MULTILIN F53U04HKHF8LH6馈线保护系统

1.产 品 资 料 介 绍：

中文资料：

MULTILIN F53U04HKHF8LH6 是 GE Multilin 系列中的馈线保护系统，设计用于为电力系统中的馈线提供综合保护。这款馈线保护系统具有以下主要特点：

主要特点：

1. 多功能保护：

• 过电流保护：提供短路和过载保护，监测馈线上的电流情况，并在出现过电流时自动断开电路，以防止设备损坏。
• 接地故障保护：检测馈线上的接地故障，提供故障报警和断开电路功能，保护系统免受接地故障影响。
• 过电压和欠电压保护：监控馈线电压，提供过电压和欠电压保护，确保电力系统稳定运行。
• 频率保护：监控电力系统的频率，防止频率异常对设备造成影响。

2. 实时监控和数据记录：

• 状态监测：实时监控馈线的电流、电压和其他电气参数，帮助用户了解系统的运行状况。
• 事件记录：记录电力系统中的故障事件和操作记录，支持故障诊断和系统优化。
• 数据存储：存储历史数据和故障信息，便于后续分析和报告生成。

3. 控制功能：

• 自动控制：支持自动控制功能，如馈线断路器的自动合闸和断开，以优化系统运行。
• 手动控制：提供手动控制选项，允许操作员进行人工干预和调整，增加灵活性。

4. 通讯能力：

• 多种通讯协议：支持Modbus、DNP3、IEC 61850等通讯协议，便于与其他系统进行集成。
• 数据接口：提供多种数据接口，如以太网和串口，支持数据传输和系统集成。

5. 配置和安装：

• 灵活配置：支持多种配置选项，以适应不同的应用需求和系统架构。
• 易于安装：设计考虑到简化安装和维护过程，减少安装时间和维护成本。

6. 保护和诊断功能：

• 自诊断功能：具备自诊断能力，能够检测和报告系统内部的故障或异常。
• 远程诊断：支持远程访问和诊断功能，方便维护人员进行远程故障排查和系统配置。

7. 用户界面和操作：

• 友好界面：提供易于操作的用户界面，方便设置和操作。
• 图形显示：支持图形化显示馈线状态和保护功能，提高操作员的工作效率。

应用领域：

1. 变电站：

• 馈线保护：为变电站中的馈线提供全面保护，确保电力系统的稳定性和安全性。
• 故障隔离：在变电站发生故障时，迅速隔离故障区域，防止故障扩散到其他部分。

2. 配电系统：

• 配电线路保护：为配电系统中的馈线提供过电流、接地故障和电压保护，确保配电线路的正常运行。
• 负荷管理：优化配电系统中的负荷管理，防止过载和设备损坏。

3. 工业设施：

• 工厂电力保护：保护工业设施中的电力系统，防止设备故障和生产中断。
• 自动化系统：支持工业自动化系统中的馈线保护和控制，提高生产效率和系统可靠性。

4. 新能源发电：

• 风电场：监控和保护风电场中的馈线，确保风力发电系统的稳定运行。
• 太阳能电站：为太阳能电站中的馈线提供保护，优化太阳能发电系统的性能。

5. 交通运输：

• 铁路系统：保护铁路电力系统中的馈线，确保铁路设施的正常运行。
• 地铁系统：为地铁系统中的馈线提供保护，确保地铁运营的安全性。

主要优势：

• 全面保护：提供多种保护功能，确保馈线和电力系统的安全运行。
• 实时监控：支持实时监控和数据记录，帮助用户进行故障诊断和系统优化。
• 灵活控制：支持自动和手动控制选项，满足不同操作需求。
• 强大通讯能力：支持多种通讯协议和数据接口，便于系统集成和数据传输。
• 易于安装：设计便于安装和维护，减少停机时间和维护成本。

结论

MULTILIN F53U04HKHF8LH6 饲线保护系统是电力系统保护和控制的重要设备，广泛应用于变电站、配电系统、工业设施、新能源发电和交通运输等领域。其全面的保护功能、实时监控、灵活控制和强大的通讯能力使其成为各种电力系统的理想选择。

英文资料：

MULTILIN F53U04KHF8LH6 is a feeder protection system in the GE Multilin series, designed to provide comprehensive protection for feeders in power systems. This feeder protection system has the following main features:

Main features:

Multi functional protection:

Overcurrent protection: Provides short circuit and overload protection, monitors the current situation on the feeder, and automatically disconnects the circuit in case of overcurrent to prevent equipment damage.

