Wavetronix Click 400 (900 MHz radio) (CLK-400) - User Guide User Manual

Click 100–400 SeriesUSER GUIDE

Part IIntroduction to the Click SeriesChapter 1 – The Power PlantChapter 2 – T-bus BasicsChapter 3 – Wiring the DevicesChapter 4 – Installing Click Su

CHAPTER 9  CLICK 110 99not all combinations of enabled and disabled channels are listed. A complete table is shown below.Level 1 LEDs Cha

100 CHAPTER 9  CLICK 110Because this parameter can also be set by the DIP switches, you may need to ensure that the DIP switches are set to Sowar

CHAPTER 9  CLICK 110 101Aer you have viewed the outstation mode conguration, press and release the mode switch to exit.Reset to Default Settin

102 CHAPTER 9  CLICK 110NoteSome of the parameters mentioned below can only be configured in Click Supervi-sor. Others can be configured by the fron

CHAPTER 9  CLICK 110 103Figure 9.10 – Expert Driver General TabNoteThis parameter can only be configured using Click Supervisor.Setting Descripti

104 CHAPTER 9  CLICK 110e System > Settings tab lets you congure and view many of the parameters that are also available elsewhere on the dev

CHAPTER 9  CLICK 110 105Outstation ModeLets you view which brand of outstation, Peek or Siemens, the device is currently set to work with. See O

106 CHAPTER 9  CLICK 110NoteIf you do not save your settings to your Click 110, they will be lost the next time you power the device down.  e To

In this chapter  Physical Features  Installation and Wiring  Configuration  DIP Switches  Front Panel Menu  Click Supervisor10e Click 112 and 11

108 CHAPTER 10  CLICK 112/114Physical Featurese following sections describe the physical features of the Click 112/114.Figure 10.2 – Diagram of t

CHAPTER 10  CLICK 112/114 109LEDse faceplate of the Click 112/114 has three banks of LEDs. e top bank is used for detec-tion indication, the s

110 CHAPTER 10  CLICK 112/114112/114 devices (covered in the DIP Switches section of this chapter).2 Insert the cards into the slots on the detec

CHAPTER 10  CLICK 112/114 111NoteFor specific information on how to use the Click 112/114 with the SmartSensor Matrix, see the SmartSensor Matrix

112 CHAPTER 10  CLICK 112/114One 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

CHAPTER 10  CLICK 112/114 113  Bus 2 baud rate  Channel input mapFor each parameter, if any individual switch is in the ON position, that para

114 CHAPTER 10  CLICK 112/114S4: Input Mapping1 2 3 4 ChannelO O O O Software modeO O O On 1–2O O On O 3–4O O On On 5–6O On O O 7–8

CHAPTER 10  CLICK 112/114 115Baud Ratee baud rates for the two RS-485 buses, bus 1 and bus 2 (see the faceplate of the device for which RJ-11 j

116 CHAPTER 10  CLICK 112/114conguring the menu options. Level 2 LEDs only light up when a menu selection is made using the Level 1 LEDs.

CHAPTER 10  CLICK 112/114 117e following table illustrates an example of how the mode switch and menu indicator LEDs are used in conguring the

118 CHAPTER 10  CLICK 112/114Figure 10.6 – Front Panel Menu LabelAs shown above, the menu options are displayed on the Level 1 LEDs (multicolored)

In this chapter  Connecting to a Circuit Breaker  Connecting AC Surge Protection  Connecting Power1Power and surge protection are provided to your

CHAPTER 10  CLICK 112/114 119As mentioned earlier, the Click 112/114 devices receive serial datagrams from a SmartSen-sor. ese datagrams can co

120 CHAPTER 10  CLICK 112/114Level 1 LEDs Input MappingLevel 2 LEDs Cancel and exit menu Channels 1–4 Channels 5–8

CHAPTER 10  CLICK 112/114 121Level 1 LEDs AutobaudLevel 2 LEDs Cancel and exit menu Autobaud on bus 1 LED o LED on

122 CHAPTER 10  CLICK 112/114Level 1 LEDs Baud rate for bus 1 Baud rate for bus 2Level 2 LEDs Cancel and exit menu 960

CHAPTER 10  CLICK 112/114 123Aer the Click 112/114 has reset to factory defaults, it will check the DIP switches; if any of them are set to Har

124 CHAPTER 10  CLICK 112/114e Backups option can be used to read congurations that have previously been saved to le. See Chapter 5 for more in

CHAPTER 10  CLICK 112/114 125Firmware VersionShows the version of firmware your device currently has installed. If Click Supervisor detects a dis

126 CHAPTER 10  CLICK 112/114Input MappingLets you assign input datagram channels received from the sensor to the two or four output channels on t

CHAPTER 10  CLICK 112/114 127NoteIf you do not save your settings to your Click 112/114, they will be lost the next time you power the device do

12 CHAPTER 1  THE POWER PLANTNoteThe power plant will only be used if your cabinet is supplied with AC power. If DC is coming into your cabinet, y

In this chapter  Physical Features  Installation11e Click 120/121 provide an interface between Click contact closure devices and signaling systems.

