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Release Date: Oct 2006 / Manual Revision: 4.00
EVRC2A INTERFACE SOFTWARE USER’S MANUAL
ENTEC
ENTEC ELECTRIC & ELECTRONIC CO., LTD
Copyright © 2002 by ENTEC ELECTRIC & ELECTRONIC CO., LTD all right reserved.
Forerunner Distribution & Automation
EVRC2A INTERFACE SOFTWARE
http://www.entecene.co.kr
TABLE OF CONTENTS
Version Information.................................................................................................................... 5 System Requirements................................................................................................................. 5 Technical Support....................................................................................................................... 5
1. FEATURES ...................................................................................................................... 6 2. INSTALLATION ............................................................................................................. 7 3. PROGRAM START ........................................................................................................ 8 4. MENU BAR.................................................................................................................... 10 4.1. FILE .................................................................................................................................. 10 4.2. VIEW ................................................................................................................................ 10 4.3. ONLINE ............................................................................................................................ 11 4.4. Change Setting .................................................................................................................. 11 4.5. Download .......................................................................................................................... 11 4.6. Upload Setting................................................................................................................... 12 4.7. HELP................................................................................................................................. 12
5. TOOL BAR..................................................................................................................... 13 6. ADD RECLOSER ITEM .............................................................................................. 14 7. ONLINE CONNECTION ............................................................................................. 17 8. HISTORY DATA RECEIVE......................................................................................... 19 8.1. Setting Value Receive........................................................................................................ 19 8.2. System Status Event Receive ............................................................................................ 20 8.3. Load Profile Event Receive............................................................................................... 21 8.4. Fault Cycle Event Receive ................................................................................................ 22 8.5. Diagnostic Event Receive ................................................................................................. 24 8.6. Class-defined setup Receive.............................................................................................. 25
9. HISTORY DATA VIEW................................................................................................ 26 9.1. Setting Value ..................................................................................................................... 26 9.2. System Status Event View................................................................................................. 30
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9.3. Load Profile Event View ................................................................................................... 33 9.4. Fault Cycle Event View..................................................................................................... 35 9.5. Diagnostic Event View ...................................................................................................... 41 9.6. Actual Value & Control ..................................................................................................... 43
10. CHANGE SETTING................................................................................................... 50 10.1. Relay Setup Change ........................................................................................................ 50 10.2. System Setup Change ...................................................................................................... 51 10.3. Protection Setup Change ................................................................................................. 52 10.4. Monitoring Setup Change................................................................................................ 53 10.5. Class-defined Setup Change............................................................................................ 54
11. SETTING VALUE TRANSFER................................................................................. 61 12. DATA MANAGEMENT ............................................................................................. 62 12.1. History Data Save............................................................................................................ 62 12.2. Setting Value Save........................................................................................................... 63 12.3. RDB File Open ................................................................................................................ 64 12.4. Setting Value File Open................................................................................................... 65 12.5. Class-Defined Information File Open ............................................................................. 65
13. PRINT EXAMPLE...................................................................................................... 67 13.1. Recloser Registration Print Example............................................................................... 67 13.2. Relay Setup Print Example.............................................................................................. 68 13.3. System Setup Print Example ........................................................................................... 69 13.4. Protection Setup Print Example....................................................................................... 70 13.5. Monitoring Setup Print Example..................................................................................... 71 13.6. System Status Event Print Example ................................................................................ 72 13.7. Load Profile Waveform Print Example ........................................................................... 73 13.8. Load Profile Waveform Print Example ........................................................................... 74 13.9. Fault Cycle Summary Print Example .............................................................................. 75 13.10. Fault Cycle Print Example............................................................................................. 76 13.11. Diagnostic Event Print Example.................................................................................... 77 13.12. Class defined Information Print Example ..................................................................... 78
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Version Information EVRC2A Interface Software
1.5.9.3
System Requirements Intel Pentium Processor compatible Microsoft Windows 98/ME/NT/2000/XP Hard disk drive with at least 20MB of free space 32MB system memory EVRC2A Control Ver. 4.41 above
Technical Support Address
78-2 Buncheon-Ri, Bongdam-Eup, Hwaseong-City, Kyungki-Do, Korea
Tel
+82-31-226-1161
Fax
+82-31-226-1164
E-mail
[email protected]
WWW
http://www.entecene.co.kr
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1. FEATURES EVRC2A Interface Software is program available WINDOWS, able to manage History Data and Setting Value by connecting Port1(RS232) of EVRC2A. It has features as follows. 1) Recloser can be registered as a Item and registered Recloser is managed as an Area of Equipment. 2) History Data can be managed in each registered Recloser Item. 3) All History Data of Recloser can be recorded and displayed on screen, measured data can be checked by graph. 4) Recorded History Data can be saved as a file and the saved file can be read and printed with Off-Line. 5) In the User Interface Panel, setting can be changed On-Line without using key.
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2. INSTALLATION Extract the file, launch evrc2aXX.exe for the installation. Following pictures show the program installation. (EVRC2A Interface Software is available in ENTEC website - http://www.entecene.co.kr) 2) Select a folder to be installed.
1) Click [Next]
Click
Click
3) Setup status…
4) Installation completed.
Click
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3. PROGRAM START 1) Launch the program from “Start/Programs/ENTEC/EVRC2A Interface Software/EVRC2A Interface Software”
2) Program starts with logo.
3) Main Screen
Title Bar Tool Bar
Menu Bar
Registration space Wark space
Status Bar
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TITLE BAR Shows specs of Hardware. (Control Firmware Version 3.01 higher support)
MENU BAR All program functions are in Menu.
TOOL BAR Some of functions in MENU BAR can be made for ICON to run easily
WORK SPACE Shows registered Item and RDB File as Tree Structure.
REGISTRATION SPACE Saves/displays information of Item such as Mfg.Serial NO.
STATUS BAR Displays Help Note when Menu or Toolbar is selected and it shows ON-Line/Off-Line status of EVRC2A.
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4. MENU BAR 4.1. FILE “Open” function can be operated on OFF-line.
Open: Opens saved History Data File(*.RDB). Save: Saves History Data as a file. Setting Open: Opens saved Setting File(*.SYS)
Setting Save: Saves Setting Value. Class-Defined Info. Open: Opens saved Class Defined Information File(*.TXT) ※ It is supported only from DNP 3.0 Protocol.
Quit: It quits the program.