Ground fault protection: detects ground faults on the feeder line, provides fault alarm and circuit disconnection functions, and protects the system from the impact of ground faults.

Overvoltage and undervoltage protection: Monitor feeder voltage, provide overvoltage and undervoltage protection, and ensure stable operation of the power system.

Frequency protection: Monitor the frequency of the power system to prevent abnormal frequencies from affecting equipment.

Real time monitoring and data recording:

Status monitoring: Real time monitoring of feeder current, voltage, and other electrical parameters to help users understand the operating status of the system.

Event recording: Record fault events and operation records in the power system, supporting fault diagnosis and system optimization.

Data storage: Store historical data and fault information for subsequent analysis and report generation.

Control function:

Automatic control: Supports automatic control functions, such as automatic closing and opening of feeder circuit breakers, to optimize system operation.

Manual control: Provides manual control options, allowing operators to manually intervene and adjust, increasing flexibility.

Communication ability:

Multiple communication protocols: Supports communication protocols such as Modbus, DNP3, IEC 61850, etc., making it easy to integrate with other systems.

Data interface: Provides multiple data interfaces, such as Ethernet and serial ports, supporting data transmission and system integration.

Configuration and installation:

Flexible configuration: Supports multiple configuration options to adapt to different application requirements and system architectures.

Easy to install: The design considers simplifying the installation and maintenance process, reducing installation time and maintenance costs.

Protection and diagnostic functions:

Self diagnostic function: It has the ability to self diagnose and detect and report internal faults or abnormalities in the system.

Remote diagnosis: supports remote access and diagnostic functions, making it convenient for maintenance personnel to conduct remote troubleshooting and system configuration.

User interface and operation:

Friendly interface: Provides an easy-to-use user interface for easy setup and operation.

Graphic display: Supports graphical display of feeder status and protection functions, improving operator efficiency.

Application areas:

Substation:

Feedline protection: provides comprehensive protection for feeders in substations, ensuring the stability and safety of the power system.

Fault isolation: In the event of a fault in a substation, quickly isolate the fault area to prevent the fault from spreading to other parts.

Power distribution system:

Distribution line protection: provides overcurrent, ground fault, and voltage protection for feeders in the distribution system, ensuring the normal operation of distribution lines.

Load management: Optimize load management in the distribution system to prevent overload and equipment damage.

Industrial facilities:

Factory power protection: protects the power system in industrial facilities, preventing equipment failures and production interruptions.

Automation system: supports feeder protection and control in industrial automation systems, improving production efficiency and system reliability.

New energy generation:

Wind farm: Monitor and protect the feeders in the wind farm to ensure the stable operation of the wind power generation system.

Solar power station: provides protection for the feeders in the solar power station and optimizes the performance of the solar power generation system.

Transportation:

Railway system: Protect the feeders in the railway power system to ensure the normal operation of railway facilities.

Subway system: Provide protection for the feeders in the subway system to ensure the safety of subway operations.

Main advantages:

Comprehensive protection: Provides multiple protection functions to ensure the safe operation of feeders and power systems.

Real time monitoring: supports real-time monitoring and data recording, helping users with fault diagnosis and system optimization.

Flexible control: Supports automatic and manual control options to meet different operational needs.

Powerful communication capability: Supports multiple communication protocols and data interfaces, facilitating system integration and data transmission.

Easy to install: Designed for easy installation and maintenance, reducing downtime and maintenance costs.

conclusion

The MULTILIN F53U04KHF8LH6 feeding line protection system is an important equipment for power system protection and control, widely used in substations, distribution systems, industrial facilities, new energy generation, and transportation. Its comprehensive protection functions, real-time monitoring, flexible control, and powerful communication capabilities make it an ideal choice for various power systems.

2.产      品      展      示      

3.其他产品

MOTOROLA MVME761-001自动化控制模块

BENTLY 350022M 138607-01系统模块卡件

IS200EROCH1ABB燃机模块

4.其他英文产品

GE 350-007614-132C Controller card

GE 350-017614-132D Controller card

GE 350-027750-746001P control pulse card

5.更多库存型号

本篇文章出自瑞昌明盛自动化设备有限公司官网，转载请附上此链接:http://www.jiangxidcs.com

品牌：MULTILIN

型号：F53U04HKHF8LH6馈线保护系统

质保：一年

成色：全新/二手

优势产品：ABB、GE、FOXBORO、TRICONEX、BENTLY、A-B、MOTOROLA、HONEYWELL 、SCHNEIDER 

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特点：主营产品各种模块/卡件，控制器，触摸屏，伺服驱动器。

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