7.1.2. Event Recorder. Entec ETMFC610
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Entec ETMFC610 is a multi-function control device that offers a wide range of features for monitoring, protection, and control of electrical power systems. Its advanced capabilities make it an ideal choice for various applications, including industrial automation, power generation, and distribution. With its user-friendly interface, comprehensive metering and recording functions, and flexible communication options, the ETMFC610 provides a powerful and versatile solution for managing complex electrical systems.
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Multi-Function Control ETMFC610 http://www.entecene.co.kr
GLOBAL SETTING / SYSTEM / VOLTAGE SENSING / Source Side
[VOLTAGE SENSING]
> 2V CON-Type: WYE
> 2V Rated(P-P):22.86
> 2V Ratio: 3300.0
> 2V Instal Type: 3P
>Source Side: 1V
[1V/2V]
Range 1V, 2V
Default 1V Step ~
Select the Source side of System.
1V : It is selected when Source Voltage Connector (1V) is connected with the Source side of System..
2V : It is selected when Load Voltage Connector (2V) is connected with the opposite Source side of System.
According to the selected value, the indication of “MAIN MENU/
METERING/ VOLTAGE” change. In the VOLTAGE screen, ABC indicates the Source Side, and RST indicates the Load Side.
7.1.2. Event Recorder
Place the curser on “EVENT RECORDER” in GENERAL menu, press [ENT] button to move into this menu. Waveform, Event Recorder and its related elements are set in this menu.
GLOBAL SETTING / GENERAL / EVENT RECORDER / Wave Recorder
Range ON, OFF
[EVENT RECORDER]
>Wave Recorder: ON
> Wave S/R: 64
Wave Pre-Cycle: 5
Wave P/S: P(1ST)
L&E Record: ON
[OFF/ON]
Default ON Step
Set whether to use wave recorder function.
~
When this setting is OFF, fault cycle will not register any information.
GLOBAL SETTING / GENERAL / EVENT RECORDER / Wave S/R
[EVENT RECORDER]
> Wave Recorder: OFF
>Wave S/R: 64
Wave Pre-Cycle: 5
Wave P/S: P(1ST)
L&E Record: ON
[16/32/64]
Range 16, 32, 64sample
Default 64 sample Step
Select a number of sampling for wave capture.
~
Number of cycle varies on the number of sampling selection. For example, Captured wave cycle is 60 cycles if 64 sampling is applied.
EN HANCED TEC HNOLOGY 73
Multi-Function Control ETMFC610 http://www.entecene.co.kr
GLOBAL SETTING / GENERAL / EVENT RECORDER / Wave Pre-Cycle
[EVENT RECORDER]
> Wave Recorder: OFF
> Wave S/R: 64
>Wave Pre-Cycle: 5
Wave P/S: P(1ST)
L&E Record: ON
[1~20:1cycle]
Range 1 ~ 20 cycle
Default 5 Step 1 cycle
Pre-cycle is to record (capture) a number of wave cycle before trigger occurring. Pre-cycle changes depending on sampling ratio. For instance, if pre-cycle is set for 5 cycle, when sampling number is 64, 5 cycle is applied, the sampling number is 32, pre-cycle is 10, 16 case, 20 pre-cycle is applied.
GLOBAL SETTING / GENERAL / EVENT RECORDER / Wave P/S
Range P(1ST), S(2ND)
[EVENT RECORDER]
> Wave Recorder: OFF
> Wave S/R: 64
> Wave Pre-Cycle: 5
>Wave P/S: P(1ST)
L&E Record: ON
[P(1ST)/S(2ND)]
Default P(1ST) Step ~
Select if analog data value is primary data or secondary data recorded on Wave cycle. Record the current and voltage data applied to setting value ETMFC610 on secondary side (the CT ratio and VT ratio divided by the primary side data).
GLOBAL SETTING / GENERAL / EVENT RECORDER / L&E Record
Range OFF, ON
[EVENT RECORDER]
>L&E Record: OFF
L&E Interval: 15
COMTRADE Record:OFF
COMTRADE Rev.: 1999
> COMTRADE P/S:P(1ST)
[OFF/ON]
Default OFF Step ~
Set whether Load&Energy event is recorded or not.
GLOBAL SETTING / GENERAL / EVENT RECORDER / L&E Interval
Range 5, 10, 15, 20, 30, 60
[EVENT RECORDER]
> L&E Record: OFF
>L&E Interval: 15
COMTRADE Record:OFF
COMTRADE Rev.: 1999
> COMTRADE P/S:P(1ST)
[5/10/15/20/30/60]
Default 15 Step ~
Set the interval to record Load&Energy events.
EN HANCED TEC HNOLOGY 74
Multi-Function Control ETMFC610 http://www.entecene.co.kr
GLOBAL SETTING / GENERAL / EVENT RECORDER / COMTRADE Record
[EVENT RECORDER]
> L&E Record: OFF
> L&E Interval: 15
>COMTRADE Record:OFF
COMTRADE Rev.: 1999
> COMTRADE P/S:P(1ST)
[OFF/ON]
Range OFF, ON
Default OFF Step ~
In case of occurring a fault, set COMTRADE (Common Format for
Transient Data Exchange) format file in EVRC2A-NT.
