Wavetronix Click 112 User manual

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Using the Click 112/114
The Click 112 and 114 are 2-channel and 4-channel contact closure cards that can be used with the SmartSensor
Matrix, Advance, or HD. These cards plug into any standard detector rack card slot and can be connected to the
sensor via a surge protector like the Click 222.
Physical Features
The following sections describe the physical features of the Click 112/114.
Mode Switch
LED
Indicators
Channel
Indicators
RS-485
Connectors
Bus 2
RS-485
Connectors
Bus 1
Rack Connector
DIP Switches
Click 114
4 Contact Closures
www.wavetronix.com
PWR PU TD RD
1234
Menu
1234
Channel
Mode Switch
RS-485
Bus 1
RS-485
Bus 2
On
Off
On
Off
TOP
FRONT
Communication Ports
The Click 112/114 contain two independent serial communications ports. Each port is made up of two RJ-11
connectors, which make it simple to daisy-chain multiple cards together and create an RS-485 bus. The two
RJ-11 RS-485 data buses can be connected to a SmartSensor through a surge protection module (the cards are
designed for use with the Click 222, though the Click 200 can be used as well), or through a serial data converter.
Bus 1 should be used to report vehicle data, and bus 2 should be used for configuration. Having one bus
dedicated to each function leads to optimum Click 112/114 performance. On certain newer devices, the buses are
labeled as Data and Control to let you know which one to use.
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DIP Switches
On the lower part of the circuit board, behind the faceplate of the device, is a set of DIP switches. These switches
are used to configure the Click 112/114 in Hardware mode. The parameters that can be configured using the DIP
switches can also be configured via Software mode (front panel menu or Click Supervisor). See the DIP Switches
section of this document for more information.
Mode Switch
The faceplate of the Click 112/114 features a push-button labeled Mode Switch, which is used to cycle through and
select menu and configuration options.
LEDs
The faceplate of the Click 112/114 has three banks of LEDs. The top bank is used for detection indication, the
second bank menu indication, and the third for menu indication as well as operation states.
Menu
PWR PU TD RD
Channel
1 2 3 4
1 2 3 4
The Channel LEDs are detection indicators; they consist of two (Click 112) or four (Click 114) red LEDs numbered
1–2 or 1–4, each representing a channel (see the figure above). An illuminated LED indicates that the associated
contact is being closed (this can mean either a vehicle detection or fail-safe mode, which will be discussed later in
this document). These indicators are dedicated to detection and have no other display purposes.
The menu indicator LEDs include two rows of LEDs (see the figure above). The lower row contains Level 1
indicators, while the upper row contains Level 2 indicators. Each level consists of four LEDs numbered 1–4 (left to
right). Level 1 LEDs (the multicolored row) display which menu item is active. These Level 1 LEDs are dual-purpose,
each indicating both menu selection as well as a normal operation state when not in Menu mode. The normal
operation state functions include:
■ Red (PWR) – Indicates the presence of power to the device.
■ Blue (PU) – This LED is not associated with any general status function and should remain o while the card is
in normal operating mode.
■ Green (TD) – Indicates serial communication transmit data (from the Click 112/114) on either RS-485 bus 1 or RS-485 bus 2.
■ Yellow (RD) – Indicates serial communication receive data (to the Click 112/114) on either RS-485 bus 1 or RS-485 bus 2.
Level 2 LEDs display configuration options for the menu items selected via the level 1 LEDs. All level 2 LEDs are
red. These LEDs are dedicated to menu operation, and are extinguished when the menu is not active.
Installation and Wiring
Use the following steps to install and wire Click 112/114 devices:
1. If you’re using hardware configuration, set all DIP switches before installing Click 112/114 devices (covered in
the DIP Switches section of this document).
2. Insert the cards into the slots on the detector rack. The cards are hot-swappable, meaning they can be

