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AQ-F255
Arcteq AQ-F255 Manuals
Manuals and User Guides for Arcteq AQ-F255. We have
2
Arcteq AQ-F255 manuals available for free PDF download: Instruction Manual
Arcteq AQ-F255 Instruction Manual (556 pages)
Feeder protection device
Brand:
Arcteq
| Category:
Protection Device
| Size: 26 MB
Table of Contents
Table of Contents
2
Document Inf
7
Document Informa Ormation Tion
7
Version 2 Revision Notes
7
Version 1 Revision Notes
10
Safety Information
11
Abbreviations
11
General
14
Device User Int Vice User Interface Erface
15
Panel Structure
15
Local Panel Structure
15
Configuring User Levels and Their Passwords
16
Functions Unctions
18
Functions Included in AQ-F255
18
Measurements
20
Current Measurement and Scaling
20
Voltage Measurement and Scaling
37
Voltage Memory
49
Power and Energy Calculation
52
Frequency Tracking and Scaling
61
General Menu
64
Protection Functions
67
General Properties of a Protection Function
67
Non-Directional Overcurrent Protection (I>; 50/51)
75
Single-Pole Non-Directional Overcurrent Protection (I>; 50/51)
83
Non-Directional Earth Fault Protection (I0>; 50N/51N)
89
Directional Overcurrent Protection (Idir>; 67)
94
Directional Earth Fault Protection (I0Dir>; 67N/32N)
103
Intermittent Earth Fault Protection (I0Int>; 67NT)
117
Negative Sequence Overcurrent/ Phase Current Reversal/ Current Unbalance Protection (I2>; 46/46R/46L)
127
Harmonic Overcurrent Protection (Ih>; 50H/51H/68H)
133
Circuit Breaker Failure Protection (CBFP; 50BF/52BF)
140
Low-Impedance or High-Impedance Restricted Earth Fault/ Cable End Differential Protection (I0D>; 87N)
155
Overvoltage Protection (U>; 59)
165
Undervoltage Protection (U<; 27)
173
Neutral Overvoltage Protection (U0>; 59N)
182
Sequence Voltage Protection (U1/U2>/<; 47/27P/59PN)
190
Overfrequency and Underfrequency Protection (F>/<; 81O/81U)
199
Rate-Of-Change of Frequency (Df/Dt>/<; 81R)
205
Overpower Protection (P>; 32O)
212
Underpower Protection (P<; 32U)
216
Reverse Power Protection (Pr; 32R)
220
Voltage-Restrained Overcurrent Protection (IV>; 51V)
224
Line Thermal Overload Protection (TF>; 49F)
230
Resistance Temperature Detectors (RTD)
252
Programmable Stage (Pgx>/<; 99)
257
Arc Fault Protection (Iarc>/I0Arc>; 50Arc/50Narc)
269
Control Functions
280
Common Signals
280
Setting Group Selection
281
Object Control and Monitoring
290
Single-Pole Object Control and Monitoring
301
Indicator Object Monitoring
309
Auto-Recloser (79)
311
Zero Sequence Recloser (U0> RECL; 79N)
340
Cold Load Pick-Up (CLPU)
344
Switch-On-To-Fault (SOTF)
354
Synchrocheck (ΔV/Δa/Δf; 25)
357
Milliampere Output Control
370
Synchronizer (ΔV/Δa/Δf; 25)
372
Vector Jump (Δφ; 78)
380
Programmable Control Switch
386
User Buttons
387
Analog Input Scaling Curves
387
Logical Outputs
389
Logical Inputs
390
Monitoring Functions
392
Current Transformer Supervision
392
Voltage Transformer Supervision (60)
403
Circuit Breaker Wear Monitoring
408
Current Total Harmonic Distortion (THD)
414
Voltage Total Harmonic Distortion (THD)
419
Fault Locator (21FL)
423
Disturbance Recorder (DR)
425
Event Logger
436
Measurement Recorder
437
Measurement Value Recorder
442
Communica a Tion
447
Communic Tion
447
Connections Menu
447
Time Synchronization
449
Internal
449
Ntp
450
Ptp
450
Communication Protocols
451
Iec 61850
451
