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Features a wide functional library, user configuration, and expandable hardware for protection and monitoring tasks.
Utilizes redundant A/D sampling channels to guarantee high security and reliability of the IED.
Supports three tripping/reclosing functions, including sensitive startup elements for accurate fault detection.
Employs multiple phase selectors and directional elements for precise fault determination and directionality.
Includes a comprehensive library of protection functions, such as distance protection and power swing detection.
Features extensive IED information recording and supports remote communication capabilities.
Details various protection functions like distance, overcurrent, and earth fault protection with ANSI/IEC codes.
Lists monitoring functions including self-supervision, fault locator, and secondary system supervision.
Describes communication functions for connecting with substation automation systems.
Explains startup elements like sudden-change current and low-voltage elements for sensitive fault detection.
Details phase selectors based on current changes, symmetrical components, and low voltage for fault determination.
Describes memory voltage, zero sequence, negative sequence, and impedance directional elements.
Covers five-zone distance protection with quadrilateral characteristics and extended zones.
Details overcurrent protection features including definite time, inverse time, and inrush restraint.
Explains earth fault protection with directional elements, inrush restraint, and supervision functions.
Ensures safe network synchronization and energizing based on voltage and frequency parameters.
Manages automatic reclosing attempts after faults, including shot settings and supervision.
Monitors phase sequence and polarity of voltage/current for correct secondary circuit connection.
Supervises third harmonic voltage and circuit breaker auxiliary contacts for system health.
Detects broken conductors and performs self-supervision of hardware and software for IED integrity.
Provides impedance-based fault location in kilometers after IED tripping.
Enables connection to substation systems via supported communication ports and protocols.
Details RS232, RS485, and Ethernet ports for PC connection and substation automation.
Supports fiber-optical and digital communication channels for tele-protection schemes and data transfer.
Provides IRIG-B, pulse, and SNTP time synchronization for accurate event logging.
Software for engineering, setting, disturbance analysis, and monitoring with graphical visualization.
Details the front plate controls and rear plate connection terminals of the protection IED.
Explains the function of Analogue Input, CPU, Communication, Binary Input/Output, and Power Supply modules.
Provides case dimensions and panel cut-out specifications for IED installation.
Illustrates the wiring of rear terminal blocks for power, communication, and I/O signals.
Shows analogue input connections for various breaker arrangements like single, double, and one-and-a-half breaker.
Includes frequency, transformer ratings, auxiliary voltage, and environmental operating conditions.
Details specifications for binary inputs/outputs, communication ports, and speeds.
Presents data from product safety tests, electromagnetic immunity, and environmental tests.
Provides detailed range, value, and tolerance for key protection functions like distance and overcurrent.
Lists pre-configure schemes (M01, M02, M03) for different applications and busbar arrangements.
Defines the modular ordering code structure for CSC-161, including HMI language and communication protocols.
Details available options for Analogue Input, CPU, Communication, Binary Input/Output, and Power Supply modules.
General| Brand | SIFANG |
|---|---|
| Model | CSC-161 |
| Category | Protection Device |
| Language | English |
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