Appendix A - Ordering Options
P54A/B/C/E
Order No.
Variants
Current differential - 80TE with 1/3 pole autoreclose and check synchronising (up to 6 ends application)
P54E
**
Nominal auxiliary voltage
24-54 Vdc
7
48-125 Vdc (40-100 Vac)
8
110-250 Vdc (100-240 Vac)
9
In/Vn rating
In = 1A/5A ; Vn = 100-120Vac
1
Hardware options
Protocol Compatibilty
Standard - None
1, 3 & 4
1
IRIG-B Only (Modulated)
1, 3 & 4
2
Fibre Optic Converter Only
1, 3 & 4
3
IRIG-B (Modulated) & Fibre Optic Converter
1, 3 & 4
4
Ethernet (100Mbit/s)
1, 3 & 4
6
Ethernet (100Mbit/s) plus IRIG-B (Modulated)
6, 7 & 8
A
Ethernet (100Mbit/s) plus IRIG-B (Un-modulated)
6, 7 & 8
B
IRIG-B (Un-modulated)
1, 3 & 4
C
Inte Courier Rear Port
1, 3 & 4
E
Inte Courier Rear Port + IRIG-B modulated
1, 3 & 4
F
Redundant Ethernet Self-Healing Ring, 2 multi-mode fibre ports + Modulated IRIG-B
6, 7 & 8
G
Redundant Ethernet Self-Healing Ring, 2 multi-mode fibre ports + Un-modulated IRIG-B
6, 7 & 8
H
Redundant Ethernet RSTP, 2 multi-mode fibre ports + Modulated IRIG-B
6, 7 & 8
J
Redundant Ethernet RSTP, 2 multi-mode fibre ports + Un-modulated IRIG-B
6, 7 & 8
K
Redundant Ethernet Dual-Homing Star, 2 multi-mode fibre ports + Modulated IRIG-B
6, 7 & 8
L
Redundant Ethernet Dual-Homing Star, 2 multi-mode fibre ports + Un-modulated IRIG-B
6, 7 & 8
M
Redundant Ethernet PRP/HSR, 2 fibre ports + Modulated IRIG-B
6, 7 & 8
N
Redundant Ethernet PRP/HSR, 2 fibre ports + Unmodulated IRIG-B
6, 7 & 8
P
Product Options
Ch1=850nm multi-mode, Ch2=850nm multi-mode, 24 Inputs and 32 Output Relays
A
Ch1=1300nm single-mode, Ch2=not fitted (2 Terminal only), 24 Inputs and 32 Output Relays
B
Ch1=1300nm single-mode, Ch2=1300nm single-mode, 24 Inputs and 32 Output Relays
C
Ch1=1300nm multi-mode, Ch2=not fitted (2 Terminal only), 24 Inputs and 32 Output Relays
D
Ch1=1300nm multi-mode, Ch2=1300nm multi-mode, 24 Inputs and 32 Output Relays
E
Ch1=1550nm single-mode, Ch2=not fitted (2 Terminal only), 24 Inputs and 32 Output Relays
F
Ch1=1550nm single-mode, Ch2=1550nm single-mode, 24 Inputs and 32 Output Relays
G
Ch1=850nm multi-mode, Ch2=1300nm single-mode, 24 Inputs and 32 Output Relays
H
Ch1=850nm multi-mode, Ch2=850nm multi-mode, 32 Inputs and 32 Output Relays
I
Ch1=850nm multi-mode, Ch2=1300nm multi-mode, 24 Inputs and 32 Output Relays
J
Ch1=850nm multi-mode, Ch2=1550nm single-mode, 24 Inputs and 32 Output Relays
K
Ch1=1300nm single-mode, Ch2=850nm multi-mode, 24 Inputs and 32 Output Relays
L
Ch1=1300nm multi-mode, Ch2=850nm multi-mode, 24 Inputs and 32 Output relays
M
Ch1=1300nm single-mode, Ch2=not fitted (2 Terminal only), 32 Inputs and 32 Output Relays
N
Ch1=1300nm single-mode, Ch2=1300nm single-mode, 32 Inputs and 32 Output Relays
O
Ch1=1300nm multi-mode, Ch2=not fitted (2 Terminal only), 32 Inputs and 32 Output Relays
P
Ch1=1300nm multi-mode, Ch2=1300nm multi-mode, 32 Inputs and 32 Output Relays
Q
Ch1=1550nm single-mode, Ch2=850nm multi-mode, 24 Inputs and 32 Output Relays
R
Ch1=850nm multi-mode, Ch2=850nm multi-mode, 24 Inputs and 24 Output Relays (Including 8 High Break)
S
Ch1=1300nm single-mode, Ch2=not fitted (2 Terminal only), 24 Inputs and 24 Output relays (Including 8 High Break)
T
Ch1=1300nm single-mode, Ch2=1300nm single-mode, 24 Inputs 24 Outputs (Including 8 High Break)