Logical Device Mode and Logical Node Mode
453
Goose
457
Modbus/Tcp and Modbus/Rtu
461
Iec 103
462
Iec 101/104
463
Spa
465
Dnp3
466
Modbus I/O
468
Analog Fault Registers
469
Real-Time Measurements to Communication
470
Modbus Gateway
472
Connections of AQ-F255
477
Application Example and Its Connections
479
Two-Phase, Three-Wire ARON Input Connection
480
Trip Circuit Supervision (95)
481
Construction and Installation Tion
485
Construction
485
CPU Module
488
Current Measurement Module
491
Voltage Measurement Module
492
Option Cards
493
Digital Input Module (Optional)
493
Digital Output Module (Optional)
496
Point Sensor Arc Protection Module (Optional)
497
RTD Input Module (Optional)
499
Serial RS-232 Communication Module (Optional)
500
LC or RJ45 100 Mbps Ethernet Communication Module (Optional)
502
Double ST 100 Mbps Ethernet Communication Module (Optional)
503
Double RJ45 10/100 Mbps Ethernet Communication Module (Optional)
505
Milliampere (Ma) I/O Module (Optional)
506
Dimensions and Installation
507
Technic Echnical da al Data Ta
510
Hardware
510
Measurements
510
Current Measurement
510
Voltage Measurement
512
Voltage Memory
512
Power and Energy Measurement
513
Frequency Measurement
514
CPU & Power Supply
514
Auxiliary Voltage
514
CPU Communication Ports
515
CPU Digital Inputs
516
CPU Digital Outputs
516
Option Cards
518
Digital Input Module
518
Digital Output Module
518
Point Sensor Arc Protection Module
519
Milliampere Module (Ma out & Ma In)
520
RTD Input Module
521
Serial Fiber Communication Module
521
Double LC 100 Mbps Ethernet Communication Module
522
Double ST 100 Mbps Ethernet Communication Module
522
Display
523
Functions
523
Protection Functions
523
Non-Directional Overcurrent Protection (I>; 50/51)
523
Non-Directional Earth Fault Protection (I0>; 50N/51N)
524
Directional Overcurrent Protection (Idir>; 67)
525
Directional Earth Fault Protection (I0Dir>; 67N/32N)
527
Intermittent Earth Fault Protection (I0Int>; 67NT)
528
Negative Sequence Overcurrent/ Phase Current Reversal/ Current Unbalance Protection (I2>; 46/46R/46L)
529
Harmonic Overcurrent Protection (Ih>; 50H/51H/68H)
530
Circuit Breaker Failure Protection (CBFP; 50BF/52BF)
531
Low-Impedance or High-Impedance Restricted Earth Fault/ Cable End Differential Protection (I0D>; 87N)
531
Overvoltage Protection (U>; 59)
532
Undervoltage Protection (U<; 27)
533
Neutral Overvoltage Protection (U0>; 59N)
534
Sequence Voltage Protection (U1/U2>/<; 47/27P/59NP)
535
Overfrequency and Underfrequency Protection (F>/<; 81O/81U)
536
Rate-Of-Change of Frequency Protection (Df/Dt>/<; 81R)
537
Line Thermal Overload Protection (TF>; 49F)
538
Overpower (P>; 32O), Underpower (P<; 32U) and Reverse Power (Pr; 32R) Protection
538
Voltage-Restrained Overcurrent Protection (IV>; 51V)
539
Resistance Temperature Detectors (RTD)
540
Arc Fault Protection (Iarc>/I0Arc>; 50Arc/50Narc) (Optional)
541
Control Functions
542
Setting Group Selection
542
Object Control and Monitoring
542
Version
543
Indicator Object Monitoring
543
Auto-Reclosing (0 → 1; 79)
543
Cold Load Pick-Up (CLPU)
544
Switch-On-To-Fault (SOTF)
544
Zero Sequence Recloser (79N)
545
Vector Jump (Δφ; 78)
545
Synchrocheck (ΔV/Δa/Δf; 25)
546
Monitoring Functions
547
Current Transformer Supervision
547
Voltage Transformer Supervision (60)
548
Circuit Breaker Wear Monitoring
548
