Wavetronix SmartSensor Advance Extended Range (SS-200E) - Use Manual de usuario

SmartSensor AdvanceUSER GUIDE

INTRODUCTION  SMARTSENSOR ADVANCE USER GUIDE 9  Mounting Oset – Mounting the sensor closer to the lanes of interest will usually in-crease detec

CHAPTER 8  VERIFY CHANNELS-ALERTS-ZONES 99sensor’s maximum detection range. e sensor icon is always displayed at the bottom of the roadway and

100 CHAPTER 8  VERIFY CHANNELS-ALERTS-ZONESClick and hold on the roadway display selector to access the roadway display mode list (see Figure 8.13

CHAPTER 8  VERIFY CHANNELS-ALERTS-ZONES 101Qualified CountWhen the Channel LED is activated in the right sidebar, the Qualied Count value will a

102 CHAPTER 8  VERIFY CHANNELS-ALERTS-ZONESDynamic Densitye Dynamic Density parameters determine the number of trackers that are required to meet

CHAPTER 8  VERIFY CHANNELS-ALERTS-ZONES 103Tri-viewCongure the tri-view display by clicking and holding on the roadway display selector while t

104 CHAPTER 8  VERIFY CHANNELS-ALERTS-ZONESClicking anywhere else in the roadway display causes the Select Roadway View screen to appear (see Figu

CHAPTER 8  VERIFY CHANNELS-ALERTS-ZONES 105When a channel is selected, light blue is used to indicate that this tracker meets the range, speed a

106 CHAPTER 8  VERIFY CHANNELS-ALERTS-ZONESLeft Sidebare le sidebar allows you to view the scale of the roadway and create a tracker log le. Cl

CHAPTER 8  VERIFY CHANNELS-ALERTS-ZONES 107As an alternative to collecting a log le with tracker data, you can also log the pulse totals to a t

108 CHAPTER 8  VERIFY CHANNELS-ALERTS-ZONESFigure 8.24 – Log FileLog les created from pulse totals have a new timestamp entry for every time the

10 INTRODUCTION  SMARTSENSOR ADVANCE USER GUIDEalready exists, power is available and a wireless communication link can be used to avoid trenching

In this chapter  Primary Push Manager  Secondary Push Manager9e SmartSensor Advance has two data push managers, which can be set up to push data ov

110 CHAPTER 9  SETUP OUTPUT COMMUNICATIONSPrimary Push ManagerIn standard installations the primary data push manager is used to send real-time de

CHAPTER 9  SETUP OUTPUT COMMUNICATIONS 111Figure 9.2 – Select Output Format for Advance (left) and Advance Extended Range (right)NoteSmartSensor

112 CHAPTER 9  SETUP OUTPUT COMMUNICATIONSwell for most devices. e minimum value is 0.01 seconds and the maximum value is 1.00 seconds.e Undo bu

CHAPTER 9  SETUP OUTPUT COMMUNICATIONS 113NoteWavetronix Engineering Note EN0018 provides information on how to parse a trigger speed data messa

In this chapter  Creating a Channel Template  Importing a Channel Template  Copying/Pasting Channels, Alerts and Zones10Channel templates are optio

116 CHAPTER 10  TEMPLATESCreating a Channel TemplateA template can be created from any of the SmartSensor Advance’s eight detection channels. Foll

CHAPTER 10  TEMPLATES 117Figure 10.3 – Select Template File Screene zone locations described in a channel template are dened to be relative to

118 CHAPTER 10  TEMPLATESNoteIf the modified template results are accepted, the invalid zones will be deleted from the channel configuration. It is

In this chapter  Backup/Restore Tool  Beam Alignment Tool  Serial Terminal  Rack Card Tools11e Tools screen allows you to backup and restore sens

120 CHAPTER 11  TOOLSBackup/Restore ToolClick the Backup/Restore icon to start the Backup/Restore tool (see Figure 11.2). To spec-ify either a bac

CHAPTER 11  TOOLS 121Restoring the ConfigurationClick the Restore Sensor Setup button to load a conguration and overwrite the current conguratio

122 CHAPTER 11  TOOLSNoteYou cannot restore a backup file from a SmartSensor Advance device to a SmartSen-sor Advance Extended Range device. The co

CHAPTER 11  TOOLS 123e following window will pop up asking you to conrm that you want to restore the sensor to factory defaults:Figure 11.7 – R

124 CHAPTER 11  TOOLSNoteThe Alignment Tool page shows a 900-foot range, regardless of sensor type.NoteThis screen is purely a visualization tool

