Lufft 8511.EAK Operating Manual Download Page 62

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tss.tssDataCollection.dataCollectionTable.dataCollectionEntry.endTime.x

.1.3.6.1.4.1.1206.4.2.4.3.1.1.1.x

Wavecon channel
5002,5003 or 5004

tss.tssDataCollection.dataCollectionTable.dataCollectionEntry.volumeData.x

.1.3.6.1.4.1.1206.4.2.4.3.1.1.2.x

Wavecon channel 5002
traffic data (counter)

tss.tssDataCollection.dataCollectionTable.dataCollectionEntry.percentOccupancy.x

.1.3.6.1.4.1.1206.4.2.4.3.1.1.3.x

Wavecon channel 5004
avg. occupancy (scale
factor 10) (%)

tss.tssDataCollection.dataCollectionTable.dataCollectionEntry.speedData.x

.1.3.6.1.4.1.1206.4.2.4.3.1.1.4.x

Wavecon channel 5003
avg. speed (scale factor
10) km/h

tss.tssDataCollection.dataCollectionTable.dataCollectionEntry.zoneStatus.x

.1.3.6.1.4.1.1206.4.2.4.3.1.1.5.x

Wavecon channel
5002,5003 or 5004

tss.tssDataCollection.dataBufferTable.dataBufferEntry.endTimeBuffer.x

.1.3.6.1.4.1.1206.4.2.4.3.2.1.1.x

Wavecon channel
5002,5003 or 5004

tss.tssDataCollection.dataBufferTable.dataBufferEntry.volumeDataBuffer.x

.1.3.6.1.4.1.1206.4.2.4.3.2.1.2.x

Wavecon channel 5002
traffic data (counter)

tss.tssDataCollection.dataBufferTable.dataBufferEntry.percentOccupancyBuffer.x

.1.3.6.1.4.1.1206.4.2.4.3.2.1.3.x

Wavecon channel 5004
avg. occupancy (scale
factor 10) (%)

tss.tssDataCollection.dataBufferTable.dataBufferEntry.speedDataBuffer.x

.1.3.6.1.4.1.1206.4.2.4.3.2.1.4.x

Wavecon channel 5003
avg. speed (scale factor
10) (km/h)

tss.tssDataCollection.dataBufferTable.dataBufferEntry.zoneStatusBuffer.x

.1.3.6.1.4.1.1206.4.2.4.3.2.1.5.x

Wavecon channel
5002,5003 or 5004

5.8.3.4 iso.org.dod.internet.private.enterprises.nema.transportation.devices.ess

All environmental sensor/measure values are reported under this subtree. Following list shows all objects (OIDs) as defined by the

NTCIP standard in the NTCIP .mib file for ESS (1204_v0223.mib)

•

OIDs which represent measurements are shown in

bold

•

OIDs which represent configuration elements are shown in

gray

•

OIDs which are “deprecated” or only relevant to “staffed” or “mobile” stations and are not shown by default are shown in

italics

•

OIDs (or subtrees) which are NOT supported are shown underlined.

Summary of Contents for 8511.EAK

Page 1: ...Operating Manual LCom Lufft Communicator Order No 8511 EAK Version V2 18 1 11 2019 www lufft com ...

Page 2: ...SS TCP IP CONNECTIONS AND ANALOG MODEM FOR PPP DIAL IN CONNECTIONS 9 3 4 PARTY LINE MODEM CONNECTION 10 3 5 UMB CONNECTION 11 3 6 ETHERNET 11 3 7 USB 11 3 8 PIN ASSIGNMENT CON220 1 AND CON220 2 12 3 9 STORAGE CONDITIONS 13 3 10 OPERATING CONDITIONS 13 3 11 TECHNICAL DATA 13 4 EC CERTIFICATE OF CONFORMITY 14 5 SOFTWARE DESCRIPTION 15 5 1 INSTALLATION 15 5 2 GETTING STARTED 16 5 3 USER INTERFACE 17 ...

