10
4. Setting of the operating parameters
a. Press push-button ”
P
” and apply power to the
device.
b. The display shows the message:
c. When the push-button is released, the title of the
menu and the current values of its parameters are
displayed in one-second periods. Press the “
ç
” key
to interrupt the scrolling and display only the current
parameters.
d. Press the “
é
” key to jump to the following value of
the parameter currently being set.
e. Press the ”
P
” key to accept the value of the
parameter currently being and switch over to the
following menu item.
f.
The last parameter of the setting menu, ”EndPro”
allows, selecting ”YES”, to leave the programming
menu and to take over (to save) the new values. If
”NO” is selected, the programming routine starts
again from the beginning, keeping the last input
values. They can then be checked and modified
again.
g. For the setting of the numerical values, like for
instance the scale factor, see also
6. Setting of the
preset.
5. Programming mode
The first parameter of the menu is the selection of the operating
mode.
Mode pulse counter. See 5.1.
Mode time counter. See 5.2.
Mode frequency meter. See 5.3.
Adding
Outputs active at count value
³
preset
Resetting to zero
Subtracting
Output 1 active at count value
£
preset 1
Output 2 active at count value
£
0
Resetting to preset 2
Adding
Outputs active at count value
³
preset
Automatic reset to zero at count value =
preset 2
Resetting to zero
Subtracting
Output 1 active at count value
£
preset 1
Output 2 active at count value = 0
Automatic positioning to preset 2 at count
value = 0
Resetting to preset 2
5.1 Pulse counter mode setting
5.1.1 Sub-operating mode
5.1.2 Polarity of the inputs
npn: switching to 0 V
pnp: switching to +24 V
5.1.3 Activation of the 30 Hz filter
max. counting frequency: 20 kHz
max. counting frequency: 30 Hz
5.1.4 Input modes
Counting and counting direction inputs
INP A: counting input
INP B: counting direction input
Differential counting input
INP A: adding counting input
INP B: subtracting counting input
Phase discriminator
INP A: 0° counting input
INP B: 90° counting input
Phase discriminator with multiplication of
the pulses by two
INP A: 0° counting input
INP B: 90° counting input
Each INP A pulse edge is considered
