PowerLogic ADVC Controller – Operations Manual

Safety Information
Safety Precautions
About the Document
Scope of this Operations Manual
- Document Scope
- Types of Compatible Switchgear
- Types of PowerLogic ADVC Controller
- Firmware identification system
- Firmware versions
- Potential Risks and Compensating Controls
- Terminology
- General Cybersecurity Information and Non-Inclusive Terminology
General Information
- Introduction
- Cubicle Options
  - Ultra
  - Compact
- Controller Modules
- O.I. Options
Technical Specifications
- Firmware Versions
- Ratings and Specifications
  - Duty Cycle
  - CTs
- General Specifications
- Power System Measurements
- SF₆ Gas Pressure Measurements
Operator Interfaces
- flex VUE O.I.
- set VUE O.I.
Operator Functions
- Local and Remote Control Modes
- Setting Changes
  - Operator Settings
    - Changing Operator Settings on flex VUE
    - Changing Operator Settings on set VUE
  - Password Protected Settings
    - Entering the password on flex VUE
    - Entering the password on set VUE
  - Protection Settings
    - Changing Protection Settings on flex VUE
    - Exiting the Protection Menu
    - Re-Entering the Protection Menu
    - Changing Protection Settings on set VUE
- Delayed Operations
  - Delayed Trip/Close Operation
  - Hit and Run
    - Making Hit and Run Available
    - Activating Hit and Run
    - Aborting Hit and Run
    - Hit and Run Events
- Work Tag/Hot Line Tag
  - Applying and Removing the Work Tag
- Trip/Close Isolate
  - Enable/Disable TRIP Switch
  - Enable/Disable CLOSE Switch
- System Measurements
- Event Log
  - Event Log on the flex VUE
  - Event Log on set VUE
PC Software
- Introduction to WSOS
- WSOS Software Tools
Controller Customization
- Introduction
- Plant Details
- Time Zone
  - Time Zone and Daylight Saving Configuration
  - Time Zone and Daylight Saving Events
- set VUE Quick Keys
- O.I. Customization
Communications
- Communications Ports
  - PowerLogic ADVC Communications Ports
- Communications Port Configuration
  - PowerLogic ADVC Controller
- Supported Protocols
- Communications Features
Power System Measurements
- Introduction
  - Measured Values
  - Derived Values
- WSOS Measurements
- flex VUE Measurements
  - Operator Menu
  - Engineer Menu
- set VUE Measurements
Automatic Circuit Recloser (ACR)
- Basic Protection Operation and Auto Recloser
- Current Operated Protection Elements
- ACR Protection Features
- Directional Protection and Blocking
- Voltage Operated Protection Elements
- Frequency Protection
  - UOF Protection
    - UOF Protection Applications
    - UOF Protection Configuration
    - Frequency Measurement
    - Under Frequency Protection Operation
    - Over Frequency Protection Operation
    - Normal Frequency Close
    - Under Frequency Protection Sequence Example
    - UOF Protection Summary
  - Rate of Change of Frequency
    - ROCOF Protection Configuration
    - ROCOF Protection Operation
  - UOF Close Blocking
    - UOF Close Blocking Configuration
    - UOF Close Block Operation
Automatic Sectionalising
- Fault Detection and Automatic Sectionalising
- Current Operated Detection Elements
- AS Detection Features
- Directional Detection and Block
- Voltage Operated Detection Elements
  - UOV
Distance to Fault Location
- Fault Locator
  - Introduction
  - Fault Locator Feature Selection
  - Fault Locator Settings Pages
    - Fault Information Display
  - Principles of Operation
  - Fault Locator Settings and Status
Synchronization
- Sync Check
Automation
- Loop Automation
- LA Configuration
- Auto Changeover (ACO)
History
- Event Log
- Maximum Demand Records
- History Configuration
- Harmonic History
- Sag and Swell History
Power Quality
- Power Quality Tool Kit
- Supply Outages
- Waveform Capture
- Harmonic Analysis
- Sag and Swell
Diagnostics and Fault Finding
- Introduction
- Battery Testing
  - Battery Test Configuration
  - Battery Test Operation
- Waveform Generation
Ancillary Equipment and Accessories
- Input/Output Expander Card
- Fast Trip Input Module
Appendices
- Appendix A - Switchgear Models
- Appendix B Dimensions
- Appendix C PowerLogic ADVC Schematics
  - PowerLogic ADVC Controller s General Arrangement
  - Control Cable
- Appendix D IEC255 Inverse Time Tables
- Appendix E IEEE Inverse Time Protection Tables
- Appendix F Non Standard Inverse Time Tables
- Appendix G Reset Curve Timing Tables
- Appendix H Communications Settings
  - PowerLogic ADVC
- Appendix I List of Events
  - Event List
- Appendix J flexVUE Menu
- Appendix K set VUE Menu
- Appendix L Automation
- Appendix M Operator Interface Feature Selection Fields (ACR)
- Appendix N Operator Interface Feature Selection Fields (ACR)
- Appendix O Location of Settings on the Operator Interface
- Appendix P Scada Points

Glossary
- ACK
- ACO
- ACR
- ADGS
- ADVC
- APGS
- AS
- ASCII
- ATDT
- ATH
- CA
- CAPE
- CLT
- CRC
- CT
- CTRL
- CTS
- CVT
- DCD
- DG
- DHCP
- DNP
- DT
- DTR
- EDACS
- EF
- FDIR
- FET
- FSK
- GF
- GFN
- GMT
- GND
- GPO
- Hex
- Hz
- IDMT
- IEC
- IEEE
- ILA
- INST
- IOEX
- IP
- kPaG
- LA
- LAN
- LBS
- LCD
- LED
- LOP
- LVIT
- MAC
- ms
- NPS
- NTP
- NWRK
- O.I.
- OC
- OCP
- OF
- OV
- PPS
- PRTN
- PSIG
- PSM
- PSSM
- PSTN
- PSU
- PTCL
- PTT
- PTT
- PU
- QAK
- RDI
- RTS
- RTU
- SCADA
- SEF
- SGF
- SI
- SOHIR
- SOS
- SVIIS
- SWGR
- TCP/IP
- TTS
- UF
- UOF
- UOV
- USB
- UTC
- UV
- VIB
- VT
- WAN
- WSOS
- ZPS

PKR39809-02

Negative Phase Sequence Directional Blocking

NOTE: Negative Phase Sequence protection is not available by default. Sequence Components must be made available before it can be used.

The direction of Negative Phase Sequence (NPS) overcurrent faults can be determined by their Fault Angle.

The Fault Angle is the relationship between the negative phase sequence current I_NPS and the negative phase sequence voltage V_NPS. that is V_NPS → I_NPS.

For example, V_NPS = 60°, I_NPS = 180° Therefore NPS Fault Angle = 120°

V_NPS is used as the polarising voltage and a Low Block setting is used to determine the action taken when V_NPS is below the Low Threshold setting.

The tripping direction for NPS faults may be:

Trip Forward
Trip Reverse
Trip Forward and Reverse (that is non directional)

Operational values for directional NPS are shown below:

Polarizing Method	Fault Angle	Characteristic Fault Angle (default)	Low Threshold (default)	Range
V_NPS	V_NPS→I_NPS	120°	V_NPS=500 V	Adjustable V_NPS300 to 2000 V

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