MULTILIN F53U04HKHF8LH6饋線保護系統
1.產 品 資 料 介 紹:
中文資料:
MULTILIN F53U04HKHF8LH6 是 GE Multilin 系列中的饋線保護系統,設計用于為電力系統中的饋線提供綜合保護。這款饋線保護系統具有以下主要特點:
主要特點:
多功能保護:
- 過電流保護:提供短路和過載保護,監測饋線上的電流情況,并在出現過電流時自動斷開電路,以防止設備損壞。
- 接地故障保護:檢測饋線上的接地故障,提供故障報警和斷開電路功能,保護系統免受接地故障影響。
- 過電壓和欠電壓保護:監控饋線電壓,提供過電壓和欠電壓保護,確保電力系統穩定運行。
- 頻率保護:監控電力系統的頻率,防止頻率異常對設備造成影響。
實時監控和數據記錄:
- 狀態監測:實時監控饋線的電流、電壓和其他電氣參數,幫助用戶了解系統的運行狀況。
- 事件記錄:記錄電力系統中的故障事件和操作記錄,支持故障診斷和系統優化。
- 數據存儲:存儲歷史數據和故障信息,便于后續分析和報告生成。
控制功能:
- 自動控制:支持自動控制功能,如饋線斷路器的自動合閘和斷開,以優化系統運行。
- 手動控制:提供手動控制選項,允許操作員進行人工干預和調整,增加靈活性。
通訊能力:
- 多種通訊協議:支持Modbus、DNP3、IEC 61850等通訊協議,便于與其他系統進行集成。
- 數據接口:提供多種數據接口,如以太網和串口,支持數據傳輸和系統集成。
配置和安裝:
- 靈活配置:支持多種配置選項,以適應不同的應用需求和系統架構。
- 易于安裝:設計考慮到簡化安裝和維護過程,減少安裝時間和維護成本。
保護和診斷功能:
- 自診斷功能:具備自診斷能力,能夠檢測和報告系統內部的故障或異常。
- 遠程診斷:支持遠程訪問和診斷功能,方便維護人員進行遠程故障排查和系統配置。
用戶界面和操作:
- 友好界面:提供易于操作的用戶界面,方便設置和操作。
- 圖形顯示:支持圖形化顯示饋線狀態和保護功能,提高操作員的工作效率。
應用領域:
變電站:
- 饋線保護:為變電站中的饋線提供全面保護,確保電力系統的穩定性和安全性。
- 故障隔離:在變電站發生故障時,迅速隔離故障區域,防止故障擴散到其他部分。
配電系統:
- 配電線路保護:為配電系統中的饋線提供過電流、接地故障和電壓保護,確保配電線路的正常運行。
- 負荷管理:優化配電系統中的負荷管理,防止過載和設備損壞。
工業設施:
- 工廠電力保護:保護工業設施中的電力系統,防止設備故障和生產中斷。
- 自動化系統:支持工業自動化系統中的饋線保護和控制,提高生產效率和系統可靠性。
新能源發電:
- 風電場:監控和保護風電場中的饋線,確保風力發電系統的穩定運行。
- 太陽能電站:為太陽能電站中的饋線提供保護,優化太陽能發電系統的性能。
交通運輸:
- 鐵路系統:保護鐵路電力系統中的饋線,確保鐵路設施的正常運行。
- 地鐵系統:為地鐵系統中的饋線提供保護,確保地鐵運營的安全性。
主要優勢:
- 全面保護:提供多種保護功能,確保饋線和電力系統的安全運行。
- 實時監控:支持實時監控和數據記錄,幫助用戶進行故障診斷和系統優化。
- 靈活控制:支持自動和手動控制選項,滿足不同操作需求。
- 強大通訊能力:支持多種通訊協議和數據接口,便于系統集成和數據傳輸。
- 易于安裝:設計便于安裝和維護,減少停機時間和維護成本。
結論
MULTILIN F53U04HKHF8LH6 飼線保護系統是電力系統保護和控制的重要設備,廣泛應用于變電站、配電系統、工業設施、新能源發電和交通運輸等領域。其全面的保護功能、實時監控、靈活控制和強大的通訊能力使其成為各種電力系統的理想選擇。
英文資料:
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.產 品 展 示
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R65GENA-NP-RW-VS-02 | R21GENA-R1-NS-NV-01 | R33GNC-HS-NS-NO-02 |
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R46GEBA-HS-NS-NV-00 | R43HEBA-R2-NS-VS-02 | R34JEBC-R2-NS-NV-00 |
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