4.2. VIEW Setting Value: It displays Setting Value y
Relay Setup View Shows the Setting Value of Relay Setup.
y
System Setup View Shows the Setting value of System Setup.
y
Protection Setup View Shows the Setting Value of Protection Setup.
y
Monitoring Setup View Shows the Setting Value of Monitoring Setup.
System Status: It shows System Status Event. Load Profile: It shows Load Profile Event. Fault Cycle Event: It shows Fault Cycle Event. Diagnostic Event: It shows Diagnostic Event. Actual Value & Control: It shows Actual Value of Controller and possible to Remote Control. Workspace: It Shows or hides the Workspace. Tool Bar: It Shows or hides the Tool Bar. Status Bar: It Shows or hides the Status Bar.
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4.3. ONLINE Connect Setup communication configuration of EVRC2A and connect online.
4.4. Change Setting Relay Setup Change Setting Value of Relay Setup.
System Setup Change Setting Value of System Setup.
Protection Setup Change Setting Value of Protection Setup.
Monitoring Setup Change Setting Value of Monitoring Setup.
4.5. Download Setting Value Receive Setting Value.
System Status Receive System Status Event.
Load Profile Receive Load Profile Event.
Fault Cycle Event Receive Fault Cycle Event.
Diagnostic Event Receive Diagnostic Event.
Download All Receive above all Information..
Class-defined setup Receive Class-defined Information.
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4.6. Upload Setting With On-Line status, after receiving Setting Value, transfer changed Setting Value or transfer saved Setting File (*.SYS).
4.7. HELP EVRC2A Information It shows the information of EVRC2A Interface Software. 1) Click the [HOMEPAGE] Button to move to ENTEC website. Click
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5. TOOL BAR y
Some of functions in MENU BAR can be made for ICON to run easily
y
ICON in box shall be activated when opening History Data File(*.RDB) or during On-Line status
File/Open
File/Save
File/Setting Open
File/Setting Save
View/Setting Value/Protection Setup View
View/System Status
View/Load Profile
View/Fault Cycle Event
View/Diagnostic Event
View/Actual Value & Control
Online/Connect
Online/Change Setting/Protection Setup
View/Workspace
Help/EVRC2A Information
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6. ADD RECLOSER ITEM y
Many recloser can be managed as registered Items.
y
Registered Reclosers are managed in each Area of Equipment.
1) Fill in each Recloer Registration blank with proper value and press [Register] button.
Mfg. Serial No. 1) Fill in the blanks
Enter serial Number.
Date of Manufacture Enter date of manufacture.
Date of Equipment Enter data of Equipment.
2) Click
Area of Equipment Enter area of Equipment. (After registration, Area of Equipment becomes Item name and the same Item name can not be used at the same time.
Specification Enter any necessary note for user.
Modify Recloser Registration. Register new Item. Print Recloser Registration. (Please refer to “13.1. Recloser Registration Print Example”)
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2) Check that “ENTEC-1” Item is created.
3) Item check
3) To modify “Recloser Registration” of an Item, select an Item, modify information and press [Modify] button. 1)
Select
registered
2) Modify information 3) Click
y
EVRC2A Interface Software includes following features about the tree structure.
4) Recloser Registration It is a top of tree structure. Functions are; ① Refresh: Refresh the tree structure. ② Scan all: It scans and displays the all RDB files in the selected folder. ③ Delete all: Remove all items from the tree. ④ View only registered area: If it is checked only displayed registered item.
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5) Item It is a item that registered in the registration space. Functions are; ① Scan Files: It scans and displays the same item name in the selected folder. ② Delete Item: Remove the selected item from the tree.
6) *.RDB It is a RDB file in the item. Functions are; ① Change Eq. Area: It changes the item location. -
Click [Change Eq. Area], [Area of Eq.] is come out.
-
Type into area of equipment, and click, [Change].
-
If new equipment is set, click [New], and register Recloser Item.
② Remove from list: Remove the selected file list from the item.
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7. ONLINE CONNECTION 1) Connect Communication Cable to Serial Port on computer. (Both side of Communication Cable are the same type, for more details about Cable information refer to Figure of “Communication Cable” in ”User Manual-Recloser Control EVRC2A”. 2) Connect the other side of Communication Cable to Port 1 in User Interface Panel. 3) Run EVRC2A Interface Software and select “Online/Connect” 1) Online/Connect
4) Check Port Setting Status before change and press [Port Setting] button.
2) Click
5) Select Serial Port and Baud Rate to be used in PC and press [OK] button. y
Baud Rate of EVRC2A is fixed for 19.2K.
y
Press [Default Setting] button as below
4) Click
Serial Port: COM1, Baud Rate: 19.2K
3) Port/Speed Selection
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“On line” is shown on Status Bar
Check Serial Port. If Serial Port setting is correct, check cable connection and after
Tool Bar activates.
exit the program, try again.
6) Select an Item, [OK] button. New History Data will be registered in the selected Item. 6) Click
7) If there is no registered Item, press [New] button. 5) Click
8) Enter a value the same as the method of “6. ADD RECLOSER ITEM” and press [Register] button to add new Item.
7) Enter a value
8) Click
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8. HISTORY DATA RECEIVE 8.1. Setting Value Receive 1) Select “Online/Download/Setting Value”
1) Click
2) Press [OK] button.
2) Click
3) Screens of receiving Setting Value. Receive BANK1 ~ BANK6. (Press [Cancel] button to cancel.)
4) Press [OK] button to complete.
3) Click
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8.2. System Status Event Receive 1) Select “Online/Download/System Status”
1) Click
2) Press [OK] button. 2) Click
3) Screen of receiving System Status Event. (Press [Cancel] button to cancel.)
4) Press [OK] button to complete.
3) Click
5) Shows System Status View Window after receiving is completed.
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8.3. Load Profile Event Receive 1) Select “Online/Download/Load Profile”
1) Click
2) Press [OK] button. 2) Click
3) Screen of receiving Load Profile Event. (Press [Cancel] button to cancel.)
4) Press [OK] button to complete.
3) Click
5) Shows Load Profile View Window after receiving is completed.
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8.4. Fault Cycle Event Receive 1) Select “Online/Download/Fault Cycle Event”
1) Click
2) Press [OK] button. 2) Click
3) Screen of receiving Fault Cycle Event Summary (Press [Cancel] button to cancel.)
4) Press [OK] button to complete.
3) Click
5) Shows Fault Cycle Event Summary View Window after receiving is completed.