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inserted and removed while there is still power to the rack.
3. Daisy-chain together all the cards you intend to use in your installation, using short RJ-11 jumper cables.
4. Connect the first Click 112/114 card to the SmartSensor via a Click 200 or Click 222 surge protector and a 60”
RJ-11 patch cord.
For your information, here is the pinout for the 44-pin edge connector on the back of the Click 112/114.
Pin Back View Description Pin Front View Description
1 No connection A -DC (common)
2 No connection B +DC (12–24 VDC)
3 No connection C No connection
4 No connection D No connection
5 No connection E No connection
6 No connection F Channel 1 output (+)
7 Channel 1 status output H Channel 1 output (–)
8 No connection J No connection
9 No connection K No connection
10 No connection L Chassis ground
11 No connection M No connection
12 No connection N No connection
13 No connection P No connection
14 No connection R No connection
15 No connection S Channel 3 output (+)*
16 Channel 3 status output* T Channel 3 output (–)*
17 No connection U No connection
18 No connection V No connection
19 No connection W Channel 2 output (+)
20 Channel 2 status output X Channel 2 output (–)
21 No connection Y Channel 4 output (+)*
22 Channel 4 status output* Z Channel 4 output (–)*
* Channels 3 and 4 exist only in the Click 114. In the Click 112, any pin marked
here as being associated with channel 3 or 4 will not be connected to anything.
Note. For specific information on how to use the Click 112/114 with the SmartSensor Matrix, see the SmartSensor
Matrix User Guide.
Status Output Pins
The status output pins (7, 16, 20 and 22) signal based upon the NEMA TS-2 standard. In a TS-2 cabinet, the
detector rack BIU is meant to detect these signals, and send message frames over SDLC to the controller,
indicating which state the status pins are in.
The three potential status states of those pins are as follows:
■ Normal operation – continuous low or on state
■ All channels currently in reset – continuous high or o state
■ Detector unit in failsafe mode – pulse width modulation with 50 milliseconds on time and 50 milliseconds o time

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Configuration
The Click 112/114 can be configured in three ways: DIP switches, the front panel menu, and Click Supervisor.
These three configuration methods can configure dierent sets of parameters; some of these parameters can be
set using multiple configuration methods, and some of them can only be set using one particular method. The
table below lists how each parameter may be accessed and configured.
DIP Switch Front Panel Menu Click Supervisor
Baud Rate Ye s Ye s Ye s
Channel Input Map Ye s Ye s Ye s
Autobaud No Ye s No
Reset to Default No Ye s Ye s
Description No No Ye s
Location No No Ye s
Device ID No No Ye s
To use this configuration feature: Hardware mode Software mode Software mode
The final row on the table refers to configuration modes. The DIP switches can be used to choose between
Hardware and Software modes. If any of the switches are set to the ON position, that particular parameter is
set to Hardware mode and only the DIP switches can be used to change its configuration options. If all switches
are set to the OFF position for a particular parameter, it is in Software mode and the front panel menu and Click
Supervisor may be used to change configuration options. This will be discussed in greater detail in the DIP
Switches section of this document.
Note. Any setting which has been configured via the DIP switches will be read-only in Click Supervisor and the
front panel menu.
One benefit of using DIP switches to configure is that if you ever have a field 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. This
paradigm will even work in situations where the old rack card will not power up.
On the other hand, a benefit of using the software configuration is that you can remotely manage the configuration
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 configured, which is easy to do using Click Supervisor.
Note. The Click 112/114 receives datagrams from the connected SmartSensor. These datagrams 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
detection condition, and will continue to do so until the device receives a datagram that updates the state of its
configured channels.
DIP Switches
The 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 configuring the card using the DIP switches, as shown in the figure below.

