469-P5-LO-A20-T GE 继电器加速跳闸 PLC启动控制模块

469-P5-LO-A20-T GE 继电器加速跳闸 PLC启动控制模块

469-P5-LO-A20-T GE 继电器加速跳闸 PLC启动控制模块

469-P5-LO-A20-T 拥有 GE Multilin 的 469 系列的可选以太网连接，是一款电机管理继电器，可以使用其以太网功能在网络上运行，而不仅仅是 RS242 或 RS485 连接。

十二个 RTD 输入各为 3 线：这些线由 100 Ω 铂 (DIN.43760)、100 Ω 镍、120 Ω 镍、10 Ω 铜组成。电阻温度检测器可以监控变量，例如最热的温度，以确定系统中出现问题的时间和位置。

469-P5-LO-A20-T 不仅可以监测温度，还可以监测更多。它还可以使用其计量功能来记录与安培、电压、瓦特、频率等有关的值。EnerVista 469 程序可以对数据进行趋势分析和导出，以供用户和技术人员进行分析。从数据中得出的结论可以通过继电器的设定点系统实施，根据您系统的独特需求和操作环境创建更有效的设置。

该装置还具有增强型面板，具有更宽的 LCD 和更有效的键盘和 LED 放置。显示屏为 40 个字母数字字符，在各种照明条件下均可轻松查看。显示器还可以在不使用时显示不同的系统值，为继电器附近的用户提供快速有效的参考点。LED 指示灯还提供参考点，因为它们能够根据系统本身的状况变为绿色、琥珀色或红色。

469-P5-LO-A20-T GE 继电器加速跳闸 PLC启动控制模块

With an optional Ethernet connection from GE Multilin's 469 series, the 469-P5-LO-A20-T is a motor management relay that can operate on a network using its Ethernet capabilities, rather than just RS242 or RS485 connections.

The twelve RTD inputs are three wires each: these wires are composed of 100 Ω platinum (DIN.43760), 100 Ω nickel, 120 Ω nickel, and 10 Ω copper. Resistance temperature detectors can monitor variables, such as the hottest temperature, to determine when and where problems occur in the system.

The 469-P5-LO-A20-T can monitor more than just temperature. It can also use its metering function to record values related to amperage, voltage, watt, frequency, etc. The EnerVista 469 program can trend and export data for analysis by users and technicians. The conclusions drawn from the data can be implemented through the relay's set point system, creating a more efficient setup based on the unique needs and operating environment of your system.

The unit also features an enhanced panel with a wider LCD and more efficient keyboard and LED placement. The display is 40 alphanumeric characters and can be easily viewed in all lighting conditions. The display can also display different system values when not in use, providing a quick and efficient reference point for users near the relay. LED indicators also provide reference points, as they can turn green, amber or red depending on the condition of the system itself.