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6) Select a data to receive and press [VIEW] button. (Press [ALL] button receive all data in
4) Select a data to receive
summary, note: it takes more time.)
7) Press [OK] button. 5) Click
8) Screen of receiving Fault Cycle Event. (Press [Cancel] button to cancel.)
9) Shows Fault Wave Window after receiving is completed.
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8.5. Diagnostic Event Receive 1) Select “Online/Download/Diagnostic Event”
1) Click
2) Press [OK] button. 2) Click
3) Screen of receiving Diagnostic Event. (Press [Cancel] button to cancel.)
4) Press [OK] button to complete. 3) Click
5) Shows Diagnostic Event View Window after receiving is completed.
※ “Online/Download/Download All” can receive all data such as Setting Value, System Status and so on.
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8.6. Class-defined setup Receive 1) Select “Online/Download/ Class-defined setup”.
1) Click
2) Press [OK] button.
2) Click
3) Screen of receiving Class-Defined Information. (Press [Cancel] button to cancel.)
4) Class-Defined
Information
Window
after
receiving is completed.
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9. HISTORY DATA VIEW Sub Menu in “View” Menu indicate “ONLINE DATA”, “OFFLINE DATA” on Title Bar depending on the status.
Received data from EVRC2A with On-
Loaded data from saved File(*.RDB) with
Line.
Off-Line. File name is displayed.
9.1. Setting Value 9.1.1. Relay Setup View 1) Select “View/Setting Value/Relay setup View” 1) Click
※ “Relay Setup View” has its own tab depending on Communication Protocol.
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2) Press [PRINT] button to print. (For print example, please refer to “13.2 Relay Setup Print Example”) 3) To close this Window after checked setting value, press [OK] button.
3) Click 2) Click
9.1.2. System Setup View 1) Select “View / Setting Value / System Setup View”
1) Click
2) Press [PRINT] button to print. (For print example, please refer to “13.3. System Setup Print Example”) 3) Click
3) To close this Window after checked setting value, press [CLOSE] button. 2) Click
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9.1.3. Protection Setup View 1) Select “View/Setting Value/Protection Setup View”
1) Click
2) To see Primary Setting Value, select [Primary] button and to see Alternate Setting Value, select [Alternate] button. To see Other Setting(BANK1~6) Value, select [Others] button. 3) Press [PRINT] button to print. (For print example, please refer to “13.4. Protection Setup Print Example”)
2) Select Pri./Alter./Others
3) Click
4) To close this Window after checked setting value, press [CLOSE] button.
4) Click
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9.1.4. Monitoring Setup View 1) Select “View/Setting Value/Monitoring Setup View”
1) Click
2) To see Primary Setting Value, select [Primary] button and to see Alternate Setting Value, select [Alternate] button. To see Other Setting(BANK1~6) Value, select [Others] button. 2) Select Pri./Alter./Others
3) Press [PRINT] button to print. (For print example, please refer to
3) Click
“13.5. Monitoring Setup Print Example”) 4) To close this Window after checked setting value, press [OK] button.
4) Click
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9.2. System Status Event View 1) Select “View/System Status” 1) Click
2) Select dates to search Events during chosen dates and press. [Search] button. 3) Press [PRINT] button to print. (For print example, please refer to “13.6. System Status Event Print Example”) 2) Click
3) Click
4) System Status View Window
Setting Area Shows Area of Equipment.
No Numbering is apply from the lastest Event. 500 Event is displayed from 1 to 500.
TYPE It shows a kind of Event. For each Event please refer to “Table 9-1. SYSTEM STATUS EVENTS” for more detail.
STATUS HI/ASSERT: An Event in STATUS has occurred. LO/DEASSERT: An Event in STATUS has disoccurred.
Year, Month, Day, Hour, Minute, Sec, msec It shows year, month, day, hour, minute, second, 1/1000 second of Event occurred.
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Table 9-1. SYSTEM STATUS EVENTS (1/2) EVENT
DESCRIPTION
PHASE F
Phase fast protection element
PHASE D
Phase delay protection element
GROUND F
Ground fast protection element
GROUND D
Ground delay protection element
NEUTRAL F
Neutral fast protection element
NEUTRAL D
Neutral delay protection element
NEG SEQ F
Negative Sequence fast protection element
NEG SEQ D
Negative Sequence fast protection element
P HIGH LO
Phase High Current lockout protection element
G HIGH LO
Ground High Current lockout protection element
N HIGH LO
Neutral High Current lockout protection element
NEG HIGH LO
Negative Sequence High Current lockout protection element
P HIGH TR
Phase High Current Trip protection element
G HIGH TR
Ground High Current Trip protection element
N HIGH TR
Neutral High Current Trip protection element
NEG HIGH TR
Negative Sequence High Current Trip protection element
SEF TR
Sensitive Earth Fault protection element
P-DEMT TR
Phase demand Trip element
G DEMT TR
Phase demand Trip element
FREQ TR
Frequency Protection element
UNDER1VOLT
Under-voltage 1 protection element
UNDER2VOLT
Under-voltage 2 protection element
OVER1 VOLT
Over-voltage 1 protection element
OVER2 VOLT
Over-voltage 2 protection element
SYNCH CHK
Synchro Check
52A
52A contact status
79 RESET
Sequence reset status
79 CYCLE
Sequence cycle status
79LOCKOUT
Sequence lockout status
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Table 9-1. SYSTEM STATUS EVENTS (2/2) EVENT
DESCRIPTION
LOCAL CL
Front Panel CLOSE pushbutton
LOCAL OP
Front Panel OPEN pushbutton
LOCAL FI/R
Front Panel FI RESET pushbutton
LOCAL BT
Front Panel BATTERY LOAD TEST pushbutton
PROT EN
Front Panel PROTECTION ENABLED pushbutton
GND EN
Front Panel GROUND ENABLED pushbutton
SEF EN
Front Panel SEF ENABLED pushbutton
RECLOSE EN
Front Panel SEF ENABLED pushbutton
CONTR LOCK
Front Panel SEF ENABLED pushbutton
REMOTE EN
Front Panel SEF ENABLED pushbutton
ALT EN
Front Panel SEF ENABLED pushbutton
PROG1 EN
Front Panel SEF ENABLED pushbutton
PROG2 EN
Front Panel SEF ENABLED pushbutton
HOTLINE EN
Front Panel SEF ENABLED pushbutton
AC POWER
AC supply status
EXT OPEN
External OPEN element
EXT CLOSE
External CLOSE element
CB LOCK
Circuit Breaker (Recloser) LOCK
FAIL TRIP
FAIL TRIP
FAIL CLOSE
FAIL CLOSE
EXT IN01-08
External INPUT01-08 Active
SYS ALARM
System Alarm Active
TRIP-SIG
Trip Signal
CLOSE-SIG
Close Signal
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9.3. Load Profile Event View 1) Select “View/Load Profile” 1) Click
2) Enter searching dates, press [Search] button, Events that occurred within the dates, display. 3) Select a data to receive and press [Graph] button to see Load Profile Waveform. 4) Select a data to receive
2) Click
3) Click
4) Load Profile Waveform Window
1) “I” Waveform
3) Waveform Range
2) Power Waveform
4) Grid 5) Waveform
6) CONFIG 7) Waveform Print
① “I” Waveform: Display Current Waveform. ② Power Waveform: Display Power Waveform. ③ Waveform Range: Set the minimum and maximum value on Y axis (Vertical) in graph. ④ Grid - Axis: Set Vertical line and Horizontal line. - Type: Set the line shape (THIN, THICK, DOT, DASH).