130 CHAPTER 11  CLICK 120/121Physical FeaturesFigure 11.2 – Diagram of the Click 120e Click 120/121 feature ve terminals. On the Click 120, thes

CHAPTER 11  CLICK 120/121 131devices. To remove a Click 120/121 from the DIN rail, insert a small screwdriver into the notch at the upper back c

132 CHAPTER 11  CLICK 120/1213 Wire from the A2– terminal on the coil side of each relay to the correct output termi-nals on the contact closure

In this chapter  Physical Features  Installing and Wiring the Click 172/174  Operation Modes  Power and Configuration  Verify Operation  Fail-sa

134 CHAPTER 12  CLICK 172/174Physical Featurese following sections describe the features of the Click 172/174 cards (see Figure 12.2):Figure 12.2

CHAPTER 12  CLICK 172/174 135  Low Power (LP)NoteThe first number in the lane name is the number specified in SmartSensor Manager. If no number i

136 CHAPTER 12  CLICK 172/174and then assigned to the correct trac phases.Installing and Wiring the Click 172/174Use the following steps to insta

CHAPTER 12  CLICK 172/174 1371L (One Loop Speed)Outputs contact closures for single-loop emulation. The duration of each contact closure output

138 CHAPTER 12  CLICK 172/174In order to mimic a traditional system, the rack card’s processor will sequence activation of the primary and seconda

CHAPTER 1  THE POWER PLANT 13Figure 1.2 – Click 230 Screw Terminals (labels beneath terminals have been added)Screw terminals 3 and 4 are direct

CHAPTER 12  CLICK 172/174 139Power and Configuratione Click 172/174 will automatically power up when the cards are inserted into a detector card

140 CHAPTER 12  CLICK 172/174NoteIf several Click 172/174 cards are daisy-chained, configure each card separately to en-sure that only one device i

CHAPTER 12  CLICK 172/174 141NoteIf outputs 1 and 2 on the Click 174 have been configured to the same lane, then out-puts 3 and 4 cannot be config

142 CHAPTER 12  CLICK 172/174e Click 172/174 cards are also able to display counts and speeds of the vehicles in the lanes being monitored for ve

CHAPTER 12  CLICK 172/174 143NoteYou do not want to connect to the DB-9 on the Click 200 because this will connect you to the sensor’s native RS

In this chapter  Physical Features  Installation13e Click 200 module is designed to protect SmartSensors from surges on all power and communication

146 CHAPTER 13  CLICK 200Physical Featurese physical features of the Click 200 include communication and power connections.Figure 13.2 – The Clic

CHAPTER 13  CLICK 200 147NoteThe Click 200 does not convert RS-232 to RS-485 or vice versa. Connecting to the DB-9 connector will allow you to c

148 CHAPTER 13  CLICK 200Follow the steps below to include surge protection using Click 200 devices (see Figure 13.3):1 Install a Click 200 devic

14 CHAPTER 1  THE POWER PLANTWiring AC Power into the Click 201/202/204Use the steps below to properly wire AC power to the top of the Click 201/2

CHAPTER 13  CLICK 200 149If you have a 9-conductor cable, there is a ground (gray) wire and a total of three drains; these can all be wired into

150 CHAPTER 13  CLICK 200Figure 13.5 – Verifying Earth Ground3 e resistance should measure less than one ohm. If not, the most likely problem is

In this chapter  Physical Features  Installation14Click 201/202/204 modules are 120–240 VAC to 24 VDC power supplies. One of these modules should be

152 CHAPTER 14  CLICK 201/202/204Physical FeaturesClick 201/202/204 modules have the following physical features.Figure 14.2 – Diagram of the Clic

CHAPTER 14  CLICK 201/202/204 153rectly wire the Click 201/202/204.NoteEnsure power to AC mains is disconnected while wiring the AC input.Wiring

154 CHAPTER 14  CLICK 201/202/204Figure 14.4 – Wiring DC Power out of the Click 201/202/204NoteDo not wire out of the DC OK terminal; it supplies

In this chapter  Physical Features  Installation  On-device Configuration15e Click 203 is a combination uninterrupted power supply and battery, kee

156 CHAPTER 15  CLICK 203NoteBecause the Click 203 is a power supply, if you are using one, you do not need a Click 201/202/204.Physical Features