U
Ch1=1300nm multi-mode, Ch2=not fitted (2 Terminal only), 24 Inputs and 24 Outputs (Including 8 High Break)
V
Ch1=1300nm multi-mode, Ch2=1300nm multi-mode, 24 Inputs and 24 Outputs (Including 8 High Break)
W
Ch1=1550nm single-mode, Ch2=not fitted (2 Terminal only), 24 Inputs and 24 Outputs (Including 8 High Break)
X
Reserved - was used for RWE special
Y
Ch1=1550nm single-mode, Ch2=1550nm single-mode, 24 Inputs and 24 Outputs (Including 8 High Break)
Z
Ch1=850nm multi-mode, Ch2=1300nm single-mode, 24 Inputs and 24 Outputs (Including 8 High Break)
0
Ch1=850nm multi-mode, Ch2=1300nm multi-mode, 24 Inputs and 24 Outputs (Including 8 High Break)
1
Ch1=850nm multi-mode, Ch2=1550nm single-mode, 24 Inputs and 24 Output Relays (Including 8 High Break)
2
Ch1=1300nm single-mode, Ch2=850nm multi-mode, 24 Inputs and 24 Output Relays (Including 8 High Break)
3
Ch1=1300nm multi-mode, Ch2=850nm multi-mode, 24 Inputs and 24 Output Relays (Including 8 High Break)
4
Ch1=1550nm single-mode, Ch2=850nm multi-mode, 24 Inputs and 24 Output Relays (Including 8 High Break)
5
Reserved for future single channel
6
Reserved for future single channel
7
Ch1=1550nm single-mode, Ch2=not fitted (2 Terminal only), 32 Inputs and 32 Output Relays
8
Ch1=1550nm single-mode, Ch2=1550nm single-mode, 32 Inputs and 32 Output Relays
9
Protocol options
K-Bus
1
IEC60870-5-103 (VDEW)
3
DNP3.0
4
IE Courier via rear RS485 port
6
IE IEC60870-5-103 via rear RS485 port
7
DNP3.0 Over Ethernet with Courier rear port K-Bus/RS485 protocol
8
Mounting
Flush/Panel Mounting with Harsh Environment Coating
M
Rack Mounting with Harsh Environmental Coating
N
Language
English, French, German, Spanish
0
English, French, German, Russian
5
English, Italian, Polish and Portuguese
7
Chinese, English or French via HMI, with English or French only via Communications port
C
Software version
Without Distance
01
Customer specific options
Standard version
0
Customer version
A
Hardware version
XCPU3 with increased main processor memory
M
A4
P54xMED-TM-EN-1
Summary of Contents for P4A
Page 2: ......
Page 20: ...Contents P54A B C E xviii P54xMED TM EN 1 ...
Page 27: ...CHAPTER 1 INTRODUCTION ...
Page 28: ...Chapter 1 Introduction P54A B C E 2 P54xMED TM EN 1 ...
Page 38: ...Chapter 1 Introduction P54A B C E 12 P54xMED TM EN 1 ...
Page 39: ...CHAPTER 2 SAFETY INFORMATION ...
Page 40: ...Chapter 2 Safety Information P54A B C E 14 P54xMED TM EN 1 ...
Page 52: ...Chapter 2 Safety Information P54A B C E 26 P54xMED TM EN 1 ...
Page 53: ...CHAPTER 3 HARDWARE DESIGN ...
Page 54: ...Chapter 3 Hardware Design P54A B C E 28 P54xMED TM EN 1 ...
Page 86: ...Chapter 3 Hardware Design P54A B C E 60 P54xMED TM EN 1 ...
Page 87: ...CHAPTER 4 SOFTWARE DESIGN ...
Page 88: ...Chapter 4 Software Design P54A B C E 62 P54xMED TM EN 1 ...
Page 99: ...CHAPTER 5 CONFIGURATION ...
Page 100: ...Chapter 5 Configuration P54A B C E 74 P54xMED TM EN 1 ...
Page 120: ...Chapter 5 Configuration P54A B C E 94 P54xMED TM EN 1 ...
Page 121: ...CHAPTER 6 CURRENT DIFFERENTIAL PROTECTION ...
Page 122: ...Chapter 6 Current Differential Protection P54A B C E 96 P54xMED TM EN 1 ...
Page 149: ...CHAPTER 7 AUTORECLOSE ...
Page 150: ...Chapter 7 Autoreclose P54A B C E 124 P54xMED TM EN 1 ...
