ABB Relion 620 Series - Monitored Data

Parameter Values (Range) Unit Step Default Description
Value unit
1=Dimension-
less
5=Ampere
23=Degrees cel-
sius
30=Ohm
1=Dimension-
less
Selected unit for output value for-
mat
Value maximum -10000.0...1000
0.0
1 10000.0 Maximum output value for scaling
and supervision
Value minimum -10000.0...1000
0.0
1 -10000.0 Minimum output value for scaling
and supervision
Val high high
limit
-10000.0...1000
0.0
1 10000.0 Output value high alarm limit for
supervision
Value high limit -10000.0...1000
0.0
1 10000.0 Output value high warning limit
for supervision
Value low limit -10000.0...1000
0.0
1 -10000.0 Output value low warning limit for
supervision
Value low low
limit
-10000.0...1000
0.0
1 -10000.0 Output value low alarm limit for
supervision
Value deadband 100...100000 1 1000 Deadband configuration value for
integral calculation. (percentage of
difference between min and max
as 0,001 % s)
Table 60: mA input settings
Parameter Values (Range) Unit Step Default Description
Input mode
1=Not in use
5=0..20mA
1=Not in use Analogue input mode
Input maximum 0...20 mA 1 20 Maximum analogue input value for
mA or resistance scaling
Input minimum 0...20 mA 1 0 Minimum analogue input value for
mA or resistance scaling
Value unit
1=Dimension-
less
5=Ampere
23=Degrees cel-
sius
30=Ohm
1=Dimension-
less
Selected unit for output value for-
mat
Value maximum -10000.0...1000
0.0
1 10000.0 Maximum output value for scaling
and supervision
Value minimum -10000.0...1000
0.0
1 -10000.0 Minimum output value for scaling
and supervision
Val high high
limit
-10000.0...1000
0.0
1 10000.0 Output value high alarm limit for
supervision
Value high limit -10000.0...1000
0.0
1 10000.0 Output value high warning limit
for supervision
Value low limit -10000.0...1000
0.0
1 -10000.0 Output value low warning limit for
supervision
Value low low
limit
-10000.0...1000
0.0
1 -10000.0 Output value low alarm limit for
supervision
Value deadband 100...100000 1 1000 Deadband configuration value for
integral calculation. (percentage of
difference between min and max
as 0,001 % s)
Basic functions 1MRS757644 H
130 620 series
Technical Manual