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⑤ Waveform Type: Set the Waveform shape (Line, Line+Dot, Curve, Curve+Dot) ⑥ Configuration: Select Current and Power Wave elements to display. Please refer to “4) Fault Waveform Window” of “9.4. Fault Cycle Event View” for more details. ⑦ Waveform Print: Print Waveform. (For print example, please refer to “13.7. Load Profile Waveform Print Example”) 5) Press [PRINT] button to print Load Profile Event. (For print example, please refer to “13.8.
Load
Profile
Waveform
Print
4) Click
Example”)
6) Load Profile View Window
Setting Area Shows Area of Equipment.
No Numbering is apply from the lastest Event. 1024 Event is displayed from 1 to 1024
Ia, Ib, Ic, Ig Shows Phase, A, B, C, Ground Current.
Real P.A, P.B, PC, P3P Shows Real Power A, B, C, 3Φ.
Reac P.A, P.B, PC, P3P Shows Reactive Power A, B, C, 3Φ.
Y, M, D, H, M, S It shows year, month, day, hour, minute, second of Event occurred.
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9.4. Fault Cycle Event View 1) Select “View/Fault Cycle Event”. 2) Press [PRINT] button to print Fault Cycle
1) Click
Event Summary. (For print example, please refer to “13.9.
Fault
Cycle
Summary
Print
Example”) 3) Select data
4) Click
3) Select Fault Cycle to see and press [VIEW] button. 2) Click
4) Fault Waveform Window
1) Fault Waveform(A) 4) Waveform Range
5) Grid
6) Waveform 2) Fault Waveform(B)
3) Fault Analysis
① Fault Waveform(A):
7) CONFIG 8) Waveform Print
Fault Wave element which is set in “Configuration window Axis 1” are
displayed ② Fault Waveform(B): Fault Wave elements which is set in “Configuration window Axis 2” are displayed ③ Fault Analysis: Fault Analysis Signals are displayed. These signals are set in “Configuration
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window in Digital Axis”. ④ Waveform Range: Set the minimum and maximum value on Y axis(Vertical) in graph. ⑤ Grid - Axis: Set Vertical line and Horizontal line. - Type: Set the Axis line shape (THIN, THICK, DOT, DASH). ⑥ Waveform Type: Set the shape of Waveform (Line, Line+Dot, Curve, Curve+Dot) ⑦ CONFIG: Collect elements display in Fault Waveform(A) , in Fault Waveform (B) and in Fault Analysis. Display elements include Status, Protection, Control, etc. - Element adding: Axis1 Elements and Axis2 Elements can be selected from Analog. Select an element in Analog and drag it into Axis1 or Axis 2. One element can be selected at one time and Digital Axis can have 8 elements. - Element Deleting: Select an element in Axis list and drag it out to Analog. It is opposite way of element adding step. - OK: To store Axis list change information. ⑧ Waveform Print: Print Waveform. (For print example, please refer to “13.10. Fault Cycle Print Example”)
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Table 9-2. ANALYSIS ELEMENTS (1/3) ELEMENT
DESCRIPTION
27A1
A Phase: Under Voltage 1 - Pickup
27B1
B Phase: Under Voltage 1 - Pickup
27C1
C Phase: Under Voltage 1 - Pickup
3P27-1
Three Phase: Under Voltage 1 - Pickup
27TO1
Under Voltage 1 - Timeout
27A2
A Phase: Under Voltage 2 - Pickup
27B2
B Phase: Under Voltage 2 – Pickup
27C2
C Phase: Under Voltage 2 – Pickup
3P27-2
Three Phase: Under Voltage 2 – Pickup
27TO2
Under Voltage 2 – Timeout
59A1
A Phase: Over Voltage 1 – Pickup
59B1
B Phase: Over Voltage 1 – Pickup
59C1
C Phase: Over Voltage 1 – Pickup
3P59-1
Three Phase: Over Voltage 1 – Pickup
59TO1
Over Voltage 1 – Timeout
59A2
A Phase: Over Voltage 2 – Pickup
59B2
B Phase: Over Voltage 2 – Pickup
59C2
C Phase: Over Voltage 2 – Pickup
3P59-2
Three Phase: Over Voltage 2 – Pickup
59TO2
Over Voltage 2 – Timeout
50P1
Phase: High Current Lockout – Pickup
50P2
Phase: High Current Trip – Pickup
50G1
Ground: High Current Lockout – Pickup
50G2
Ground: High Current Trip – Pickup
46(50)-1
Negative Seq’: High Current Lockout – Pickup
46(50)-2
Negative Seq’: High Current Trip – Pickup
67P1
Phase: Directional High Current Lockout – Pickup
67P2
Phase: Directional High Current Trip – Pickup
67I2-1
Negative Seq’: Directional High Current Lockout – Pickup
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Table 9-2. ANALYSIS ELEMENTS (2/3) ELEMENT
DESCRIPTION
67I2-2
Negative Seq’: Directional High Current Trip – Pickup
67G1
Ground: Directional High Current Lockout – Pickup
67G2
Ground : Directional High Current Trip – Pickup
67SEF
Directional Sensitive Earth Fault – Pickup
51P1
Phase: Fast Time-Overcurrent – Pickup
51P2
Phase: Delay Time-Overcurrent – Pickup
51G1
Ground: Fast Time-Overcurrent – Pickup
51G2
Ground: Delay Time-Overcurrent – Pickup
51SEF
Sensitive Earth Fault – Pickup
46(51)-1
Negative Seq’: Fast Time-Overcurrent – Pickup
T46(51)-2
