Page 1 Click 100–400 Series USER GUIDE...
Page 2 Click 100–400 Series USER GUIDE www.wavetronix.com • 78 East 1700 South Provo, Utah 84606 • 801.734.7200...
Page 3 © 2014 Wavetronix LLC. All Rights Reserved. Wavetronix, SmartSensor, Click, Command, and all associated product names and logos are trademarks of Wavetronix LLC. All other products or brand names as they appear are trademarks or registered trademarks of their respective holders.
Page 4: Table Of Contents
Contents Introduction Using this Manual 7 Part I Introduction to the Click Series Chapter 1 The Power Plant Connecting to a Circuit Breaker 12 • Connecting AC Surge Protection 12 • Connecting Power 13 • Wiring AC Power into the Click 201/202/204 14 Chapter 2 T-bus Basics Adding a T-bus to the DIN Rail 18 •...
Page 5 Chapter 6 Click 100 — 16 Output Contact Closure Physical Features 44 • Troubleshooting 48 Chapter 7 Click 101 — Multi-sensor to Contact Closure Physical Features 51 • Installation 54 • On-device Configura- tion 54 • Computer Configuration 55 Chapter 8 Click 104 —...
Page 6 Chapter 16 Click 210 — AC Circuit Breaker Physical Features 162 • Installation 162 Chapter 17 Click 211 — AC Outlet Physical Features 164 • Installation 164 Chapter 18 Click 221 — DC Surge Protector Physical Features 168 • Installation 168 Chapter 19 Click 222 —...
Page 7 Physical Features 230 • On-device Configuration 231 • Com- puter Configuration 233 Chapter 28 Click 421 — Serial to Bluetooth® Radio Physical Features 246 • On-device Configuration 247 • Com- puter Configuration 249...
Page 8: Introduction
In the introduction ˽ Using this Manual Wavetronix Click products are a simple and cost-effective way to connect various traffic components into a single, unified system. With a broad range of easy-to-use products, the Click line integrates quickly and operates in even the harshest conditions. Click devices provide the power and communication solutions needed for effective traffic control and management.
Page 9 INTRODUCTION • CLICK 100–400 SERIES USER GUIDE Click Supervisor software, which is used with certain Click devices for configuration. For a list of Click 100–400 series devices that use Click Supervisor, see the beginning of Chapter 4. A few Click devices differ from what is written in the common information chapters in the way they are installed or the software used to configure them.
Page 10: Part I Introduction To The Click Series
Part I Introduction to the Click Series Chapter 1 – The Power Plant Chapter 2 – T-bus Basics Chapter 3 – Wiring the Devices Chapter 4 – Installing Click Supervisor Chapter 5 – Using Click Supervisor...
Page 12: Chapter 1 The Power Plant
The Power Plant In this chapter ˽ Connecting to a Circuit Breaker ˽ Connecting AC Surge Protection ˽ Connecting Power Power and surge protection are provided to your devices via the Click modules that make up what is known as the power plant (see Figure 1.1). Assembling the power plant is the first step in installing your Click devices.
Page 13 CHAPTER 1 • THE POWER PLANT Note The power plant will only be used if your cabinet is supplied with AC power. If DC is coming into your cabinet, you will need the Click 221 DC surge protector, discussed in Part II.
Page 14 CHAPTER 1 • THE POWER PLANT Figure 1.2 – Click 230 Screw Terminals (labels beneath terminals have been added) Screw terminals 3 and 4 are directly bonded via the metal mounting foot of the base ele- ment to the DIN rail. There is no need for any additional grounding between terminals 3 and 4 and the DIN rail.
Page 15 CHAPTER 1 • THE POWER PLANT Wiring AC Power into the Click 201/202/204 Use the steps below to properly wire AC power to the top of the Click 201/202/204: Using a rocking motion, mount the Click 202/202/204 to the DIN rail next to the Click 230.
Page 16 CHAPTER 1 • THE POWER PLANT Figure 1.4 – Wiring DC Power out of the Click 201/202/204 Caution An authorized electrical technician should perform installation and operation of this unit. Persons other than authorized and approved electrical technicians should NOT attempt to connect this unit to a power supply and/or traffic control cabinet, as there is a serious risk of electrical shock through unsafe handling of the power source.
Page 18: Chapter 2 T-Bus Basics
Click devices on the rail with only a single wiring con- nection. Wavetronix has two varieties of T-bus connectors: green connectors, which conduct both power and communication, and gray connectors, which only conduct power. Gray T-bus connectors are used when you don’t want certain devices to communicate with each other.
Page 19: Wiring T-Buses
CHAPTER 2 • T-BUS BASICS Adding a T-bus to the DIN Rail Placing the T-bus on the DIN rail is quick and easy. To attach a T-bus connector to the rail, simply position the connector over the rail with the male connector pointing to the right. Hook one arm of the connector over one side of the DIN rail and press the other arm down over the other side until the connector snaps in place.
Page 20 CHAPTER 2 • T-BUS BASICS Figure 2.1 – Wiring Power into the Click 200 Wiring through a 5-screw Terminal If you choose not to use a Click 200, or if you have one but prefer not to wire through it, you can also connect power through a 5-screw terminal block connected to the end of the T-bus.
Page 21 CHAPTER 2 • T-BUS BASICS Wiring out of a T-bus Occasionally you will need to provide power and communication to devices in your cabinet that are not on a DIN rail or on a T-bus. In these cases, you can connect a female 5-screw terminal block to the right side of your T-bus and wire +DC, ground and communication from there into the device.
Page 22: Chapter 3 Wiring The Devices
Wiring the Devices In this chapter ˽ Working with Screw Terminal Blocks ˽ RS-485 Communication ˽ RS-232 Communication You are now ready to begin adding Click modules to your cabinet. For information on the unique features of each of the devices in the Click line, see the corresponding chapter in Part II of this document (or of the Click 500 Series User Guide).
Page 23 Click module, which will then communicate with the T-bus. Note The steps in this section are specifically for use with a Wavetronix SmartSensor ca- ble. If you are using a different cable or wiring system, the colors of the wires used will be different.
Page 24 CHAPTER 3 • WIRING THE DEVICES Note If you are using a Click 200 in your installation, it is recommended you wire RS-485 through it if you would like to connect to a Click device. Figure 3.2 – Wiring RS-485 Communication into the Click 200 Wiring RS-485 from a Click Device Several Click devices—such as the 104, 110, 112/114, 172/174, 200, 301 and 304—also have RJ-11 jacks for RS-485 communication with a computer or with contact closure cards.
Page 25 Several modules also have RS-232 screw terminals. Note The steps in this section are specifically for use with a Wavetronix SmartSensor ca- ble. If you are using a different cable or wiring system, the colors of the wires used will be different.
Page 26 CHAPTER 3 • WIRING THE DEVICES Figure 3.4 – Wiring RS-232 Communication into the Click 200 Wiring RS-232 from a Click Device Many Click modules feature an DB-9 jack for RS-232 communication with a laptop or other such device. To use, simply use a straight-through cable to connect the two devices.
Page 28: Chapter 4 Installing Click Supervisor
Installing Click Supervisor In this chapter ˽ Installing Click Supervisor ˽ Microsoft .NET Framework Once your Click devices are installed and wired, the next step is to install Click Supervi- sor, a computer program that will help you work with your Click modules. Most Click devices can be configured and monitored to some extent using the buttons and LEDs on the module, but certain devices can be fine-tuned using Click Supervisor.
Page 29 Pack 2). Hit OK. Installing Click Supervisor If you have a Wavetronix Install Kit, the handheld computer included in the kit comes with Click Supervisor already installed, along with sensor software. If you don’t have an install kit, or if you want to install on a desktop computer, follow the steps below.
Page 30 Note Although the software can be installed on most handhelds, because of constantly changing handheld technologies, Wavetronix can only offer technical support on the handheld in the kit, which is a Socket Mobile 650. Installing Click Supervisor on a PC Follow these steps to install Click Supervisor on a PC: On the screen shown in Figure 4.2, click the checkbox labeled Computer and then...
Page 31 Installing Click Supervisor on a Handheld Computer Although the software can be installed on many handheld computers, because of constantly changing handheld technologies, Wavetronix can only offer technical support on the hand- held in the kit, which is a Socket Mobile 650.
Page 32 CHAPTER 4 • INSTALLING CLICK SUPERVISOR Use these steps to install Click Supervisor on a handheld computer: Ensure that you have ActiveSync or Windows Mobile Device Center installed and that the handheld is connected to the PC and synced. On the screen shown in Figure 4.2, click the checkbox labeled Pocket PC and then select Next >...
Page 33 CHAPTER 4 • INSTALLING CLICK SUPERVISOR Figure 4.6 – Microsoft .NET Framework Prompt Use the following steps to install Microsoft .NET Framework: Click the Install Framework button. Click the I Agree radio button when the License Agreement appears (see Figure 4.7). Figure 4.7 –...
Page 34: Chapter 5 Using Click Supervisor
Using Click Supervisor In this chapter ˽ Connecting to Your Computer ˽ Accessing the Communication Screen ˽ Serial Communication ˽ IP Communication ˽ Working with Modules Once you have Click Supervisor installed on your computer, you can begin using it to con- figure and monitor your Click devices.
Page 35 CHAPTER 5 • USING CLICK SUPERVISOR Connecting the computer to another device that has a RS-232 port but is not computer- programmable, such as the Click 200, will not allow Click Supervisor to communicate with the other computer-programmable devices on the T-bus. Accessing the Communication Screen To connect to your devices with Click Supervisor, open the program by double-clicking on it.
Page 36 The flow control, parity, stop bits and data bits settings should not be changed un- less you have been instructed to do so by Wavetronix Technical Services. Click the Save as default settings checkbox to tell the software to remember your setup. Click OK to return to the Communication screen or Cancel to exit without saving your settings.
