- 127 - UMC100-FBP
Universal Motor Controller
UMC100-FBP
Technical Description
FieldBusPlug / Issue: 03.2012
Para-
meter
Number
Parameter
Name
Description, Explanations Options Adjust-
able via
32 Low curr trip
level
Value in % of I/I
e
. Below this va-
lue a trip is generated. A value
of 0% disables the trip.
0...100% in steps of 5%
Default: 0%
0% disables the function
Unscaled: 0 ... 20
Example: 10 means 50%
All
34 Low curr
warn level
Value in % of I/I
e
. Below this
value a warning is generated.
A value of 0% disables the
warning.
0...100% in steps of 5%
Default: 50%
0% disables the function
Unscaled: 0...20
Example: 10 means 50%
All
33 Low curr trip
delay
Delay time until a low current
trip is triggered.
0...25.5s in steps of 0.1s
Default: 0.5s
Unscaled: 0...255
Example: 20 means 2s
All ex-
cluding
GSD-
PDQ22
35 Low curr
warn delay
Delay time until a low current
warning is triggered.
0...25.5s in steps of 0.1s
Default: 0.5s
Unscaled: 0...255
Example: 20 means 2s
All ex-
cluding
GSD-
PDQ22
36 High curr trip
level
Value in % of I/I
e
. Above this
value a trip is generated. A
value of 800% (160) disables
the trip.
100...800 in steps of 5%
Default: 800%
800% disables the function
Unscaled: 20...160
Example: 100 means 500%
(100% is nominal current)
All
38 High curr
warn level
Value in % of I/I
e
. Above this
value a warning is generated.
A value of 800% (160) disables
the warning
100...800% in steps of 5%.
Default value is 150%.
800% disables the function
Unscaled: 20...160
Example: 100 means 500%
(100% is nominal current)
All
37 High curr trip
delay
Delay time until a high current
trip is triggered..
0...25.5s in steps of 0.1s
Default: 0.5s
Unscaled: 0...255
Example: 20 means 2s
All ex-
cluding
GSD-
PDQ22
39 High curr
warn delay
Delay time until a high current
warning is triggered.
0...25.5s in steps of 0.1s
Default: 0.5s
Unscaled: 0...255
Example: 20 means 2s
All ex-
cluding
GSD-
PDQ22
Voltage Dip / Load Shedding
142 Dip Enable Enable / Disable function
Off (0),
On (1),
On + Rapid Cycle Lockout (2)
UMC100-
PAN
PBDTM
Protection Parameters Continued
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