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SWSW
1–4
5–8
9–12
13–16
17–20
21–24
25–28
SW
1–2
3–4
5–6
7–8
9–10
11–12
13–14
Click
114
Click
112
SW1 SW2 SW3 SW4
Input Mapping
SW1 SW2 SW3 SW4
Click
112
15–16
17–18
19–20
21–22
23–24
25–26
27–28
SW1 SW2 SW3 SW4 SW5 SW6
Baud Rate
SW
9600
19200
38400
57600
Bus 1 Bus 2
The Click 112/114 feature two DIP switches labeled S4 and S5 on the silk screen. The switches are used to
configure a total of three dierent parameters:
■ Bus 1 baud rate
■ Bus 2 baud rate
■ Channel input map
For each parameter, if any individual switch is in the ON position, that parameter is in Hardware mode. If Hardware
mode is selected, the parameter can be configured using the switches. In this case, the setting can be viewed but
not changed via Click Supervisor and the front panel menu.
If all switches for a particular parameter are in the OFF position, that parameter is in Software mode. If Software
mode is selected, the parameter must be configured using the front panel menu or Click Supervisor.
Channel Input Map
The first parameter that can be configured is channel input. Mapping input datagram channels to output channels
is configured on the first DIP switch, labeled S4, using switches 1–4 (S4:1–4).
Note. If set to software mode, this parameter can also be changed using the front panel menu or Click Supervisor.
As mentioned earlier, the Click 112//114 receives serial datagrams from a SmartSensor to which is it connected.
These datagrams can contain many channels of detection data.
Because the devices have fewer output channels than there are possible input datagram channels received
from the sensor, you must use the channel input map to map the desired inputs to outputs. The Click 112 has two
outputs and therefore must be mapped to two inputs; the Click 114 has four. (If you need more than two or four
channels, you’ll need to use multiple devices daisy-chained together.)
As shown in the table below, the outputs are mapped sequentially—that is, they can only be mapped in
numerically ordered groups of two or four depending on which device you are using (1–2, 3–4, or 1–4, 5–8, etc.).
If you chose, for example, 17–20 (on a Click 114), then input 17 would be mapped to output 1, input 18 would be
mapped to output 2, input 19 would be mapped to output 3, and input 20 would be mapped to output 4.
You will notice that the DIP switch labels on the Click 112 and 114 each have the input mapping information for both
devices combined. Make sure you are looking at the correct information for your device. Additionally, the two sets of
information are separated out and displayed below. (To turn a switch on, flip it up. To turn a switch o, flip it down.)

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Click 112 DIP Switch Channel Input Map Settings
S4: Input Mapping
1 2 3 4 Channel
O O O O Software mode
O O O On 1–2
O O On O 3–4
O O On On 5–6
O On O O 7–8
O On O On 9–10
O On On O 11–12
O On On On 13–14
On O O O 15–16
On O O On 17–18
On O On O 19–20
On O On On 21–22
On On O O 23–24
On On O On 25–26
On On On O 27–28
Click 114 DIP Switch Channel Input Map Settings
S4: Input Mapping
1 2 3 4 Channel
O O O O Software mode
O O O On 1–4
O O On O 5–8
O O On On 9–12
O On O O 13–16
O On O On 17–20
O On On O 21–24
O On On On 25–28
If any switch is on (up), Hardware mode is selected, meaning the inputs can only be mapped using the DIP
switches (as shown in the tables above), and Click Supervisor and the front panel menu will be able to display the
current setting, but not change it. If all switches are o (down), Software mode is selected and Click Supervisor
and the front panel menu will be able to both display and change the current setting.
Baud Rate
The baud rates for the two RS-485 buses, bus 1 and bus 2 (see the faceplate of the device for which RJ-11 jacks
are for each bus), may be independently configured using the switches on the second DIP switch, labeled S5.
Note. This parameter can also be changed using the front panel menu or Click Supervisor.
The switch patterns for the two parameters are identical, but bus 1 is configured using switches 1–3 (S5:1–3)
while bus 2 is configured using switches 4–6 (S5:4–6). Also, unlike the channel input map, there is no dierence
between these switches on the Click 112 and the Click 114.

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S5: Bus 1 Baud Rate
1 2 3 Value
O O O Software mode
O O On 9600 bps
O On O 19200 bps
O On On 38400 bps
On O O 57600 bps
S5: Bus 2 Baud Rate
4 5 6 Value
O O O Software mode
O O On 9600 bps
O On O 19200 bps
O On On 38400 bps
On O O 57600 bps
If any switch is on (up), Hardware mode is selected, meaning the baud rate can only be changed using the DIP
switches (as shown in the tables above), and Click Supervisor and the front panel menu will be able to display the
current setting, but not change it.
If all switches are o (down), Software mode is selected and Click Supervisor and the front panel menu will be
able to both display and change the current setting.
Front Panel Menu
The front panel of the device features a push-button and three banks of LEDs for on-device configuration and
monitoring. The first bank of LEDs, labeled Channel, displays the state of the contact closure outputs and is
described in the Physical Features section.
The two lower banks of LEDs, labeled Menu, and the push-button, labeled Mode Switch, are used for navigating
through Menu mode. This section will cover how to use the menu to configure the Click 112/114. The lower bank
of LEDs will be referred to as Level 1 and is used in selecting menu options. The upper bank will be referred to as
Level 2 and is used in configuring the menu options. Level 2 LEDs only light up when a menu selection is made
using the Level 1 LEDs.
Menu
PWR PU TD RD
Level 1
Mode Switch
Level 2
1 2 3 4
Note. The LEDs in the lower bank also function as activity/status indicators. These functions, outlined in the
Physical Features section of this document, are only executed when the device is not in Menu mode. In this case,
the upper bank of LEDs (Level 2) remains o.
Navigating through the Menu
The mode switch push-button is used to enter Menu mode. To use the menu:
1. Press and hold the mode switch to enter Menu mode. The Level 1 LEDs will start to light up to indicate that
the device is cycling through all menu options (specifics on these menu options, and which LEDs and LED
combinations represent them, will be covered later in this section).
2. Release the mode switch when you reach the desired menu option. (Pressing and holding again will resume
cycling through menu options.)
3. Quickly press and release the mode switch to select the current menu option. Once it’s selected, the Level 2
LEDs will start to let you configure the options for the selected menu option.

