ABB RE 54 - Saving Parameters

26
1MRS750500-MUM
Feeder, Machine and Transformer Terminals
Operator’s Manual
RE_ 54_
parames_b
Fig. 5.4.2.-1 Parameter setting
5.4.3. Saving parameters
When parameter values are changed, the new values take effect immediately, except
for the special parameters for measuring devices (refer to section “Setting a
parameter” on page 25). However, the new parameter values must be saved in the
non-volatile memory as follows:
I By executing the following sequence
1. At technical level, select MAIN MENU/Configuration/General/
Store
2. Set the “Store” parameter to “Start/Progress”
3. Press [E] to confirm, the assisting window confirms the storage
OR
II By moving from the MAIN MENU to the MIMIC view
• When [E] is pressed in the MAIN MENU to exit the technical level, the text
“Save parameters E = Yes, C = No” will appear in the assisting window if a
parameter has been changed
• Press [E] to save the changes in the non-volatile memory
• If [C] is pressed, parameters will not be saved in the non-volatile memory until
storing is initiated next time
• If neither [C] nor [E] is pressed, the changes will be saved when the backlight
time-out elapses
• If a parameter has been changed and confirmed with [E] as described in section
“Setting a parameter” but the technical level is not exited as described above,
the changes will be saved when the backlight time-out elapses
+
+
+
Select parameter
Setting group 1
If numeric value or
character string,
select digit/char.
C
o
n
f
i
r
m
s
e
l
e
c
t
i
o
n
Scroll for
wanted value
for digit/char.
If enumerator,
select item
Confirm
G
i
v
e
p
a
s
s
w
o
r
d
2
Cancel
OR
Setting group 1
Setting group 1
Operation mode
= Definite time
Start current
= 3.1 x In
Operation time
= 041.03 s
Time multiplier
= 0.78
Operation mode
= Definite time
Start current
= 3.1 x In
Operation time
= 041.03 s
Time multiplier
= 0.78
Operation mode
= Definite time
Start current
= 3.1 x In
Operation time
= 041.03 s
Time multiplier
= 0.78
Operation mode
= Definite time
Start current
= 3.1 x In
Operation time
Operation mode
= Definite time
Start current
= 3.1 x In
Operation time
Operation mode
= Definite time
Start current
= 4.1 x In
Operation time
Operation mode
= Definite time
Start current
= 3.1 x In
Operation time
Operation mode
= Indefinite time
Start current
= 3.1 x In
Operation time