-circuit values of the voltage | IEC 61851-1 A.4.9 |
6 | Continuous continuity checking of the protective conductor | IEC 61851-23 6.3.1.2 |
7 | Verification that the EV is properly connected to the EV supply equipment | IEC 61851-23 6.3.1.3 |
8 | Energization of the power supply to the EV | IEC 61851-23 6.3.1.4 |
9 | De-energization of the power supply to the EV | IEC 61851-23 6.3.1.5 |
10 | Compatibility check | IEC 61851-23 6.3.1.104 |
11 | Insulation resistance check before energy transfer | IEC 61851-23 6.3.1.105 |
12 | Short-circuit check before energy transfer | IEC 61851-23 6.3.1.109 |
13 | User initiated shutdown | IEC 61851-23 6.3.1.110 |
14 | Voltage limitation between side B live parts (DC+ and DC-)and protective conductor | IEC 61851-23 6.3.1.112 |
15 | Shutdown of the EV supply equipment | IEC 61851-23 6.3.1.113 |
16 | Sleep mode of the EV supply equipment | IEC 61851-23 6.3.2.101 |
17 | Normal startup | IEC 61851-23 CC.3.2 |
18 | Normal shutdown or pause after energy transfer | IEC 61851-23 CC.3.3 |
19 | Error and emergency handling | IEC 61851-23 CC.3.4 |
20 | Loss of electrical continuity of the control pilot conductor | IEC 61851-23 CC.4.3 |
21 | Loss of electrical continuity of the proximity detection conductor | IEC 61851-23 CC.4.4 |
22 | Voltage check at initialization | IEC 61851-23 CC.4.5 |
23 | Loss of electrical continuity of the protective conductor | IEC 61851-23 CC.4.7 |
24 | Sleep mode and communication session restart methods | IEC 61851-23 CC.5.2 |
25 | Compatibility check | IEC 61851-23 CC.5.6 |
26 | Measuring current and voltage at side B | IEC 61851-23 CC.6.3 |
27 | Compatibility check | IEC 61851-23 CC.7.5.1 |
28 | Normal startup | IEC 61851-23 CC.7.5.2 |
29 | Wake up of EV supply equipment by EV | IEC 61851-23 CC.7.5.3 |
30 | Loss of electrical continuity of the control pilot conductor | IEC 61851-23 CC.7.5.4 |
31 | Protective conductor continuity checking | IEC 61851-23 CC.7.5.5 |
32 | Protection against overvoltage at the vehicle connector | IEC 61851-23 CC.7.5.7 |
33 | Emergency shutdown in case of proximity pilot disconnection | IEC 61851-23 CC.7.5.8 |
34 | 0A mode during energy transfer | IEC 61851-23 CC.7.5.12 |
35 | Insulation resistance checks before pre-charge(cable-check) | IEC 61851-23 CC.7.5.15 |
36 | Insulation resistance check to detect fault state during energy transfer | IEC 61851-23 CC.7.5.16 |
37 | Short-circuit between the control pilot conductor and the protective conductor | IEC 61851-23 CC.7.5.17 |
38 | Test of measured voltage values during welding detection | IEC 61851-23 CC.7.5.19 |
39 | Normal shutdown by EV supply equipment | IEC 61851-23 CC.7.5.20 |
40 | Normal shutdown by EV | IEC 61851-23 CC.7.5.21 |
41 | Short-circuit check before energy transfer | IEC 61851-23 CC.7.5.22 |
42 | Functional check of the insulation monitoring device | IEC 61851-23 CC.7.5.23 |
43 | 通讯协议一致性测试 | DIN 70121 DIN 70122 ISO 15118 |