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4. Press and hold the mode switch to cycle through the submenu. The Level 2 LEDs will light to indicate that the
device is cycling though all configuration options (specifics on these configuration options, and which LEDs
and LED combinations represent them, will be covered later in this section).
5. Release the mode switch once the desired configuration option is reached.
6. Quickly press and release the mode switch to select the current configuration option. The device will exit Menu
mode, and either the selected function will run or the selected configuration will be set and saved to the device.
Inactivity of one minute on the mode switch will exit menu mode.
The following table illustrates an example of how the mode switch and menu indicator LEDs are used in
configuring the Click 112/114—in this case, how to autobaud bus 2.
Mode Switch Action Display State
None Normal operation
Press and hold Channel map menu option displayed
Continue holding Autobaud menu option displayed
Release Autobaud menu option displayed
Press and release Autobaud menu selected and first configuration parameter
displayed (bus 1 autobaud)
Press and hold Second configuration parameter displayed (bus 2 autobaud)
Release Second configuration parameter displayed (bus 2 autobaud)
Press and release Configuration parameter selected; autobaud commences (will
show intermediate LED states); autobaud finishes and normal
operation resumes
Front Panel Menu Options
The following figure documents the menu and configuration options available from the front panel menu. This
label is also printed on the side of the circuit board (on the opposite side from the DIP switches).

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As shown above, the menu options are displayed on the Level 1 LEDs (multicolored) and the configuration
parameters are displayed on the Level 2 LEDs (all red).
If a configuration parameter has been set using the DIP switches (meaning that parameter is currently set to
Hardware mode), you cannot change it using the front panel menu. After selecting that particular menu option
from the Level 1 LEDs, the Level 2 LEDs will display the configuration option set in the DIP switches but will not
allow you to modify the setting. When you have finished reviewing the setting, press the mode switch once to
leave Menu mode and return to normal operation.
Channel Input Map
The first configuration parameter that comes up when you’re cycling through the front panel menu is the channel
input map. To select this parameter, release the push-button when the blue LED flashes.
Note. This parameter can also be changed using the DIP switches or Click Supervisor.
As mentioned earlier, the Click 112/114 devices receive serial datagrams from a SmartSensor. These datagrams
can contain many channels of detection data. Because the devices have fewer output channels than there are
possible input datagram channels received from the sensor, you must use the channel input map to map the
desired inputs to outputs. The Click 112 has two outputs and therefore must be mapped to two inputs; the Click 114
has four. (If you need more than two or four channels, you’ll need to use multiple devices daisy-chained together.)
As shown in the table below, the outputs are mapped sequentially—that is, they can only be mapped in
numerically ordered groups of two or four depending on which device you are using (1–2, 3–4, or 1–4, 5–8, etc.).
If you chose, for example, 17–20 (on a Click 114), then input 17 would be mapped to output 1, input 18 would be
mapped to output 2, input 19 would be mapped to output 3, and input 20 would be mapped to output 4.
You’ll notice the menu operation labels on the Click 112 and 114 both have input mapping information for both
devices combined. Make sure you are looking at the correct information for your device. The two sets of
information are separated out and displayed below.