Page 3: ...8 5 9 1 MSSI CONFIGURATION 80 5 9 2 MSSI SENSOR TYPES 83 5 9 3 MSSI CAMERAS 83 5 9 4 NTP SERVER 85 5 9 5 STATION STATUS 86 5 10 EXPORT 88 5 11 GPRS ANALOG MODEM 92 5 11 1 GPRS MODEM 92 5 11 2 ANALOG MODEM 93 5 11 3 DYNDNS 93 5 11 4 PORT FORWARDING 95 5 12 AUTOUPDATE 97 5 13 SYSTEM 99 5 13 1 DEVICE SETTINGS 102 5 13 2 ALARM PROCESSING 103 5 13 3 BOSCHUNG ALARM CODE 107 5 13 4 PROGNOSIS ROAD CONDITI...

Page 4: ... TEST RS232 130 5 15 SOFTWARE UPDATE REMOTE MAINTENANCE 131 5 16 FILE UPDATE TXT 132 5 17 COMMAND FILE 134 5 18 EXAMPLES 138 5 18 1 FIRMWARE UPDATE VIA USB STICK 138 5 19 FIRMWARE UPDATE VIA FTP SERVER 140 5 20 SERVICE PROGRAM 141 6 APPENDIX 142 6 1 SUPPORTED TLS DE DATA TYPES 142 6 1 1 EXTENDED ERROR MESSAGE DE TYPE 14 142 6 1 2 FG3 142 6 1 3 FG6 148 6 2 CONNECTION EXAMPLE 153 6 3 CHANGE HISTORY ...

Page 5: ...ical parts Pay attention to the technical data and storage and operating instructions 1 3 Designated Use The equipment must only be operated within the range of the specified technical data The equipment must only be used under the conditions and for the purposes for which it was designed The safety and operation of the equipment can no longer be guaranteed if it is modified or adapted 1 4 Guarant...

Page 6: ...fall If the equipment is not connected correctly It may not function It may be permanently damaged The possibility of an electrical shock may exist 1 6 Brand Names All brand names referred to are subject without limitation to the valid trademark and ownership rights of the respective owner ...

Page 7: ...edded computer with Windows CE operating system a touchscreen display resolution 800x480 pixels and CFL backlighting and interfaces for a GPRS modem Party Line modem and UMB network as well as an Ethernet and USB interface In addition LCom has a real time clock with battery backup Currently following protocols are supported TLS97 TLS2002 TLS2012 TLS over IP Asfinag NTCIP via SNMP MSSI SOAP Lufft A...

Page 8: ...es on and off to reset the respective modem The power supply for the UMB network GUB1 GND is available on CON220 1 The maximum output current is 4 amp If higher currents are required the sensor heater tapes must be powered and protected separately All output voltages are short cut proof 3 2 Operation The standard functions of the LCom can conveniently be used via the touch screen display For confi...

Page 9: ... LCom Connection GPRS Modem RXD1 CON220 1 Pin 7 RS232 RXD Pin 6 TXD1 CON220 1 Pin 8 RS232 TXD Pin 2 RTS1 CON220 1 Pin 9 RS232 RTS Pin 12 CTS1 CON220 1 Pin 10 RS232 CTS Pin 11 GND CON220 2 Pin 2 RS232 if required GND GUB_2 CON220 2 Pin 1 Power supply UB 1V GND CON220 2 Pin 2 Power supply GND LCom GPRS modem wiring For the PPP Dial In Connection any Hayes compatible modem may be used Serial port set...

Page 10: ...on request LCom Connection Party Line Modem RXD_MOD CON220 2 Pin 5 RS232 RXD Pin 2 TXD_MOD CON220 2 Pin 6 RS232 TXD Pin 3 RTS_MOD CON220 2 Pin 7 RS232 RTS Pin 7 DTR_MOD CON220 2 Pin 8 RS232 DTR Pin 4 CTS_MOD CON220 2 Pin 9 RS232 CTS Pin 8 DCD_MOD CON220 2 Pin10 RS232 DCD Pin1 GND CON220 2 Pin 4 RS232 if required GND Pin 5 GUB_3 CON220 2 Pin 3 Power supply UB 1V GND CON220 2 Pin 4 Power supply GND ...

