Display
F1X5_RS
Data: 13/01/16
file: F1X5_RS_ing.doc
Pag 7/12
Inputs
By means of this constant you can programme the input types, and count according to the following scheme:
Input
0
Bidirectional count from an encoder with 2 quadrate channels
1
Monodirectional count with input coming from a sensor or a mechanical
contact :
A = count impulses (from open to closed)
B = count direction:
when B is open, the count increases,
when B is closed the count decreases *
2
Monodirectional count with input coming from a sensor or a mechanical
contact:
A = Count impulses (from open to closed)
B = count direction:
when B is open the count increases,
when B is closed the count decreases
3
Bidirectional count with inputs coming from sensors or mechanical
contacts :
A = Increasing count impulses from open to closed phase
B = Decreasing count impulses from open to closed phase
4
Bidirectional count with inputs coming from sensors or mechanical
contacts :
A = Increasing count impulses from closed to open phase
B = Decreasing count impulses from closed to open phase
* B has to be connected to GND if the sensor is NPN; to +12V if the sensor is PNP ( see connection scheme )
Debounce Filter for Count Inputs
If you use an input coming from a mechanical contact in order to avoid debounce impulses you have to
programme this constant “1”. In this case you can start a filtre of 10Hz in the count inputs, which avoids
interferences in the opening or in the mechanical connection of the instrument.
This constant can have only a 0 value (except for the filtre), and 1 (working filtre).[ It does not matter if you
chose a bidirectional encoder with quadrature channels in the opening phase! (
INPUT CONSTANT
= 0)].
Output Relays
Not used in version without relay.
Relay Thresholds Outside the Password Section
Not used in version without relay.
# %
Baud rate serial port comunication
# %
Baude rate
0
600
1
1200
2
2400
3
4800
4
9600
5
19200
%%.
Address device
This is the identification address of the unit, it must be unique for every device connected to the bus network,
admitted value from 1 to 247.