CHAPTER 11  TOOLS 125Figure 11.10 – Serial Terminal (left) and Serial Settings (right)Click the Settings button to congure the serial port for t

126 CHAPTER 11  TOOLSFigure 11.11 – Rack Card Toolse Rack Card Tools screen allows you to verify that you have the correct channel mapping into t

CHAPTER 11  TOOLS 127Statuse Status eld indicates whether the rack card is operating normally or whether it is in fail-safe mode. If the device

In this chapter  Click 112/114 Contact Closure Cards  Click 172/174 Contact Closure Cards  Click 104 DIN Rail Module 12Once the sensor has been ins

130 CHAPTER 12  PROGRAMMING CONTACT CLOSURESNoteFor information about how to configure the Click 112/114, see the Click Series User Guide or the Cl

CHAPTER 12  PROGRAMMING CONTACT CLOSURES 131NoteA Click 100 16-output contact closure module can be used if the cabinet you are con-necting to d

132 CHAPTER 12  PROGRAMMING CONTACT CLOSUREStwo channels. If you would like to use more than two channels, you will need a 4-channel card or you w

CHAPTER 12  PROGRAMMING CONTACT CLOSURES 133For more information about the Click 172/174 contact closure cards, contact Wavetronix Technical Ser

134 CHAPTER 12  PROGRAMMING CONTACT CLOSURESFigure 12.4 – Click 104 Wiring DiagramNoteIf you’re using the Click 223, you only need to follow steps

CHAPTER 12  PROGRAMMING CONTACT CLOSURES 135Rotary Switch Front Panel Menu Click SupervisorBaud Rate No Yes YesChannel Input Map Yes Yes YesAuto

In this chapter  A - Cable Connector Definitions  B - Cable Lengths  C - Direct Serial Connections  D - Target Roll Angles for Alignment13Appendix

138 APPENDIXcable connector and the corresponding wire in the cable. e sensor itself also contains internal wires that connect to the protective ear

Part 1Installing the SmartSensor AdvanceChapter 1 – Installing the SmartSensor AdvanceChapter 2 – Connecting Power and Surge Protection

APPENDIX 1399 Press all of the connector parts together. read the strain relief onto the back shell. 10 Tighten the strain relief screws on the b

140 APPENDIXMaximum Cable Length for SS200V CommunicationsTo achieve reliable wired communications, the selected baud rate must be compatible with th

APPENDIX 141If the cable length is longer than 600 . (182.88 m) when operating at 24 V, it is possible to increase the maximum cable length by wiri

142 APPENDIXLength Cable Comm. Channel 1 Comm. Channel 20–200 ft. (0–61 m) SmartSensor Cable (9-conductor)Native RS-485 Native RS-232200–1000 ft. (61

APPENDIX 143NoteIf you do not have the right type of RS-232 physical connection you will not be able to connect using the SmartSensor Manager softwa

144 APPENDIXHeight (ft/m)Oset (ft / m)17/5.2 20 /6.1 25/7.6 30/9.1 35/10.7 40 /12.2Y Roll Y Roll Y Roll Y Roll Y Roll Y Roll0/0 40 0° 45 0° 55 0° 60

APPENDIX 145Appendix E – Command Line ArgumentsCommand line arguments have been added to SSMA for two purposes:1 As an alternative to using the SSM

146 APPENDIXe remainder of the arguments depends upon the connection type. For Internet connections arguments 4–8 are as follows:  Argument 4 is th

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In this chapter  Selecting the Mounting Height  Attaching the Mount Bracket to the Pole  Attaching the Sensor to the Mount Bracket  Aligning the S

16 CHAPTER 1  INSTALLING THE SMARTSENSOR ADVANCElanes of interest. Use Table 1.1 to determine the mounting height based on the oset. Osets of le

CHAPTER 1  INSTALLING THE SMARTSENSOR ADVANCE 17Main ShaftMount HeadFigure 1.1 – Mount BracketBefore attaching the mount bracket to the pole, r

18 CHAPTER 1  INSTALLING THE SMARTSENSOR ADVANCEFigure 1.3 – Attaching the Mount Bracket to the Pole4 Using the swivel joints (see Figure 1.4), p

SmartSensor AdvanceUSER GUIDE www.wavetronix.com  78 East 1700 South Provo, Utah 84606  801.734.7200

CHAPTER 1  INSTALLING THE SMARTSENSOR ADVANCE 19Aligning the SensorIn most applications, the goal is to position the beam’s elliptical footprint

20 CHAPTER 1  INSTALLING THE SMARTSENSOR ADVANCEWhen the sensor is properly aligned with the roadway, the long, narrow alignment bar will line up

