ABB SPAC 531 C User Manual And Technical Description page 88

Default values
of the parameters
(modified 96-12)
42
The parameters which are stored in the
EEPROM are given default values after factory
testing. All the default values are copied from
the PROM to the RAM by pressing the STEP
and ∩ push buttons simultaneously while the
auxiliary power supply is switched on. The
Data
Open pulse length
Close pulse length
kWh value per pulse
Object indication mode
Display indication mode
Scaling of current measurement
Scaling of voltage measurement
Low limit of mA signal of active power
High limit of mA signal of active power
Low limit of mA signal of react. power
High limit of mA signal of react. power
Active power corresponding to the
mA signal at low limit
Active power corresponding to the
mA signal at high limit
Reactive power corresponding to
the mA signal at low limit
Reactive power corresponding to
the mA-signal at high limit
AR cycle 1 initiated by signal AR1
AR cycle 1 initiated by signal AR2
AR cycle 1 initiated by signal AR3
Starting time of AR cycle 1 initiated by AR2
Starting time of AR cycle 1 initiated by AR3
Dead time of AR cycle 1
AR cycle 2 initiated by signal AR1
AR cycle 2 initiated by signal AR2
AR cycle 2 initiated by signal AR3
Starting time of AR cycle 2 initiated by AR2
Starting time of AR cycle 2 initiated by AR3
Dead time of AR cycle 2
AR cycle 3, initiated by signal AR1
AR cycle 3, initiated by signal AR2
AR cycle 3, initiated by signal AR3
Starting time of AR cycle 3 initiated by AR2
Starting time of AR cycle 3 initiated by AR3
Dead time of AR cycle 3
push-buttons have to be kept depressed until the
display is switched on.
The following table lists the default values of the
parameters.
Channel Code Default value
1...7 V5 0.1 s for CB and 10.0 s
for other than CB
1...7 V6 0.1 s for CB and 10.0 s
for other than CB
0 S3 1 kWh per pulse
0 S7 0=continuous display
0 S8 0=continuous display
0 S9 200.00
0 S10 210.00
0 S12 +4 mA
0 S13 +20 mA
0 S14 +4 mA
0 S15 +20 mA
0 S16 +0.00
0 S17 +999.99
0 S18 +0.00
0 S19 +999.99
0 S21 0=AR cycle 1 inhibited by
signal AR1
0 S22 1=AR cycle 1 started by
signal AR2
0 S23 1=AR cycle 1 started by
signal AR3
0 S24 0.00 s
0 S25 0.00 s
0 S26 0.3 s
0 S31 0=AR cycle 2 inhibited by
signal AR1
0 S32 1=AR cycle 2 started by
signal AR2
0 S33 1=AR cycle 2 started by
signal AR3
0 S34 0.00 s
0 S35 0.00 s
0 S36 120.0 s
0 S41 0=AR cycle 3 inhibited by
signal AR1
0 S42 0=AR cycle 3 not started
by signal AR2
0 S43 0=AR cycle 3 not started
by signal AR3
0 S44 0.00 s
0 S45 0.00 s
0 S46 120.0 s