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SEL-T400L Time Domain Line Protection
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SEL-T400L Time-Domain Line Protection
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SEL‑T400L: Защита линии, основанная на анализе сигналов во временной области
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Информационные листы
SEL‑T400L: Защита линии, основанная на анализе сигналов во временной области
Листы технических данных
На английском языке
SEL-T400L Time-Domain Line Protection
Спецификации
На английском языке
SEL-T400L Time-Domain Line Protection
SEL-T400L Time-Domain Line Protection
Инструкции по эксплуатации
На английском языке
SEL-T400L Time Domain Line Protection
Шаблоны маркировки
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SEL-T400L Configurable Label Template
SEL-T400L Configurable Label Template (A4)
SEL-T400L Configurable Label Instructions
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SEL-T400L DNP Device Profile Information
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Руководства по применению
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Double-Ended Traveling-Wave Fault Locating Using the SEL RTAC as a DNP3 Client
Related Material
fb_TWFaultLocation.xml
Using an SEL RTAC to Integrate the SEL-T400L Relay With SCADA
Технические документы
На английском языке
Case Study: Traveling-Wave Fault Locating for an HVdc Transmission Line
Dependability of Transient-Based Line Protection Elements and Schemes
Energy and Power Measurements on a Nonsinusoidal 345 kV System Using Three-Phase Megahertz Time-Series Data
Megahertz-Sampled Observations of AC Level 2 Onboard Electric Vehicle Charging
Getting the Lines Crossed—How a Three-Phase Series Fault Caused a Sequence of Relay Operations
Evaluating Phasor-Based and Time-Domain Elements for Short Line Applications
Correlating Traveling-Wave Arrival Times to the Bewley Diagram—A New Systematic Approach for Offline Traveling-Wave Fault Locating
UHS Relay Testing for Optimal Protection of a Long 345 kV Line With Series Compensation
An Unlikely Pair? Combining Traveling Waves and Phasors for Reclosing on Hybrid Lines
Finding Faults Fast Saves Money and Improves Service
A Method for Evaluating Loadability of Incremental-Quantity Distance Elements
Evaluation of Ultra-High-Speed Line Protection, Traveling-Wave Fault Locating, and Circuit Breaker Reignition Detection on a 220 kV Line in the Kalahari Basin, Namibia
Traveling-Wave Overcurrent – A New Way to Protect Lines Terminated on Transformers
Double-Ended Traveling-Wave Fault Locating Without Relay-to-Relay Communications
Distance Protection: Why Have We Started With a Circle, Does It Matter, and What Else Is Out There?
Line Length and Fault Distance Considerations in Traveling-Wave Protection and Fault-Locating Applications
Circuit Breaker Ratings – A Primer for Protection Engineers
Preventing Line Faults With Continuous Monitoring Based on Current Traveling Waves
Locating Faults Before the Breaker Opens – Adaptive Autoreclosing Based on the Location of the Fault
Application of Ultra-High-Speed Protection and Traveling-Wave Fault Locating on a Hybrid Line
Improving Line Crew Dispatch Accuracy When Using Traveling-Wave Fault Locators
Practical Experience With Ultra-High-Speed Line Protective Relays
Mystery Solved: Five Surprises Discovered With Megahertz Sampling and Traveling-Wave Data Analysis
Field Experience With an Ultra-High-Speed Line Relay and Traveling-Wave Fault Locator
Traveling-Wave Fault Locating for Multiterminal and Hybrid Transmission Lines
Testing Traveling-Wave Line Protection and Fault Locators
Testing Superimposed-Component and Traveling-Wave Line Protection
Accurate and Economical Traveling-Wave Fault Locating Without Communications
Sharing Direct Fiber Channels Between Protection and Enterprise Applications Using Wavelength Division Multiplexing
Directional Elements – How Fast Can They Be?
Performance Comparison Between Mho Elements and Incremental Quantity-Based Distance Elements
Practical Setting Considerations for Protective Relays That Use Incremental Quantities and Traveling Waves
Defining and Measuring the Performance of Line Protective Relays
Performance of Time-Domain Line Protection Elements on Real-World Faults
Speed of Line Protection – Can We Break Free of Phasor Limitations?
Locating Faults by the Traveling Waves They Launch
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