CHAPTER 15  CLICK 203 157NoteThe battery fuse must be removed when installing or replacing the module.InstallationUse the following tables to wi

158 CHAPTER 15  CLICK 203Remote Shutdowne R1 and R2 screw terminals are used for the remote shutdown function. When remote shutdown is active, th

CHAPTER 1  THE POWER PLANT 15Figure 1.4 – Wiring DC Power out of the Click 201/202/204CautionAn authorized electrical technician should perform

CHAPTER 15  CLICK 203 159Buer mode LED o LED on; battery mode out-put: 24 V, battery charge: 0 VLED o; output: 0 VRechargeable battery disch

In this chapter  Physical Features  Installation16e Click 210 is a compact circuit breaker DIN rail device designed to interrupt an electric curren

162 CHAPTER 16  CLICK 210NoteThe Click 210 is a 0.5 A circuit breaker. There are also 2 A and 8 A models available; contact your Wavetronix dealer

In this chapter  Physical Features  Installation17e Click 211 is an AC outlet that provides a standard three-hole socket for devices pow-ered throu

164 CHAPTER 17  CLICK 211NoteWiring the Click 211 from the power plant requires the use of two twin terminal blocks.Physical FeaturesFigure 17.2 –

CHAPTER 17  CLICK 211 165Wiring the Power Plant1 Install the Click 210 and Click 230 as outlined in Chapter 1.2 Attach two ST 2.5 twin termina

166 CHAPTER 17  CLICK 211Figure 17.4 – Wiring into the Power Supply8 Wire power out of the Click 201/202/204 as described in Chapter 1.Wiring the

In this chapter  Physical Features  Installation18e Click 221 provides surge protection on DC input lines. Use this device in a cabinet with DC inp

168 CHAPTER 18  CLICK 221Physical FeaturesFigure 18.2 – Diagram of the Click 221e bottom of the Click 221 has a screw terminal block with four sc

In this chapter  Physical Features  Installation19e Click 222 system surge protection device is designed to prevent electrical surges con-ducted al

170 CHAPTER 19  CLICK 222Physical Featurese physical features of the Click 222 include communication and power connections.LED IndicatorsT-BusCon

CHAPTER 19  CLICK 222 171Configuration Featurese front of the Click 222 has four LEDs that indicate device activity and status:  PWR (red) ligh

172 CHAPTER 19  CLICK 222e steps below refer to how to install and wire a Click 222. If you are using a SmartSensor Matrix preassembled cabinet,

CHAPTER 19  CLICK 222 1733 If you are using Click 112 cards, use a short patch cord to share bus 1 between cards dedicated to the same sensor,

In this chapter  Physical Features  Installation20e Click 223 dual-485 surge protector device is designed to prevent electrical surges from damagin

176 CHAPTER 20  CLICK 223Physical FeaturesFigure 20.2 – Diagram of the Click 223e faceplate of the Click 223 has two RJ-11 jacks, which provide t

CHAPTER 20  CLICK 223 177  Two RS-485 connections, each consisting of one -485 and one +485 terminale front of the Click 223 has an LED that l

178 CHAPTER 20  CLICK 223device, wire it, then reinsert it.)3 Wire the middle pluggable screw terminal block: connect the orange wire to the scre

In this chapter  Adding a T-bus to the DIN Rail  Mounting Click Devices  Wiring T-buses2Now that the power plant is complete, the next step in inst

In this chapter  Physical Features  Installation21e Click 230 provides up to 10 kA (8/20 μS) of surge protection per AC input line.Figure 21.1 – Th

180 CHAPTER 21  CLICK 230NoteThe Click 230 is designed for use with 120 VAC. A 220 VAC version is available for installations using that voltage.

CHAPTER 21  CLICK 230 1812 Connect the white (neutral) and green (ground) wires from the terminal block or from the AC cord into screw terminal

In this chapter  Physical Features  Installation22e Click 250 is a 100 MHz–3 GHz bulkhead N-Female to N-Female 90 V coaxial wireless surge protecto

184 CHAPTER 22  CLICK 250Physical FeaturesFigure 22.2 – Diagram of the Click 250e Click 250 is a bulkhead N-Female to N-Female connector; both co

CHAPTER 22  CLICK 250 185Figure 22.4 – Connecting the Grounding Wire2 Get a coaxial cable that’s female on one end and male on the other. Conne

In this chapter  Physical Features  On-device Configuration  Computer Configuration23e Click 301 serial to Ethernet converter changes half-duplex tw

188 CHAPTER 23  CLICK 301Physical Featurese Click 301 has several communication ports, as well as features for conguration (see Figure 23.2).Fig