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Click 112 Front Panel Menu Channel Input Map Settings
Level 1 LEDs Input Mapping
Level 2 LEDs
Cancel and exit menu
Channels 1–2
Channels 3–4
Channels 5–6
Channels 7–8
Channels 9–10
Channels 11–12
Channels 13–14
Channels 15–16
Channels 17–18
Channels 19–20
Channels 21–22
Channels 23–24
Channels 25–26 LED o
Channels 27–28 LED on
Click 114 Front Panel Menu Channel Input Map Settings
Level 1 LEDs Input Mapping
Level 2 LEDs
Cancel and exit menu
Channels 1–4
Channels 5–8
Channels 9–12
Channels 13–16
Channels 17–20
Channels 21–24 LED o
Channels 25–28 LED on
See the earlier Navigating through the Menu and the Menu Operation Example sections for how to configure this
parameter.
Because this parameter can also be set by the DIP switches, you may need to ensure that the DIP switches are
set to Software configuration mode; if they are set to Hardware, the front panel menu will be able to display but
not change these settings.
Autobaud
The second option that comes up when you’re cycling through the front panel menu is the autobaud function. To

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select this option, release the push-button when the green LED comes on solid.
Note. The autobaud function can only be accessed here, on the front panel menu.
This function initiates an autobaud on the RS-485 buses (you will select which bus to autobaud on the Level
2 LEDs). An autobaud will stop data reporting on the selected port and attempt to communicate with the
SmartSensor at all supported baud rates.
Level 1 LEDs Autobaud
Level 2 LEDs
Cancel and exit menu
Autobaud on bus 1 LED o
Autobaud on bus 2 LED on
See the earlier Navigating through the Menu and the Menu Operation Example sections for how to configure this
parameter.
As each baud rate is attempted, the Level 2 LEDs will sequence with a single LED illuminated from LED 1–4.
If the Click 112/114 is successful in communicating with a SmartSensor, it will display the baud rate found, using the
same Level 2 LED pattern used in selecting the baud rate (covered in the Baud Rate section). After a short time of
displaying the autobaud results, the menu will return to normal operation with the baud rate setting updated (and
stored) to the baud rate detected during the autobaud process.
If the autobaud fails, all four Level 2 LEDs will light up for a few seconds, and then the menu will return to normal
operation with the baud rate setting remaining unchanged.
Note. If the baud rate of either of the RS-485 buses was configured using the DIP switches (so that parameter is
set to Hardware mode), the Level 2 LED configuration options for that bus will not be displayed (the LED option
will never come on). If both RS-485 buses are configured using the DIP switches, the Level 1 LED menu option for
autobaud will not be displayed (the green LED option will never come on).
Baud Rate (Bus 1 and 2)
The next two configuration parameters that come up in the front panel menu allow you to manually set the baud
rate of the two RS-485 buses. Bus 1 comes up first, with the yellow LED coming on solid, then bus 2, with the
yellow LED flashing.
Note. This parameter can also be changed using the DIP switches or Click Supervisor.
Level 1 LEDs Baud rate for bus 1
Baud rate for bus 2
Level 2 LEDs
9600 bps (default)
19200 bps
38400 bps
57600 bps LED o
Cancel and exit menu LED on

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See the earlier Navigating through the Menu and the Menu Operation Example sections for how to configure this
parameter.
Because this parameter can also be set by the DIP switches, you may need to ensure that the DIP switches are
set to Software configuration mode; if they are set to Hardware, the front panel menu will be able to display but
not change these settings.
Reset to Default Settings
The final option that comes up in the menu is Reset to Default Settings. To select this function, release the mode
switch when the red LED starts flashing.
Note. Resetting to default settings can also be done using Click Supervisor.
This function will restore all configuration settings to factory defaults, even those parameters not configured using
the front panel menu: baud rate, channel input map, description field, location field, and device ID.
Level 1 LEDs Reset to default settings
Level 2 LEDs Cancel and exit menu LED o
Reset to default settings LED on
See the earlier Navigating through the Menu and the Menu Operation Example sections for how to view this
parameter.
After the Click 112/114 has reset to factory defaults, it will check the DIP switches; if any of them are set to
Hardware mode, it will apply those settings to the parameter in question. If resetting to factory defaults doesn’t
change certain settings the way you expected it to, check the DIP switches to see if they are causing settings to
be changed to something other than the default.
Click Supervisor
Click Supervisor is the only way to configure non-data path type parameters such as the description, location, and
device ID. See the knowledge base article 0514 Installing and Using Click Supervisor for instructions on how to
download and install Click Supervisor and how to connect to your device using the software.
Note. Some of the parameters mentioned below can only be configured in Click Supervisor. Others can be
configured by the front panel menu and/or the DIP switches. In the case of the DIP switches, if that parameter is
set to Hardware mode, it will be grayed out in Click Supervisor, meaning you can view but not change the setting.
If you would like to set it using Click Supervisor, you will have to turn o all those switches on the device.
The Click 112/114 can be configured using the Expert driver (see the figure below).

