/PERATING INSTRUCTIONS
6+
6
# ' #
! # 4 ) 6
0 ! 2 ! -
3 % 4
!
!DDRESS SHOWS THE ACTUALLY ACTIVE PARAMETER SET
3 % 4
#
3 % 4
$
! # 4 ) 6 ! 4 ) / .
3 % 4
!
3 % 4
"
5SE THE .O KEY
.
TO PAGE THROUGH THE ALTERNATIVE
POSSIBILITIES 4HE DESIRED POSSIBILITY IS SELECTED BY
PRESSING THE ENTER KEY
%
)F YOU SELECT
3%4 "9 ").).054
THEN THE PARAMETER
SET CAN BE CHANGED OVER VIA BINARY INPUTS SEE 3EC
TION
3 % 4
" 9
" ) . ) . 0 5 4
#HANGE OVER OF THE ACTIVE PARAMETER
SET VIA BINARY INPUTS
)F CHANGE OVER OF PARAMETER SETS IS INTENDED TO BE
CARRIED OUT VIA BINARY INPUTS THE FOLLOWING IS TO BE
HEEDED
,OCALLY IE FROM THE OPERATOR PANEL OR FROM 0# VIA
THE OPERATING INTERFACE !#4)6!4)/. MUST BE
SWITCHED TO
3%4 "9 ").).054
REFER TO 3ECTION
LOGICAL BINARY INPUTS ARE AVAILABLE FOR CONTROL OF
THE PARAMETER SETS 4HESE BINARY INPUTS ARE
DESIGNATED
0ARAM3ELEC
AND
0ARAM
3ELEC
4HE LOGICAL BINARY INPUTS MUST BE ALLOCATED TO
PHYSICAL INPUT MODULES REFER TO 3ECTION IN
ORDER TO ALLOW CONTROL !N INPUT IS TREATED AS NOT
ENERGIZED WHEN IT IS NOT ASSIGNED TO ANY PHYSICAL
INPUT
4HE CONTROL INPUT SIGNALS MUST BE CONTINUOUSLY
PRESENT AS LONG AS THE SELECTED PARAMETER SET
SHALL BE ACTIVE
4HE ACTIVE PARAMETER SETS ARE ASSIGNED TO THE LOGICAL
BINARY INPUTS AS SHOWN IN 4ABLE
! SIMPLIFIED CONNECTION EXAMPLE IS SHOWN IN &IGURE
/F COURSE THE BINARY INPUTS MUST BE DECLARED IN
NORMALLY OPEN
./
MODE
NO
YES
NO
YES
3ET !
3ET "
3ET #
3ET $
NO
NO
YES
YES
0ARAM3ELEC
0ARAM3ELEC
CAUSES
ACTIVE SET
"INARY INPUT
NO INPUT NOT ENERGIZED
YES INPUT ENERGIZED
4ABLE
0ARAMETER SELECTION VIA BINARY INPUT
PARAM SET
!
"
#
$
!
"
#
$
"INARY INPUT
0ARAM3ELEC
"INARY INPUT
0ARAM3ELEC
,
,
,
,
3ELECTOR SWITCH FOR
&IGURE #ONNECTION SCHEME FOR PARAMETER
CHANGE OVER VIA BINARY INPUTS
