GE P54C User Manual

P54A/B/C/E
Appendix A - Ordering Options
Order No.
V
ariants
Current differential - 60TE with 1/3
p
ole autoreclose and check s
y
nchronisin
g
(
u
p
to 6 ends a
pp
lication
)
P54C
**
Nominal auxiliar
y
volta
g
e
24-54 Vdc
7
48-125 Vdc
(
40-100 Vac
)
8
110-250 Vdc
(
100-240 Vac
)
9
In/Vn ratin
g
In = 1A/5A ; Vn = 100-120Vac
1
Hardware o
p
tions
Protocol Com
p
atibilt
y
Standard - None
1, 3 & 4 1
IRIG-B Onl
y
(
Modulated
)
1, 3 & 4 2
Fibre O
p
tic Converter Onl
y
1, 3 & 4 3
IRIG-B
(
Modulated
)
& Fibre O
p
tic Converter
1, 3 & 4 4
Ethernet
(
100Mbit/s
)
1, 3 & 4 6
Ethernet
(
100Mbit/s
)
p
lus IRIG-B
(
Modulated
)
6, 7 & 8
A
Ethernet
(
100Mbit/s
)
p
lus IRIG-B
(
Un-modulated
)
6, 7 & 8 B
IRIG-B
(
Un-modulated
)
1, 3 & 4 C
InterMiCOM + Courier Rear Por
t
1, 3 & 4 E
InterMiCOM + Courier Rear Port + IRIG-B modulated
1, 3 & 4 F
Redundant Ethernet Self-Healin
g
Rin
g
, 2 multi-mode fibre
p
orts + Modulated IRIG-B
6, 7 & 8 G
Redundant Ethernet Self-Healin
g
Rin
g
, 2 multi-mode fibre
p
orts + Un-modulated IRIG-B
6, 7 & 8 H
Redundant Ethernet RSTP, 2 multi-mode fibre
p
orts + Modulated IRIG-B
6, 7 & 8 J
Redundant Ethernet RSTP, 2 multi-mode fibre
p
orts + Un-modulated IRIG-B
6, 7 & 8 K
Redundant Ethernet Dual-Homin
g
Star, 2 multi-mode fibre
p
orts + Modulated IRIG-B
6, 7 & 8 L
Redundant Ethernet Dual-Homin
g
Star, 2 multi-mode fibre
p
orts + Un-modulated IRIG-B
6, 7 & 8 M
Redundant Ethernet PRP/HSR, 2 fibre
p
orts + Modulated IRIG-B 6, 7 & 8 N
Redundant Ethernet PRP/HSR, 2 fibre
p
orts + Unmodulated IRIG-B 6, 7 & 8 P
Product O
p
tions
Ch1=850nm multi-mode, Ch2=850nm multi-mode, 16 In
p
uts and 16 Out
p
ut Rela
y
s
A
Ch1=1300nm sin
g
le-mode, Ch2=not fitted
(
2 Terminal onl
y)
, 16 In
p
uts and 16 Out
p
ut Rela
y
s
B
Ch1=1300nm sin
g
le-mode, Ch2=1300nm sin
g
le-mode, 16 In
p
uts and 16 Out
p
ut Rela
y
s
C
Ch1=1300nm multi-mode, Ch2=not fitted
(
2 Terminal onl
y)
, 16 In
p
uts and 16 Out
p
ut Rela
y
s
D
Ch1=1300nm multi-mode, Ch2=1300nm multi-mode, 16 In
p
uts and 16 Out
p
ut Rela
y
s
E
Ch1=1550nm sin
g
le-mode, Ch2=not fitted
(
2 Terminal onl
y)
, 16 In
p
uts and 16 Out
p
ut Rela
y
s
F
Ch1=1550nm sin
g
le-mode, Ch2=1550nm sin
g
le-mode, 16 In
p
uts and 16 Out
p
ut Rela
y
s
G
Ch1=850nm multi-mode, Ch2=1300nm sin
g
le-mode, 16 In
p
uts and 16 Out
p
ut Rela
y
s
H
Ch1=850nm multi-mode, Ch2=1300nm multi-mode, 16 In
p
uts and 16 Out
p
ut Rela
y
s
J
Ch1=850nm multi-mode, Ch2=1550nm sin
g
le-mode, 16 In
p
uts and 16 Out
p
ut Rela
y
s
K
Ch1=1300nm sin
g
le-mode, Ch2=850nm multi-mode, 16 In
p
uts and 16 Out
p
ut Rela
y
s
L
Ch1=1300nm multi-mode, Ch2=850nm multi-mode, 16 In
p