CHAPTER 1  INSTALLING THE SMARTSENSOR ADVANCE 21Figure 1.10 – Viewpoint 2Using the ViewfinderWith the sensor pointed roughly at the target locati

22 CHAPTER 1  INSTALLING THE SMARTSENSOR ADVANCETo target locationFigure 1.12 – Viewpoint 13 Pan the sensor until the target location is centered

CHAPTER 1  INSTALLING THE SMARTSENSOR ADVANCE 23Figure 1.14 – Vehicle Paths Parallel to Long, Narrow Bar5 Use viewpoint 2 to verify your alignm

24 CHAPTER 1  INSTALLING THE SMARTSENSOR ADVANCE6 Tighten down the pan and tilt bolts, then tighten down the four bolts on the backplate. If you

CHAPTER 1  INSTALLING THE SMARTSENSOR ADVANCE 25To avoid undue movement from the wind, strap the 6-conductor cable to the pole or run it through

In this chapter  Mounting the Backplate  Connecting AC Power  Providing System Surge Protection  Terminating the SmartSensor 6-conductor Cable  C

28 CHAPTER 2  CONNECTING POWER AND SURGE PROTECTIONFigure 2.1 – Intersection Preassembled BackplatePlease refer to the Click quick-reference guide

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

CHAPTER 2  CONNECTING POWER AND SURGE PROTECTION 29WarningMake sure power to AC mains is disconnected while wiring the AC input. If your in-stal

30 CHAPTER 2  CONNECTING POWER AND SURGE PROTECTIONCautionAn authorized electrical technician should install the intersection preassembled backpla

CHAPTER 2  CONNECTING POWER AND SURGE PROTECTION 31Follow the steps below to provide a low impedance protective earth connection:1 Connect one

32 CHAPTER 2  CONNECTING POWER AND SURGE PROTECTION( )( )PowerRS-485red wireblack wire+24 VDC-DC+RS-485GND-RS-485Figure 2.5 – T-bus Pinout Diagram

CHAPTER 2  CONNECTING POWER AND SURGE PROTECTION 33  DC Surge OK – Indicates that DC surge protection is operational.  TD – Indicates when dat

34 CHAPTER 2  CONNECTING POWER AND SURGE PROTECTIONSSAdvance #2 xxPWRxxDR NxxGN Dxx485+xx485-xx485+xx485-xOUTxINxxPWRxxDR NxxGN Dxx485+xx485-xx485

CHAPTER 2  CONNECTING POWER AND SURGE PROTECTION 35NoteDo not strip the service end of the cable until after it has been routed through con-duit

36 CHAPTER 2  CONNECTING POWER AND SURGE PROTECTIONContact Closure Connectionse SmartSensor Advance now supports both the Click 112/114 and Click

Part IIUsing SmartSensor Manager AdvanceChapter 3 – Installing SmartSensor Manager AdvanceChapter 4 – CommunicationChapter 5 – Sensor SettingsChapter

ContentsIntroduction 5SmartSensor Advance Package 6 • Selecting a Detection Method 6 • Selecting a Mounting Location 7Part I Installing the SmartSens

In this chapter  Installing SSMA3Aer the SmartSensor Advance is installed, use SmartSensor Manager Advance (SSMA) to congure the sensor to the road

40 CHAPTER 3  INSTALLING SMARTSENSOR MANAGER ADVANCENoteMicrosoft .NET Framework version 3.5 or higher needs to be installed on your com-puter bef

CHAPTER 3  INSTALLING SMARTSENSOR MANAGER ADVANCE 41Figure 3.2 – Location Installation8 Click the Install Now button.9 Aer SSMA is installed,

42 CHAPTER 3  INSTALLING SMARTSENSOR MANAGER ADVANCEPocket PC device will become available. 3 Click the Pocket PC checkbox and then the Next>&

In this chapter  Serial Connection  Internet Connection  Virtual Connection  Multi-drop Network  Address Book  Viewing Connection Information 

44 CHAPTER 4  COMMUNICATIONFigure 4.1 – SSMA Main Screene rst step is to make a connection to the sensor. e following three types of connection

CHAPTER 4  COMMUNICATION 45Figure 4.2 – Serial Connection (left) and Advanced Settings (right)e Advanced Settings screen contains the following

46 CHAPTER 4  COMMUNICATIONInternet settings.5 Click the Connect button.Figure 4.3 – Internet Connection (left) and Advanced Settings (right)e A

CHAPTER 4  COMMUNICATION 47Figure 4.4 – Virtual Connection and Additional Options ScreenVirtual Sensor FileSince a virtual connection is not made