18 CHAPTER 2  T-BUS BASICSAdding a T-bus to the DIN RailPlacing the T-bus on the DIN rail is quick and easy. To attach a T-bus connector to the ra

CHAPTER 23  CLICK 301 189Configuration Featurese faceplate of the Click 301 has three activity indicator LEDs:  PWR (red) lights up when the de

190 CHAPTER 23  CLICK 301NoteOn certain devices, the yellow LED may replace the green LED in the autobaud pro-cess—that is, the yellow LED will co

CHAPTER 23  CLICK 301 191applications. Use the list below to nd the appropriate driver for your application.  If you intend to connect from yo

192 CHAPTER 23  CLICK 301e following settings are common to both application drivers.Setting DescriptionDescriptionShows a description of the dev

CHAPTER 23  CLICK 301 193Figure 23.5 – About Tabe following settings are common to both application drivers:Settings DescriptionDriverNames the

194 CHAPTER 23  CLICK 301Figure 23.6 – Diagnostics TabOnce you have nished, use the menu bar at the top of the screen to save your settings, retu

CHAPTER 23  CLICK 301 195e System > General tab combines elements of the Setup and About tabs from the other drivers (see Figure 23.7 and Ta

196 CHAPTER 23  CLICK 301Figure 23.8 – Expert Driver Comm TabSetting DescriptionBaud RateAllows you to change the baud rate at which the device co

CHAPTER 23  CLICK 301 197 Figure 23.9 – Expert Driver Autobaud TabSetting DescriptionCommandAllows you to set the command sent from the device d

198 CHAPTER 23  CLICK 301Figure 23.10 – Expert Driver Network TabSetting DescriptionLocal IPLets you view and change the IP address currently assi

Click 100–400 SeriesUSER GUIDEwww.wavetronix.com  78 East 1700 South Provo, Utah 84606  801.734.7200

CHAPTER 2  T-BUS BASICS 19Figure 2.1 – Wiring Power into the Click 200Wiring through a 5-screw TerminalIf you choose not to use a Click 200, or

CHAPTER 23  CLICK 301 199Figure 23.11 – Expert Driver Server TabSetting DescriptionTelnet PasswordAllows you to enter the password required for

200 CHAPTER 23  CLICK 301Figure 23.12 – Expert Driver Connect Tab Setting DescriptionIncoming Connec-tionAllows you to configure how the device rea

CHAPTER 23  CLICK 301 201StartupAllows you to configure active startup settings.No Activity, the default, does not attempt to initiate a connecti

202 CHAPTER 23  CLICK 301Figure 23.13 – Expert Driver Disconnect TabSetting DescriptionDisconnect ModeAllows you to set conditions under which the

CHAPTER 23  CLICK 301 203Figure 23.14 – Expert Driver Packing TabSetting DescriptionPacking AlgorithmEnables packing, which defines how long the

204 CHAPTER 23  CLICK 301e host list supports a minimum of 1 and a maximum of 12 entries. Each entry contains an IP address and a port number. e

CHAPTER 23  CLICK 301 205If a problem is detected, the program will display a red square next to the item in question. If no problems are detect

In this chapter  Physical Features  On-device Configuration  Computer Configuration24e Click 304 converts half-duplex RS-232 communication to RS-485

208 CHAPTER 24  CLICK 304Physical Featurese Click 304 has several communication ports, as well as features for conguration.Figure 24.2 – Diagram

20 CHAPTER 2  T-BUS BASICSWiring out of a T-busOccasionally you will need to provide power and communication to devices in your cabinet that are n

CHAPTER 24  CLICK 304 209Configuration Featurese faceplate of the Click 304 has the following three LEDs:  PWR (red) lights up when the device

210 CHAPTER 24  CLICK 304NoteOn certain devices, the yellow LED may replace the green LED in the autobaud pro-cess—that is, the yellow LED will co

CHAPTER 24  CLICK 304 211eld for the Click 304, should only be used under the direction of Wavetronix Technical Services.Aer you have made con

212 CHAPTER 24  CLICK 304Device IDGives the ID number of the device being configured, which is used to identify the device when you are connecting

CHAPTER 24  CLICK 304 213Figure 24.6 – SmartSensor Driver Diagnostics TabOnce you have nished, use the menu bar at the top of the screen to sav

214 CHAPTER 24  CLICK 304the SmartSensor driver and those available only through this driver. e driver is divided into two tabs—System and Diagno

CHAPTER 24  CLICK 304 21524.8 and Table 24.5).Figure 24.8 – Expert Driver Comm TabSetting DescriptionBaud RateAllows you to change the baud rate

216 CHAPTER 24  CLICK 304Figure 24.9 – Expert Driver Autobaud TabSetting DescriptionCommandAllows you to set the command sent from the device duri