Page 11: ...ce settings 19200 baud 8 data bits no parity and 1 stop bit LCom Connection UMB Connection internal bus A CON220 1 Pin 5 A1 B CON220 1 Pin 6 B1 GUB_1 CON220 1 Pin 3 UB 1V GND CON220 1 Pin 4 GND LCom internal UMB bus wiring 3 6 Ethernet 10 100 Mbit with TCP IP stack IP address 192 168 0 50 Net mask 255 255 255 0 Standard gateway All settings can be changed in Windows CE control panel 3 7 USB A USB ...

Page 12: ...og modem connection Clear to send CON220 2 Pin Name Comment 1 GUB_2 Switched power supply for GPRS or Analog modem 2 GND Ground 3 GUB_3 Switched power supply for TLS Party Line modem or Camera see Camera configuration 4 GND Ground 5 RXD_MOD Data modem connection TLS Party Line or Opus200 Receive Data Input 6 TXD_MOD Data modem connection TLS Party Line or Opus200 Transmit Data Output 7 RTS_MOD Dat...

Page 13: ...C Allowable relative humidity 95 non condensing 3 10Operating Conditions Allowable operating temperature 25 C 70 C Allowable relative humidity 95 non condensing 3 11Technical Data Power supply 10V 28V Lithium battery for real time clock 3V 250mAh Power consumption CFL switched off approx 3W Power consumption CFL switched on approx 10W ...

Page 14: ...following specific EMC Standards EN 61000 6 2 2005 Part 6 2 Generic Standards Immunity for Industrial Environments EN 61000 4 2 ESD EN 61000 4 3 Radiated electromagnetic field EN 61000 4 4 Burst EN 61000 4 5 Surge EN 61000 4 6 Conducted disturbances EN 61000 4 8 Magnetic field 50Hz EN 61000 6 3 2001 Part 6 3 Generic Standards Emission Standard for Residential Commercial and Light Industrial Enviro...

Page 15: ...l the master SNMP agent Microsoft Snmp_hostmib dll the SNMP agent for host functions Microsoft Snmp_mibii dll the SNMP agent for MIB II functions Microsoft Ftpd dll the FTP server Microsoft SnmpNtcipAgent_Vx x dll the SNMP agent for NTCIP functions Lufft The Start cmd file must be copied to the FFSDISK Startup directory This command file copies the LCom exe file from the FFSDISK directory to i e t...

Page 16: ...guration dialogs on the LCom User name lufft Password lufft lcom Some settings via the Windows CE control panel also require this password After this the application checks whether a UMB device configuration is available or not The UMB device configuration is stored in the device_data txt and sensor_data txt files The UMB bus is scanned automatically if no device configuration is available The sen...

Page 17: ...og File are generally available A user name and password is required for all other dialogs User name lufft Password lufft lcom The user is logged out if the screensaver is enabled Note the screensaver function in LCom disables the LCD backlight after a configurable amount of time without user interaction see System Dialog The backlight is re enabled switched on if the touch screen is touched or a ...

Page 18: ...e and the original value in brackets are shown If a range violation for a TLS data type is detected for a value the value is highlighted in red the corresponding DE error status is then reported for the sensor If the UMB device reports an error value for a sensor channel the UMB error code is displayed in the Value column highlighted in red If an UMB device does not report a value for a sensor cha...

Page 19: ... button the last 200 entries in the error log are displayed Save to Disk USB saves the error log file s to the internal nonvolatile memory e g for error analysis If an USB stick is present the file s can be saved to the USB stick as well ...

Page 20: ...the list After starting the application for the first time it may take some time for the system to read the configuration of all UMB devices You can update the display by clicking Edit Sensor if no sensor is displayed in this dialog To edit the configuration of a channel sensor highlight the corresponding entry on the list and click Edit Sensor Alternatively you can double click on the entry ...

