JAI TS-1327EN, TS-9720EN, TS-2030EN manual Operating settings port, Data Packing, TCP Server Mode

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	VIS-CAM System
Operating settings port 1:
Operation mode:	TCP – specify the operation mode of the serial channel – currently TCP is
	required for communication with the TLS200 light sensor – UDP will be
	implemented in the nearer future.
TCP alive check time:	1 - Specify the alive time for the TCP communication.
Inactivity time:	0 – Specify the timeframe for closing an idle serial line.
Max connections:	4 – Specify the amount of simultaneous TCP connections.
Ignore jammed IP	Yes
Allow driver control	No
	Data Packing
Delimiter 1:	D – Specify the size of the delimiter (entry in Hex).
Force transmit:	30 – Specify the time frame for forced transmit (entry in mS).
	TCP Server Mode
Local TCP port:	4001 – Specify the broadcast port. 4001 is default.
Command port:	966 – Specify the command port. 966 is default.

Figure 92. Operation configuration of Serial port 1:

Appendix E: Moxa N Port 5232 Configuration

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Image 103

Contents VIS-CAM System Page Disclaimer WarrantyCertifications VIS-CAM SystemMailtrafficsales.americas@jai.com Trafficsales.emea@jai.com Table of Contents Connector signal specifications Connector physical Interface Table of Contents Vii VIS-CAM System Viii Table of Contents List of Figures List of FiguresStandard configuration of Serial settings for port List of Tables List of TablesVIS-CAM System Xii List of Tables Introduction IntroductionDocument Overview Product overviewSystem Components description Preparing for InstallationTraffic Light Sensor TLS300 Viscam Back shot VIS installationOperational Overview Installation Preparation Preparing for installationOver Lane Positioning Asynchronous triggering considerations Camera tilt considerationsCamera height versus trigger distance considerations VIS-CAM System VIS 300 U.S. Camera options chart VIS 350 U.S. Camera options chart VIS 400 U.S. Camera options chart VIS 300 European Camera options chart VIS 350 European Camera options chart VIS 400 European Camera options chart Typical side of road installation Side of Road InstallationFlash and camera distances VIS-CAM System Preparing for Installation To install the Traffic Light Sensor Installing the Vehicle Imaging SystemInstalling the TNF-300 Traffic Light Sensor Installing the Vehicle Imaging SubsystemMounting pipe and flange Wire color SignalLight Sensor Cables Optional Side Mount Installing the CamerasCamera mount template X4 Pin # Wire Color Signal Remarks Electrical wiring for the VIS CAM installationProperly wired X-4 connector VIS CAM connections to the J-Panel VIS-CAM System Installing the J-PanelX1, X2 Pin # Wire Color Signal Remarks 1 X1 and X2 VIS CAM 300/400X7 Pin TLS 300 to J-Panel connectionsX6 Pin # Signal Description Connection to Power input to the J-PanelX8 to converter connector 6 Power input connection 4 X8 LS RS485 Out ConnectorTrigger polarity 5 X14 Trigger Input ConnectorTrigger input connector X14 Pin # Signal Description Connection toTest Trigger X15 Pin # Signal Description Connection toX15 Lane Controller Arrow down negative goingPin Signal Description Connection to Installing the TNF-31 FlashIllumination Options Trigger Options Installing The Laser Vehicle DetectorOptimal Illumination Distance Between Camera and TNF X7 Pin # Signal Description Connection to Connection for LVD to VIS CAM Wiring for LVD to VIS CAMVIS-CAM System Installing the Vehicle Imaging Subsystem System Set-Up Pre-Alignment ChecklistSystem Set-Up Preparation for AlignmentSelect the Camera to Align Validate the Installation GeometryEdit the alignment settings on the Setup Computer Typical minimum plate heights and nominal plate heightsExample of a network connection using a local switch Connect the Setup Computer to the CameraPerform Initial Lens Adjustment and Camera Aiming Drive and Park the Setup Vehicle CorrectlyProperly Position the License Plate Stand Initial Camera Alignment Display example Roll