Current Total Harmonic Distortion
549
Fault Locator (21FL)
550
Disturbance Recorder
550
Event Logger
551
Tests and Environmental
551
Ordering Inf Dering Informa Ormation Tion
554
Contact and R Ence Informa Ormation Tion
556
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Arcteq AQ-F255 Instruction Manual (370 pages)
Feeder protection IED
Brand:
Arcteq
| Category:
Relays
| Size: 18 MB
Table of Contents
Table of Contents
2
1 Manual Revision Notes
7
Version 2 Revision Notes
7
2 Abbreviations
8
3 General
9
4 IED User Interface
10
Panel Structure
10
AQ 250 Series Local Panel Structure
10
User Level Password con Guration
11
Functions Included in AQ-F255
12
Control Functions of AQ-F255
13
Current Measurement and Scaling
13
Current Measurement Terminology
14
CT Scaling Example
15
Initial Data from Example Connection
15
Phase Current Transformer Scalings to CT Nominal
16
Residual Current I02 Scaling to Ring Core CT Input
17
Scalings to CT Nominal
17
Scalings to Protected Object Nominal Current
18
ZCT Scaling Example
18
Troubleshooting
19
Voltage Measurement and Scaling
27
VT Scaling Example
27
Initial Data of Previous Example Connection
28
Per Unit Voltage Measurements
33
Secondary Voltage Measurements
33
Voltage Phase Angle Measurements
33
Harmonic Voltage Measurements
35
Power and Energy Calculation
35
Voltage Measurement Angles
35
Line to Neutral Voltages Available
36
Power and Energy Meas. Settings
37
Settings
37
DC 1…4 Pulse out Settings
38
Energy Dose Counter 1 Settings
38
Power Measurements
38
Phase L1 Power Calculation
39
Phase L2 Power Calculation
39
Phase L3 Power Calculation
39
Three Phase Power Calculation
39
Energy Measurements
40
Phase L1 Energy Calculation
40
Three Phase Energy Calculation
40
Calculation Examples
41
Phase L3 Energy Calculation
41
Frequency Tracking and Scaling
43
Settings of the Frequency Tracking
44
General Menu
45
Protection Functions
46
General Properties of a Protection Function
46
General-Menu Indications
46
Principle Diagram of Protection Relay Platform
47
Pick-Up Characteristics
48
Pick up and Reset Characteristics of the Function
48
Measurement Range in Relation to the Nominal Current
48
Function Blocking
49
Operating Time Characteristics for Trip and Reset
49
No Delayed Pick-Up Release
58
Stage Forcing
60
Non-Directional Overcurrent I> (50/51)
60
Measured Input Values
61
General Settings
61
General Settings of the Function
61
Internal Inrush Harmonic Blocking Settings
62
Events and Registers
63
Event Codes of the NOC Function Instances
63
Register Content
65
Non-Directional Earth Fault I0> (50N/51N)
65
Analogic Magnitudes Used by the NEF Function
66
Directional Overcurrent Idir> (67)
69
Real-Time Info Displayed by the Function
71
Directional Earth Fault I0Dir> (67N)
75
Directly or Small Impedance Grounded Network
79
Intermittent Earth Fault I0Int> (67NT)
84
Current Unbalance I2
92
Harmonic Overcurrent Ih> (50H/51H/68H)
98
Circuit Breaker Failure Protection CBFP (50BF)
102
Trip, Retrip and CBFP Are con Gured to the IED
106
Retrip and CBFP When Selected Criteria Is Current Only
107
Retrip and CBFP When Selected Criteria Is Current and DO
108
Retrip and CBFP When Selected Criteria Is Current or DO
109
Trip and CBFP Are con Gured to the IED
110
CBFP When Selected Criteria Is Current Only
111
Dedicated CBFP Operation from Binary Input Signal