Page 21: ...relevant for LCom but required by the TLS protocol Value mapping conversion of the sensor value via a mapping table or via offset and scaling see below MSSI Sensor ID the MSSI Sensor ID see below MSSI Sensor Type the MSSI Sensor Type see below Store Values if the value store is active see System storing of measure values can be activated deactivated for the sensor channel Statistic Type determines...

Page 22: ... active inactive status of a sensor channel Each channel with a valid TLS configuration FG type and channel 0 is treated as configured for TLS even if the channel is disabled a channel can also be enabled disabled via TLS protocol The TLS types supported by LCom for sensor data are listed in Appendix Supported TLS DE Data Types TLS FG type and channel must be set to 0 if a sensor value should be r...

Page 23: ...ed by a configured value mapping if appropriate is always negated i e a value 0 is treated as door closed a value 0 as door open Furthermore multiple channels of the same DE type are now supported for TLS FG6 Note regarding the MSSI sensor configuration The MSSI protocol see below for the transmission of measured data and camera images is supported from LCom Version 1 3 0 The MSSI protocol can be ...

Page 24: ...equence of the calculation is as follows 1 Scaling as specified in the sensor configuration result input value scale factor 2 Value mapping calculation a Scale Offset Result Offset input value scale factor b Mapping via values table The values table is searched for an entry which meets the specified condition If such a value is found the result value is the corresponding value of this table entry ...

Page 25: ... NTCIP Trace level Trace level for the transfer protocol not yet fully implemented Common TLS parameters are FG3 Mode The transfer mode for the FG3 data Periodic or On Request FG3 Period The time period in between transmissions for the Periodic transmission mode FG6 Mode The transmission mode for the FG6 data Periodic On Request or On Change FG6 Period The time period in between transmissions in P...

Page 26: ...ge type 14 see Appendix extended error message DE Type 14 Check DE channel in set op param if this option is selected the DE Channel assignment in the set op param command is checked If the DE Channel is set other than 255 all the command is rejected otherwise the command is applied to all channels of the specified FG Lcom only supports op params per FG not per channel 5 7 1 TLS FG6 Parameter Para...

Page 27: ...first telegram byte Post Carriage time additional parameter not specified in the standard time delay after sending the last byte of the telegram before switching off the carrier signal Send Class1 data on RQD2 Controls whether data of transmission class 1 are also transmitted on RQD2 requests from the exchange DE error messages and FG6 data in FG6 Change mode RQD2 is then treated as RQD3 RS232 Par...

Page 28: ... Timeout for receiving of Keep Alive telegrams C_ReceiptCount Number of data telegrams after which a receipt is sent or expected C_ReceiptDelay Time after receiving a data telegram after which a receipt is sent even if C_ReceiptCount was not yet reached C_ReceiptTimeout Timeout for receiving a receipt Use GPRS modem If the TLSoIP connection is made via the GPRS modem the software always waits for ...

Page 29: ...ord ftp password Timeout timeout for ftp communication in seconds Server dir directory on server Note filenames will be build automatically using KN osi7 node nr _ UTC timestamp Transmit DE Errors if this option is selected DE Error messages are send e g if a sensor is defective besides the DE Result messages the measure values Use GPRS modem If the FTPconnection is made via the GPRS modem the sof...

Page 30: ...eset Interval minimum time interval between GPRS modem resets on communication errors Note as it is not possible to synchronize the LCom clock via FTP it is recommended to use an NTP Server to synchronize the LCom clock see NTP Server After changes to the uplink configuration the communication is interrupted briefly and then restarted ...

Page 31: ...n and starts as part of the Microsoft SNMP protocol stack on Windows CE system startup Various configuration and data files are used as an interface between the LCom application and the agent The configuration files for the SNMP agent are managed via the corresponding configuration dialogs in the LCom application and as the other LCom configuration files are stored on the internal flash drive FFSD...

