Wavetronix Click 65 Series User manual

Click 65x Series
USER GUIDE

Click 65x Series
USER GUIDE
www.wavetronix.com  78 East 1700 South Provo, Utah 84606  801.734.7200

© 2018 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.
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(FCC) rules which state that operation is subject to the following two conditions: (1) this device may not cause harmful interference,
and (2) this device must accept any interference received, including interference that may cause undesirable operation. FCC compli-
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not expressly approved by the party responsible for compliance with the FCC rules could void the user’s authority to operate this
equipment.
Disclaimer: e advertised detection accuracy of the Wavetronix SmartSensor sensors is based on both external and internal testing,
as outlined in each product’s specication document. Although our sensors are very accurate by industry standards, like all other sen-
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accuracy of each sensor to determine the acceptable margin of error for each application within their particular system(s).
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9/2018
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Contents
Chapter 1 Introduction 5
What is the Click 65x Series? 5 • How do I use this guide? 6
Chapter 2 Quick Start Guide 7
Installation 7 • Front Panel Conguration 8 • Sensor
Conguration 8 • Web Conguration 8
Chapter 3 Hardware and Installation Details 11
Making Connections 13 • Using the Control Bus to Congure
the Sensors 15
Chapter 4 OLED Panel 17
Front OLED Panel 17
Chapter 5 Web Interface 25
Properties Tab 26 • Sensors Tab 28 • Channels Tab 30 •
Verication Tab 34 • Health Tab 35 • Graphs Tab 36 • Other
Functions 40 • Admin Page 41
Chapter 6 Appendix 45
What is SDLC? 45 • What are TS1/TS2 Controllers? 45 • How
Can TS2 Controllers Utilize Click 65x Series Devices? 46

In this chapter
 What is the Click 65x Series?
 How do I use this guide?
What is the Click 65x Series?
e Click 65x series currently consists of two devices, the Click 650 and 656. ey are robust
cabinet interface devices that provide power, surge protection, and streamlined communica-
tion to up to four (Click 650) or six (Click 656) SmartSensor Matrix or Advance sensors.
Figure I.1 – The Click 650 (left) and 656 (right)
Introduction

6 INTRODUCTION CLICK 650 USER GUIDE
ey are designed to serve as replacements for the Wavetronix full and segmented back-
plates, providing the same functionality with a smaller cabinet footprint.
ese devices provide up to 64 channels of sensor detection output, either to contact clo-
sure devices or directly to the trac controller through SDLC. Utilizing the SDLC con-
nection to compatible controllers potentially removes the need for detector racks and rack
cards, allowing for more cabinet space savings. e provided 64 channels of detection out-
put—which, in a cabinet using traditional equipment, would have required an unrealistic
16 to 32 rack cards—allows for additional sensor functionality such as data collection and
advanced analytics beyond the standard stop bar and advance detection.
ey also provide an Ethernet port for direct connection to local networks. Users can ac-
cess the serial-based sensors using Wavetronix SmartSensor Manager soware over TCP/
IP using a network-connected laptop, tablet, or workstation. e devices also contain the
same contact closure outputs and conguration ports (RS-485, RS-232, USB, T-bus) found
on the Click 600 cabinet interface device, and can serve as a direct replacement for the Click
600 in any application.
How do I use this guide?
Chapter 1 contains a quick start guide with basic steps for installation, conguration, and
management of the Click 650 and 656. e later sections contain more detailed information
about each element of the Click 65x series device hardware and soware, which can be used
as a reference guide for future questions.