The COMTRADE file recorded in EVRC2A-NT can be downloaded by the file transfer protocol function. For details, refer to “16.2.
COMTRADE” .
GLOBAL SETTING / GENERAL / EVENT RECORDER / COMTRADE Rev.
Range 1999, 2013
[EVENT RECORDER]
> L&E Record: OFF
> L&E Interval: 15
> COMTRADE Record:OFF
>COMTRADE Rev.: 1999
> COMTRADE P/S:P(1ST)
[1999/2013]
Default 1999
Select version of COMTRADE file.
Step ~
GLOBAL SETTING / GENERAL / EVENT RECORDER / COMTRADE P/S
[EVENT RECORDER]
> L&E Interval: 15
> COMTRADE Record:OFF
> COMTRADE Rev.: 1999
>COMTRADE P/S:P(1ST)
> COMTRADE Rate: 1
[P(1ST)/S(2ND)]
Range P(1ST), S(2ND)
Default P(1ST)
Select whether the analog data value recorded in the COMTRADE file is primary or secondary data.
Step ~
GLOBAL SETTING / GENERAL / EVENT RECORDER / COMTRADE Rate
Range 1 ~ 10
[EVENT RECORDER]
> L&E Interval: 15
> COMTRADE Record:OFF
> COMTRADE Rev.: 1999
> COMTRADE P/S:P(1ST)
>COMTRADE Rate: 1
[1~10:1]
Default 1 Step 1
Sets the rate of the analog data value recorded to the COMTRADE file.
Record the value divided by the analog data into the COMTRADE file.
EN HANCED TEC HNOLOGY 75
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Key Features
- Comprehensive metering and recording capabilities
- Advanced protection functions for over/under voltage, over/under frequency, over/under current, and more
- Flexible communication options including RS-485, Ethernet, and Modbus
- User-friendly interface with a large LCD display and intuitive navigation
- Compact and rugged design suitable for harsh environments
- Versatile control capabilities for load shedding, generator control, and more
- Advanced monitoring functions for voltage, current, power, and energy consumption
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Frequently Answers and Questions
What are the input and output capabilities of the ETMFC610?
What communication protocols does the ETMFC610 support?
What is the accuracy of the ETMFC610's metering functions?
What is the maximum fault current that the ETMFC610 can withstand?
What is the operating temperature range of the ETMFC610?
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Table of contents
- 11 1. INTRODUCTION
- 11 1.1. Description
- 12 1.2. Summary of Features
- 17 2. TECHNICAL SPECIFICATIONS
- 17 2.1. Inputs and Outputs
- 19 2.2. Type Withstand Tests
- 21 2.3. Metering Accuracy
- 22 2.4. Fault Indication Type Functions
- 23 2.5. Protection Type Functions
- 25 2.6. Direction Controls
- 26 2.7. Cold Load Pickup
- 26 2.8. Loop Control
- 27 2.9. Monitoring
- 35 2.10. Recorder
- 41 2.11. Communications
- 42 3. APPLICATION
- 43 4. DIMENSIONS AND CONSTRUCTION
- 44 5. SIDE PANEL CONSTRUCTION
- 45 5.1. Communication Port
- 47 5.2. NTC Connector
- 48 5.3. Current Input Connector
- 48 5.4. Voltage Input Connector
- 49 5.5. Status Inputs Connector
- 49 5.6. Outputs Connector
- 50 5.7. SCADA Connector (Option)
- 50 5.8. Power Input / Battery Input Connector
- 51 5.9. Power Output Connector
- 51 5.10. Charge Circuit
- 52 5.11. Battery Protection
- 53 5.12. Typical Wiring Diagram
- 54 6. USER INTERFACE PANEL
- 55 6.1. Construction
- 55 6.1.1. Operation Section
- 56 6.1.2. Local Control Section
- 59 6.1.3. Menu Control Section
- 61 6.1.4. Fault Indication Section
- 61 6.1.5. Voltage Element Section
- 61 6.1.6. System Diagnostic Section
- 62 6.1.7. Battery Status Section
- 62 6.1.8. User LED Section
- 63 6.1.9. Set Group Status Section
- 64 6.2. LCD Display
- 64 6.2.1. Menu Structure Tree
- 67 6.2.2. GLOBAL Setting
- 68 6.2.3. GROUP Setting
- 69 6.2.4. Event
- 69 6.2.5. Maintenance
