函数 ChangeDisplay() { var fSwitchOn = document.getElementById("firstSliderOn"); var fSwitchOff = document.getElementById("firstSliderOff"); var sSwitchOn = document.getElementById("secondSliderOn"); var sSwitchOff = document.getElementById("secondSliderOff"); var imgOn = document.getElementById("firstDisplayON"); var imgOff = document.getElementById("firstDisplayOFF"); var tableOne = document.getElementById("tableOne"); var tableTwo = document.getElementById("tableTwo"); var tableThree = document.getElementById("tableThree"); var buttonsOneTable = document.getElementById("buttonsOneTable"); var buttonTwoTable = document.getElementById("buttonsTwoTable"); var buttonsThreeTable = document.getElementById("buttonsThreeTable"); var fDisplayOnText = document.getElementById("firstDisplayONText"); var rp3000xtSection = document.getElementById("rp3000xtSection"); if(fSwitchOn.style.display === "none") { fSwitchOn.style.display = "block"; fSwitchOff.style.display = "无"; sSwitchOn.style.display = "无"; sSwitchOff.style.display = "块"; imgOn.style.display = "块"; imgOff.style.display = "无"; tableOne.style.display = "无"; tableTwo.style.display = "块"; tableThree.style.display = "无"; buttonOneTable.style.display = "无"; buttonTwoTable.style.display = "块"; buttonThreeTable.style.display = "无"; rp3000xtSection.style.display = "无"; fDisplayOnText.style.display = "块"; } else { fSwitchOn.style.display = "none"; fSwitchOff.style.display = "块"; sSwitchOn.style.display = "无"; sSwitchOff.style.display = "无"; imgOn.style.display = "无"; imgOff.style.display = "块"; tableOne.style.display = "块"; tableTwo.style.display = "无"; tableThree.style.display = "无"; buttonOneTable.style.display = "块"; buttonTwoTable.style.display = "无"; buttonThreeTable.style.display = "无"; rp3000xtSection.style.display = "flex"; fDisplayOnText.style.display = "无"; } }
函数 ChangeSecondDisplay() { var sSwitchOn = document.getElementById("secondSliderOn"); var sSwitchOff = document.getElementById("secondSliderOff"); var tableOne = document.getElementById("tableOne"); var tableTwo = document.getElementById("tableTwo"); var tableThree = document.getElementById("tableThree"); var buttonsOneTable = document.getElementById("buttonsOneTable"); var buttonTwoTable = document.getElementById("buttonsTwoTable"); var buttonsThreeTable = document.getElementById("buttonsThreeTable"); if(sSwitchOn.style.display === "none") { sSwitchOn.style.display = "block"; sSwitchOff.style.display = "无"; tableOne.style.display = "无"; tableTwo.style.display = "无"; tableThree.style.display = "块"; buttonOneTable.style.display = "无"; buttonTwoTable.style.display = "无"; buttonThreeTable.style.display = "块"; } else { sSwitchOn.style.display = "none"; sSwitchOff.style.display = "块"; tableOne.style.display = "无"; tableTwo.style.display = "块"; tableThree.style.display = "无"; buttonOneTable.style.display = "无"; buttonTwoTable.style.display = "块"; buttonThreeTable.style.display = "无"; } }
MFR300

测量和保护

用于单相和三相电力系统的测量传感器和保护装置。

    • 通过 CAN 总线连接 PLC
    • 使用继电器推送命令和控制断路器

测量

易保护 1410MFR300
职能
3 个真有效值电压输入
3 个真有效值电流输入
0.5级测量精度
可配置的跳闸/控制设定点
可配置的延迟定时器
单个警报(0.02 至 300.00 秒)
4 个可配置继电器(转换)24
1个“运行就绪”继电器
可切换继电器逻辑
2 kWh 计数器(最大 1012 kWh)
2 个 kvarh 计数器(最大 1012 kvarh)
CANopen / Modbus 通讯
可通过 CAN 总线 / RS-485 进行配置
/ 服务端口 (USB/RS-232)
可通过服务端口 (USB / RS-232) 进行配置
保护
过压/欠压 (59/27)
过频/欠频 (81O/U)
电压不对称 (47)
过载 (32)
正/负负载(32R/F)
不平衡负载 (46)
相移 (78)
过电流 (50/51)
df/dt (ROCOF)
接地故障
QV 监控
电压升高
可自由配置的时间相关欠压监控: FRT(故障穿越)

MFR-300 Multifunction Relay / Measuring Transducer with CANopen / Modbus Communication

The MFR 300 is a measuring transducer for monitoring single- and three-phase power systems. The MFR 300 has both voltage and current inputs for measuring an electrical power source. A digital processor makes it possible to accurately to measure true RMS values, regardless of harmonics, transients or disturbing pulses. The primary measured and calculated values are transmitted via CANopen / Modbus protocol to a supervisory control system.
The MFR 300 performs monitoring functions for mains decoupling, including four freely configurable time-dependent undervoltage monitoring functions for FRT (fault ride-through).
The primary measured values of voltage and current are used to calculate the real, reactive, and apparent power and the power factor (cosphi) values.

配件

Configuration Software

工具包

configuration via Woodward’s standard Software Toolkit.

USB

USB配置接口

USB端口配置界面。 PC/笔记本电脑侧通过电流隔离与伍德沃德单元侧分离。

 

零件编号:5417-1251

zh_CNChinese