Page 37 CHAPTER 5 • USING CLICK SUPERVISOR Connecting to a Device Click Supervisor can talk to one device at a time. There are two ways to select which module to talk to. Follow these steps if you know the Click ID number of the device: Enter the five-digit ID number in the Click ID text field, either by typing or by using the arrows to the right of the box.
Page 38 CHAPTER 5 • USING CLICK SUPERVISOR Click on the device you’ d like to connect to and hit Select. After downloading the com- munication file, the program will return you to the Click Supervisor main screen. Note After connecting, you may see a dialog box asking if you’d like to upgrade. Each ver- sion of Click Supervisor has the newest firmware for all the Click devices, and when it connects to a device it will check to see if the firmware in the program is newer than that in the device.
Page 39 CHAPTER 5 • USING CLICK SUPERVISOR Alternatively, you can connect without the ID number: Leave a 0 in the Click ID text field. Click Supervisor will look for all connected devices on the network. Click Connect. The Device Selection screen will appear, and after a few moments, the list will be populated with the computer-programmable devices on the network.
Page 40 Select the backup you wish to open and click OK. Figure 5.6 – Selecting a Backup Note The default folder to save backups in is C:\Program Files\Wavetronix\ClickHome\ Drivers\ [model number] \User. If you try to save the files elsewhere, the program will still save them in the User folder.
Page 42 Part II Individual Click 100–400 Series Modules Chapter 6 – Click 100 Chapter 18 – Click 221 Chapter 7 – Click 101 Chapter 19 – Click 222 Chapter 8 – Click 104 Chapter 20 – Click 223 Chapter 9 – Click 110 Chapter 21 –...
Page 44 ˽ Physical Features ˽ On-device Configuration ˽ Troubleshooting The Click 100 is a hot-swappable contact closure module for use with the Wavetronix SmartSensor. It mounts onto a DIN rail and is connected to the SmartSensor through the Click 200 surge protection module.
Page 45 CHAPTER 6 • CLICK 100 Physical Features The Click 100 has eight primary and eight secondary contact outputs, which all share a logic ground (see Figure 6.2). Figure 6.2 – Diagram of Click 100 Communication Port The back of the Click 100 features a 5-position connector that plugs into a T-bus connector and provides power and RS-485 communication to the device.
Page 46 CHAPTER 6 • CLICK 100 Traffic Direction Primary Detector Secondary Detector Figure 6.3 – Primary and Secondary Outputs Figure 6.4 below shows a diagram of the output signal time waveforms of the two detectors. Dual-Loop Emulation System (Output Time Waveform) Primary Channel Detection...
Page 47 CHAPTER 6 • CLICK 100 ˽ AC (Actuation) – Green ˽ 1L (One Loop Speed) – Yellow The front also has a push-button labeled Mode Switch, which is used to cycle the Click 100 through operation modes. This will be discussed in the On-device Configuration section. LEDs The Click 100 module has sixteen contact closure outputs.
Page 48 CHAPTER 6 • CLICK 100 Operation Modes Press and hold the push-button to cycle through the different operation modes; release the button when the desired mode is reached. A quick press and release of the push-button will exit out of any mode and return the unit back to normal operation. Table 6.2 describes the different operating modes.
Page 49 Click 200, this link will become unreliable if the cable run is longer than 200 feet. Contact Wavetronix Technical Services for assistance if you would like both of the sensor’s ports to be reliable over distances greater than 200 feet.
Page 50: Physical Features 51 • Installation 54 • On-Device Configura- Tion 54 • Computer Configuration
The Click 101 is a contact closure module that is capable of collecting lane-by-lane data from multiple Wavetronix SmartSensors in real time. The Click 101 device is designed to collect volume and occupancy data from all midblock stations pertaining to a signalized intersection.
Page 51 CHAPTER 7 • CLICK 101 Each side-fire sensor can use its two communication ports to send real-time traffic data to both cabinets for which it is collecting data (see Figure 7.2). The real-time data is used to control intersections using distributed and centralized strategies. Note The Click 101 data protocol used to poll sensors is supported by SmartSensor HD v1.3 or greater;...
Page 52 CHAPTER 7 • CLICK 101 Sensor ID 20 Sensor ID 21 Click! 101 Cabinet A ф6 ф2 Figure 7.3 – The Click 101 Collects from Multiple Sensors More sensors can be used to control all the phases at each intersection along an arterial or within a city grid.
Page 53 CHAPTER 7 • CLICK 101 Figure 7.4 – Diagram of the Click 101 Communication Ports The back of the Click 101 features a 5-position connector that plugs into a T-bus connector and provides DC power and half-duplex RS-485 communication to the device. The RS-485 communication port on the T-bus allows the Click 101 to serve as the polling master on a multi-drop RS-485 bus.
Page 54 CHAPTER 7 • CLICK 101 Note After you have completed programming the device using Click Supervisor, remove the RS-232 serial cable from the DB-9 port. This will prevent computer equipment (like docking stations) from holding the RS-232 TD line high. If the TD line is inadver- tently held high, the Click 101 will transmit on the RS-485 bus, but will not receive any data from connected sensors.
Page 55 CHAPTER 7 • CLICK 101 The screw terminals labeled C1–C4 represent the common lines for each contact closure output pluggable screw terminal block (see Figure 7.4): C1 – The common terminal for digital outputs 1–4. ˽ C2 – The common terminal for digital outputs 5–8. ˽...
Page 56 CHAPTER 7 • CLICK 101 Note You will only be able to communicate properly if the Click 101 and each sensor’s RS- 485 baud rate match. To reset the module to factory defaults, hold the push-button down for 10-15 seconds until the red LED flashes.
Page 57 CHAPTER 7 • CLICK 101 Figure 7.5 – Expert Driver General Tab 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 affect the operation of the device.
Page 58 CHAPTER 7 • CLICK 101 Figure 7.6 – Expert Driver Comm Tab Setting Description Baud Rate Allows you to change the baud rate for both the RS-485 and RS-232 communication ports. Flow Control Is used for configuring hardware handshaking. This option is currently not available.
Page 59 CHAPTER 7 • CLICK 101 Figure 7.7 – Expert Driver Autobaud Tab Setting Description Command Allows you to set the command sent from the device during the autobaud process. Response Shows the response the device is expecting from the above command. SmartSensor ID Shows the ID number of one of the sensors with which the Click device is currently communicating.
Page 60 CHAPTER 7 • CLICK 101 Setting Description Sensor ID The sensor’s multi-drop communication ID. Contact Closure Allows you to set the Click 101 output for lanes 1-10 of each sensor. SmartSensor HD has 10 lanes per sensor; SmartSensor 105 only has 8 Outputs lane per sensor.
Page 61 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 > 101 > User. You can also select Save to Device to save your settings to your Click 101.
Page 62 Click 104 — 4-channel DIN Rail Contact Closure In this chapter ˽ Physical Features ˽ Installation ˽ Configuration ˽ Rotary Switch ˽ Front Panel Menu ˽ Click Supervisor The Click 104 is a 4-channel contact closure module for use with sensors that use Z4 pro- tocol: HD, Advance and Matrix.
Page 63 CHAPTER 4 • CLICK 104 Physical Features The Click 104 has the following physical features. RS-232 Connector T-Bus Connector FRONT RS-232 LEDs LED Indicators Bus 1 Data RS-485 Bus 2 Control Click RS-485 +485 Connector Bus 1 -485 Data Mode Switch Mode Switch Rotary...
Page 64 CHAPTER 4 • CLICK 104 pre-wire the Click 104 before final installation. Rotary Switch On the faceplate of the device is a rotary switch, numbered 0–9. This switch, which can be twisted by inserting a small screwdriver into the arrow slot, is used to configure channels. Mode Switch The faceplate of the Click 104 features a push-button labeled Mode Switch, which is used to cycle through and select menu and configuration options.
Page 65 CHAPTER 4 • CLICK 104 bus 1 (data) or bus 2 (control). 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.
Page 66: Rotary Switch 66 • Front Panel Menu 67 • Click Supervisor
CHAPTER 4 • CLICK 104 change the amount of time that must elapse without the device receiving a pertinent data- gram before the device enters fail-safe mode. Configuration The Click 104 can be configured in three ways: the rotary switch (which can only change one parameter), the front panel menu, and Click Supervisor.
Page 67 CHAPTER 4 • CLICK 104 able to configure all other parameters (besides channel input mapping) using the front panel menu and Click Supervisor. Note If any non-switch setting—that is, those that aren’t set by the rotary switch—has been set using both the front panel menu and Click Supervisor, whichever configura- tion was set most recently will take precedence.
Page 68 CHAPTER 4 • CLICK 104 33–36 Table 8.2 – Click 104 Rotary Switch Channel Input Map Settings To set the switch, insert a small screwdriver into the slot and twist until the arrow is pointed at the desired number. Front Panel Menu The front panel of the device features a push-button and three banks of LEDs for on-device configuration and monitoring.
Page 69 CHAPTER 4 • CLICK 104 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). Release the mode switch when you reach the desired menu option. (Pressing and hold- ing again will resume cycling through menu options.) Quickly press and release the mode switch to select the current menu option.
Page 70 CHAPTER 4 • CLICK 104 Press and release Configuration parameter selected; autobaud commences (will show intermediate LED states); auto- baud finishes and normal operation resumes Table 8.3 – Menu Operation Example Inactivity of one minute on the mode switch will exit menu mode. Front Panel Menu Options The following figure documents the menu and configuration options available from the front panel menu.