CHAPTER 24  CLICK 304 217Figure 24.10 – Expert Driver Diagnostics TabOnce you have nished, use the menu bar at the top of the screen to save yo

In this chapter  Working with Screw Terminal Blocks  RS-485 Communication  RS-232 Communication3You are now ready to begin adding Click modules to

In this chapter  Physical Features  Installation  Switching Characteristics25e Click 330/331 are used for quick and cost-eective Ethernet network

220 CHAPTER 26  CLICK 330/331Physical FeaturesClick 330/331 modules have several Ethernet ports, allowing you to create a quick Ethernet network b

CHAPTER 26  CLICK 330/331 221Status MeaningOn Supply voltage is in an acceptable rangeO Supply voltage is too lowTable 25.1 – Power Monitor LED

222 CHAPTER 26  CLICK 330/331Follow the steps below to install and wire a Click 330/331:1 Attach the device to a location on the DIN rail that is

CHAPTER 26  CLICK 330/331 223Quality of Service (QoS): IEEE 802.1P/Qe SFN switches are capable of reading Ethernet packets that have already be

In this chapter  Physical Features  Installation26e Click 340/341/342 are managed Ethernet switches that work with trac monitoring devices. ese s

226 CHAPTER 27  CLICK 340/341/342Physical FeaturesEach Click 340/341/342 module has several communication options, as well as features for monitor

CHAPTER 27  CLICK 340/341/342 227  US1 – Supply voltage for +US1  GND – Ground for US1  US2 – Supply voltage for +US2  GND – Ground for US2

228 CHAPTER 27  CLICK 340/341/342meaning that power and communications will have to be wired in. Follow the steps below to install and wire a Clic

22 CHAPTER 3  WIRING THE DEVICESFigure 3.1 – Removing and Wiring Screw Terminal BlocksRS-485 CommunicationAnother feature that is common to many C

In this chapter  Physical Features  On-device Configuration  Computer Configuration27e Click 400 is a 900 MHz spread spectrum radio with two RS-485

230 CHAPTER 28  CLICK 400Physical Featurese Click 400 has several communication ports, as well as features for conguration.Figure 27.2 – Diagram

CHAPTER 28  CLICK 400 231Configuration Featurese faceplate of the Click 400 has the following four LEDs:  PWR (red) lights up when the device

232 CHAPTER 28  CLICK 400Autobaud (solid green)e Autobaud mode is used to match baud rates with an external device. By default, the device will a

CHAPTER 28  CLICK 400 233ashing. e red LED should be solid and the green and yellow LEDs will ash. Wait for a few seconds and the device will

234 CHAPTER 28  CLICK 400onto the device.NoteSome settings appear on multiple drivers. Changing one of those settings on any driver and saving the

CHAPTER 28  CLICK 400 235Device IDGives the ID number of the device being configured, which is used to identify the device when you are connectin

236 CHAPTER 28  CLICK 400Firmware VersionShows the version of firmware your device currently has installed. If Click Supervisor detects a discrepan

CHAPTER 28  CLICK 400 237NoteIf you do not save your settings to your Click 400, they will be lost the next time you power the device down.  e

238 CHAPTER 28  CLICK 400DescriptionShows a description of the device being configured. This is only for your information and does not aect the op

CHAPTER 3  WIRING THE DEVICES 23NoteIf you are using a Click 200 in your installation, it is recommended you wire RS-485 through it if you would

CHAPTER 28  CLICK 400 239Data BitsShows you the number of data bits being sent. This option currently cannot be changed.Active PortIndicates on

240 CHAPTER 28  CLICK 400Figure 27.10 – Expert Driver Config 1 TabSetting DescriptionRF ChannelSpecifies the frequency channel of the device (the ch

CHAPTER 28  CLICK 400 241Figure 27.11 – Expert Driver Config 2 TabSetting DescriptionCTS AssertedReserved for hardware handshaking. This field is

242 CHAPTER 28  CLICK 400Setting DescriptionRF Packet SizeAllows you to set the maximum size of an RF packet before it is sent.Interface TimeoutAl

CHAPTER 28  CLICK 400 243NoteIf you do not save your settings to your Click 400, they will be lost the next time you power the device down.  e

In this chapter  Physical Features  On-device Configuration  Computer Configuration28e Click 421 serial to Bluetooth radio converts half-duplex two-

246 CHAPTER 29  CLICK 421Physical Featurese Click 421 has several communication ports, plus features for conguration.Figure 28.2 – Diagram of th

CHAPTER 29  CLICK 421 247mounted on the exterior of the trac cabinet or up on a pole for maximum range. A whip antenna can also be used inside

