RMC-131D2 差动电流继电器

RMC-131D2 差动电流继电器

主要特点：

差分电流测量：RMC-131D2 采用灵敏的差分电流测量技术，可识别输入和输出电流之间的微小不平衡，有效检测漏电流和初期故障。

快速响应时间：该继电器具有快速响应时间，可在检测到故障时快速断开发电机与电网的连接，zui大限度地减少对发电机的损坏并防止进一步的系统干扰。

可调整设置：继电器允许调整各种参数，包括差分电流阈值，运行时延，和复位时间延迟，能够根据特定的发电机和应用要求进行定制。

多种保护功能：除了差动保护外，RMC-131D2还提供额外的保护功能，如过流保护、过压保护和剩余电压保护，提供全面的发电机保护。

通信接口：继电器提供通信接口，如 RS-232 和 RS-485，用于与控制系统、SCADA（监控和数据采集）系统、 and other monitoring equipment.

应用：

RMC-131D2 差分继电器主要用于各种应用中的发电机保护，包括：

发电：保护发电厂的发电机，热电联产设施，和备用电源系统。

船舶应用：保护船上的发电机，游艇和海上平台。

风力发电机：保护风力涡轮机中的发电机，实现可靠高效的风力发电。

工业应用：保护工业设施中的发电机，例如制造工厂和数据中心。

应急电源系统：确保关键基础设施应急电力系统中发电机的完整性。

总体而言，RMC-131D2 差分继电器是发电机保护的重要组成部分，可提供可靠有效的故障检测和隔离，以保护发电机免受损坏并防止电网干扰。其差分电流测量、快速响应时间、可调设置、多种保护功能和通信接口使其成为各种应用中保护发电机的宝贵资产。

RMC-131D2 差动电流继电器

Main features:

Differential current measurement: The RMC-131D2 uses sensitive differential current measurement technology to identify small imbalances between input and output currents and effectively detect leakage current and incipient failures.

Fast response time: The relay has a fast response time to quickly disconnect the generator from the grid when a fault is detected, minimizing damage to the generator and preventing further system interference.

Adjustable Settings: Relays allow adjustment of various parameters, including differential current threshold, operating delay, and reset time delay, and can be customized to specific generator and application requirements.

Multiple protection features: In addition to differential protection, the RMC-131D2 offers additional protection features such as overcurrent protection, overvoltage protection and residual voltage protection to provide comprehensive generator protection.

Communication interface: Relays provide communication interfaces such as RS-232 and RS-485 for communication with control systems, SCADA (Supervisory Control and Data Acquisition) systems, and other monitoring equipment.

Applications:

RMC-131D2 differential relays are primarily used for generator protection in a variety of applications, including:

Power generation: Protect power plants' generators, cogeneration facilities, and backup power systems.

Marine applications: Protect generators on board ships, yachts and offshore platforms.

Wind turbines: Protect the generators in wind turbines for reliable and efficient wind power generation.

Industrial applications: Protect generators in industrial facilities, such as manufacturing plants and data centers.

Emergency Power systems: Ensure the integrity of generators in critical infrastructure emergency power systems.

Overall, RMC-131D2 differential relays are an important part of generator protection, providing reliable and effective fault detection and isolation to protect generators from damage and prevent grid interference. Its differential current measurement, fast response time, adjustable Settings, multiple protection functions and communication interfaces make it a valuable asset for protecting generators in a variety of applications.