In this chapter
 Installation
 Front Panel Configuration
 Sensor Configuration
 Web Configuration
1
ere are four main steps for installing and using the Click 650 and 656 (or 65x, as we’ll
oen refer to them in this guide): installation, front panel conguration, sensor congura-
tion, and web conguration.
Installation
1 Place the Click 65x in the trac cabinet. ey are designed to be shelf-mounted. An
optional mounting accessory provides U-channel mounting brackets for wall attach-
ment; there is also a 19-inch rack shelf option available from Wavetronix.
2 Connect one to six sensors to the connectors on the back of the Click 65x. Make note
of which sensor port is used for each sensor.
3 Power on the unit using the switch at back. e OLED panel should activate and dis-
play the initial loading screen.
4 Power on all connected sensors by toggling the appropriate switches on the front of the
Click 65x. Each switch has a corresponding green LED to mark whether the sensor is
powered or not.
5 Connect communication cables (Ethernet, SDLC, and/or contact closure RS-485 out-
puts) into their respective ports on the front of the device.
Quick Start Guide 1

8 CHAPTER 1 QUICK START GUIDE
Front Panel Configuration
1 Select Network Setup from the main menu using the keypad.
2 Enter an IP address, subnet mask, and default gateway for the local network. Make note
of the IP address for further conguration later.
3 If desired, select Utilities >> Display O to set the amount of inactivity on the main
OLED panel display before it shuts o.
Sensor Configuration
1 Attach a laptop, tablet, or other device capable of running SmartSensor Manager to
the Click 65x. (Attachment can be done through the local network if an IP address and
other network information has been properly set on the device, and an Ethernet cable
has connected the Click 65x to a local network switch or router. Attachment of a con-
guration device can also be done through the RS-232, RS-485, mini-USB, or T-bus
ports on the front panel)
2 Use the appropriate version of SmartSensor Manager to connect to each sensor:
For Matrix units, connect using the Internet tab with the IP address of the Click
65x unit, default port 10001. If more than one Matrix unit is attached to the Click
65x, each unit should appear in the list.
For Advance units (including Advance Extended Range), connect using the In-
ternet tab with the IP address of the Click 65x unit, default port 10001. Select the
Multi-drop Network tab with Automatically Detect Sensors checked.
3 Use SmartSensor Manager to congure and validate each sensor.
4 Make sure SmartSensor Manager is disconnected from each sensor before continuing.
Web Configuration
Open a web browser on the connected laptop or tablet, then type the Click 65x IP address
into the URL eld of the browser. e Click 65x web interface, shown below, should load.

CHAPTER 1  QUICK START GUIDE 9
Figure 1.1 – Click 65x Web Interface
Properties Tab
1 Select the Properties tab at the top of the interface and enter a name, location, and
description for the Click 65x.
2 For each BIU number you want the Click 65x to respond to, click the checkbox next to
the number. Leave unused BIU numbers unchecked to avoid controller conicts with
other cabinet devices.
3 Ensure that the sensor numbers for all ports with sensors attached are checked.
4 Click Save.
Note
If the IP address or other network information needs adjusting, you can do that on
this page as well. Click Save when finished, and the web interface will automatically
adjust to use the new IP address.
Sensors Tab
1 Select the Sensors tab at the top of the interface.
2 To discover Matrix sensors, check Matrix Full Search, press Discover Matrix Sensors,
and wait until the “Discovering sensors, please wait…” message stops ashing.
3 To discover Advance or Advance Extended Range sensors, press Discover Advance
Sensors and wait until the discovery process completes. (is will typically take longer
than Matrix discovery.)
4 Discovered sensors should be listed in the web page. If a sensor does not appear in the
list, make sure it is powered and connected to the back of the Click 65x, and ensure no
previous instance of SmartSensor Manager is currently connected to the sensor.