248 CHAPTER 29  CLICK 421module will attempt to match baud rates with a SmartSensor on the bus; however, the de-vice can be congured to autobaud

24 CHAPTER 3  WIRING THE DEVICESRS-232 CommunicationMost Click devices also feature RS-232 communication capabilities. ese modules will convert t

CHAPTER 29  CLICK 421 249Computer Configuratione Click 421 can be congured more exactly using the Click Supervisor soware. See Chapters 4 and

250 CHAPTER 29  CLICK 421SmartSensor DriverWhen you open the SmartSensor driver, you will see three tabs: Setup, About and Diag-nostics.Under the

CHAPTER 29  CLICK 421 251Figure 28.5 – SmartSensor Driver About TabSetting DescriptionDriverNames the driver you are currently working with.Seri

252 CHAPTER 29  CLICK 421Figure 28.6 – SmartSensor Driver Diagnostics TabOnce you have nished, use the menu bar at the top of the screen to save

CHAPTER 29  CLICK 421 253e System tab is divided into three subtabs: General, Comm, and Autobaud.e General subtab contains information about t

254 CHAPTER 29  CLICK 421Figure 28.8 – Expert Driver Comm TabSetting DescriptionBaud RateAllows you to change the baud rate at which the device co

CHAPTER 29  CLICK 421 255Figure 28.9 – Expert Driver Autobaud TabSetting DescriptionCommandAllows you to set the command sent from the device du

256 CHAPTER 29  CLICK 421Figure 28.10 – Expert Driver Bluetooth TabSetting DescriptionBluetooth NameAllows you to change the name of your Bluetoot

CHAPTER 29  CLICK 421 257Figure 28.11 – Expert Driver Diagnostics TabOnce you have nished, use the menu bar at the top of the screen to save yo

CHAPTER 3  WIRING THE DEVICES 25Figure 3.4 – Wiring RS-232 Communication into the Click 200Wiring RS-232 from a Click DeviceMany Click modules f

www.wavetronix.com

In this chapter  Installing Click Supervisor  Microsoft .NET Framework4Once your Click devices are installed and wired, the next step is to install

28 CHAPTER 4  INSTALLING CLICK SUPERVISORNoteIf you are running Windows® Vista, you must run Click Supervisor in XP Service Pack 2 compatibility m

© 2014 Wavetronix LLC. All Rights Reserved.Wavetronix, SmartSensor, Click, Command, and all associated product names and logos are trademarks of Wavet

CHAPTER 4  INSTALLING CLICK SUPERVISOR 29To install Click Supervisor on a handheld computer, you need to have ActiveSync (on Win-dows XP or earl

30 CHAPTER 4  INSTALLING CLICK SUPERVISORFigure 4.3 – Location to Be Installed3 Click the Install Now button.4 Aer Click Supervisor is installe

CHAPTER 4  INSTALLING CLICK SUPERVISOR 31Use these steps to install Click Supervisor on a handheld computer:1 Ensure that you have ActiveSync o

32 CHAPTER 4  INSTALLING CLICK SUPERVISORFigure 4.6 – Microsoft .NET Framework PromptUse the following steps to install Microso .NET Framework:1

Using Click Supervisor 5 In this chapter  Connecting to Your Computer  Accessing the Communication Screen  Serial Communication  IP Communication

34 CHAPTER 5  USING CLICK SUPERVISORConnecting the computer to another device that has a RS-232 port but is not computer-programmable, such as the

CHAPTER 5  USING CLICK SUPERVISOR 35Serial Communicatione rst section on the Communication screen is Serial Communication. Here you can connec

36 CHAPTER 5  USING CLICK SUPERVISORConnecting to a DeviceClick Supervisor can talk to one device at a time. ere are two ways to select which mod

CHAPTER 5  USING CLICK SUPERVISOR 373 Click on the device you’d like to connect to and hit Select. Aer downloading the com-munication le, the

38 CHAPTER 5  USING CLICK SUPERVISORAlternatively, you can connect without the ID number:1 Leave a 0 in the Click ID text eld. Click Supervisor

ContentsIntroduction 7Using this Manual 7Part I Introduction to the Click SeriesChapter 1 The Power Plant 11Connecting to a Circuit Breaker 12 • Co

CHAPTER 5  USING CLICK SUPERVISOR 39To open a backup, select the Backups radio button in the lower righthand corner of the screen. All the backu

Part IIIndividual Click 100–400 Series ModulesChapter 6 – Click 100Chapter 7 – Click 101Chapter 8 – Click 104Chapter 9 – Click 110Chapter 10 – Click 1

In this chapter  Physical Features  On-device Configuration  Troubleshooting6e Click 100 is a hot-swappable contact closure module for use with the