Page 32: ... you can save the registry by type ndcucfg in the cmd shell window this opens a special command interpreter NetDCU Config Utility type reg save this saves the registry settings c Test the connection settings e g by ping ing a known host You can open a cmd shell via Lcom System Tab button cmd Type ping host or IP address If there is a response from the named host your network routing gateway and DN...

Page 33: ...e default The LCom will hide not support OIDs that are specific to staffed stations if the configuration parameter support staffed station oids is not set which is the default The LCom will hide not support OIDs that have status deprecated in NTCIP V2 MIB 1204v0223 mib if the configuration parameter support deprecated oids is not set which is the default ...

Page 34: ...nfiguring the respective tables windSensorTable essTemperatureSensorTable etc Also sensor values can only be assigned to previously configured table entries via Sensor Assignment So before assigning the actual UMB sensors to the respective NTCIP OIDs you need to set up the various sensor tables to configure the number of wind sensors temperature sensors pavement sensors etc Note for TSS TSS values...

Page 35: ...set Timeout if this option is selected the LCom will reboot reset if no NTCIP request is received for the configured time interval Data Timeout If the measurements in the corresponding file are older than the seconds indicated here the NTCIP SNMP agent discards the values from the file and delivers the corresponding error values instead Hide Support xxx OIDs Defines which OIDs are hidden not shown...

Page 36: ...s No Limit Parameter for determining Precipitation yes no see table below Radiation Daylight Limit Parameter for determining Day Night see table below Radiation Sunlight Limit Parameter for determining Sunshine yes no see table below Support TSS support OIDS for NTCIP 1209TSSv0119f 5 8 2 2 Global Module Table ...

Page 37: ...You can configure the entries for the Global Module Table here Note this table is for documentation information purposes only 5 8 2 3 Security ...

Page 38: ...ontrol the access to the SNMP protocol stack Note Changes cause a system reboot after saving the changes 5 8 2 4 winSensorTable Here you can configure the name and height of the wind sensors the number of entries specifies the number of wind sensors reported by the LCom ...

Page 39: ...5 8 2 5 essTemperatureSensorTable The height for each temperature sensor and thereby the number of sensors is configured here 5 8 2 6 waterLevelSensorTable ...

Page 40: ...of water level sensors is configured here there are no configuration parameters for a water level sensor 5 8 2 7 essPavementSensorTable The various configuration parameters for the road sensors are configured here ...

Page 41: ...5 8 2 8 essSubSurfaceSensorTable The parameters for the subsurface temperature sensors are configured here ...

Page 42: ...5 8 2 9 essSnapShotCameraTable The camera s is are configured here See Camera Support below ...

Page 43: ...ned to the SNMP OIDs here In the case of NTCIP sensors OIDs which are calculated from more than one input sensors a corresponding number of device sensors are assigned see table below The Ntcip Scale Factor specifies the scaling which is applied AFTER any possible ...

Page 44: ... to convert the original values as reported by the UMB device to the relevant NTCIP encoding of the value 5 8 2 11 TSS If Support TSS has been activated in the NTCIP Agent Settings the TSS sensor zones can be configured here TSS settings are limited to the sensorZoneTable entries Every lane is represented by one sensor zone entry ...

Page 45: ...ctionTable and dataBufferTable and a label for the zone lane can be configured Note that the sensorZoneSamplePeriod is limited to the following time intervals 60 1 minute 120 2 minutes 180 3 minutes 240 4 minutes 300 5 minutes 360 6 minutes 480 8 minutes 600 10 minutes 720 12 minutes 900 15 minutes 1200 20 minutes 1800 30 minutes 3600 1 hour ...

Page 46: ... etc 5 8 2 12 nemaPrivate The nemaPrivate subtree is used to configure various OID tables and features provided in the private MIB subtree see chapter 5 8 3 2 nonInvasiveRoadSensorTable a table with all native UMB NIRS sensor channels including maintenance information see OIDs in next chapter passiveRoadSensorTable a table with all native UMB sensor channels of the IRS31 IRS31Pro passive road sens...