uts and 16 Out
p
ut rela
y
s
M
Reserved for future sin
g
le channel
N
Reserved for future sin
g
le channel
P
Ch1 1550nm sin
g
le-mode, Ch2 850nm multi-mode, 16 In
p
uts and 16 Out
p
ut Rela
y
s
R
Ch1=850nm multi-mode, Ch2=850nm multi-mode, 16 In
p
uts and 12 Out
p
uts Rela
y
s
(
Includin
g
4 Hi
g
h Break
)
S
Ch1=1300nm sin
g
le-mode, Ch2=not fitted
(
2 Terminal onl
y)
, 16 In
p
uts and 12 Out
p
ut rela
y
s
(
Includin
g
4 Hi
g
h Break
)
T
Ch1=1300nm sin
g
le-mode , Ch2=1300nm sin
g
le-mode, 16 In
p
uts and 12 Out
p
uts
(
Includin
g
4 Hi
g
h Break
)
U
Ch1=1300nm multi-mode, Ch2=not fitted
(
2 Terminal onl
y)
, 16 In
p
uts and 12 Out
p
ut Rela
y
s
(
Includin
g
4 Hi
g
h Break
)
V
Ch1=1300nm multi-mode, Ch2=1300nm multi-mode, 16 In
p
uts and 12 Out
p
uts
(
Includin
g
4 Hi
g
h Break
)
W
Ch1=1550nm sin
g
le-mode, Ch2=not fitted
(
2 Terminal onl
y)
, 16 In
p
uts and 12 Out
p
ut Rela
y
s
(
includin
g
4 Hi
g
h Break
)
X
Reserved - was used for RWE s
p
ecial
Y
Ch1=1550nm sin
g
le-mode, Ch2=1550nm sin
g
le-mode, 16 In
p
uts and 12 Out
p
ut Rela
y
s
(
Includin
g
4 Hi
g
h Break
)
Z
Ch1=850nm multi-mode, Ch2=1300nm sin
g
le-mode, 16 In
p
uts and 12 Out
p
uts
(
Includin
g
4 Hi
g
h Break
)
0
Ch1=850nm multi-mode, Ch2=1300nm multi-mode, 16 In
p
uts and 12 Out
p
uts
(
Includin
g
4 Hi
g
h Break
)
1
Ch1=850nm multi-mode, Ch2=1550nm sin
g
le-mode, 16 In
p
uts and 12 Out
p
ut Rela
y
s
(
Includin
g
4 Hi
g
h Break
)
2
Ch1=1300nm sin
g
le-mode, Ch2=850nm multi-mode, 16 In
p
uts and 12 Out
p
ut Rela
y
s
(
Includin
g
4 Hi
g
h Break
)
3
Ch1=1300nm multi-mode, Ch2=850nm multi-mode, 16 In
p
uts and 12 Out
p
ut Rela
y
s
(
Includin
g
4 Hi
g
h Break
)
4
Ch1=1550nm sin
g
le-mode, Ch2=850nm multi-mode, 16 In
p
uts and 12 Out
p
ut Rela
y
s
(
Includin
g
4 Hi
g
h Break
)
5
Reserved for future sin
g
le channel
6
Reserved for future sin
g
le channel
7
Protocol o
p
tions
K-Bus
1
IEC60870-5-103
(
VDEW
)
3
DNP3.0
4
IEC61850 + Courier via rear RS485
p
ort
6
IEC61850 + IEC60870-5-103 via rear RS485
p
ort
7
DNP3.0 Over Ethernet with Courier rear
p
ort K-Bus/RS485
p
rotocol 8
Mountin
g
Flush/Panel Mountin
g
with Harsh Environment Coatin
g
M
Lan
g
ua
g
e
En
g
lish, French, German, S
p
anish
0
En
g
lish, French, German, Russian
5
En
g
lish, Italian, Polish and Portu
g
uese
7
Chinese, En
g
lish or French via HMI, with En
g
lish or French onl
y
via Communications
p
ort
C
Software version
Without Distance
01
Customer s
p
ecific o
p
tions
Standard version
0
Customer version
A
Hardware version
XCPU3 with increased main
p
rocessor memor
y
M
P54xMED-TM-EN-1
A3

GE P54C Specifications

General

Brand	GE
Model	P54C
Category	Relays
Language	English