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固定配置的故障記錄器與電能品質監測器

Fault recorder and power quality monitor with fixed configuration 型號:SHERLOG CRX 2032
SHERLOG CRX 2032 是全球廣泛驗證之模組化測量系統 SHERLOG CRX 的理想補充方案。
在具備相同效能與相同量測與分析功能的前提下,此標準化設備提供了更加緊湊的設計,特別適合用於空間受限的安裝環境。此外,透過標準化設計,無需進行專案客製化生產,可大幅縮短交期並帶來成本優勢。
  • 數位故障記錄系統
    SHERLOG-設備
    SHERLOG 故障記錄系統結合電能品質分析功能,用於對發電廠與變電站中的低壓、中壓及高壓電力網路進行全面監測與評估。
    SHERLOG 系列的測量裝置可對電力供應系統中發生的所有擾動進行極高解析度的記錄,同時也會記錄保護裝置與開關設備在系統擾動期間的行為。
    SHERLOG 故障記錄系統—專業事件分析
    SHERLOG 系列測量裝置在單一系統中結合了高階數位故障記錄器的監測功能與電能品質分析儀的特性。此系統可用於對輸電線路、母線等電力設備,以及其相關的保護裝置與開關設備進行全面監測。
    應用領域
    SHERLOG 系統適用於所有電壓等級,可作為集中式或分散式監測系統使用,並在單一裝置中整合以下功能:
    • 具備高達 30 kHz 取樣率的高解析度暫態故障記錄器
    • RMS 記錄器
    • 連續資料記錄器
    • 事件記錄器
    • 符合 IEC 61000-4-30 Class A 的電能品質分析儀
    • 故障定位功能
    • 同步相量量測單元(Phasor Measurement Unit)
    • 事件順序記錄
    • 依 IEC 61850 整合至變電站控制與保護系統
    應用範例
    • 具高取樣頻率的數位故障記錄器,用於暫態故障的詳細分析
    • 發電廠內之發電機監測
    • 電力擺動(Power Swing)的記錄與辨識
    • 電能品質分析,例如根據 EN 50160
    • 負載與頻率記錄
    • 用電量分析
    • 供電系統容量利用率與穩定性評估
    • 捕捉因發電機與負載結構持續變動所造成的影響
    • 監測並確認依個別協議之併網條件是否符合限制值
    • 作為投運與維護測試的文件化系統
    • 二進位狀態訊號的事件時間順序記錄與日誌功能
    固定配置的故障記錄器與電能品質監測器
    SHERLOG CRX 2032 是全球廣泛驗證之模組化測量系統 SHERLOG CRX 的理想補充方案。
    在具備相同效能與相同量測與分析功能的前提下,此標準化設備提供了更加緊湊的設計,特別適合用於空間受限的安裝環境。此外,透過標準化設計,無需進行專案客製化生產,可大幅縮短交期並帶來成本優勢。
    可配置式故障記錄器與電能品質監測器
    由於採用模組化與可擴充的設備設計概念,SHERLOG CRX 可依需求進行配置,並能輕鬆因應新需求進行調整或擴充。即使設備體積精巧,SHERLOG CRX 仍可配置最多 32 個交流/直流類比輸入及最多 128 個二進位輸入。
    針對大型系統監測需求,多台設備可透過 Interlink 介面進行網路連接。
    隨插即用技術
    透過隨插即用技術,可快速且輕鬆地完成擴充與配置變更。即使更換類比量測模組,也無需進行繁瑣且高成本的重新校正,因為校正資料已儲存在模組本身。
    機櫃系統
    除了量測系統本體之外,KoCoS 亦提供完整組裝並經測試的機櫃系統。此類系統皆依客戶規格進行個別設計與製造。在完成現場啟用與個別系統設定後,亦可提供現場或遠端維護服務,作為整體服務方案的一部分。

     
  • 設備特性
    • 8 個電壓輸入
    • 12 個電流輸入
    • 32 個二進位輸入
    • 類比輸入數量:8 至 32
    • 二進位輸入數量:0 至 128
    可配置插槽
    • 第二組電源供應器,用於冗餘供電
    • 介面模組,用於冗餘資料通訊與光纖連接
    • 同步模組,用於與所有常見時間同步標準進行高精度時間同步
  • DIGITAL FAULT RECORDING
    SHERLOG – Devices
    Fault recorder systems with a power quality analyzer for comprehensively monitoring and assessing low, medium and high voltage networks in power plants and transformer substations.
    The measuring devices of the SHERLOG range make very high-resolution recordings of all the disturbances which occur in power supply systems. The behavior of protection and switchgear devices during these system disturbances is recorded at the same time.
    SHERLOG fault recorder systems for professional event analysis
    The measuring devices of the SHERLOG range combine the monitoring functions of a high-class digital fault recorder with the features of a power quality analyzer in a single system. They can be used to comprehensively monitor power engineering equipment such as lines and bus bars and associated protection devices and switchgear equipment.
    Fields of application
    SHERLOG systems are suitable for all voltage levels. They can be used as centralized or decentralized monitoring systems and unite the following functions in one device:
    • High-resolution fault recorder for transient processes with sampling rates up to 30 kHz
    • RMS recorder
    • Continuous data recorder
    • Event recorder
    • Power quality analyzer to IEC61000-4-30 class A
    • Fault locator
    • Phasor measurement unit
    • Sequence of events recorder
    • Integration in substation control and protection systems to IEC 61850
    Examples of applications
    • Digital fault recorder with a high sampling frequency for detailed analysis of transient faults
    • Generator monitoring in power plants
    • Recording and identification of power swings
    • Power quality analysis, e.g. to EN 50160
    • Load and frequency recording
    • Analysis of power consumption
    • Assessment of the capacity utilization and stability of supply systems
    • Capture of influences resulting from a constantly fluctuating generator and load structure
    • Monitoring of individually agreed connection conditions for compliance with limit values
    • Documentation system for commissioning and service tests
    • Chronological event recording and logging of binary status signals
    Fault recorder and power quality monitor with fixed configuration
    The SHERLOG CRX 2032 is the ideal complement to our globally proven modular measuring system SHERLOG CRX.
    With the same performance and identical measuring and analysis functions, these standard unit offers an even more compact design, which is ideal for use in confined spaces. In addition, this standardization eliminates the need for project-specific production, which leads to significantly shorter delivery times as well as cost advantages.
    Configurable fault recorder and power quality monitor
    Thanks to the modular, scalable device concept, SHERLOG CRX can be equipped as needed and easily adapted or expanded to meet new requirements. Despite its compact dimensions, SHERLOG CRX can be equipped with up to 32 analogue inputs for AC and DC measurements and with up to 128 binary inputs.
    For monitoring extensive systems, individual units can be networked via an interlink interface.
    Plug & Play-Technology
    Extensions and configuration changes can be carried out easily and quickly due to the plug & play technology. Even the replacement of the analogue measuring modules is possible without time-consuming and cost-intensive adjustment, as the calibration data is stored on the modules.
    SHERLOG Cabinet Systems
    In addition to the measuring systems themselves, KoCoS also offers completely assembled and tested cabinet systems. These are individually designed and manufactured according to customer specifications. Of course, after successful commissioning and individual configuration of the systems, an on-site or remote maintenance service is also included in the range of services.


     
  • Equipment features
    • 8 voltage inputs
    • 12 current inputs
    • 32 binary inputs
    • Number of analogue inputs: 8 to 32
    • Number of binary inputs: 0 to 128
    Slots to accommodate
    • second power supply unit for redundant power supply
    • Interface module for redundant data communication and fiber optic connection
    • Synchronization module for precise time synchronization to all common standards