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Wavetronix Click 201 - Page 113

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112 CHAPTER 10 CLICK 112/114
One benet of using DIP switches to congure is that if you ever have a eld service call and
need to replace a Click 112/114, all you need to do is match the pattern of the DIP switches
on the card you are replacing. is paradigm will even work in situations where the old rack
card will not power up.
On the other hand, a benet of using the soware conguration is that you can remotely
manage the conguration of the cards, if you are connected to them. In this paradigm, it
becomes the user’s responsibility to keep a record of how each card was congured, which
is easy to do using Click Supervisor.
Note
The Click 112/114 receives datagrams from the connected SmartSensor. These data-
grams must be mapped to device outputs (covered in the next section). If the Click
112/114 does not receive a datagram describing the device’s channels for ten seconds,
the device will enter fail-safe mode. In fail-safe mode, all outputs will assert a detec-
tion condition, and will continue to do so until the device receives a datagram that
updates the state of its configured channels.
DIP Switches
e DIP switches are located on the lower part of the circuit board, behind the faceplate.
Printed on the board above the switches is information about conguring the card using the
DIP switches, as shown in Figure 10.4.
Figure 10.4 – Click 112/114 DIP Switches
e Click 112/114 feature two DIP switches labeled S4 and S5 on the silk screen. e
switches are used to congure a total of three dierent parameters:
Bus 1 baud rate

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