10 CHAPTER 1 QUICK START GUIDE
Note
If you’d like, you can enter a desired name for each sensor into the Name field. (These
names are used for convenience within the Click 65x for channel configuration.)
Channels Tab
1 Select the Channels tab at the top of the interface.
2 Each enabled BIU number will have 16 available detector channels. For each desired
detector channel to transmit to the controller, select a sensor and sensor channel us-
ing the drop-down lists. Detector channels can be mapped in any order and in any
arrangement.
3 To combine multiple sensors or sensor channels together, use the +button to select
multiple sensor channels and the associated AND/OR logic. (See chapter 4 of this
guide for more information.)
4 Optionally, select a phase number to help you remember which channel aligns with
which phase.
5 Optionally, enter a description into the description eld to help you remember which
lane or area of the road this detector channel applies.
6 Push Save for each BIU when the channels have been congured.
Verification Tab
1 Select the Verication tab at the top of the interface.
2 Select each BIU number and watch the provided LEDs. Red indicates the channel is
currently active, grey indicates the channel is currently inactive. White indicates that
channel has no current assignment.
3 Click on an LED circle to display information about which sensor(s) are currently as-
signed to that detector channel output.
Health Tab
For additional troubleshooting, use the Health tab to verify each sensor is communicat-
ing correctly. A communication status of “OK, Receiving” indicates good communication.
Otherwise, the status will indicate the last time the sensor successfully communicated with
the Click 65x. A “Discover Me” listing in the Serial # eld indicates the sensor needs to be
re-discovered from the Sensors tab.

In this chapter
 Making Connections
 Using the Control Bus to Configure the Sensors
2
e Click 650 and 656 are shelf-mount devices, intended to be set on a shelf in the trac
cabinet. ey can also be attached to the wall of a NEMA-style cabinet using U-channel
mounting brackets, or placed on a 19-inch rack shelf available; both are available in separate
accessory packages.
e Click 650 and 656 dier from each other in their shape and in the arrangement of the
various elements on their faceplates. However, they have the same set of ports, LEDs, but-
tons, switches and screens; the 656 simply has more of some of these, because it accommo-
dates more sensors. Figure 2.1 shows a schematic of the Click 656 device.
Hardware and Installation Details 2

12 CHAPTER 2 HARDWARE AND INSTALLATION DETAILS
Click 656
cabinet interface device
www.wavetronix.com
CONTROL
DATA
Status
Ethernet
RXTXPort 1 SDLC
SDLC
Serial
+DC -DC +485 -485 GND
RDTDOKPW
Sensors 1-6
PWR PWR
321
654
AC 100V–240V~ 50/60 Hz
On
O
Sensors
3
6 5 4
12
OLED Panel
& Keypad FRONT
Data Bus
RS-48 Connectors,
Ethernet Port
Control Bus RS-485 Connectors,
USB Connectors, SDLC LED Indicators,
Port 1 SDLC, RS-232 Connector and LED Indicators
T-bus 5-position
Connector
AC Power Input,
Power Switch BACK
Figure 2.1 – Diagram of the Click 656
e back panel of the Click 65x devices contain four (650) or six (656) terminal blocks
for sensor power and RS-485 communication. e Click 65x devices support SmartSensor
Matrix, SmartSensor Advance, and SmartSensor Advance Extended Range connections.
e front panel of each device has four sections:
OLED – Each device has an OLED panel with keypad buttons, located at the top of the
faceplate, that let you congure the device.
Data – e section labeled Data is found on the le side of the Click 650 and the right
side of the Click 656. It contains four (650) or six (656) RS-485 connectors, one for
each sensor that can be connected to the device. Alongside each connector are an LED
status light, and an on/o switch to toggle power to each connected sensor.
Control – e section labeled Control is found at the bottom of the Click 650 and the
le side of the Click 656. It contains four distinct port types for use in connecting to
and conguring any of the four attached sensors. e following ports are available:
One DB-9 port for communicating via RS-232
Two RJ-11 jacks for communicating via RS-485
One USB mini-B connector
One T-bus port for connecting to a T-bus
is section also has the following LEDs that will be helpful to monitor the status of the
Click 65x device. ese LEDs have the following functions:

CHAPTER 2  HARDWARE AND INSTALLATION DETAILS 13
Red LED (PW) – Illuminates when device has power.
Blue LED (OK) – Extinguishes if device has been disabled by surges.
Green LED (TD) – Illuminates when data is transmitted on the control bus.
Yellow LED (RD) – Illuminates when data is received on the control bus.
Communication and status – is section isn’t labeled. On the Click 650, it’s located
along the right side; on the 656, it’s at the bottom of the faceplate. It contains one RJ-45
10/100 Ethernet jack and one SDLC port. It also has three LEDs: two transmit/receive
LEDs that activate during SDLC communication with the controller, and one, labeled
Status, that shows the status of the device as follows:
Steady one-second flashes – Normal operation.
Two quick flashes – e Click 65x web interface is currently being accessed.
Three quick flashes – e Click 65x is receiving serial communication.
Five quick flashes – e Click 65x cannot nd boot image and is unable to boot.
Note
See Appendix 1 for an overview of SDLC and compatible NEMA TS2 controllers.
Making Connections
Connecting AC Power
Included with the Click 65x is an AC power cord. Connect it from your AC power source
to the IEC connector on the back of the device. e Click 65x will take that AC power and
convert it to DC, then send that power to any connected sensors (which run on 10–28
VDC).
Next to the IEC connector is a switch that turns power on and o for the whole device.
Warning
Make sure power to AC mains is disconnected while wiring the AC input.
Surge Protection
You don’t need to do anything to get the surge protection running; just be aware that this
device provides protection for the cabinet from surges coming in on the sensor cables.
(SmartSensor devices have their own onboard surge protection.)

14 CHAPTER 2 HARDWARE AND INSTALLATION DETAILS
Terminating the SmartSensor 6-conductor Cable
Each Click 650 can interface with up to four sensors; the 656, up to six. e back of each
device contains connectors, labeled 1 through 4 or 6, from top to bottom. (e schematic
diagram printed on the side of the Click 65x lists the numbers in order, in case of confu-
sion.) ese connectors are where you’ll plug in the sensor cables. Connecting your sensors
to the Click 65x provides the sensors with DC power, lets you congure the sensor, and
allows the sensor to send its detection data back to the cabinet.
Before you can plug in the cables, you’ll need to terminate each cable into one of the termi-
nal blocks included with your Click 65x.
Figure 2.2 – Color Label on Plug-in Terminals
Each 6-conductor cable has one DC power wire pair, two RS-485 communication pairs, and
a drain wire (see the above gure). Follow the steps below to land the sensor cables.
1 Aer routing your SmartSensor 6-conductor cable into the cabinet, carefully strip back
the cable jacket and shielding on the service end of the cable.
2 Open the insulation displacement connectors on the plug by inserting a small screw-
driver into each square slot and rocking it back.
3 Insert the wire leads into the bottom side of the plug-in terminal according to the color
code shown below. Make sure the wires are completely inserted in the terminal.
4 Close the insulation displacement connector by reinserting the screwdriver into the
square slot and rocking it forward. e plug-in terminals will automatically complete
the electrical connection. ere is no need to manually strip the insulation on the end
of each wire.
Wire Color Signal
Red (PWR) DC+
Black (GND) DC-
White with Blue stripe (485+) Control bridge 485+ (port1)
Blue (485-) Control bridge 485 - (port 1)
White with Orange stripe (485+) Data bus 485+ (port 2)

CHAPTER 2  HARDWARE AND INSTALLATION DETAILS 15
Orange (485-) Data bus 485- (port 2)
Bare metal (DRN) Drain
Table 2.1 – Cable Wiring Color Code
Do not strip the service end of the cable until aer it has been routed through conduit. e
cable should be one continuous run without any splices. Once the cables have been properly
terminated into the terminal blocks, plug them into the connectors on the back of the Click
65x. Keep track of which connector corresponds to which sensor.
Connecting Data to the Trac Controller
You can get data to the trac controller via one of two methods.
SDLC – If your trac controller that you’re using supports it, connect from the SDLC
port on the faceplate to the SDLC ports on the trac controller. (For more information
on the SDLC protocol, see the appendix.)
RJ-11 – Your setup may require you to connect to the controller via contact closure
cards in an input le rack instead. In that case, you’ll use the RJ-11 jacks on the face-
plate of the Click 65x. Use the jumper cables included with your device to connect from
these jacks to contact closure devices. (Consult the SmartSensor Matrix or SmartSen-
sor Advance User Guide for more information on using contact closure devices with
those specic devices.)
Toggling Power to Sensors
Next to each RJ-11 jack in the Data section of the faceplate is a switch that turns power on
and o to the associated sensor. Under each jack is an LED that illuminates when the as-
sociated sensor has power. (e power switch and LED light apply to the designated sensor,
whether or not the associated RJ-11 jack is being utilized for contact closure connections.)
Using the Control Bus to Configure the Sensors
e lower portion of the front faceplate has multiple ports that make up the physical in-
terface of the control bus. ese ports allow you to congure any sensors connected to the
Click 65x.
Note
All Control ports provide the same capability of connecting to any of the sensors—the
selection of which port to use is entirely up to the user. Control ports will NOT auto-
matically receive the event data pushed out from attached sensors, although Control
ports can be used to send protocol commands to attached sensors and receive the
response.