44 CHAPTER 6  CLICK 100Physical Featurese Click 100 has eight primary and eight secondary contact outputs, which all share a logic ground (see Fi

CHAPTER 6  CLICK 100 45Primary DetectorSecondary DetectorTraffic DirectionFigure 6.3 – Primary and Secondary OutputsFigure 6.4 below shows a dia

46 CHAPTER 6  CLICK 100  AC (Actuation) – Green  1L (One Loop Speed) – Yel lowe front also has a push-button labeled Mode Switch, which is used

CHAPTER 6  CLICK 100 47Operation ModesPress and hold the push-button to cycle through the dierent operation modes; release the button when the

48 CHAPTER 6  CLICK 1001L (One Loop Speed) Yellow Outputs contact closures for single-loop emulation. The duration of each contact closure output

Chapter 6 Click 100 — 16 Output Contact Closure 43Physical Features 44 • Troubleshooting 48Chapter 7 Click 101 — Multi-sensor to Contact Closure 4

In this chapter  Physical Features  Installation  On-device Configuration  Computer Configuration7e Click 101 is a contact closure module that is

50 CHAPTER 7  CLICK 101Each side-re sensor can use its two communication ports to send real-time trac data to both cabinets for which it is coll

CHAPTER 7  CLICK 101 51Sensor ID 2112345Sensor ID 20Click! 101Cabinet A12345ф2ф6Figure 7.3 – The Click 101 Collects from Multiple SensorsMore se

52 CHAPTER 7  CLICK 101Figure 7.4 – Diagram of the Click 101Communication Portse back of the Click 101 features a 5-position connector that plugs

CHAPTER 7  CLICK 101 53NoteAfter you have completed programming the device using Click Supervisor, remove the RS-232 serial cable from the DB-9

54 CHAPTER 7  CLICK 101e screw terminals labeled C1–C4 represent the common lines for each contact closure output pluggable screw terminal block

CHAPTER 7  CLICK 101 55NoteYou will only be able to communicate properly if the Click 101 and each sensor’s RS-485 baud rate match.To reset the

56 CHAPTER 7  CLICK 101Figure 7.5 – Expert Driver General TabSetting DescriptionModuleAllows you to enter a name and description of the device. Dr

CHAPTER 7  CLICK 101 57Figure 7.6 – Expert Driver Comm TabSetting DescriptionBaud RateAllows you to change the baud rate for both the RS-485 and

58 CHAPTER 7  CLICK 101Figure 7.7 – Expert Driver Autobaud TabSetting DescriptionCommandAllows you to set the command sent from the device during

Chapter 16 Click 210 — AC Circuit Breaker 161Physical Features 162 • Installation 162Chapter 17 Click 211 — AC Outlet 163Physical Features 164 • I

CHAPTER 7  CLICK 101 59Setting DescriptionSensor IDThe sensor’s multi-drop communication ID.Contact Closure OutputsAllows you to set the Click 1

60 CHAPTER 7  CLICK 101Under the Diagnostics tab, you can run diagnostics on your device (see Figure 7.10). Click the General button to run diagno

In this chapter  Physical Features  Installation  Configuration  Rotary Switch  Front Panel Menu  Click Supervisor8e Click 104 is a 4-channel co

62 CHAPTER 4  CLICK 104Physical Featurese Click 104 has the following physical features.T-BusConnectorRS-232 ConnectorOutputs 1-2 ConnectorMode S

CHAPTER 4  CLICK 104 63pre-wire the Click 104 before nal installation. Rotary SwitchOn the faceplate of the device is a rotary switch, numbered

64 CHAPTER 4  CLICK 104bus 1 (data) or bus 2 (control). Level 2 LEDs display conguration options for the menu items selected via the level 1 LEDs

CHAPTER 4  CLICK 104 65change the amount of time that must elapse without the device receiving a pertinent data-gram before the device enters fa

66 CHAPTER 4  CLICK 104able to congure all other parameters (besides channel input mapping) using the front panel menu and Click Supervisor.NoteI

CHAPTER 4  CLICK 104 679 33–36Table 8.2 – Click 104 Rotary Switch Channel Input Map SettingsTo set the switch, insert a small screwdriver into t

68 CHAPTER 4  CLICK 104light up to indicate that the device is cycling through all menu options (specics on these menu options, and which LEDs an

Physical Features 230 • On-device Conguration 231 • Com-puter Conguration 233Chapter 28 Click 421 — Serial to Bluetooth® Radio 245Physical Feature

CHAPTER 4  CLICK 104 69Press and release Configuration parameter selected; autobaud commences (will show intermediate LED states); auto-baud finis