Page 207: ...CHAPTER 8 CB FAIL PROTECTION ...
Page 208: ...Chapter 8 CB Fail Protection P54A B C E 182 P54xMED TM EN 1 ...
Page 219: ...CHAPTER 9 CURRENT PROTECTION FUNCTIONS ...
Page 220: ...Chapter 9 Current Protection Functions P54A B C E 194 P54xMED TM EN 1 ...
Page 244: ...Chapter 9 Current Protection Functions P54A B C E 218 P54xMED TM EN 1 ...
Page 247: ...CHAPTER 10 VOLTAGE PROTECTION FUNCTIONS ...
Page 248: ...Chapter 10 Voltage Protection Functions P54A B C E 222 P54xMED TM EN 1 ...
Page 261: ...CHAPTER 11 FREQUENCY PROTECTION FUNCTIONS ...
Page 262: ...Chapter 11 Frequency Protection Functions P54A B C E 236 P54xMED TM EN 1 ...
Page 268: ...Chapter 11 Frequency Protection Functions P54A B C E 242 P54xMED TM EN 1 ...
Page 269: ...CHAPTER 12 MONITORING AND CONTROL ...
Page 270: ...Chapter 12 Monitoring and Control P54A B C E 244 P54xMED TM EN 1 ...
Page 300: ...Chapter 12 Monitoring and Control P54A B C E 274 P54xMED TM EN 1 ...
Page 301: ...CHAPTER 13 SUPERVISION ...
Page 302: ...Chapter 13 Supervision P54A B C E 276 P54xMED TM EN 1 ...
Page 312: ...Chapter 13 Supervision P54A B C E 286 P54xMED TM EN 1 ...
Page 323: ...CHAPTER 14 DIGITAL I O AND PSL CONFIGURATION ...
Page 324: ...Chapter 14 Digital I O and PSL Configuration P54A B C E 298 P54xMED TM EN 1 ...
Page 336: ...Chapter 14 Digital I O and PSL Configuration P54A B C E 310 P54xMED TM EN 1 ...
Page 337: ...CHAPTER 15 FIBRE TELEPROTECTION ...
Page 338: ...Chapter 15 Fibre Teleprotection P54A B C E 312 P54xMED TM EN 1 ...
Page 354: ...Chapter 15 Fibre Teleprotection P54A B C E 328 P54xMED TM EN 1 ...
Page 355: ...CHAPTER 16 ELECTRICAL TELEPROTECTION ...
Page 356: ...Chapter 16 Electrical Teleprotection P54A B C E 330 P54xMED TM EN 1 ...
Page 366: ...Chapter 16 Electrical Teleprotection P54A B C E 340 P54xMED TM EN 1 ...
Page 367: ...CHAPTER 17 COMMUNICATIONS ...
Page 368: ...Chapter 17 Communications P54A B C E 342 P54xMED TM EN 1 ...
Page 439: ...CHAPTER 18 CYBER SECURITY ...
Page 440: ...Chapter 18 Cyber Security P54A B C E 414 P54xMED TM EN 1 ...
Page 457: ...CHAPTER 19 INSTALLATION ...
Page 458: ...Chapter 19 Installation P54A B C E 432 P54xMED TM EN 1 ...
Page 471: ...CHAPTER 20 COMMISSIONING INSTRUCTIONS ...
Page 472: ...Chapter 20 Commissioning Instructions P54A B C E 446 P54xMED TM EN 1 ...
Page 513: ...CHAPTER 21 MAINTENANCE AND TROUBLESHOOTING ...
Page 514: ...Chapter 21 Maintenance and Troubleshooting P54A B C E 488 P54xMED TM EN 1 ...
Page 530: ...Chapter 21 Maintenance and Troubleshooting P54A B C E 504 P54xMED TM EN 1 ...
Page 531: ...CHAPTER 22 TECHNICAL SPECIFICATIONS ...
Page 532: ...Chapter 22 Technical Specifications P54A B C E 506 P54xMED TM EN 1 ...
Page 558: ...Chapter 22 Technical Specifications P54A B C E 532 P54xMED TM EN 1 ...
Page 559: ...APPENDIX A ORDERING OPTIONS ...
Page 560: ...Appendix A Ordering Options P54A B C E P54xMED TM EN 1 ...
Page 565: ...APPENDIX B SETTINGS AND SIGNALS ...
Page 566: ...Appendix B Settings and Signals P54A B C E P54xMED TM EN 1 ...
Page 790: ...Appendix B Settings and Signals P54A B C E B224 P54xMED TM EN 1 ...
Page 835: ...APPENDIX C WIRING DIAGRAMS ...
Page 836: ...Appendix C Wiring Diagrams P54A B C E P54xMED TM EN 1 ...
Page 849: ......