16 CHAPTER 2 HARDWARE AND INSTALLATION DETAILS
Note
Sensor configuration can also be done directly through Ethernet when the Click 65x
is connected to a local network—potentially a more convenient alternative to using
these control ports for sensor configuration.
As mentioned earlier, the following port options are available:
One DB-9 port for communicating via RS-232
Two RJ-11 jacks for communicating via RS-485
One USB mini-B connector
One T-bus port for connecting to a T-bus
Using the T-bus
Use of the T-bus for power and communication is not strictly necessary as the Click 65x
provides all basic necessary functions. However, if T-bus connectivity is desired, follow the
following guidelines:
1 Assemble and install the T-bus on a DIN rail somewhere in the cabinet.
2 Find ve wires (or a cable) that will reach from the shelf to the T-bus; strip the ends of
each wire.
3 Insert each wire into one of the screw terminals on a T-bus 5-position connector. e
terminals are all labeled for your ease.
4 Insert the other end of each wire into a second 5-position connector.
5 Plug one connector into the T-bus port on the Click 65x; plug the other into the end
of the T-bus.

In this chapter
 Front OLED Panel
3
e Click 650 and 656 have two primary interfaces for user access and conguration:
e front OLED panel and keypad, used for basic and preliminary conguration (dis-
cussed in this chapter).
e web interface, accessed through any web browser from a networked laptop, work-
station, tablet, or smartphone (discussed in chapter 4).
Front OLED Panel
e OLED panel on the front of the Click 65x device provides a basic interface to perform
some preliminary conguration and setup.
e keypad below the OLED panel provides numerical direction keys to move between op-
tions, along with an Accept (green checkbox) key and Cancel (red X) key.
OLED Panel 3

18 CHAPTER 3 OLED PANEL
Figure 3.1 – OLED Panel
e screen brightness of the OLED panel can be adjusted by holding down the le arrow but-
ton and pushing the up or down arrows to raise or lower the screen brightness, respectively.
e main OLED panel menu contains the following menu options:
Device Info – Lists basic device information such as serial number and MAC address.
Network Setup – Sets device IP address and other networking conguration.
BIU Setup – Toggles the four available BIU channels for receiving detector outputs.
Verify Output – Provides a graphical perspective on the current detector mappings and
signals for verication purposes.
Utilities – Other miscellaneous settings for the Click 65x device.
Figure 3.2 – OLED Panel Menu

CHAPTER 3  OLED PANEL 19
Device Info
Figure 3.3 – Device Info
e Device Info screen contains a read-only display of important conguration and de-
scription information. Use the up and down arrow keypad buttons to scroll through each
screen. (ese elds are not directly editable through the OLED interface, but can be edited
through the web interface—see chapter 4).
Product Name – Designated name of the device.
Serial Number – Device serial number.
MAC Address – MAC address assigned to the device.
OS Version – Version of the custom Click 65x operating system.
OS Build Date – Date when the current version of the Click 65x operating system was
created.
OS Build Time – Time when the current version of the Click 65x operating system was
created.
Name – Echoes the name given in the web interface.
Location – Echoes the location given in the web interface.
Description – Echoes the description given in the web interface.
HW Version – Version number for the Click 65x hardware.
Referencing these elds will be important when contacting Wavetronix technical support
for troubleshooting help.