很多人可能不理解物联网电表是什么,认为如果有无线通讯接口就是物联网电表。其实并不是这样的,物联网电表的特点?第一,电表要与云端联网;第二,需要有感知功能,比如停电感知功能,现在的国网电表就具备这样的功能;第三,要具体多方位的后台数据感知系统
安科瑞无线计量电能表 4G多功能物联网电表功能:
辅助电源:AC220V
应用组网:
技术参数:
能测量全电力参数包括电压U、电流I、有功功率P、无功功率Q、视在功率S、功率因数PF、电压、电流的相角、电压不平衡度、电流的不平衡度、频率F、31次分次谐波、奇偶次总谐波含量及总谐波含量。其中电压U保留1位小数,频率F保留2位小数,电流I保留2位小数,功率P保留3位小数, 相角度Φ保留2位小数,不平衡度△保留2位小数。
如:U = 220.1V,f = 49.98HZ, I = 1.99A, P = 0.219KW, Φ= 60.00°, △=0.00%
支持4路测温,测温范围:-40~150℃,精度±2℃
剩余电流检测,初始量程:0~1000mA,可设置量程倍数(1~60)
The full power parameters that can be measured include voltage U, current I, active power P, reactive power Q, apparent power S, power factor PF, voltage, phase angle of current, voltage imbalance, current imbalance, frequency F, 31st order harmonic, parity total harmonic content and total harmonic content. Among them, voltage U retains 1 decimal place, frequency F retains 2 decimal places, current I retains 2 decimal places, power P retains 3 decimal places, phase angle Φ retains 2 decimal places, and unbalance △ retains 2 decimal places.
For example: U = 220.1V, f = 49.98HZ, I = 1.99A, P = 0.219KW, Φ = 60.00°, △=0.00%
Support 4-way temperature measurement, temperature measurement range: -40 ~ 150 °C, accuracy ± 2 °C
Residual current detection, initial range: 0~1000mA, programmable range multiple (1~60)