48 CHAPTER 4  COMMUNICATIONNoteWhen you are connected using a virtual sensor file, changes that would normally be saved to a sensor’s Flash memory

Chapter 5 Sensor Settings 57General Tab 57 • Communication Tab 59Chapter 6 Sensor Configuration 611. Installation Details 62 • 2. Automatic Radar C

CHAPTER 4  COMMUNICATION 49Figure 4.7 – SSMA Main Menu (Connected)If you have problems connecting:1 Make sure that all power and communication w

50 CHAPTER 4  COMMUNICATIONFigure 4.9 – Auto-Discovery Windowe device IDs are based on the last four digits of the sensor’s serial number. If the

CHAPTER 4  COMMUNICATION 51bound) all within a single eld. If the descriptions are entered in a uniform fashion this can help when using the sor

52 CHAPTER 4  COMMUNICATIONFigure 4.11 – Connection Info ScreenBelow is a list of the information available on the Connection Info screen:  Statu

CHAPTER 4  COMMUNICATION 53Figure 4.13 – Sensor Versions Window for Advance (left) and Advance Extended Range (right)Once connected, the hardware

54 CHAPTER 4  COMMUNICATIONUploading the Sensor’s Embedded SoftwareAer clicking the Connect button, the Version Control screen may appear notifyi

CHAPTER 4  COMMUNICATION 55Figure 4.16 – Sensor Firmware Downgradee most recent version of SSMA can be obtained from the Wavetronix website (www

In this chapter  General Tab  Communication Tab5Click the Sensor Settings link on the main menu to change and save settings on the sensor. e Sensor

58 CHAPTER 5  SENSOR SETTINGSFigure 5.2 – General Tab  Serial Number – Contains the sensor serial number and can only be edited if you are in the

In this chapter  SmartSensor Advance Package  Selecting a Detection Method  Selecting a Mounting Locatione Wavetronix SmartSensor Advance™ and Wav

CHAPTER 5  SENSOR SETTINGS 59NoteThe RF Channel drop-down list allows you to select whether the PGA starts at a value of 7 or remains fixed durin

60 CHAPTER 5  SENSOR SETTINGSNoteIf you are using a Click communication device, the baud rate for the sensor and the Click device must be the same

In this chapter  1. Installation Details  2. Automatic Radar Configuration  3. Manual Radar Adjustment6e Sensor Conguration screen contains instal

62 CHAPTER 6  SENSOR CONFIGURATION1. Installation Detailse Installation Details screen allows you to position the sensor relative to the stop bar

CHAPTER 6  SENSOR CONFIGURATION 63roadway, or by clicking the Stop Bar up/down arrows.Positioning the SensorPosition the sensor by clicking on t

64 CHAPTER 6  SENSOR CONFIGURATION3 Reload the individual channel template les used in the current conguration (the out-of-range zones will be

CHAPTER 6  SENSOR CONFIGURATION 65  Range – Shows the distance from the stop bar.  Speed – Shows the speed.  Estimated Time of Arrival – Show

66 CHAPTER 6  SENSOR CONFIGURATIONFigure 6.6 – RebootIf you were in the process of manually editing detection thresholds, it will ask you if you w

CHAPTER 6  SENSOR CONFIGURATION 67NoteDo not reduce the thresholds so low that “phantom detections,” or false detections in the absence of trac

68 CHAPTER 6  SENSOR CONFIGURATION3 Click the Edit button and the Edit Sensitivity resholds screen will appear (see Figure 6.10). e following t

6 INTRODUCTION  SMARTSENSOR ADVANCE USER GUIDECautionDo not attempt to service or repair this unit. This unit does not contain any compo-nents and

CHAPTER 6  SENSOR CONFIGURATION 69Changing the PGAe Programmable Gain Amplier (PGA) allows you to change the radar sensitivity for the entire

In this chapter  Channels  Alerts  Zones7e Channels-Alerts-Zones (CAZ) screen allows you to set up and verify channels, alerts and zones; set up o

72 CHAPTER 7  CHANNELS-ALERTS-ZONESChannelse channel is the highest-level detection unit. e user-dened channel name, used to distinguish one ch

CHAPTER 7  CHANNELS-ALERTS-ZONES 73Zone 1Channel 1Figure 7.3 – Simple Channel HierarchyTo create a simple channel, select Simple from the Type dr

74 CHAPTER 7  CHANNELS-ALERTS-ZONESintersections. A very powerful method of advance detection uses two simple channels: Ad-vance and QReduce. e A

