ero electronic FKS-MK1 Manuel De Service page 89

ADVANCED ADVANCED ADVANCED ADVANCED ADVANCED CONFIGURATION CONFIGURATION CONFIGURATION CONFIGURATION CONFIGURATION
1 . 1 I n t r o d u c t i o n 1 . 1 1 . 1 1 . 1 1 . 1 I n t r o d u c t i o n I n t r o d u c t i o n I n t r o d u c t i o n I n t r o d u c t i o n
The configuration of the parameters between "P1" and "P18"
(basic configuration) is described in the "USER MANUAL".
This manual describes the configuration of the parameters
between "P51" and "P66" (advanced configuration).
1 . 2 1 . 2 Access to the advanced configuration 1 . 2 1 . 2 1 . 2 Access to the advanced configuration Access to the advanced configuration Access to the advanced configuration Access to the advanced configuration
At the end of the basic configuration (see section 5.2 in the "USER
MANUAL" manual), the instrument displays:
C . E n d C . E n d C . E n d C . E n d C . E n d
To access the advanced configuration, set the Master key value
using the s / t, keys, then press FUNC FUNC FUNC FUNC. FUNC
The Master key value is given at the bottom of Chapter 10 of the
"USER MANUAL" manual.
1 . 3 1 . 3 1 . 3 1 . 3 1 . 3 Configuration Configuration Configuration Configuration Configuration parameters parameters parameters parameters parameters
For the references to the parameters from "P1" to "P18" see the
"USER MANUAL" sect. 5.2.
For the references to the operating parameters see the "USER
MANUAL" sect. 6.4.
P51 P51 P51 P51 P51
Filter applied on the measuring input
Range: nonE = filter OFF
1-2-4-8-12-16-20 = time constant in sec.
N O T E S : N O T E S : N O T E S :
N O T E S : N O T E S :
a) First order filter having the time constant selected.
b) The filter has an effect on all the instrument functions (display,
alarms, self-tuning and control action).
fks-MK1-B1-A0.pmd 1
Condition for applying the safety value
P 5 2 P 5 2 P 5 2 P 5 2 P 5 2
at the output
This parameter is available if at least one control output is
configured.
Range: Std = No safety value ("standard" behaviour).
Ov.Un = The safety value will be applied if there is
an "over-range" or "under-range"
condition.
OvEr = The safety value will be applied if there is an
"over-range" condition.
Undr = The safety value will be applied if there is an
"under-range" condition.
NOTE NOTE NOTE NOTE NOTE: In presence of an input out-of-range condition, the
control outputs operate as follows:
a) if "P52" is set as "Std.":
a1)an OVERRANGE condition is detected and:
- the instrument uses just one control output, the output will
be forced to 0% (if reverse action "rEV" has been
programmed) or to 100% (if direct action "dir" has been
programmed).
- the instrument is set for two control outputs, the "Main"
output is forced to 0 and the "Secondary" output is forced
to 100%.
a2) an UNDERRANGE condition is detected and:
- the instrument uses just one control output, the output will
be forced to 100% (if reverse action "rEV" has been
programmed) or to 0% (if direct action "dir" has been
programmed).
- the instrument is set for two control outputs, the "Main"
output is forced to 100% and the "Secondary" output is
forced to 0.
b) If "P52" is set as"Ov.Un", when an OVERRANGE or
UNDERRANGE condition is detected, the output power will be
forced to the safety value set in parameter "P53".
c) If "P52" is set as "OvEr":
c.1) when an OVERRANGE condition is detected, the output
power will be forced to the safety value set in parameter
"P53".
c.2) if an underrange condition is detected the instrument will
operate as described at point a.2).
B.1
09/05/2006, 10.06