115
Restricted Earth Fault / Cable End Differential (REF) I0D> (87N)
116
Overvoltage U
122
Undervoltage U
128
Neutral Voltage U0> (59N)
135
Earth Fault in Isolated Network
136
Positive Sequence Voltage Calculation
141
Sequence Voltage U1/U2>/<(59P/27P/47)
141
Negative Sequence Calculation
142
Analog Magnitudes Used by the VUB Function
144
Measured Magnitude Selection
144
Using Block Setting to Prevent Nuisance Trips
144
Over- and Underfrequency F>/< (81O/81U)
147
Rate-Of-Change of Frequency Protection Df/Dt (81R)
151
Over Power P> (32O)
155
Under Power P< (32U)
157
Reverse Power Pr (32R)
160
Vector Jump Protection (78)
162
Line Thermal Overload Protection TF> (49F)
166
Voltage Memory Function
183
Arc Fault Protection Iarc>/I0Arc>(50Arc/50Narc)
186
Programmable Stage
193
Control Functions
206
Setting Group Selection (SGS)
206
Object Control and Monitoring (OBJ)
212
Indicator Object Monitoring (CIN)
217
Auto-Reclosing 0 → 1 (79)
219
Auto-Reclosing Sequence from Trip with Two Shot Failure
222
Auto-Reclosing Sequence from Trip with Two Shot, High Speed Succeeds
225
Signal Status Graph of the Transient Earth Fault Autoreclosing Cycle
225
Auto-Reclosing Sequence from Start with Two Shot Failure
226
Settings for Earth Fault Reclosing with Two Shots
226
Auto-Reclosing in Meshed or Ring Networks
231
Autoreclosing with Distributed Generation in the Line
231
Arcing Time and Discrimination Time
231
Input Signals for Autorecloser Control
233
Output Signals of Auto-Recloser
234
AR Output Signals
234
Setting Parameters
235
Autorecloser Shot Setting Parameters
237
Inhibit and Locked States of Auto-Recloser Function
238
Displaying Auto Recloser Timers in MIMIC View
238
Event Codes of the AR Function
239
Auto-Recloser Operation Counters
242
Cold Load Pick-Up (CLPU)
242
Event Codes of the CLPU Function
250
Switch on to Fault (SOTF)
251
Synchrocheck Function ΔV/Δa/Δf (25)
253
Different States of the System
259
Ma Output Control
262
Monitoring Functions
266
Current Transformer Supervision (CTS)
266
Fuse Failure VTS (60)
274
Disturbance Recorder (DR)
277
Aqviewer
281
Open Stored Recordings
281
Add Signals to Plotters
282
Zooming and General Use of Aqviewer
283
Measurement Recorder
284
Measurement Recorder Values Viewed in Aqtivate PRO Software
285
Available Analog Signals
285
Circuit Breaker Wear-Monitor (CBW)
288
Example of the Circuit Breaker Interrupting Life Operations
289
Circuit Breaker Characteristics Settings
290
Pick-Up Characteristics for Alarming
290
Event Codes of the CBW Function Instance
292
Fault Locator (21FL) X → Km
292
Fault Locator Triggering
293
Pick-Up Characteristics Setting
293
Current Conditions Needed to Trig Impedance Recording
293
Events
294
Event Codes of FLX Function
294
Total Harmonic Distortion Monitor (THD)
294
THD Calculation Formula
295
Analogic Magnitudes Used by the THD Function
296
Operating Time Characteristics for Activation and Reset
297
Operating Time Characteristics Setting Parameters
297
Event Codes of the THD Function
297
Measurement Value Recorder
298
6 System Integration
302
Communication Protocols
302
Ntp
302
NTP Connection Parameters
302
Modbustcp and Modbusrtu
302
Modbus TCP Parameters
303
Modbus RTU Parameters
303
Modbusio
303
Iec 61850
304
Goose
306
Dnp3
308
Iec 101/104
308
SPA Protocol
309
General IO Analog Fault Registers
309
