User`s manual

11
GBGB
GBGB
GB
P19P19
P19P19
P19
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==
=
Automatic calculation of "relativeAutomatic calculation of "relative
Automatic calculation of "relativeAutomatic calculation of "relative
Automatic calculation of "relative
cooling gain"cooling gain"
cooling gain"cooling gain"
cooling gain"
This parameter is only present if P5 is 5 and P15
is not 0.
OFFOFF
OFFOFF
OFF= the SMART function does
NOT NOT
NOT NOT
NOT calculates
the "relative cooling gain".
ONON
ONON
ON = the SMART function calculates the "relative
cooling gain".
P20P20
P20P20
P20
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==
=
Minimum integral time value calculatedMinimum integral time value calculated
Minimum integral time value calculatedMinimum integral time value calculated
Minimum integral time value calculated
by the SMART functionby the SMART function
by the SMART functionby the SMART function
by the SMART function
This parameter is only present if P15 is not 0.
It can assume the following values:
model 1603E:
between 0.1 (1 tenth of a second)
and 2.0 (2 minutes)
model 1601E:
between 00.01 (1 second) and
2.00 (2 minutes).
P21P21
P21P21
P21
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==
=
Extension of the anti-reset-windExtension of the anti-reset-wind
Extension of the anti-reset-windExtension of the anti-reset-wind
Extension of the anti-reset-wind
upup
upup
up
Span: from -30 to +30 % of the proportional band.
NOTENOTE
NOTENOTE
NOTE: a positive value increases the high limit of
the anti-reset-wind up (over set point) while a
negative value decreases the low limit of the anti-
reset-wind up (under set point).
The advanced configuration procedure is
completed and the instrument shows "
CnFCnF
CnFCnF
CnF" on the
display.
To quit the configuration, press SMT and FUNC
simultaneously (press first SMT and immediately
afterwards FUNC) keeping both the pushbuttons
pressed for three seconds.
P22 - Option selection (out 3 or digitalP22 - Option selection (out 3 or digital
P22 - Option selection (out 3 or digitalP22 - Option selection (out 3 or digital
P22 - Option selection (out 3 or digital
input)input)
input)input)
input)
0 = output not used
1 = Alarm 2 output - Process alarm
2 = Alarm 2 output - Band alarm
3 = Alarm 2 output - Deviation alarm
4 = Digital input used for SP/SP2 selection.
5 = Timer mode 1 (see below)
6 = Timer mode 2 (see below)
7 = Timer mode 3 (see below)
8 = Timer mode 4 (see below)
9 = Timer mode 5 (see below)
10 = Timer mode 6 (see below)
11 = Timer mode 7 (see below)
NoteNote
NoteNote
Note:
1) Select P22 value in accordance with the
installed hardware.
2) Setting P22 equal to 1, 2 or 3, if
AL2AL2
AL2AL2
AL2
parameter is out of range, it will be aligned to
its low limit.
3) Setting P22 equal to 4, 5 or 8, if
sp2sp2
sp2sp2
sp2
parameter is out of range, it will be aligned to
rlrl
rlrl
rl value.
4) Setting P22 equal to 6 or 7,P5 parameter will
be forced to 0 and if
sp2 sp2
sp2 sp2
sp2 parameter is out of
range, it will be aligned to
rlrl
rlrl
rl value.
5) Setting P22 equal to 9 or 10,P5 parameter will
be forced to 0.
6) When P22 parameter pass from a value equal
or greater than 9 to e value lower than 9, at
the next start up the controll output will be
forced to "enabled".
Timer functionsTimer functions
Timer functionsTimer functions
Timer functions
Notes about all timer modes:
1) At power off the time value and status will be reset.
2) The time parameter (
tt
tt
t) can always be modified
but the new value become operative at the next
start time only.
1601-03-1-CX.pmd 13/01/2004, 10.4211