Negative Seq’: Delay Time-Overcurrent – Pickup
51P1TO
Phase: Fast Time-Overcurrent – Timeout
51P2TO
Phase: Delay Time-Overcurrent – Timeout
51G1TO
Ground: Fast Time-Overcurrent – Timeout
51G2TO
Ground: Delay Time-Overcurrent – Timeout
46(51)-1TO
Negative Seq’: Fast Time-Overcurrent – Timeout
46(51)-2TO
Negative Seq’: Delay Time-Overcurrent – Timeout
67P1T
Phase: Directional Fast Time-Overcurrent – Timeout
67G1T
Ground: Directional Fast Time-Overcurrent – Timeout
67Q1T
Negative Seq’: Directional Fast Time-Overcurrent – Timeout
67P2T
Phase: Directional Delay Time-Overcurrent – Timeout
67G2T
Ground: Directional Delay Time-Overcurrent – Timeout
67Q2T
Negative Seq': Directional Delay Time-Overcurrent - Timeout
67SEF-TO
Directional Sensitive Earth Fault - Timeout
PDEMT
Phase Demand - Timeout
GDEMT
Ground Demand - Timeout
QDEMT
Negative Seq' Demand - Timeout
79Reset
79 Reset
79Cycle
79 Cycle
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Table 9-2. ANALYSIS ELEMENTS (3/3) ELEMENT
DESCRIPTION
79Lockout
79 Lockout
Shot0
79 Shot Counter
Shot1
79 Shot Counter
Shot2
79 Shot Counter
Shot3
79 Shot Counter
Shot4
79 Shot Counter
CLOSE
Close Signal
25P
Synchronism Pickup
VTFAIL
Voltage Transformer Fail
81P
Under Frequency - Pickup
81TO
Under Frequency - Timeout
CLP-OC
Cold Load Pickup: Outage Condition - Pickup
CLP-RMT
Cold Load Pickup: Restore Minimum Trip - Pickup
CLP-OCTO
Cold Load Pickup: Outage Condition -Timeout
CLP-RMTTO
Cold Load Pickup: Restore Minimum Trip - Timeout
P-CLP
Phase Cold Load Pickup
G-CLP
Ground Cold Load Pickup
Q-CLP
Negative Seq' Cold Load Pickup
52A
52A Contact
TRIP
Trip Signal
CLOSE-F
Close Fail
OUT01 ~ 08
Auxiliary Output1 ~ 8
ALARM
ALARM
IN01 ~ 08
Auxiliary Input1 ~ 8
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5) Fault Cycle Event View Window
No Numbering is apply from the lastest Event. 16 Event is displayed from 1 to 16.
Target y
A, B, C, Ground Indicate a fault phase.(In case that Pickup and Trip is within 15cycle.)
y
Fault Pickup An Event has 2 waveform Pickup part and Trip part. (In case that the length of Timeout is over 15cycle.)
Fault Locator The fault locator calculates the distance to the fault.
Shot Counter Reclosing Shot Counter.
Ia, Ib, Ic, Ig, Is, Iq Display Phase A, B, C Current / Ground, SEF, Negative Sequence Current
Y, M, D, H, M, S, MS It shows year, month, day, hour, minute, second, 1/1000 second of Event occurred.
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9.5. Diagnostic Event View 1) Select “View/Diagnostic Event”. 2) Enter searching dates, press [Search] button, Events that occurred within the dates, display.
1) Click
3) Press [PRINT] button to print. (For print example, please refer to “13.11. Diagnostic Event Print Example”)
2) Click
4) Diagnostic Event View Window
3) Click
Setting Area Display Area of Equipment.
No Numbering is apply from the lastest Event. 100 Event is displayed from 1 to 100.
TYPE It shows a kind of Event. For each Event please refer to “Table 9-3. DIAGNOSTIC EVENTS” for more detail.
STATUS HI/ASSERT: An Event in STATUS has occurred. LO/DEASSERT: An Event in STATUS has disoccurred.
Y, M, D, H, M, Sec, msec It shows year, month, day, hour, minute, second, 1/1000 second of Event occurred.
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Table 9-3. DIAGNOSTIC EVENTS EVENT
DESCRIPTION
AC FAIL
External power FAIL
CHARGE CIRCUIT FAIL
Battery charge circuit FAIL
BATT. DISCHARGE
Battery Discharge (Value < 21V)
NO BATT.
NO Battery (Value < 15V)
BATT. FAIL
Battery Discharge or No Battery
SYSPOW FAIL
System power FAIL
+12V FAIL
System power +12V FAIL
+5 V FAIL
System power +5V FAIL
-12V FAIL
System power -12V FAIL
SLEEP MODE
Panel sleep mode
POWER DOWN
Power down mode
GAS LOW
Gas pressure Low (Value < 0.1 Bar)
GAS HIGH
Gas pressure High (Value > 1.5 Bar)
A/D CONVERSION FAIL
A/D conversion FAIL
A/D REF1 FAIL
A/D converter reference voltage 1 FAIL
A/D REF2 FAIL
A/D converter reference voltage 2 FAIL
SETTING CHANGE
Setting Changed
RESTART
System restarted
PARALLEL EEROM FAIL
Parallel EEPROM FAIL
SERIAL EEROM FAIL
Serial EEPROM FAIL
D-RAM FAIL
Data RAM FAIL
S-RAM FAIL
Setting RAM FAIL
RTC NVRAM FAIL
RTC NV RAM FAIL
RTC FAIL
RTC Time FAIL
RTC BATT. LOW
RTC Battery LOW
INIT VALUE FAIL
Initial Value FAIL
INIT SETTING FAIL
Initial Setting Value FAIL
C-BD FAIL
Communication Option Board FAIL
COLD RST
Cold Restarted
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9.6. Actual Value & Control 1) Select “View/Actual Value & Control” (With On-Line, it can be selected)
1) Click
2) Press [OK] button.
2) Click
3) Screen of receiving Actual value & Control data (Press [Cancel] button to cancel.)
4) Press [OK] button to complete.
