Remote Transfer Data (Modified 2000-02) - ABB SPAC 536 C User Manual

Remote transfer
data
(modified 2000-02)
In addition to the event data, the SPA bus allows
the data communication equipment to read all
input data (I data) of the relay module, setting
values (S values), information recorded in the
Data
Measured residual voltage value
Measured neutral current value
Measured value I cosϕ or
0
I sinϕ (sign +/-)
0
Blocking of low-set stage Iϕ>
Blocking of high-set stage Iϕ>>
Remote control of the operation
characteristic sinϕ/cosϕ
Start of low-set stage Iϕ>
Tripping of low-set stage Iϕ>
Start of high-set stage Iϕ>>
Tripping of high-set stage Iϕ>>
Active start current Iϕ of the low-set
stage Iϕ>
Active operate time t> of the low-set
stage Iϕ>
Active start current Iϕ>> of the high-
set stage (sign ±)
Active operate time t>> of the high-
set stage Iϕ>>
Active checksum of selector switch-
group SG1
Start current Iϕ of stage Iϕ>,
set with the setting knob
Operate time t> of stage Iϕ>,
set with the setting knob
Start current of stage Iϕ>>, set
with the setting knob (sign ±)
Operate time of stage Iϕ>>,
set with the setting knob
Checksum of switchgroup SG1,
set with the selector switches
memory (V data), output data (O data) and
some other data. Further, part of the data can be
altered by commands given over the SPA bus.
All data are in channel 0.
Code Data Values
direct.
I1 R 0...25% x U
999, if U
I2 R 0...100% x I
999, if I
±0...100% x I
I3 R
±999, if Iϕ > 100% x I
I4 R 0 = no blocking
1 = tripping Iϕ>-stage
blocked
I5 R 0 = no blocking
1 = tripping Iϕ>>-stage
blocked
I6 R 0 = I
1 = I
O1 R 0 = stage Iϕ> not started
1 = stage Iϕ> started
O2 R 0 = stage Iϕ> not tripped
1 = stage Iϕ> tripped
O3 R 0 = stage Iϕ>> not started
1 = stage Iϕ>> started
O4 R 0 = stage Iϕ>> not tripped
1 = stage Iϕ>> tripped
S1 R 1...10% x I
S2 R 0.1...10 s
±1...40% x I
S3 R
±999 = ∞
S4 R 0.1...1 s
S5 R 0...255
S11 R 1...10% x I
S12 R 0.1...10 s
±1...40% x I
S13 R
±999 = ∞
S14 R 0.1...1 s
S15 R 0...255
n
> 25% x U
0 n
n
> 100% x I
0 n
n
n
sinϕ
0
cosϕ
0
n
n
n
n
15