Operation Indicators - ABB SPAJ 142 C User Manual And Technical Description

Operation
indicators
8
( )
I n = 1A 5A I
f n = 50Hz
( )
60Hz I n = 0.2A 1A I
o
SPAJ 142 C
80...265V ~ –
U
18...80V –
SPCJ 4D29
REGISTERS OPER.IND.
0 0 0 0 0
1 1 >
I / I I START
n
L1
2 2 >
I / I I TRIP
n
L2
3 3 > >
I / I I
START
n
L3
4 4 > >
/
I max I I TRIP
(15min) n
5 ( ) 5
t > [ % ] >
I I o START
6 ( ) 6
t > > [ % ] >
I I o TRIP
7
7 / > >
I I I START
o n o
8 t ( > ) [ ] 8 > >
I % I TRIP
o o
9 t ( > > ) [ ] 9
I % CBFP
o
RS 611 008 - Ser.No.
Indication Explanation
1 I> START
2 I> TRIP
3 I>> START = The high-set stage I>> of the overcurrent unit has started
4 I>> TRIP
5 I > START = The low-set stage I
0
6 I > TRIP
0
7 I >> START = The high-set stage I
0
8 I >> TRIP
0
9 CBFP
D) The TRIP indications persist when the pro-
tective stage returns to normal. The indicator is
reset by pushing the RESET/STEP push-button.
Further, the indicators may be reset via the ex-
ternal control input 10-11 by switching a con-
trol voltage to the input, provided that the
microswitch SGB/8 is in position 1.
The basic protective relay functions are not de-
pending on the state of the operation indica-
tors, reset or non-reset. The relay is permanently
operative.
If a protective stage starts, but no tripping oc-
curs because the energizing quantity goes be-
low the starting level before the delay circuit
times out, the starting indicators are normally
automatically switched off. However, by means
of the switches SGF2/1...4 the starting indica-
tions may be made persistant which means that
they are to be reset by pushing the RESET/
STEP push-button.
3 >
I
I
2
I I I I
IRF
5 L1 L2 L3 0
RESET
I > / I
n
STEP
aux
t [ ]
> s
k
I / I
>>
n
t [ ]
>> s
I / I
>
n
0
[ ]
t
> s
0
k
0
I / I
>>
n
o
t [ ]
>> s
o
PROGRAM
SGF
SGB
SGR
TRIP
SPCJ 4D29
= The low-set stage I> of the overcurrent unit has started
= The low-set stage I> of the overcurrent unit has tripped
= The high-set stage I>> of the overcurrent unit has tripped
= The low-set stage I
= The high-set stage I
= Circuit Breaker Failure Protection has operated
A) The operation indicator TRIP is switched
on when one of the protective stages operate.
When the protective stage resets, the red indi-
cator remains alight.
B) If the display is dark when one of the pro-
tective stages I>, I>>, I > or I
0
ping, the faulty phase or the neutral path is in-
dicated with a yellow LED. If, for instance, the
TRIP indicator glows red, and the indicators
I and I at the same time are illuminated,
L1 L2
overcurrent has occurred on phase L1 and L2.
C) Besides being a code number at data presen-
tation, the leftmost red digit or the display serves
as a visual function indicator. A function indi-
cator is recognized by the fact that the red digit
alone is switched on. The following table named
OPERATION IND. is a key to the function
code numbers used.
> of the earth-fault unit has started
0
> of the earth-fault unit has tripped
0
>> of the earth-fault unit has started
0
>> of the earth-fault unit has tripped
0
The persistent indications are obtained through
the following programming.
Switch SGF2/1 = 1
Starting indication on I> persistent
Switch SGF2/2 = 1
Starting indication on I>> persistent
Switch SGF2/3 = 1
Starting indication on I
Switch SGF2/4 = 1
Starting indication on I
On delivery from the factory the switches SGF2/
1...4 have the preset configuration 0.
E) Shortly after the internal self-supervision sys-
tem has detected a permanent relay fault the red
IRF indicator is switched on and the output re-
lay of the self-supervision system operates. Fur-
ther, in most fault situations a autodiagnostic fault
code is shown in the display. The fault code is
composed of a red figure 1 and a green code
number which indicates what may be the fault
type.The fault code can not be reset as long as
the fault persists. When a fault code appears on
the display, the code number should be recorded
on a piece of paper and given to the authorized
repair shop when overhaul is ordered.
>> call for a trip-
0
> persistent
0
>> persistent
0