- 69 6.2.6. Time
- 69 6.2.7. Status
- 69 6.2.8. Metering
- 70 6.3. Using the LCD Menu
- 70 6.3.1. Initial Screen
- 73 6.3.2. Main Menu
- 73 6.3.3. Setting Example
- 74 6.3.4. Setting Save
- 75 7. GLOBAL SETTING
- 75 7.1. General Setting
- 76 7.1.1. System
- 83 7.1.2. Event Recorder
- 86 7.1.3. Monitoring
- 103 7.1.4. Loop Control
- 120 7.1.5. Passcode
- 121 7.1.6. PLC
- 130 7.1.7. Device
- 139 7.1.8. Save Setting
- 140 7.2. Communication
- 140 7.2.1. Protocol Setup
- 174 7.2.2. Port Setup
- 181 7.2.3. RTU Communication (Dialup Modem) Setup
- 186 7.2.4. FTP-SSL
- 187 7.2.5. Wifi
- 188 7.2.6. Event & Etc Setup
- 192 7.2.7. Save Setting
- 193 8. GROUP SETTING
- 194 8.1. Fault Indication
- 194 8.1.1. FI Type
- 195 8.1.2. FI Pickup Current
- 196 8.1.3. FI Setting Time
- 200 8.1.4. Inrush Restraint
- 201 8.1.5. FI Auto Reset
- 202 8.2. Protection
- 205 8.2.1. Phase Time Overcurrent (51P)
- 210 8.2.2. Ground Time Overcurrent (51G)
- 214 8.2.3. Negative Sequence Overcurrent (51Q(46))
- 218 8.2.4. Phase Instantaneous Overcurrent (50P)
- 220 8.2.5. Ground Instantaneous Overcurrent (50G)
- 222 8.2.6. Sensitive Earth Fault (50SG)
- 224 8.2.7. Negative Sequence Instantaneous Overcurrent (50Q)
- 226 8.2.8. Inrush Restraint
- 235 8.2.9. User Curve - Time Overcurrent Curves
- 270 8.3. Directional Controls (67)
- 270 8.3.1. Phase Directional Controls (67P)
- 273 8.3.2. Ground Directional Controls (67G)
- 275 8.3.3. SEF Directional Controls (67SEF)
- 276 8.3.4. Negative Sequence Directional Controls (67Q)
- 279 8.4. Cold Load Pickup
- 282 8.5. Monitoring
- 282 8.5.1. Broken Conductor(46BC)
- 284 8.5.2. Voltage (27/59/64N/47P)
- 288 8.5.3. Frequency (81)
- 296 8.5.4. Power (32)
- 300 8.5.5. Demand (49)
- 302 8.5.6. Phase Difference
- 304 8.5.7. Synchro’ Check (25)
- 308 8.5.8. Open Phase
- 309 8.5.9. Live Line Block
- 310 8.5.10. Fault Locator
- 313 8.5.11. Load Current Alarm
- 315 8.5.12. Power Factor (55)
- 316 8.6. Save Setting
- 317 9. EVENT RECORDER
- 318 9.1. Operation Event
- 319 9.2. Fault Event
- 321 9.3. Fault Cycle - Summary
- 322 9.4. System Event
- 323 9.5. Set Change Event
- 324 9.6. Load & Energy Event
- 324 9.6.1. Load & Energy/Min. Event
- 326 9.6.2. Load & Energy/Hour Event
- 327 9.6.3. Load & Energy/Day
- 328 9.6.4. Load & Energy Field Configuration
- 329 9.7. Diagnostic Event
- 331 9.8. PQM Event
- 332 9.9. Load Current Alarm Event
- 334 9.10. Clear Saved Data
- 335 10. MAINTENANCE
- 335 10.1. Count
- 335 10.1.1. ETMFC610 Count
- 336 10.1.2. Fault Count
- 337 10.1.3. PQM Count
- 341 10.1.4. Communication Count
- 342 10.1.5. User Count
- 343 10.2. Interrupt Time
- 343 10.3. Contact Wear
- 344 10.4. Data Reset
- 344 10.5. Controller Information
- 345 10.6. Mechanism Scale
- 346 11. TIME
- 347 12. STATUS
- 347 12.1. ETMFC
- 349 12.2. Input Ports
- 349 12.3. Output Ports
- 350 12.4. GOOSE Single Input
- 350 12.5. GOOSE Double Input
- 351 12.6. GOOSE Output
- 351 12.7. Latch Logic
- 352 12.8. Diagnostic
- 353 13. METERING
- 353 13.1. Current
- 354 13.2. Voltage
- 356 13.3. Frequency
- 357 13.4. Power
- 358 13.5. Energy
- 359 13.6. Demand Current and Power
- 361 13.7. Unbalance
- 362 13.8. Harmonics
- 362 13.9. True R.M.S
- 363 13.10. Controller Reference
- 364 14. MAINTANANCE
- 364 14.1. Warning Events
- 367 15. PLC function
- 368 16. Function of File Transfer Protocol
- 368 16.1. Patching firmware to upgrade
- 369 16.2. COMTRADE
- 369 16.2.1. File format and Name
- 369 16.2.2. Related Setting Items
- 370 17. Wireless Connection
- 370 17.1. Connection using WIFI (PC)
- 371 17.2. Connection using Smart ETIMS