Page 71 CHAPTER 4 • CLICK 104 Note This parameter can also be changed using the rotary switch or Click Supervisor. As mentioned earlier, the Click 104 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 chan- nels received from the sensor, you must use the channel input map to map the desired inputs to outputs.
Page 72 CHAPTER 4 • CLICK 104 Autobaud The second option that comes up when you’re cycling through the front panel menu is the autobaud function. To 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 communication buses (you will select which bus to autobaud on the Level 2 LEDs).
Page 73 CHAPTER 4 • CLICK 104 Note This parameter can also be changed using Click Supervisor. Baud rate for bus 1 Level 1 LEDs Baud rate for bus 2 Cancel and exit menu 9600 bps (default) Level 2 LEDs 19200 bps 38400 bps LED off LED on...
Page 74 CHAPTER 4 • CLICK 104 See the earlier Navigating through the Menu and the Menu Operation Example sections for how to view this parameter. After the Click 104 has reset to factory defaults, it will check the rotary switch; if it is set to any option besides 0, that channel input mapping will be applied.
Page 75 CHAPTER 4 • CLICK 104 The Backups option can be used to read configurations that have previously been saved to file. See Chapter 5 for more information. Expert Driver The Expert driver contains two tabs, System and Diagnostics; the System tab is then sub- divided further.
Page 76 CHAPTER 4 • CLICK 104 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.
Page 77 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 > 104 > User. You can also...
Page 78 CHAPTER 4 • CLICK 104 Note If you do not save your settings to your Click 104, 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 >...
Page 80 Click 110 — 4-channel Contact Closure Eurocard In this chapter ˽ Physical Features ˽ Installation and Wiring ˽ Operation ˽ Configuration The Click 110 is used to report vehicle data to a MIDAS outstation when used with Wa- vetronix SmartSensors. This card plugs directly into an outstation and reports four channels of detection.
Page 81 CHAPTER 9 • CLICK 110 Physical Features The following sections describe the physical features of the Click 110 card. Figure 9.2 – Diagram of the Click 110 Communication Ports The Click 110 contains two independent serial communications ports. Each port is made up of two RJ-11 connectors, which make it simple to daisy-chain multiple Click 110 cards together and create a RS-485 bus.
Page 82 CHAPTER 9 • CLICK 110 Detection Fault Menu Figure 9.3 – Click 110 LEDs The detection indicator LEDs consist of four red LEDs numbered 1–4, each representing a channel (see Figure 9.3). An illuminated LED indicates the presence of a vehicle. These indicators are dedicated to detection and have no other display purposes.
Page 83 CHAPTER 9 • CLICK 110 Push-buttons The faceplate of the Click 110 features two push-buttons. The upper push-button, labeled Mode Switch, is used to cycle through and select menu and configuration options. The lower push-button, labeled Reset, will reboot the Click 110. The Click 110 can be re- booted in any of three ways: via the reset switch, from the outstation via the 64 way DIN 41612, or by power cycling the device.
Page 84 CHAPTER 9 • CLICK 110 Description Description Channel 1 fault, normally closed Channel 1, normally closed Channel 1 common No connection Channel 1 fault common Channel 1, normally open Master fault, normally closed No connection No connection No connection No connection No connection No connection Master fault, normally open...
Page 85 CHAPTER 9 • CLICK 110 Description Description Channel 1 fault, normally open Channel 1, normally closed Channel 1 common No connection Channel 1 fault common Channel 1, normally open Master fault, normally open No connection No connection No connection No connection No connection No connection Master fault, normally closed...
Page 86 CHAPTER 9 • CLICK 110 Preparing the SmartSensor In addition to wiring the SmartSensor to the Click 110, you must also make sure that the SmartSensor is configured correctly. Because the Click 110 device receives serial datagrams from the sensor, the sensor must be configured to report data properly for each application. This includes configuring the sensor for the following: ˽...
Page 87 CHAPTER 9 • CLICK 110 Location Device ID Fault Status Fault Indicators Read-only To use this Hardware Configu- Software Configu- Software Configu- configuration feature: ration Mode ration Mode ration Mode Table 9.1 – Click 110 Configuration Options The final row on the table refers to configuration modes. The DIP switches can be used to choose between Hardware and Software modes.
Page 88 CHAPTER 9 • CLICK 110 Figure 9.6 – Click 110 DIP Switches The Click 110 features three DIP switches labeled S1, S2 and S3 on the label and in the pic- ture above. (The fourth switch, labeled S4, is currently not used.) Each DIP switch is used to configure one or two different settings, for a total of six different configurable parameters: ˽...
Page 89 CHAPTER 9 • CLICK 110 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 1–4 (S1:1–4) while bus 2 is configured using switches 5–8 (S1:5–8). S1: Bus 1 Baud Rate S2: Bus 2 Baud Rate Value...
Page 90 CHAPTER 9 • CLICK 110 A disabled output will never enter the detection state, and will never indicate a fault condi- tion. Any combination of outputs can be enabled. Due to limited space on the faceplate side label, not all combinations of enabled and disabled channels are listed. A complete table is shown below.
Page 91 CHAPTER 9 • CLICK 110 Note This parameter can also be changed using the front panel menu or Click Supervisor. As mentioned earlier, the Click 110 device receives serial datagrams from a SmartSensor. These datagrams can contain many channels of detection data. Because the Click 110 has four output channels, only four input datagram channels, re- ceived from the sensor, can be output by each device.
Page 92 CHAPTER 9 • CLICK 110 Outstation Mode Also on this switch is the outstation mode. This is configured on the third DIP switch, la- beled S3, using switch 6 (S3:6). Note This parameter can only be changed using the DIP switches. The Click 110 can be used with two brands of outstations, Peek and Siemens.
Page 93 CHAPTER 9 • CLICK 110 Fault latching involves how the Click 110 reacts when the flow of data from the connected SmartSensor is interrupted. As mentioned in the Fail-safe Mode section above, if the Click 110 does not receive a datagram containing a channel that is mapped to its outputs for ten seconds, the device will enter fail-safe mode.
Page 94 CHAPTER 9 • CLICK 110 Menu Level 2 Level 1 Mode Switch Figure 9.7 – Menu Indicator LEDs and Mode Switch Note The LEDs in the lower bank also function as activity/status indicators. These func- tions, outlined in the Physical Features section of this chapter, are only executed when the device is not in Menu mode.
Page 95 CHAPTER 9 • CLICK 110 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...
Page 96 CHAPTER 9 • CLICK 110 Using the Mode Switch to Level 1 Baud Rate Setting for Bus 1 LEDs View or Modify Configuration Baud Rate = 9600 (default) Menu Level 2 LEDs Baud Rate = 19200 Blinking 1 2 3 4 Baud Rate = 38400 Level 1 LEDs Level 2...
Page 97 CHAPTER 9 • CLICK 110 Note This parameter can also be changed using the DIP switches or Click Supervisor. As mentioned earlier, the Click 110 device receives serial datagrams from a SmartSensor. These datagrams can contain many channels of detection data. Because the Click 110 has four output channels, only four input datagram channels, received from the sensor, can be output by each device.
Page 98 CHAPTER 9 • CLICK 110 Autobaud The second option that comes up when you’re cycling through the front panel menu is the autobaud function. This option is indicated by the green LED coming 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 auto- baud on the Level 2 LEDs).
Page 99 CHAPTER 9 • CLICK 110 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 green and yellow LEDs coming on together;...
Page 100 CHAPTER 9 • CLICK 110 not all combinations of enabled and disabled channels are listed. A complete table is shown below. Level 1 LEDs Channel Enable All off (default) Channel 4 on Channel 3 on Channels 3 and 4 on Channel 2 on Channels 2 and 4 on Channels 2 and 3 on...
Page 101 CHAPTER 9 • CLICK 110 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. Fault Latch Although the fault latch can only be configured via the DIP switches, you can use the front panel menu to view the current fault latching configuration, as shown below (see the Fault...
Page 102 CHAPTER 9 • CLICK 110 After you have viewed the outstation mode configuration, press and release the mode switch to exit. Reset to Default Settings The final option that comes up in the menu is Reset to Default Settings. To select this func- tion, release the mode switch when the red LED starts flashing.
Page 103 CHAPTER 9 • CLICK 110 Note Some of the parameters mentioned below can only be configured in Click Supervi- sor. 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.
Page 104 CHAPTER 9 • CLICK 110 Figure 9.10 – Expert Driver General Tab Note This parameter 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.
Page 105 CHAPTER 9 • CLICK 110 The System > Settings tab lets you configure and view many of the parameters that are also available elsewhere on the device (see Table 9.1 earlier in this chapter for more informa- tion). The tab has the following parameters (see Figure 9.11 and Table 9.16): Figure 9.11 –...
Page 106 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 > 110 > User. You can also...
Page 107 CHAPTER 9 • CLICK 110 Note If you do not save your settings to your Click 110, 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 >...
Page 108: Click 112/114 - Detector Rack Cards
Click 112/114 — Detector Rack Cards In this chapter ˽ Physical Features ˽ Installation and Wiring ˽ Configuration ˽ DIP Switches ˽ Front Panel Menu ˽ Click Supervisor 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.
Page 109 CHAPTER 10 • CLICK 112/114 Physical Features The following sections describe the physical features of the Click 112/114. Figure 10.2 – Diagram of the Click 114 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 to- gether and create an RS-485 bus.