CHAPTER 7  CHANNELS-ALERTS-ZONES 75Channel 1Level 1Level 2Queue ClearanceFigure 7.5 – Priority Channel Zonese rst two zones work in tandem to a

76 CHAPTER 7  CHANNELS-ALERTS-ZONESFigure 7.6 – Setup Channels-Alerts-Zones Screen for Priority Channele level-one zone will activate the channel

CHAPTER 7  CHANNELS-ALERTS-ZONES 77Figure 7.7 – Providing Dilemma Zone ProtectionBy providing zones for level-one priority dilemma zone protectio

78 CHAPTER 7  CHANNELS-ALERTS-ZONESPulse channels dier from other channel types because they are designed to provide vehicle arrival information

INTRODUCTION  SMARTSENSOR ADVANCE USER GUIDE 7NoteFor queue management the SmartSensor Advance Extended Range is recommended because it allows you

CHAPTER 7  CHANNELS-ALERTS-ZONES 79Figure 7.9 – Tracker Logging with Pulse ChannelIt is possible to set up all 8 channels as pulse channels. is

80 CHAPTER 7  CHANNELS-ALERTS-ZONESChannel 1Alert 1Zone 1Alert 2Alert 3Alert 4Zone 2Zone 3Zone 4Zone 4Zone 3Zone 2Zone 1Zone 1Zone 2Zone 3Zone 4Zo

CHAPTER 7  CHANNELS-ALERTS-ZONES 81Normal channels consist of four alerts, each containing four zones. A normal channel’s output is a logical com

82 CHAPTER 7  CHANNELS-ALERTS-ZONESLatchedChannel outputON AlertOFF AlertFigure 7.15 – Latched ChannelsFor example, a channel’s output will become

CHAPTER 7  CHANNELS-ALERTS-ZONES 83Channel outputAlertExtendFigure 7.17 – Channel ExtendMax (s)e channel Maximum Latch Timer is used to turn a l

84 CHAPTER 7  CHANNELS-ALERTS-ZONESAlertse alert is the mid-level detection unit and is used to dene the corresponding channel’s output (see Fig

CHAPTER 7  CHANNELS-ALERTS-ZONES 85Click here to open the range editorFigure 7.19 – Zone ConfigurationBelow is a description of each parameter in

86 CHAPTER 7  CHANNELS-ALERTS-ZONESFigure 7.21 – Adjusting Zones for Advance (left) and Advance Extended Range (right)Speed (mph) and ETA (s) In a

CHAPTER 7  CHANNELS-ALERTS-ZONES 87Qualied Count and Dynamic Density™. ese lters are mutually exclusive (only one may be active at a time). e

88 CHAPTER 7  CHANNELS-ALERTS-ZONES%UtilizationTime HeadwayRequiredFlow Rate%UtilizationIdealFlow Rate=x=Figure 7.26 – Equation for Dynamic Densit

8 INTRODUCTION  SMARTSENSOR ADVANCE USER GUIDEyou position detection coverage to track vehicles for several feet before they reach the rst zone.

CHAPTER 7  CHANNELS-ALERTS-ZONES 89Figure 7.28 – Dynamic Density FilterDynamic Density allows the SS200 to generate outputs based on trac ecien

In this chapter  Right Sidebar  Roadway Display  Left Sidebar8e Verify Channels-Alerts-Zones screen contains both conguration and detection infor

92 CHAPTER 8  VERIFY CHANNELS-ALERTS-ZONESNoteWhen verifying channels, alerts and zones, you can use the range scale to help identify whether you

CHAPTER 8  VERIFY CHANNELS-ALERTS-ZONES 93Outputs ON Color OFF Color Disabled ColorChannel RedGray BlankAlert RedZone 1 GreenZone 2 BlueZone 3 Y

94 CHAPTER 8  VERIFY CHANNELS-ALERTS-ZONESFigure 8.4 – All Channels ModeTipClick and hold on a channel LED to open the individual channel summary

CHAPTER 8  VERIFY CHANNELS-ALERTS-ZONES 95NoteIn Figure 8.5 the dashed, gray line near the top of the zone is used to indicate the location of t

96 CHAPTER 8  VERIFY CHANNELS-ALERTS-ZONESto the channel LED (see Figure 8.7). A channel’s delay, extend and max timer settings are shown next to

CHAPTER 8  VERIFY CHANNELS-ALERTS-ZONES 97Figure 8.8 – Channel LEDAlert LEDe alert LED is colored red when an alert’s output requirements are m

98 CHAPTER 8  VERIFY CHANNELS-ALERTS-ZONESWhen an alert is selected, the alert’s enabled zones are displayed on the roadway. e other enabled zone