3) Click
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5) Shows Actual Value & Control Window after receiving is completed. ①
③
②
④
⑤
⑥
⑦
⑧
⑨
① SYSTEM INFORMATION Displays
Control
Firmware
Version
and
Communication Firmware Version. - Protocol : It shows present Protocol installed in control box. - ex) DNP 3.0 & MODBUS ② SYSTEM STATUS - +12V, -12V, +5V : Main Board Power - BAT : Battery Voltage - TMP : Main Board Temperature - GAS : Gas Pressure
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③ CURRENT - Phase A : Displays the measured phase A RMS current and phasor (A, deg°) - Phase B : Displays the measured phase B RMS current and phasor (A, deg°) - Phase C : Displays the measured phase C RMS current and phasor (A, deg°) - GND : Displays the measured ground RMS current and phasor (A, deg°) - Sensitive : Displays the measured sensitive earth RMS current and phasor (A, deg°) - POS SEQ : Displays the calculated positive sequence RMS current and phasor (A, deg°) - NEG SEQ : Displays the calculated negative sequence RMS current and phasor (A, deg°) - ZERO SEQ : Displays the calculated zero sequence RMS current and phasor (A, deg°) ④ VOLTAGE - A-N : Displays the measured A-N RMS voltage and phasor (㎸, deg°) - B-N : Displays the measured B-N RMS voltage and phasor (㎸, deg°) - C-N : Displays the measured C-N RMS voltage and phasor (㎸, deg°) - Average : Displays the calculated average of the RMS phase voltage (㎸) - A-B : Displays the measured A-B RMS voltage and phasor (㎸, deg°) - B-C : Displays the measured B-C RMS voltage and phasor (㎸, deg°) - C-A : Displays the measured C-A RMS voltage and phasor (㎸, deg°) - Average : Displays the calculated average of the RMS line voltage(㎸) - POS SEQ: Displays the calculated positive sequence RMS voltage and phasor (㎸, deg°) - NEG SEQ : Displays the calculated negative sequence RMS voltage and phasor (㎸, deg°) - ZERO SEQ : Displays the calculated zero sequence RMS voltage and phasor (kV, deg°)
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⑤ FREQUENCY / SYNCHRO - Frequency (㎐) - Frequency decay rate (㎐/Sec) - Synchro Voltage (㎸) - Synchro Phasor (deg°) - Synchro Frequency (㎐) - Synchrocheck delta (Phasor, voltage, frequency)
⑥ POWER / ENERGY - Real power (MW) Phase A, B, C, 3Φ - Reactive power(Mvar) Phase A, B, C, 3Φ - Apparent power(MVA) Phase A, B, C, 3Φ - Power factor(%) Phase A, B, C, 3Φ - Positive watthour(MWh) Phase A, B, C, 3Φ - Negative watthour(MWh) Phase A,B,C,3Φ - Positive varhour(Mvar) Phase A, B, C, 3Φ - Negative varhour(Mvar) Phase A, B, C, 3Φ Control Firmware Version 3.01 higher support
⑦ DEMAND - Current (Present, Max, Max Time) Phase A, B, C, Ground, Sensitive Earth - Real Power (Present, Max, Max Time) Phase A, B, C, Ground 3Φ - Reactive Power (Present, Max, Max Time) Phase A, B, C, Ground 3Φ
Control Firmware Version 3.01 higher support
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⑧ CONTROL PANEL - Voltage Conditions 27 : Under voltage pickup 59 : Over voltage pickup 25 : Synchronism check pickup 81 : Under frequency pickup - Control Run Status of EVRC2A systems shows normal - Self Check Status of EVRC2A systems shows warning
Control Firmware Version 3.01 higher support
- Ac Supply : Status of supplying the external AC power - Charge : Status of charging the battery - Discharge : Status of discharged battery - Sequence Status Reset : Sequence shows resetting Cycle : Sequence shows running Lockout : Sequence shows lockout - Trip Type Inst : Shows instantaneous trip Delay : Shows delay trip High Curr’ : Shows high current trip - Fault Indication A, B, C : Indicates an over-current fault has occurred on one of the phase lines G : Indicates an over-current fault has occurred on the neutral line SEF : Indicates a sensitive earth fault has occurred on the neutral line - Relay Output Status Shows status of External port.
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Panel Status Display y
PROTECTION ENABLED : All Protection elements are enabled / disabled
y
GROUND ENABLED : Ground Protection elements are enabled / disabled
y
SEF ENABLED : SEF Protection elements are enabled / disabled
y
RECLOSE ENABLED : Reclose function is enabled / disabled
y
CONTROL LOCKED : Front panel function is locked / unlocked
y
REMOTE ENABLED : Remote control is enabled / disabled
y
ALTERNATE SETTINGS : Alternate setting is enabled / disabled (Primary Setting is enable)
y
PROGRAM 1 ENABLED : Program 1 function is enabled / disabled
y
PROGRAM 2 ENABLED: Program 2 function is enabled / disabled
y
HOT LINE TAG : Hot Line Tag function is enabled / disabled
y
CLOSE, OPEN : Indicates the position of the Recloser
Panel Remote Control y
PROTECTION ENABLED : Sends a protection enable/disable signal to controller
y
GROUND ENABLED : Sends a ground enable/disable signal to controller
y
SEF ENABLED : Sends a SEF enable/disable signal to controller
y
RECLOSE ENABLED : Sends a reclose enable/disable signal to controller
y
CONTROL LOCKED : Sends a control lock enable/disable signal to controller
y
ALTERNATE SETTINGS : Sends a alternate setting enable/disable signal to controller
y
PROGRAM 1 ENABLED : Sends a program 1 function enable/disable signal to controller
y
PROGRAM 2 ENABLED : Sends a program 2 function enable/disable signal to controller
y
HOT LINE TAG : Sends a hot line tag enable/disable signal to controller
y
CLOSE : Sends a close signal to Recloser
y
OPEN : Sends a trip signal to Recloser
y
FI RESET : Reset fault indication
y
BAT, CHECK : Battery load test
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Example of Remote Control “CLOSE” 1) Press the button to Remote Control.
1) Click
2) Press [OK] button. 2) Click
3) Screen of receiving Actual Value & Control.
4) Remote Control is completed.