Bar Display example Perform Final Camera Mount and Lens Adjustments Finalize Lens Adjustments and Camera AimingFocus Bar marker display Focus Bar Waveform display Flash Head Alignment Focus Bar Waveform Display with waveform cursorsOptimal Illumination Distance Between Camera and TNF VIS-CAM System System Set-Up Appendix a Camera Functional & Connector Description Appendix a Camera Functional and Connector DescriptionComponent layout of the EN board VIS-CAM System I/O Board LayoutVIS-CAM System X4 I/O Board Connection to J-panel Connector specificationConnector signal specifications Signal levelsTrigger input Description Electrical interface on the I/O boardEthernet Interface Connector physical Interface . Physical interface tablePower input Connection to Pin Signal Description Panel RemarksI/O Board Flash Connection Typical wiring diagramExternal power requirement Output signal specificationDescription Connection DC Flash to an internally powered board VIS-CAM System Test IO board electrical interfacePhysical interface pinouts Connector physical InterfaceConnecting the second AC flash X7I/O Board Laser Vehicle Detector Connection VIS-CAM System Night Light TNC 100 ConnectionTrigger Input Power OutputCommunication Connector physical Interface Connector table X1, X3 I/O Board Ethernet Test ConnectorsPin Signal Description Connection to Remarks Test setupVIS-CAM System Cables VIS-CAM System X15 I/O Board Auxiliary power connectorCable Specifications RS485 and powerRecommended Cables Combined cable Ethernet, RS485 and powerMounting the cables Page X1 J-panel connection to Camera Appendix B J-Panel Functional and Connector DescriptionAppendix B J-Panel Functional & Connector Description Panel LayoutTrigger output Description Signal parameters and conditionsElectrical interface on the J-Panel Pin Signal Description Connection to Remarks Board Connector physical Interface Physical interface tableSwitch labels IndicatorsLED indicators SwitchesBoard and camera J-panel connection to camera Functionality VIS-CAM System X2 J-panel connection to CameraSignal table Category 5 or 6 ethernet wiring diagram Connector physical Interface Ethernet physical connectionsX3 Light Sensor Connection Connector switchesDatabus D0 and D1 X4 Lane Controller Signal to J-Panel #2Connector physical Interface Physical interface connections LED physical indicatorsDatasignal X5 Lane Controller Signal from J-Panel #1Data signal X6, X7 24V DC PowerPhysical pin connections J-panel #1 Principle in the power distribution Connector specification X11 Ethernet Interface from Camera Connector physical Interface RS485 physical connections10 X12 Ethernet Interface from Camera Connector physical Interface Physical connector descriptionExternal Trigger connection Functionality 11 X14 External TriggerTrigger 1 Electrical interface on the J-Panel Trigger 0 Electrical interface on the J-PanelCommon Lane Controller 12 X15 Lane Controller interface 6.12.1 FunctionalityTwo Lane Controllers Connecting Lane Controller RS485 signal between J-Panels Connector physical Interface Wago physical interfaceAppendix C Two Cameras, One-Flash Configuration Appendix C Two Cameras, One Flash ConfigurationMaster to slave connections Master Flash Connector Slave Laser ConnectorAppendix D Pluggable Terminal Blocks Appendix D Pluggable Terminal BlocksVIS-CAM System Appendix D Pluggable Terminal Blocks Appendix E Moxa N Port 5232 Configuration Appendix E Moxa N-Port 5232 ConfigurationBasic Settings Network Settings Standard configuration of Network SettingsSerial port 1 settings Standard configuration of Serial settings for portConfiguration overview of serial port 1 TCP Server Mode Operating settings portData Packing VIS-CAM System Appendix F Multiple Moxa N port Configuration Diagram Appendix F Multiple Moxa N-port Configuration DiagramPage Appendix G Ethernet Requirements Appendix G Ethernet RequirementsPage Appendix H Troubleshooting Appendix H TroubleshootingFault Symptom Check/Possible Reason VIS-CAM System Appendix H Troubleshooting VIS-CAM System Europe, Middle East & Africa