70 CHAPTER 4  CLICK 104NoteThis parameter can also be changed using the rotary switch or Click Supervisor. As mentioned earlier, the Click 104 dev

CHAPTER 4  CLICK 104 71Autobaude second option that comes up when you’re cycling through the front panel menu is the autobaud function. To sele

72 CHAPTER 4  CLICK 104NoteThis parameter can also be changed using Click Supervisor. Level 1 LEDs Baud rate for bus 1 Baud rat

CHAPTER 4  CLICK 104 73See the earlier Navigating through the Menu and the Menu Operation Example sections for how to view this parameter.Aer t

74 CHAPTER 4  CLICK 104e Backups option can be used to read congurations that have previously been saved to le. See Chapter 5 for more informat

CHAPTER 4  CLICK 104 75Firmware VersionShows the version of firmware your device currently has installed. If Click Supervisor detects a discrepan

76 CHAPTER 4  CLICK 104Input MappingLets you assign input datagram channels received from the sensor to the two or four output channels on the dev

CHAPTER 4  CLICK 104 77NoteIf you do not save your settings to your Click 104, they will be lost the next time you power the device down.  e

In the introduction  Using this ManualWavetronix Click products are a simple and cost-eective way to connect various trac components into a single,

In this chapter  Physical Features  Installation and Wiring  Operation  Configuration9e Click 110 is used to report vehicle data to a MIDAS outsta

80 CHAPTER 9  CLICK 110Physical Featurese following sections describe the physical features of the Click 110 card.Figure 9.2 – Diagram of the Cli

CHAPTER 9  CLICK 110 81Detection 1 2 3 4Fault Menu PWR MF TD RD 1 2 3 4Figure 9.3 – Click 110 LEDse detection in

82 CHAPTER 9  CLICK 110Push-buttonse faceplate of the Click 110 features two push-buttons. e upper push-button, labeled Mode Switch, is used to

CHAPTER 9  CLICK 110 83A1Pin DescriptionA1 Channel 1, normally closedA2 No connectionA3 Channel 1, normally openA4 No connectionA5 No connection

84 CHAPTER 9  CLICK 110A1Pin DescriptionA1 Channel 1, normally closedA2 No connectionA3 Channel 1, normally openA4 No connectionA5 No connectionA6

CHAPTER 9  CLICK 110 85Preparing the SmartSensorIn addition to wiring the SmartSensor to the Click 110, you must also make sure that the SmartSe

86 CHAPTER 9  CLICK 110Location No No YesDevice ID No No YesFault Status No Fault Indicators Read-onlyTo use this configuration feature:Hardware C

CHAPTER 9  CLICK 110 87Figure 9.6 – Click 110 DIP Switchese Click 110 features three DIP switches labeled S1, S2 and S3 on the label and in the

88 CHAPTER 9  CLICK 110NoteThis parameter can also be changed using the front panel menu or Click Supervisor.e switch patterns for the two parame

8 INTRODUCTION  CLICK 100–400 SERIES USER GUIDEClick Supervisor soware, which is used with certain Click devices for conguration. For a list of

CHAPTER 9  CLICK 110 89A disabled output will never enter the detection state, and will never indicate a fault condi-tion. Any combination of ou

90 CHAPTER 9  CLICK 110NoteThis parameter can also be changed using the front panel menu or Click Supervisor.As mentioned earlier, the Click 110 d

CHAPTER 9  CLICK 110 91Outstation ModeAlso on this switch is the outstation mode. is is congured on the third DIP switch, la-beled S3, using s

92 CHAPTER 9  CLICK 110Fault latching involves how the Click 110 reacts when the ow of data from the connected SmartSensor is interrupted. As men

CHAPTER 9  CLICK 110 93Level 1Mode SwitchLevel 2 Menu PWR MF TD RD 1 2 3 4Figure 9.7 – Menu Indicator LEDs and Mode SwitchNoteThe

94 CHAPTER 9  CLICK 110Mode Switch Action Display StateNone Normal operationPress and hold Channel map menu option displayedContinue holding Autob

CHAPTER 9  CLICK 110 95Level 1 LEDsAutobaud SettingsPerform Autobaud on Bus 1Perform Autobaud on Bus 2Cancel and Exit MenuLevel 2 LEDsLevel 1 LE

96 CHAPTER 9  CLICK 110NoteThis parameter can also be changed using the DIP switches or Click Supervisor. As mentioned earlier, the Click 110 devi

CHAPTER 9  CLICK 110 97Autobaude second option that comes up when you’re cycling through the front panel menu is the autobaud function. is opt

98 CHAPTER 9  CLICK 110Baud Rate (Bus 1 and 2)e next two conguration parameters that come up in the front panel menu allow you to manually set t