⑨ AUTO RELOAD 1) Check the [Auto Reload] 2) Select Auto Reload Time (3 ~ 10 second) 3) Press the [UPDATE] button. 3) Click
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10. CHANGE SETTING y
Setting Value change is available when OFF-Line status and On-Line status.
y
Transferring Setting Value is available when On-Line status only.
y
For Range and Steps of each Setting Value, please refer to “Appendix E. MENU MESSAGE & HELP MESSAGE DESCRIPTION”
< Setting Value change with On-Line>
< Setting Value change with Off-Line>
It means working with transferred Setting
It means working with saved Setting Value
Value from EVRC2A with On-Line.
by loading Setting Value File(*.SYS) from EVRC2A with Off-Line.
10.1. Relay Setup Change 1) Select “Online/Change Setting/Relay Setup”
1) Click
※ “Relay Setup” has its own tabs against each Communication Protocol.
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2) After change Setting Value, press [Apply] button. 3) After change is completed press [Close] button.
2) Change Setting
NOTE : Relay set shall be set independently for each bank. However, after EVRC2A version 4.41, regardless of bank, it will be applied to all other banks if it is set in a bank.
3) Click
4) Click
10.2. System Setup Change 1) Select “Online/Change Setting/System setup”
1) Click
2) After change Setting Value, press [APPLY] 2) Change Setting
button. 3) After change is completed press [CLOSE] button.
3) Click 4) Click
NOTE : System set shall be set independently for each bank. However, after EVRC2A version 4.41, regardless of bank, it will be applied to all other banks if it is set in a bank.
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10.3. Protection Setup Change 1) Select “Online/Change Setting/ Protection Setup”
1) Click
2) To change Primary Setting Value, select [Primary] button and to change Alternate Setting Value, select [Alternate] button. 3) Change Setting
To change Other Setting(BANK1~6) Value, select [Others] button. 3) After change Setting Value, press [APPLY] button. 4) After change is completed, press [CLOSE] button.
2) Select Pri./Alter./Others
4) Click 5) Click
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10.4. Monitoring Setup Change 1) Select “Online/Change Setting/ Monitoring Setup”
1) Click
2) To change Primary Setting Value, select [Primary] button and to change Alternate
3) Change Setting
Setting Value, select [Alternate] button. To change Other Setting(BANK1~6) Value, select [Others] button.
2) Select Pri./Alter./Others
3) After change Setting Value, press [APPLY] button. 4) After change is completed press [CLOSE] button.
4) Click
5) Click
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10.5. Class-defined Setup Change ※ It is supported only from DNP 3.0 Protocol. “Class-defined Setup” can be modified with ONLine.
10.5.1. Class-Defined Information Change 1) “8.6. Class-defined Setup Receive” steps shall be processed. 1) Double Click
2) Select and double click on Class.
3) Select a Class to change and press [OK] button. 2) Select a Class
3) Click
10.5.2. Class-Defined Information Transfer 1) Press [UPLOAD] button.
1) Click
2) Screen of transfer Class-Defined Information.
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10.5.3. Class-Defined Information Receive 1) Press [DOWNLOAD] button.
1) Click
2) Screen of receiving Class-Defined Information. (Press [Cancel] button to cancel.)
10.5.4. Class-Defined Information Print 1) Press [PRINT] button. (For print example, please refer to “13.12. Class-Defined Information Print”) 1) Click
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10.5.5. Class-Defined Information Save 1) Press [SAVE] button.
1) Click
2) Enter file name, press [Save] button.
2) Enter file name
3) Click
10.5.6. Class-Defined Information Open 1) Press [LOAD] button.
1) Click
2) Select a file, press [Open] button.
2) Select a file 3) Click
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Table 10-1. Class-Defined Information (1/4) Point Index
Description
Assigned Class
0
External AC Power
Class 1
1
Battery Charger
Class 1
2
Battery Discharge
Class 1
3
Fault Occurred (INST)
Class 1
4
Fault Occurred (Delay)
Class 1
5
Fault Occurred (High Current)
Class 1
6
Fault Target - A Phase
Class 1
7
Fault Target - B Phase
Class 1
8
Fault Target - C Phase
Class 1
9
Fault Target - Ground
Class 1
10
Fault Target - SEF
Class 1
11
Fault Occurred (27)
Class 1
12
Fault Occurred (59)
Class 1
13
Fault Occurred (25)
Class 1
14
Fault Occurred (81)
Class 1
15
System Warning
Class 1
16
Protection Enabled
Class 1
17
Ground Enabled
Class 1
18
SEF Enabled
Class 1
19
Reclose Enabled
Class 1
20
Control Locked
Class 1
21
Remote Enabled
Class 1
22
Alternate Setting Enabled
Class 1
23
Program 1 Enabled
Class 1
24
Program 2 Enabled
Class 1
25
Hot Line Tag Enabled
Class 1
26
Panel CLOSE key Press
Class 1
27
Panel OPEN key Press
Class 1
28
Panel TARGET RESET key Press
Class 1
29
Panel BATTERY TEST key Press
Class 1
30
79 RESET
Class 1
31
79 CYCLE
Class 1
32
79 LOCKOUT
Class 1
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Table 10-1. Class-Defined Information (2/4) Point Index
Description
Assigned Class
33
Reclosing Shot 0
Class 1
34
Reclosing Shot 1
Class 1
35
Reclosing Shot 2
Class 1
36
Reclosing Shot 3
Class 1
37
Reclosing Shot 4
Class 1
38
Contact(52a)
Class 1
39
Mechanism Lock
Class 1
40
Opto Input 1 Closed
Class 1
41
Opto Input 2 Closed
Class 1
42
Opto Input 3 Closed
Class 1
43
Opto Input 4 Closed
Class 1
44
Opto Input 5 Closed
Class 1
45
Opto Input 6 Closed
Class 1
46
Opto Input 7 Closed
Class 1
47
Opto Input 8 Closed
Class 1
48
Phase Fast Time Overcurrent
Class 1
49
Phase Delay Time Overcurrent
Class 1
50
Ground Fast Time Overcurrent
Class 1
51
Ground Delay Time Overcurrent
Class 1
52
Sensitive earth Fault Protection
Class 1
53
Negative Sequence Fast Time Overcurrent
Class 1
54
Negative Sequence Delay Time Overcurrent
Class 1
55
Phase Direction Time Overcurrent
Class 1
56
Ground Direction Time Overcurrent
Class 1
57
Negative Sequence Direction Time Overcurrent
Class 1
58
Phase Direction Time Overcurrent
Class 1
59
Ground Direction Time Overcurrent
Class 1
60
Negative Sequence Direction Time Overcurrent
Class 1
61
Sensitive Earth Derection Time Overcurrent
Class 1
62
Phase Demand Fault
Class 1
63
Ground Demand Fault
Class 1
64
NEQ Demand Fault
Class 1
65
UnderFrequency Fault
Class 1
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Table 10-1. Class-Defined Information (3/4) Point Index