Page 110 CHAPTER 10 • CLICK 112/114 LEDs The faceplate of the Click 112/114 has three banks of LEDs. The top bank is used for detec- tion indication, the second bank menu indication, and the third for menu indication as well as operation states. Channel Menu Figure 10.3 –...
Page 111 CHAPTER 10 • CLICK 112/114 112/114 devices (covered in the DIP Switches section of this chapter). Insert the cards into the slots on the detector rack. The cards are hot-swappable, mean- ing they can be inserted and removed while there is still power to the rack. Daisy-chain together all the cards you intend to use in your installation, using short RJ-11 jumper cables.
Page 112 CHAPTER 10 • CLICK 112/114 Note For specific information on how to use the Click 112/114 with the SmartSensor Matrix, see the SmartSensor Matrix User Guide. Configuration The Click 112/114 can be configured in three ways: DIP switches, the front panel menu, and Click Supervisor.
Page 113 CHAPTER 10 • CLICK 112/114 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.
Page 114 CHAPTER 10 • CLICK 112/114 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.
Page 115 CHAPTER 10 • CLICK 112/114 S4: Input Mapping Channel Software mode 1–2 3–4 5–6 7–8 9–10 11–12 13–14 15–16 17–18 19–20 21–22 23–24 25–26 27–28 Table 10.3 – Click 112 DIP Switch Channel Input Map Settings S4: Input Mapping Channel Software mode 1–4 5–8...
Page 116 CHAPTER 10 • CLICK 112/114 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.
Page 117 CHAPTER 10 • CLICK 112/114 configuring the menu options. Level 2 LEDs only light up when a menu selection is made using the Level 1 LEDs. Menu Level 2 Level 1 Mode Switch Figure 10.5 – Menu Indicator LEDs and Mode Switch Note The LEDs in the lower bank also function as activity/status indicators.
Page 118 CHAPTER 10 • CLICK 112/114 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...
Page 119 CHAPTER 10 • CLICK 112/114 Figure 10.6 – Front Panel Menu Label 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.
Page 120 CHAPTER 10 • CLICK 112/114 As mentioned earlier, the Click 112/114 devices receive serial datagrams from a SmartSen- sor. 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.
Page 121 CHAPTER 10 • CLICK 112/114 Level 1 LEDs Input Mapping Cancel and exit menu Channels 1–4 Channels 5–8 Channels 9–12 Level 2 LEDs Channels 13–16 Channels 17–20 Channels 21–24 LED off LED on Channels 25–28 Table 10.8 – Click 114 Front Panel Menu Channel Input Map Settings See the earlier Navigating through the Menu and the Menu Operation Example sections for how to configure this parameter.
Page 122 CHAPTER 10 • CLICK 112/114 Level 1 LEDs Autobaud Cancel and exit menu Level 2 LEDs Autobaud on bus 1 LED off LED on Autobaud on bus 2 Table 10.9 – Front Panel Menu Autobaud Settings See the earlier Navigating through the Menu and the Menu Operation Example sections for how to configure this parameter.
Page 123 CHAPTER 10 • CLICK 112/114 Baud rate for bus 1 Level 1 LEDs Baud rate for bus 2 Cancel and exit menu 9600 bps (default) Level 2 LEDs 19200 bps 38400 bps LED off LED on 57600 bps Table 10.10 – Front Panel Menu Baud Rate Settings See the earlier Navigating through the Menu and the Menu Operation Example sections for how to configure this parameter.
Page 124 CHAPTER 10 • CLICK 112/114 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.
Page 125 CHAPTER 10 • CLICK 112/114 The Backups option can be used to read configurations that have previously been saved to file. See Chapter 5 for more information. Expert Driver The Expert driver contains two tabs, System and Diagnostics, which are then subdivided further.
Page 126 CHAPTER 10 • CLICK 112/114 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.
Page 127 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 Wavetro- nix >...
Page 128 CHAPTER 10 • 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 >...
Page 130: Click 120/121 - Relay
Click 120/121 — Relay In this chapter ˽ Physical Features ˽ Installation The Click 120/121 provide an interface between Click contact closure devices and signaling systems. Figure 11.1 – The Click 120...
Page 131 CHAPTER 11 • CLICK 120/121 Physical Features Figure 11.2 – Diagram of the Click 120 The Click 120/121 feature five terminals. On the Click 120, these are screw terminals; the Click 121 features spring cage terminals. On the top, or coil, side of the module are two terminals marked A1+ and A2–. These termi- nals are for wiring in from a contact closure module such as the Click 100.
Page 132 CHAPTER 11 • CLICK 120/121 devices. To remove a Click 120/121 from the DIN rail, insert a small screwdriver into the notch at the upper back corner of the device and pull the screwdriver down to lever the snap-on foot off the rail. Follow the steps below to wire the relay device (see Figure 11.3): Figure 11.3 –...
Page 133 CHAPTER 11 • CLICK 120/121 Wire from the A2– terminal on the coil side of each relay to the correct output termi- nals on the contact closure device or traffic controller. Wire from the 14 terminal on the contact side of each relay to its corresponding light in the traffic signal (for example, make sure the relay that is wired to the contact closure output for the red light is then wired into the red light itself).
Page 134: Click 172/174 - Contact Closure Rack Cards
The Click 172 (2-channel) and Click 174 (4-channel) are contact closure cards used with Wavetronix SmartSensors. These cards plug into any standard detector rack card slot and can be connected directly to the SmartSensor through a Click 200 surge protection module, or through a serial data converter.
Page 135 CHAPTER 12 • CLICK 172/174 Physical Features The following sections describe the features of the Click 172/174 cards (see Figure 12.2): Figure 12.2 – The Click 172 Communication Port The RJ-11 ports on the front of the Click 172/174 cards allow you to easily connect to a Click 200 and to daisy-chain multiple cards to one RS-485 bus.
Page 136 CHAPTER 12 • CLICK 172/174 Low Power (LP) ˽ Note The first number in the lane name is the number specified in SmartSensor Manager. If no number is specified, this space will remain blank. The second character is “L” or “r”...
Page 137 CHAPTER 12 • CLICK 172/174 and then assigned to the correct traffic phases. Installing and Wiring the Click 172/174 Use the following steps to install and wire the Click 172/174 cards: Insert the Click 172/174 cards into the detector rack. Make sure that the Settings switch is in position 3 (Run Setting) when plugged in.
Page 138 CHAPTER 12 • CLICK 172/174 1L (One Loop Speed) Outputs contact closures for single-loop emulation. The duration of each contact closure output is based upon the speed of the detected vehicle (instead of the duration of the vehicle in the beam). The duration of each contact output is based on the formula: duration in seconds = nominal vehicle length in feet / actual speed in feet per second.
Page 139 CHAPTER 12 • CLICK 172/174 In order to mimic a traditional system, the rack card’s processor will sequence activation of the primary and secondary outputs to signal the speed and duration detected by the radar sensor. The duration of both outputs will be exactly the same. With a 4-channel card, output channels 1 &...
Page 140 CHAPTER 12 • CLICK 172/174 Power and Configuration The Click 172/174 will automatically power up when the cards are inserted into a detector card rack that is receiving power. Note Before configuring the Click 172/174 cards, make sure that SmartSensor Manager is not running and that no other devices are communicating on the RS-485 bus.
Page 141 CHAPTER 12 • CLICK 172/174 Note If several Click 172/174 cards are daisy-chained, configure each card separately to en- sure that only one device is communicating with the sensor at a time. Make sure that no other cards are connected to the card being configured. Follow the steps below to configure the Click 172/174 cards: With the Settings switch in the 1 (Mode) position, push the Select button on the top of the Click 172/174 faceplate until the desired mode is displayed.
Page 142 CHAPTER 12 • CLICK 172/174 Note If outputs 1 and 2 on the Click 174 have been configured to the same lane, then out- puts 3 and 4 cannot be configured to monitor two different lanes. After the lanes have been configured, move the Settings switch to position 3 (Run Set- ting).
Page 143 CHAPTER 12 • CLICK 172/174 The Click 172/174 cards are also able to display counts and speeds of the vehicles in the lanes being monitored for verification. This means that you can verify performance without having to depend on the data logger or controller. To verify count, follow the steps listed below once the Settings switch is in position 3 (Run Setting).
Page 144: Troubleshooting
CHAPTER 12 • CLICK 172/174 Note You do not want to connect to the DB-9 on the Click 200 because this will connect you to the sensor’s native RS-232 communication link. This link is not normally used for detection calls. Troubleshooting If you repeatedly get an error “Er”...
Page 146 Click 200 — Lightning Surge Protector In this chapter ˽ Physical Features ˽ Installation The Click 200 module is designed to protect SmartSensors from surges on all power and communication connections, suppressing power surges for DC power, half-duplex RS-485 communication and full-duplex RS-232 communication with CTS and RTS. The Click 200 can also be used to protect any device from surges from the SmartSensor or any other device with 9–28 VDC power or RS-485 or RS-232 communication.
Page 147 CHAPTER 13 • CLICK 200 Physical Features The physical features of the Click 200 include communication and power connections. Figure 13.2 – The Click 200 Communication Ports There are six screw terminal blocks on the 200, each containing four screw terminals. The three blocks on the top of the module are protected (check for the PROTECTED label to be sure you have the correct side) and the three on the bottom of the module are unprotected.
Page 148 CHAPTER 13 • CLICK 200 Note The Click 200 does not convert RS-232 to RS-485 or vice versa. Connecting to the DB-9 connector will allow you to communicate with the sensor using RS-232 proto- col, but not using RS-485 protocol. You will also not be able to use the DB-9 connec- tor to communicate with other devices over the T-bus.
