End Of Programming; Decimal Point Setting; Technical Data - Kübler CODIX 520 Mode D'emploi

and to take over (store) the new values. If "no"
is selected, the programming routine is repeat-
ed, the latest values set remaining active. They
can now be checked aain or modified.
4. Programming routine
The programmable parameters of the device are
described below, in succession. The device is
fully programmed after one pass of the routine.
The first values stated correspond to the factory
settings
4.1 Polarity of the inputs
npn: switching to 0 V
pnp: switching to +U
4.2 Switching on the 30 Hz filter (INP)
The filter provides input damp-
ing*
30 Hz filter off (f
30 Hzfilter on

4.3 Decimal point setting

The decimal point determines
the way of displsaing the count
values. It does not affect count-
ing.
0
0.0
0.00
0.000
4.4 RESET Mode
manual reset via the red
RESET key and electrical reset
via the RESET input
no reset (red RESET key and
RESET input locked)
only electrical reset via the
RESET input
only manual reset via the red
RESET key
2
B
)
max
no decimal place
one decimal place
two decimal places
three decimal places

4.5 End of programming

The programming routine is
repeated once more. The val-
ues set until now can be
checked and modified.
The programming routine wil be
left and all values set will be
stored as new parameters.
Afterwards the device is ready
for operation.

5. Technical data

DC power supply:
Display:
Data retention:
Polarity of the inputs:
Input resistance:
Couting frequency:
24 V
DC power supply:
Input level: Standard
typ. low level: 2,5 V
typ. high level: 22,0 V
Fmax:* 60 kHz 20 kHz
Minimum pulse length for the reset input:
Input sensitivity:
Standard sensitivity:
DC power supply:
4 ... 30 V DC level: Low: 0 ... 2 V DC
Pulse shape:
* where bounce occurs, e.g. with contacts
10 ... 30 V DC/max. 55 mA
with inverse-polarity pro-
tection
6 digits, red 7 segment
LED display, height 8 mm
EEPROM
Programmable, npn or pnp
for all inputs
appr. 5 kOhm
12 V 10 ... 30 V
5 V
2,0 V 1,0 V
10 V 4,0 V
8 kHz
5 ms
Low: 0 ... 0,2 x UB [V DC]
High: 0,6 x UB ... 30 V DC
High: 4 ... 30 V DC
any*,
Schmitt Trigger inputs