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After you have made configuration changes on the driver and saved it to the Click device, the word “current” will
appear after it to indicate the driver is currently loaded onto the device.
The Backups option can be used to read configurations that have previously been saved to file.
Expert Driver
The Expert driver contains two tabs, System and Diagnostics, which are then subdivided further.
The System > General tab lets you change general information about your device. The tab has the following
parameters (see the figure and table below):
Note. These parameters can only be configured using Click Supervisor.
Setting Description
Module Allows you to enter a name and description of the device.
Driver Names the driver you are currently working with.
Description Shows a description of the device being configured. This is only for your information and does not
aect the operation of the device.
Location Displays the location of the device being configured. This is only for your information and does not
aect the operation of the device.
Serial Number Displays the serial number of your device. This information cannot be changed.

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Firmware Version Shows the version of firmware your device currently has installed. If Click Supervisor detects a
discrepancy between this version and the most current version it currently has access to, you will be
prompted to upgrade when you connect to the device. This information cannot be changed.
Subnet ID Shows the subnet ID number. This option is currently not available.
Device ID Gives the ID number of the device being configured, which is used to identify the device when you are
connecting to it. By default, this number is the last five digits of the serial number, which can be found
under the About tab or on the barcode sticker on the bottom of the device. It is recommended that you
do not change this number unless another device on your network has the same ID number.
The System > Settings tab lets you configure and view many of the parameters that are also available elsewhere
on the device. The tab has the following parameters (see the figure and table below):
Note. These parameters can also be configured using the DIP switches or the front panel menu; if in the DIP
switches they are set to Hardware mode, the parameters will appear grayed out on this screen.
Setting Description
Baud Rate for Bus 1 Lets you change the baud rate, in bps, of bus 1.
Baud Rate for Bus 2 Lets you change the baud rate, in bps, of bus 2.
Input Mapping Lets you assign input datagram channels received from the sensor to the two or four output
channels on the device. The outputs are mapped sequentially—that is, they can only be mapped
in numerically ordered groups of two (Click 112) or four (Click 114). See Input Mapping in either the
DIP Switches or Front Panel Menu sections in this document for more information.
Under the Diagnostics tab, you can run diagnostics on your device (see the figure below).

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© 2022 Wavetronix LLC. All rights reserved. Protected in the US by patents viewable at www.wavetronix.com/en/legal. Protected by Canadian Patent Nos. 2461411; 2434756; 2512689; and European Patent Nos. 1435036; 1438702;
1611458. Other US and international patents pending. Wavetronix, SmartSensor, Click, Command and all associated logos are trademarks of Wavetronix LLC. All other product or brand names as they appear are trademarks or
registered trademarks of their respective holders. Product specifications are subject to change without notice. This material is provided for informational purposes only; Wavetronix assumes no liability related to its use.
WX-501-0518 • 01.22
Click the General button to run diagnostics on the items listed below the button. If a problem is detected, the
program will display a red square next to the item in question. If no problems are detected, a green circle will appear.
Click the Failsafe Status button to check whether any of the channels are in fail-safe mode. If a fail-safe condition is
detected, a red square will be displayed below the button. If no problems are detected, a green circle will appear.
Once you have finished, use the menu bar at the top of the screen to save your settings, return to the Select
Driver screen, and more.
■ The Save menu allows you to save your settings. Select Save to File to save your settings to a file. Selecting this will
open a directory box, allowing you to name your settings file. This file will always be saved in the Wavetronix folder
created when you installed Click Supervisor, under Wavetronix > ClickHome > Drivers > 112 > User (or Wavetronix
> ClickHome > Drivers > 114 > User). You can also select Save to Device to save your settings to your Click 112/114.
Note. If you do not save your settings to your Click 112/114, they will be lost the next time you power the device down.
■ The Tools menu contains five options for working with your device. Reset > System power cycles your device,
while Reset > Factory Default restores your device to the settings with which it was shipped. Restore will restore
the driver to the settings currently saved on the Click 112/114, erasing any unsaved changes. Upgrade can be
used to manually upgrade to the most current firmware for your device. Hex View changes the view of certain
settings in the driver to hexadecimal.
■ Clicking the Quit menu exits the driver and returns you to the Click Supervisor main page.
Once you have finished, click Save on the menu bar to save your settings.