Page 149 CHAPTER 13 • CLICK 200 Follow the steps below to include surge protection using Click 200 devices (see Figure 13.3): Install a Click 200 device in a pole-mount box on the same pole as the sensor being protected. Install another Click 200 in the main traffic cabinet. Connect the cable from the sensor to the PROTECTED side of the Click 200 in the pole-mount cabinet.
Page 150 CHAPTER 13 • CLICK 200 If you have a 9-conductor cable, there is a ground (gray) wire and a total of three drains; these can all be wired into any of the GND terminals. Also, the +485 wire will not have a blue stripe. RTS (Orange) RD (Purple) CTS (Brown)
Page 151 CHAPTER 13 • CLICK 200 Figure 13.5 – Verifying Earth Ground The resistance should measure less than one ohm. If not, the most likely problem is the DIN rail is not making connection to earth ground through the chassis of the cabinet. The Click 200 cards have a connector on the bottom that snaps on the DIN rail that provides the connection to earth ground.
Page 152: Physical Features 146 • Installation
Click 203 is used (see Chapter 1). A Click 201 provides 1 A of power and is capable of powering a single Wavetronix Smart- Sensor; a Click 202 provides 2 A and can power two sensors; and a Click 204 provides 4 A and can power four sensors.
Page 153 Voltages from 22.5–28.5 VDC are allowed. Change this setting only if instructed to do so by Wavetronix Technical Services. Installation The Click 201/202/204 devices are wired through the pluggable screw terminal blocks lo-...
Page 154 CHAPTER 14 • CLICK 201/202/204 rectly wire the Click 201/202/204. Note Ensure power to AC mains is disconnected while wiring the AC input. Wiring AC Power Into the Click 201/202/204 Click 201/202/204 AC In Line (black) Neutral (white) Table 14.1 – Wiring AC+ Power In Figure 14.3 –...
Page 155 CHAPTER 14 • CLICK 201/202/204 Figure 14.4 – Wiring DC Power out of the Click 201/202/204 Note Do not wire out of the DC OK terminal; it supplies only 20 mA and should only be used to monitor the status of the power supply.
Page 156: Click 203 - Ups/Battery
Click 203 — UPS/Battery In this chapter ˽ Physical Features ˽ Installation ˽ On-device Configuration The Click 203 is a combination uninterrupted power supply and battery, keeping power supplied to your equipment even when the external power source goes out. The UPS con- verts AC power to DC, with a 2 A output, and the battery will keep a SmartSensor running for up to 30 minutes in the case of a power loss.
Page 157 CHAPTER 15 • CLICK 203 Note Because the Click 203 is a power supply, if you are using one, you do not need a Click 201/202/204. Physical Features The Click 203 has the following physical features. Figure 15.2 – Diagram of the Click 203 UPS Module The UPS module features three pluggable screw terminal blocks.
Page 158 CHAPTER 15 • CLICK 203 Note The battery fuse must be removed when installing or replacing the module. Installation Use the following tables to wire the UPS and battery. Wiring into the UPS Module Terminal Connection L (+) AC line (black) in N (–) AC neutral (white) in Table 15.1 –...
Page 159: Ration
The potentiometer, marked “22.5-28.5 V DC, ” can be used to set the DC output voltage. Insert a small screwdriver into the hole and twist clockwise to raise the voltage and counter- clockwise to lower it. Change this setting only if instructed to do so by Wavetronix Techni- cal Services.
Page 160 CHAPTER 15 • CLICK 203 Buffer mode LED off LED on; battery mode out- LED off; output: 0 V put: 24 V, battery charge: 0 V Rechargeable battery LED off LED on; battery mode / LED on; output: 24 V discharged, UBAT <...
Page 162: Chapter 16 Click 210 - Ac Circuit Breaker
Click 210 — AC Circuit Breaker In this chapter ˽ Physical Features ˽ Installation The Click 210 is a compact circuit breaker DIN rail device designed to interrupt an electric current under overload conditions. The breaker is trip-free and can be easily reset after a current interruption by pushing the reset button.
Page 163 Note The Click 210 is a 0.5 A circuit breaker. There are also 2 A and 8 A models available; contact your Wavetronix dealer for more information or to order. Physical Features Figure 16.2 – Diagram of the Click 210 The Click 210 features two screw terminals, one on each side, for wiring power.
Page 164: Chapter 17 Click 211 - Ac Outlet
Click 211 — AC Outlet In this chapter ˽ Physical Features ˽ Installation The Click 211 is an AC outlet that provides a standard three-hole socket for devices pow- ered through an AC power plug. The outlet snaps onto a DIN rail and is wired through twin terminal blocks attached to the power plant.
Page 165 CHAPTER 17 • CLICK 211 Note Wiring the Click 211 from the power plant requires the use of two twin terminal blocks. Physical Features Figure 17.2 – Diagram of the Click 211 The Click 211 has three screw terminal connections, located on the top of the module, for wiring in power.
Page 166 CHAPTER 17 • CLICK 211 Wiring the Power Plant Install the Click 210 and Click 230 as outlined in Chapter 1. Attach two ST 2.5 twin terminal blocks to the DIN rail next to the Click 230. Attach the Click 201/202/204 (or 203, if you prefer to use that as a power supply) to the DIN rail next to the twin terminal blocks.
Page 167 CHAPTER 17 • CLICK 211 Figure 17.4 – Wiring into the Power Supply Wire power out of the Click 201/202/204 as described in Chapter 1. Wiring the Click 211 Attach a 14 AWG wire that is stripped 3/8” on both ends (green is standard) to the screw terminal marked G on the OUT side of the Click 230.
Page 168: Chapter 18 Click 221 - Dc Surge Protector
Click 221 — DC Surge Protector In this chapter ˽ Physical Features ˽ Installation The Click 221 provides surge protection on DC input lines. Use this device in a cabinet with DC input to protect your equipment from surges on the power lines. Figure 18.1 –...
Page 169 CHAPTER 18 • CLICK 221 Physical Features Figure 18.2 – Diagram of the Click 221 The bottom of the Click 221 has a screw terminal block with four screw terminals—+DC, -DC and two PE terminals—for DC power. The back of the Click 221 features a 5-position connector that plugs into a T-bus connector and provides power to the device.
Page 170: Physical Features 170 • Installation
Click 222 — System Surge Protector In this chapter ˽ Physical Features ˽ Installation The Click 222 system surge protection device is designed to prevent electrical surges con- ducted along underground cables from damaging the cabinet equipment. The power and RS-485 serial connections on the device are protected from these incoming surges.
Page 171 RS-485 B Connector RS-485 A Connector System Surge Protection www.wavetronix.com RS-485 Connector RS-485 Connector Power Connector Figure 19.2 – Diagram of the Click 222 Connections The faceplate of the Click 222 has three RJ-11 jacks, which provide the following three in- dependent serial connections: Topmost jack –...
Page 172 CHAPTER 19 • CLICK 222 Configuration Features The front of the Click 222 has four LEDs that indicate device activity and status: ˽ PWR (red) lights up to indicate that the device has power. ˽ DC Surge OK (blue) lights up to indicate DC surge protection is working. ˽...
Page 173 CHAPTER 19 • CLICK 222 The steps below refer to how to install and wire a Click 222. If you are using a SmartSensor Matrix preassembled cabinet, the device will already be installed and wired; all you will have to do is wire the plug on the terminal block. A single Click 222 can be connected to two sensors.
Page 174 CHAPTER 19 • CLICK 222 If you are using Click 112 cards, use a short patch cord to share bus 1 between cards dedicated to the same sensor, as shown with the two rightmost cards in Figure 19.4. If you have more than two sensors in your system, repeat steps 1–3 for all remaining rack cards.
Page 176 Click 223 — Dual-485 Surge Protector In this chapter ˽ Physical Features ˽ Installation The Click 223 dual-485 surge protector device is designed to prevent electrical surges from damaging connected equipment. It protects one DC power and two RS-485 serial connec- tions from these incoming surges, which are usually caused by lightning strikes and carried along underground cables.
Page 177 CHAPTER 20 • CLICK 223 Physical Features Figure 20.2 – Diagram of the Click 223 The faceplate of the Click 223 has two RJ-11 jacks, which provide two independent serial connections: ˽ RS-485A (upper jack) – passes RS-485 between the jack, the 485A screw terminals on the top and bottom of the device, and the T-bus 5-position connector.
Page 178 Installation The Click 223 is designed for use with the SmartSensor 6-conductor cable and a Wavetronix sensor that uses this cable, such as the SmartSensor Advance. The steps that follow in this section are specific to this application. If you do not plan on using the 6-conductor cable, you can skip the steps below and simply wire your power and communications by following the labels on the screw terminals.
Page 179 CHAPTER 20 • CLICK 223 device, wire it, then reinsert it.) Wire the middle pluggable screw terminal block: connect the orange wire to the screw terminal marked -485A. Connect the orange and white–striped wire to the screw ter- minal marked +485A. Wire the backmost pluggable screw terminal block: connect the red wire into the screw terminal marked +DC and the black wire into -DC.
Page 180: Chapter 21 Click 230 - Ac Surge Protector
Click 230 — AC Surge Protector In this chapter ˽ Physical Features ˽ Installation The Click 230 provides up to 10 kA (8/20 μS) of surge protection per AC input line. Figure 21.1 – The Click 230...
Page 181 The Click 230 is designed for use with 120 VAC. A 220 VAC version is available for installations using that voltage. See your Wavetronix dealer for details. Protection is achieved through the use of tightly coordinated hybrid circuits consisting of fast-responding surge-arresting diodes (SAD), high-powered current-handling gas dis- charge tubes (GDT) and series decoupling elements.
Page 182 CHAPTER 21 • CLICK 230 Connect the white (neutral) and green (ground) wires from the terminal block or from the AC cord into screw terminals 1 and 3, respectively, also on the side marked IN. Connect the outgoing neutral and power wires to screw terminals 2 and 6, respectively, on the side marked OUT.