Description
Assigned Class
66
Synchronism Check Fault
Class 1
67
Under voltage 1 Fault
Class 1
68
Under voltage 2 Fault
Class 1
69
Over voltage 1 Fault
Class 1
70
Over voltage 2 Fault
Class 1
71
CLPU - Loss of Load Diversity (Outage Condition)
Class 1
72
CLPU - Restore Min. Trips Condition
Class 1
73
CLPU - Loss of Load Diversity (Outage Condition) T.O
Class 1
74
CLPU - Restore Min. Trips Condition T.O
Class 1
75
CLPU - Phase Overcurrent Elements
Class 1
76
CLPU - Ground Overcurrent Elements
Class 1
77
CLPU - Negative Overcurrent Elements
Class 1
78
Relay Output 1 Operated
Class 1
79
Relay Output 2 Operated
Class 1
80
Relay Output 3 Operated
Class 1
81
Relay Output 4 Operated
Class 1
82
Relay Output 5 Operated
Class 1
83
Relay Output 6 Operated
Class 1
84
Relay Output 7 Operated
Class 1
85
Relay Output 8 (ALARM) Operated
Class 1
86
External OPEN Signal
Class 1
87
Internal Output Logic 1
Class 1
88
Internal Output Logic 2
Class 1
89
Internal Output Logic 3
Class 1
90
Internal Output Logic 4
Class 1
91
Internal Output Logic 5
Class 1
92
Internal Output Logic 6
Class 1
93
Internal Output Logic 7
Class 1
94
Internal Output Logic 8
Class 1
95
Internal Trip Logic Output
Class 1
96
Internal Close Logic Output
Class 1
97
Trip Operation Fail
Class 1
98
Close Operation Fail
Class 1
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Table 10-1. Class-Defined Information (4/4) Point Index
Description
Assigned Class
99
Voltage Transformer Fail
Class 1
100
Battery charge circuit FAIL
Class 1
101
NO Battery
Class 1
102
System power FAIL
Class 1
103
Panel sleep mode
Class 1
104
Power down mode
Class 1
105
Gas pressure Low
Class 1
106
Gas pressure High
Class 1
107
System power +12V FAIL
Class 1
108
System power +5 FAIL
Class 1
109
System power -12V FAIL
Class 1
110
A/D converter reference vol' 1 FAIL
Class 1
111
A/D converter reference vol' 2 FAIL
Class 1
112
System power FAIL
Class 1
113
A/D conversion FAIL
Class 1
114
Serial EEPROM FAIL
Class 1
115
Data RAM FAIL
Class 1
116
System RAM FAIL
Class 1
117
Setting RAM FAIL
Class 1
118
RTC NV RAM FAIL
Class 1
119
RTC Time FAIL
Class 1
120
RTC Battery LOW
Class 1
121
Initial Value FAIL
Class 1
122
Initial Setting Value FAIL
Class 1
123
Program Ram FAIL
Class 1
※ Above table content can be changed depending upon Control Version.
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11. SETTING VALUE TRANSFER 1) Select ”Online/Upload Setting”
1) Click
2) Select Data to transfer, press [OK] button.
2) Select Data
[OFFLINE-*.SYS] Saved Setting Value Data, file name(*.SYS) is shown together. [ONLINE] It means received Setting Value with On-Line. 3) To transfer Primary Setting Value, select
3) Select Pri./Alter./Others
[Primary Setting] button and to transfer Alternate Setting Value, press [Alternate Setting] button. To transfer Other Setting(BANK1~6) Value, select [Others] button.
4) Click
4) Press [OK] button to start transfer. 5) It shows transferring Primary Setting Value.
6) Press [OK] to complete.
5) Click
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12. DATA MANAGEMENT EVRC2A Interface Software manages Data from RDB File, SYS File, TXT File.
RDB File y
RDB File has all History Data and Setting Value, so it is possible to check them.
y
After receiving at least one History Data with On-Line, it can be saved.
y
Item, RDB File is saved under a selected. In different Item, other RDB File can not be used.
y
When opening a file, sub Menu under View Menu is activated.
SYS File y
SYS File has Setting Value only, this file is used to change Setting Value.
y
With On-Line, after received Setting Value, it can be saved.
y
It can be used by opening all Item.
y
When opening file, sub menu under “Online/Change Setting” is activated.
TXT File y
TXT File has Class-defined Information, this file is used to change Class Value.
y
It can be used by opening all Item.
12.1. History Data Save 1) Select “File/Save” 1) Click
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2) Enter file name, press [Save] button.
2) Enter file name
3) Click
3) Saved RDB File is registered in sub Menu under Before save
Item.
After save
12.2. Setting Value Save 1) Select “File/Setting Save”
1) Click
2) Enter file name, press [Save] button.
2) Enter file name
3) Click
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12.3. RDB File Open [Open from Menu] 1) Select “File/Open”
1) Click
2) Select a file, press [Open] button.
2) Select a file
3) Click
[Open from Work space] 1) Click
, will registered Item list are shown.
1) Click
2) Click
of Item that you wish to open, registered
RDB File list are shown. 2) Click
3) Select and double click on RDB File.
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3) Double Click
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12.4. Setting Value File Open 1) Select “File/Setting Open”
1) Click
2) Select a file, press [Open] button.
2) Select a file
3) Click
12.5. Class-Defined Information File Open 1) Select “File/Class-Defined Info. Open”
1) Click
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2) Select a file, press [Open] button.
2) Select a file
3) Click
3) To change Class-defined information, please refer to “10.5. Class-defined Setup Change”
4) Refer to “10.5. Class-defined Setup Change”
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13. PRINT EXAMPLE 13.1. Recloser Registration Print Example
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13.2. Relay Setup Print Example
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13.3. System Setup Print Example
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13.4. Protection Setup Print Example
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13.5. Monitoring Setup Print Example
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13.6. System Status Event Print Example
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13.7. Load Profile Waveform Print Example
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13.8. Load Profile Waveform Print Example
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13.9. Fault Cycle Summary Print Example
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13.10. Fault Cycle Print Example
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13.11. Diagnostic Event Print Example
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13.12. Class defined Information Print Example
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