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

LAN 1 and LAN2 (Ethernet)

The PowerLogic ADVC Controller has two 100Base-T Ethernet ports each with a baud rate of 100 M bits per second. Their physical ports are RJ45 female connectors.

The Ethernet ports can be used to run WSOS or supported communications protocols over TCP/IP.

The PowerLogic ADVC Controller implements an on-board switch to provide the support for 2 LAN interfaces.

NOTICE
HAZARD OF LOSS OF COMMUNICATION OR UNRESPONSIVE CONTROLLER If both the LAN ports are configured, it is essential that they be configured with IP addresses for 2 distinct subnets. Failure to follow these instructions can result in equipment damage.

NOTICE

HAZARD OF LOSS OF COMMUNICATION

If the controller is connected to a LAN or Wide Area Network (WAN) then it is strongly recommended that:

Fire walls be used to limit user access to the controller
Ethernet switches be used to limit the volume of Ethernet data reaching the controller’s 100Base-T port (Use of Ethernet hubs is not recommended).

Failure to follow these instructions can result in equipment damage.

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