Page 184 Click 250 — Wireless Surge Protector In this chapter ˽ Physical Features ˽ Installation The Click 250 is a 100 MHz–3 GHz bulkhead N-Female to N-Female 90 V coaxial wireless surge protector. Mounted in the wall of a cabinet, the Click 250 protects wireless commu- nication devices in the cabinet, such as the Click 400, from surges that could come in from external antennas to which those wireless devices are wired.
Page 185 The Click 250 should be mounted in the wall (usually the bottom) of a cabinet, in a 5/8” hole. Wavetronix fiberglass cabinets come with such holes predrilled; aluminum cabinets do not and a hole will need to be drilled. It is recommended that the hole be in the bottom of the cabinet, on the far right.
Page 186 CHAPTER 22 • CLICK 250 Figure 22.4 – Connecting the Grounding Wire Get a coaxial cable that’s female on one end and male on the other. Connect the female connector to the antenna connector on the wireless communication module, and con- nect the male connector to the nonbulkhead (smaller) end of the Click 250.
Page 188 Click 301 — Serial to Ethernet Converter In this chapter ˽ Physical Features ˽ On-device Configuration ˽ Computer Configuration The Click 301 serial to Ethernet converter changes half-duplex two-wire RS-232 and RS- 485 communication to Ethernet and vice versa. Use this device in a cabinet to transfer data from a sensor to your computer or traffic operations center via a wired network connection.
Page 189 CHAPTER 23 • CLICK 301 Physical Features The Click 301 has several communication ports, as well as features for configuration (see Figure 23.2). Figure 23.2 – Diagram of the Click 301 Communication Ports The back of the Click 301 features a 5-position connector that plugs into a T-bus connector and provides power and RS-485 communication to the device.
Page 190 CHAPTER 23 • CLICK 301 Configuration Features The faceplate of the Click 301 has three activity indicator LEDs: ˽ PWR (red) lights up when the device has power. ˽ TD (yellow) lights up when the device is transmitting data. ˽ RD (green) lights up when the device is receiving data.
Page 191 CHAPTER 23 • CLICK 301 Note On certain devices, the yellow LED may replace the green LED in the autobaud pro- cess—that is, the yellow LED will come on to select the autobaud process, the yellow LED is on during the autobaud process, etc. Factory Reset (red flashing) The Factory Reset operation will erase all user-configured fields, meaning that after the reset, the Click 301 may have to be reconfigured to work properly in its current applica-...
Page 192 Point to Point driver. To see advanced settings, use the Expert driver. This driver, which exposes every available field for the Click 301, should only be used under the direction of Wavetronix Technical Services. After you have made configuration changes on a driver and saved it to the Click device, the word “current”...
Page 193 CHAPTER 23 • CLICK 301 The following settings are common to both application drivers. Setting Description Description Shows a description of the device being configured. This is only for your information and does not affect the operation of the device. Location Displays the location of the device being configured.
Page 194 CHAPTER 23 • CLICK 301 Figure 23.5 – About Tab The following settings are common to both application drivers: Settings Description Driver Names the driver you are currently working with. Serial Number Displays the serial number of your device. Firmware Version Shows the version of firmware your device currently has installed.
Page 195 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 > 301 > User. You can also select Save to Device to save your settings to your Click 301.
Page 196 CHAPTER 23 • CLICK 301 The System > General tab combines elements of the Setup and About tabs from the other drivers (see Figure 23.7 and Table 23.5). Figure 23.7 – Expert Driver General Tab Setting Description Module Shows the last driver (besides Expert) that was loaded onto the device. Driver Names the driver you are currently working with.
Page 197 CHAPTER 23 • CLICK 301 Figure 23.8 – Expert Driver Comm Tab Setting Description Baud Rate Allows you to change the baud rate at which the device connects to the sensor. Flow Control Is used for configuring hardware handshaking. This option is currently not available.
Page 198 Wavetronix Technical Services. Response Shows the response the device is expecting from the above command. Don’t change these values unless instructed to by Wavetronix Technical Services. SmartSensor ID Shows the ID number of the sensor with which the Click device is currently communicating.
Page 199 CHAPTER 23 • CLICK 301 Figure 23.10 – Expert Driver Network Tab Setting Description Local IP Lets you view and change the IP address currently assigned to the device. Local TCP Port Lets you view and change the IP port currently assigned to the device. Each Click 301 defaults to 10001.
Page 200 CHAPTER 23 • CLICK 301 Figure 23.11 – Expert Driver Server Tab Setting Description Telnet Password Allows you to enter the password required for Telnet access. ARP Cache Timeout Defines the number of seconds (1–600) before the device refreshes the ARP cache.
Page 201 CHAPTER 23 • CLICK 301 Figure 23.12 – Expert Driver Connect Tab Setting Description Incoming Connec- Allows you to configure how the device reacts to incoming connections over the network. tion Never rejects all external connection attempts. Accept DTR accepts external connection requests only when the Modem Control In input is asserted;...
Page 202 CHAPTER 23 • CLICK 301 Startup Allows you to configure active startup settings. No Activity, the default, does not attempt to initiate a connection under any circumstance. Any Char attempts to connect when any character is received from the serial port. Active DTR accepts external connection requests only when the Mo- dem Control In input is asserted.
Page 203 CHAPTER 23 • CLICK 301 Figure 23.13 – Expert Driver Disconnect Tab Setting Description Disconnect Mode Allows you to set conditions under which the device should drop a con- nection. Ignore DTR, the default, indicates that the Modem Control In doesn’t affect the connection.
Page 204 CHAPTER 23 • CLICK 301 Figure 23.14 – Expert Driver Packing Tab Setting Description Packing Algorithm Enables packing, which defines how long the unit should wait before sending accumulated characters. Idle Time (ms) Allows you to set the maximum time for inactivity. Trailing Chars Lets you select the number of bytes to send after the end-of-sequence characters.
Page 205 CHAPTER 23 • CLICK 301 The host list supports a minimum of 1 and a maximum of 12 entries. Each entry contains an IP address and a port number. The host list is flowed onto three third-level tabs. If you need to enter more than the three host IP addresses on the first screen, go to the IP 4-9 and IP 10-12 third-level tabs.
Page 206 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 > 301 > User. You can also select Save to Device to save your settings to your Click 301.
Page 208 Click 304 — RS-232 to RS-485 Converter In this chapter ˽ Physical Features ˽ On-device Configuration ˽ Computer Configuration The Click 304 converts half-duplex RS-232 communication to RS-485 communication and vice versa. The Click 304 improves serial communications and also extends the capabilities of a serial network.
Page 209 CHAPTER 24 • CLICK 304 Physical Features The Click 304 has several communication ports, as well as features for configuration. Figure 24.2 – Diagram of the Click 304 Communication Ports The back of the Click 304 features a 5-position connector that plugs into a T-bus connector and provides power and RS-485 communication to the device.
Page 210 CHAPTER 24 • CLICK 304 Configuration Features The faceplate of the Click 304 has the following three LEDs: ˽ PWR (red) lights up when the device has power. ˽ TD (yellow) lights up when the device is transmitting data. ˽ RD (green) lights up when the device is receiving data.
Page 211: Puter Configuration
CHAPTER 24 • CLICK 304 Note On certain devices, the yellow LED may replace the green LED in the autobaud pro- cess—that is, the yellow LED will come on to select the autobaud process, the yellow LED is on during the autobaud process, etc. Factory Reset (red flashing) The Factory Reset operation will erase all user-configured fields and the Click 304 may have to be reconfigured to work properly in its current application.
Page 212 CHAPTER 24 • CLICK 304 field for the Click 304, should only be used under the direction of Wavetronix Technical Services. After you have made configuration changes on a driver and saved it to the Click device, the word “current” will appear after that driver to indicate the driver that is currently loaded onto the device.
Page 213 CHAPTER 24 • CLICK 304 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.
Page 214 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 > 304 > User. You can also select Save to Device to save your settings to your Click 304.
Page 215 CHAPTER 24 • CLICK 304 the SmartSensor driver and those available only through this driver. The driver is divided into two tabs—System and Diagnostics—which are then subdivided further. The System > General tab combines elements of the Setup and About tabs from the other drivers (see Figure 24.7 and Table 24.4).
Page 216 CHAPTER 24 • CLICK 304 24.8 and Table 24.5). Figure 24.8 – Expert Driver Comm Tab Setting Description Baud Rate Allows you to change the baud rate at which the device connects to the sensor. Flow Control Is used for configuring hardware handshaking. This option is currently not available.
Page 217 Wavetronix Technical Services. Response Shows the response the device is expecting from the above com- mand. Don’t change these values unless instructed to by Wavetronix Technical Services. SmartSensor ID Shows the ID number of the sensor with which the Click device is currently communicating.
Page 218 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 > 304 > User. You can also select Save to Device to save your settings to your Click 304.
Page 220: Chapter 25 Click 330/331 - Unmanaged Switches
Click 330/331 — Unmanaged Switches In this chapter ˽ Physical Features ˽ Installation ˽ Switching Characteristics The Click 330/331 are used for quick and cost-effective Ethernet network expansion at the field level. The switches offer transmission speeds of 10/100/1000 Mbps. The RJ-45 ports offer auto-crossing and auto-negotiation functionality.