Real Time Measurements to Communication
309
7 Applications and Connection Examples
312
Connections AQ-F255
312
Example Feeder Application Connection
314
Application Example for AQ-F255
315
3-Phase, 3-Wire ARON Input Connection
315
Trip Circuit Supervision (95)
316
8 Construction and Installation
319
Modular Construction of AQ-X255 IED
319
CPU, IO and Power Supply Module
321
CPU Card Binary Input Settings
322
Settings and Scanning Cycle of Digital Inputs
322
Current Measurement Module
323
Voltage Measurement Module
324
Binary Input Module (DI8) (Option)
325
Setting up the Activation and Release Delays
326
Binary Output Module (DO5) (Option)
327
Arc Protection Module (Option)
328
RTD & Ma Input Module (Option)
329
AQ-2Xx Serial RS232-Card Connectors
330
Connection of Different Sensor Types
330
Serial RS232 Communication Module (Option)
330
LC 100 Mbps Ethernet Card Connectors
332
LC100 Ethernet Communication Module (Option)
332
Installation Dimensioning
333
Ma Output & Input Module Connections
333
Maout & Mainput Module (Option)
333
Dimensions of the IED
334
Installation of the IED
334
Panel Cut-Out and Spacing of the IED
335
9 Technical Data
336
Hardware
336
Power and Energy Measurement
336
Current Measurement
336
Voltage Measurement
338
Frequency Measurement
338
CPU & Power Supply
338
Auxiliary Voltage
338
CPU Communication Ports
339
Terminal Block Connection
339
CPU Binary Inputs
340
CPU Binary Outputs
340
Option Cards
341
Binary Input Module
341
Binary Output Module
342
Arc Protection Module
342
Maout & Main Module
343
RTD & Ma Input Module
343
RS232 & Serial Ber Communication Module
344
Double Lc100Mb Ethernet Module (Redundant)
344
Display
344
Non-Directional Overcurrent (50/51) I
345
Non-Directional Earth Fault (50N/51N) I0
345
Functions
345
Protection Functions
345
Directional Overcurrent (67) Idir
346
Directional Earth Fault(67N) Iodir
347
Intermittent Earth Fault (67NT) Ioint
348
Current Unbalance (46/46R/46L) I2
349
Harmonic Overcurrent (50H/51H, 68) Ih
350
Circuit Breaker Failure Protection (50BF/52BF) CBFP
351
Restricted Earth Fault / Cable End Differential (87N) Iod
351
Overvoltage (59) U
352
Undervoltage (27) U
352
Neutral Overvoltage (59N) U0
353
Sequence Voltage (47/27PN/59PN) U1/2
354
Over-/Under Frequency (81O/81U) F
355
Rate-Of-Change-Frequency (81R) Df/Dt
355
Line Thermal Overload (49L) TF
356
Resistance Temperature Detector Alarm (49RTD) T
357
Over/Under/Reverse Power Protection (32/37) P>, P<, PREV
357
Vector Jump (78) ΔΑ
358
Arc Protection (50ARC/50NARC) IARC> I0ARC> (Option)
358
Control Functions
359
Setting Group Selection
359
Object Control (OBJ)
359
Autoreclosing Function (79) 0
359
Cold Load Pick-Up (CLP)
360
Switch on to Fault (SOTF)
360
Synchrocheck (25)
361
Monitoring Functions
362
Current Transformer Supervision (CTS)
362
Fuse Failure VTS (60)
362
Disturbance Recorder (DR)
363
Circuit Breaker Wear Monitor (CBW)
363
Total Harmonic Distortion (THD)
363
Voltage Memory (Integrated in 67,21G)
364
Fault Locator (21FL) X → Km
364
Tests and Environmental
365
Electrical Environment Compatibility
365
Disturbance Tests
365
Physical Environment Compatibility
365
Casing and Package
366
Environmental Conditions
366
Dimensions and Weight
366
10 Ordering Information
367
Accessories
367
11 Contact and Reference Information
369
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