Page 221 CHAPTER 26 • CLICK 330/331 Physical Features Click 330/331 modules have several Ethernet ports, allowing you to create a quick Ethernet network by simply connecting Ethernet cables. Figure 25.2 – Diagram of the Click 331 Screw Terminals The top of the Click 330/331 contains a screw terminal block, with a total of six screw ter- minal connections.
Page 222 CHAPTER 26 • CLICK 330/331 Status Meaning Supply voltage is in an acceptable range Supply voltage is too low Table 25.1 – Power Monitor LEDs ˽ Each Ethernet port has two LEDs that show the data transmission speed of that port, as shown in Table 25.2.
Page 223: Istics
CHAPTER 26 • CLICK 330/331 Follow the steps below to install and wire a Click 330/331: Attach the device to a location on the DIN rail that is not over a T-bus. Attach a wire for +DC (red is standard) to the screw terminal marked US1. Attach a wire for -DC (black is standard) to the screw terminal marked GND.
Page 224 CHAPTER 26 • CLICK 330/331 Quality of Service (QoS): IEEE 802.1P/Q The SFN switches are capable of reading Ethernet packets that have already been assignent a priority level by a managed switch or other. In cases of heavy traffic, packets with a priority 4–7 are considered high priority and processed before packets with 0–3 priority level.
Page 226: Chapter 26 Click 340/341/342 - Managed Switches
Click 340/341/342 — Managed Switches In this chapter ˽ Physical Features ˽ Installation The Click 340/341/342 are managed Ethernet switches that work with traffic monitoring devices. These switches support complete network management via SNMP and have an integrated Web server for comprehensive configuration and diagnostic mechanisms. This chapter covers only the physical features and installation of the devices.
Page 227 CHAPTER 27 • CLICK 340/341/342 Physical Features Each Click 340/341/342 module has several communication options, as well as features for monitoring and configuration. Figure 26.2 – Diagram of the Click 341 Communication Ports Each Click 340, 341 or 342 device features the following physical Ethernet and fiber optic options: ˽...
Page 228 CHAPTER 27 • CLICK 340/341/342 ˽ US1 – Supply voltage for +US1 ˽ GND – Ground for US1 ˽ US2 – Supply voltage for +US2 ˽ GND – Ground for US2 The other terminal block is reserved for alarm contacts and wiring earth ground: ˽...
Page 229 CHAPTER 27 • CLICK 340/341/342 meaning that power and communications will have to be wired in. Follow the steps below to install and wire a Click 340, 341 or 342: Attach the device to a location on the DIN rail. Attach a wire for +DC (red is standard) to the screw terminal marked US1.
Page 230 Click 400 — 900 MHz Radio In this chapter ˽ Physical Features ˽ On-device Configuration ˽ Computer Configuration The Click 400 is a 900 MHz spread spectrum radio with two RS-485 ports and one RS-232 port which are active at all times. The unit also auto-detects the serial settings of a Smart- Sensor network for quick and easy installation.
Page 231 CHAPTER 28 • CLICK 400 Physical Features The Click 400 has several communication ports, as well as features for configuration. Figure 27.2 – Diagram of the Click 400 Communication Ports The back of the Click 400 features a 5-position connector that plugs into a T-bus connector and provides power and RS-485 communication to the device.
Page 232 CHAPTER 28 • CLICK 400 Configuration Features The faceplate of the Click 400 has the following four LEDs: ˽ PWR (red) lights up when the device has power. ˽ Wireless Link (blue) lights up when the device is set to be a client and can see a server. If the device is set up to be a server, this LED will blink.
Page 233 CHAPTER 28 • CLICK 400 Autobaud (solid green) The Autobaud mode is used to match baud rates with an external device. By default, the device will attempt to match baud rates with a SmartSensor on the bus; however, the device can be configured to autobaud with any device that supports a serial interface.
Page 234 SmartSensor Server driver. To see advanced settings, use the Expert driver. This driver, which exposes every available field for the Click 400, should only be used under the direction of Wavetronix Technical Services. After you have made configuration changes on a driver and saved it to the Click device, the...
Page 235 CHAPTER 28 • CLICK 400 onto the device. Note Some settings appear on multiple drivers. Changing one of those settings on any driver and saving them to the Click device will change that setting on all other drivers it appears on. The Backups option can be used to read configurations that have previously been saved to file.
Page 236 CHAPTER 28 • CLICK 400 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.
Page 237 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 > 400 > User. You can also...
Page 238 CHAPTER 28 • CLICK 400 Note If you do not save your settings to your Click 400, 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 >...
Page 239 CHAPTER 28 • CLICK 400 Description Shows a description of the device being configured. This is only for your information and does not affect the operation of the device. Location Displays the location of the device being configured. This is only for your information and does not affect the operation of the device.
Page 240 Wavetronix Technical Services. Response Shows the response the device is expecting from the above com- mand. Don’t change these values unless instructed to by Wavetronix Technical Services. SmartSensor ID Shows the ID number of the sensor with which the Click device is currently communicating.
Page 241 CHAPTER 28 • CLICK 400 Figure 27.10 – Expert Driver Config 1 Tab Setting Description RF Channel Specifies the frequency channel of the device (the channels range from 0 to 47). Each client and server must be on the same channel. It is recommended that each system be on a different channel, since the ranges on these devices extend for miles and sharing the same channel with another location could result in interference.
Page 242 CHAPTER 28 • CLICK 400 Figure 27.11 – Expert Driver Config 2 Tab Setting Description CTS Asserted Reserved for hardware handshaking. This field is not editable. CTS Deasserted Reserved for hardware handshaking. This field is not editable. Sync to channel Allows you to synchronize channels with other servers.
Page 243 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 > 400 > User. You can also...
Page 244 CHAPTER 28 • CLICK 400 Note If you do not save your settings to your Click 400, 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 >...
Page 246 Click 421 — Serial to Bluetooth® Radio In this chapter ˽ Physical Features ˽ On-device Configuration ˽ Computer Configuration The Click 421 serial to Bluetooth radio converts half-duplex two-wire RS-232 and 485 com- munication to Bluetooth and vice versa. Use this device in a cabinet to transfer data from a sensor to your computer via a wireless Bluetooth connection.
Page 247 CHAPTER 29 • CLICK 421 Physical Features The Click 421 has several communication ports, plus features for configuration. Figure 28.2 – Diagram of the Click 421 Communication Ports The back of the Click 421 features a 5-position connector that plugs into a T-bus connector and provides power and RS-485 communication to the device.
Page 248 CHAPTER 29 • CLICK 421 mounted on the exterior of the traffic cabinet or up on a pole for maximum range. A whip antenna can also be used inside the cabinet. If the antenna is installed inside a metal cabi- net, the range will be diminished.
Page 249 CHAPTER 29 • CLICK 421 module will attempt to match baud rates with a SmartSensor on the bus; however, the de- vice can be configured to autobaud with any device that supports a serial interface. During the autobaud process, the green LED will stay on and the red LED will flash after every autobaud cycle (the cycle time increases as latency is added after each cycle).
Page 250 To see advanced settings, use the Expert driver. This driver, which exposes every available field for the Click 421, should only be used under the direction of Wavetronix Technical Services. After you have made configuration changes on a driver and saved it to the Click device, the word “current”...
Page 251 CHAPTER 29 • CLICK 421 SmartSensor Driver When you open the SmartSensor driver, you will see three tabs: Setup, About and Diag- nostics. Under the Setup tab, you can change the settings affecting the setup of the Click device (see Figure 28.4 and Table 28.2).
Page 252 CHAPTER 29 • CLICK 421 Figure 28.5 – SmartSensor Driver About Tab Setting Description Driver Names the driver you are currently working with. Serial Number Displays the serial number of your device. 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.
Page 253 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 > 421 > User. You can also select Save to Device to save your settings to your Click 421.
Page 254 CHAPTER 29 • CLICK 421 The System tab is divided into three subtabs: General, Comm, and Autobaud. The General subtab contains information about the device (see Figure 28.7 and Table 28.4). Figure 28.7 – Expert Driver General Tab Setting Description Module Shows the name of the Click device.
Page 255 CHAPTER 29 • CLICK 421 Figure 28.8 – Expert Driver Comm Tab Setting Description Baud Rate Allows you to change the baud rate at which the device connects to the sensor. Flow Control Is used for configuring hardware handshaking. This option is currently not available.
Page 256 Wavetronix Technical Services. Response Shows the response the device is expecting from the above com- mand. Don’t change these values unless instructed to by Wavetronix Technical Services. SmartSensor ID Shows the ID number of the sensor with which the Click device is currently communicating.
Page 257 If you decide to password protect your Click 421, be sure to keep a good record of the password you choose. Wavetronix is not able to recover passwords or remove password protection from a device, so if the password is ever forgotten or lost, it will render the module unusable.
Page 258 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 > 421 > User. You can also select Save to Device to save your settings to your Click 421.
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Wavetronix Click 100 Series User Manual

Introduction

Part I Introduction to the Click Series

Chapter 1 The Power Plant

Chapter 2 T-Bus Basics

Chapter 3 Wiring the Devices

Chapter 4 Installing Click Supervisor

Chapter 5 Using Click Supervisor

Chapter 6 Click 100 - 16 Output Contact Closure

Chapter 7 Click 101 - Multi-Sensor to Contact Closure

Chapter 8 Click 104 - 4-Channel DIN Rail Contact Closure

Chapter 10 Click 112/114 - Detector Rack Cards

Chapter 9 Click 110 - 4-Channel Contact Closure Eurocard 79

Chapter 11 Click 120/121 - Relay

Chapter 12 Click 172/174 - Contact Closure Rack Cards

Chapter 13 Click 200 - Lightning Surge Protector

Chapter 14 Click 201/202/204 - AC to DC Power Supply

Chapter 15 Click 203 - Ups/Battery

Chapter 16 Click 210 - AC Circuit Breaker

Chapter 17 Click 211 - AC Outlet

Chapter 18 Click 221 - DC Surge Protector

Chapter 19 Click 222 - System Surge Protector

Chapter 20 Click 223 - Dual-485 Surge Protector

Chapter 21 Click 230 - AC Surge Protector

Chapter 22 Click 250 - Wireless Surge Protector

Chapter 23 Click 301 - Serial to Ethernet Converter

Chapter 24 Click 304 - RS-232 to RS-485 Converter

Chapter 25 Click 330/331 - Unmanaged Switches

Chapter 26 Click 340/341/342 - Managed Switches

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