Page 47: ... radarRainSensorTable which provides all native UMB sensor channels of the R2S radar rain sensor numAllInOneSensors number of entries in the allInOneSensorTable which provides all native UMB sensor channels of the WSx all in one sensor dataStore storeEnabled enable disable the NTCIP data store maxNumOid maximum number of sensor OIDs that can be stored Defaults to 128 Note the maximum number of OID...

Page 48: ...dSensorTable is used to configure the number of NIR Sensors Besides the actual sensor values see next chapter height and location can be configured for each NIRS The same applies to the passive and activeRoadSensorTable ...

Page 49: ...or the data store are listed On the right side the OIDs already configured for the data store are shown For each OID that is configured for data storage a statistics type can be configured This statistics type is used to calculate an aggregated value for the reporting interval when retrieving data from the data store if the reporting interval is greater than the actual store interval which is fixe...

Page 50: ... value Mod modal value used for coded values like precipitation type or road condition reports the value most often used in the respective time interval Vct vector average Last last stored value in the respective time interval Default statistics type is last which works with all OID types ...

Page 51: ... which represent measurements are shown in bold OIDs which represent configuration elements are shown in gray The Source Sensor Assignment column shows which sensor measurement type should be assigned to this OID in which format unit and where appropriate which conversion scaling should be configured in the LCom sensor configuration before the measurement is processed in the NTCIP section of the L...

Page 52: ...nvasiveRoadSensorEntry nirsIceLayerThickness x 1 3 6 1 4 1 1206 3 50 1 1 2 1 7 x NIRS UMB Channel 601 in µm roadSensors nonInvasiveRoadSensorTable nonInvasiveRoadSensorEntry nirsRoadCondition x 1 3 6 1 4 1 1206 3 50 1 1 2 1 8 x NIRS UMB Channel 900 Lufft coded roadSensors nonInvasiveRoadSensorTable nonInvasiveRoadSensorEntry nirsIcePercentage x 1 3 6 1 4 1 1206 3 50 1 1 2 1 9 x NIRS UMB Channel 80...

Page 53: ...eConcentrationCaCl2 x 1 3 6 1 4 1 1206 3 50 1 1 4 1 11 x roadSensors passiveRoadSensorTable passiveRoadSensorEntry prsIcePercentage x 1 3 6 1 4 1 1206 3 50 1 1 4 1 12 x roadSensors passiveRoadSensorTable passiveRoadSensorEntry prsFriction x 1 3 6 1 4 1 1206 3 50 1 1 4 1 13 x transmitted in 1 1000 scale factor 1000 roadSensors passiveRoadSensorTable passiveRoadSensorEntry prsRoadCondition x 1 3 6 1...

Page 54: ...centrationByVolumeCorrected x 1 3 6 1 4 1 1206 3 50 1 1 6 1 18 x roadSensors activeRoadSensorTable activeRoadSensorEntry arsSafewayKFHotConcentrationCorrected x 1 3 6 1 4 1 1206 3 50 1 1 6 1 19 x roadSensors activeRoadSensorTable activeRoadSensorEntry arsStatusMeasurement x 1 3 6 1 4 1 1206 3 50 1 1 6 1 20 x roadSensors activeRoadSensorTable activeRoadSensorEntry arsMeasureCounter x 1 3 6 1 4 1 12...

Page 55: ...dStormDetectionEntries 1 3 6 1 4 1 1206 3 50 1 2 6 0 Configurable calcChannels sandStormDetectionTable sandStormDetectionEntry sandStormDetectionIndex x 1 3 6 1 4 1 1206 3 50 1 2 7 1 1 X calcChannels sandStormDetectionTable sandStormDetectionEntry sandStormDetectionCode x 1 3 6 1 4 1 1206 3 50 1 2 7 1 2 x Sand Storm Detection calculated calcChannels numWetSpotDetectionEntries 1 3 6 1 4 1 1206 3 50...

Page 56: ... 3 50 1 5 2 1 2 x Transmitted in 1 10 C scale factor 10 environmentalSensors radarRainSensorTable radarRainSensorEntry rrsPrecipitationType x 1 3 6 1 4 1 1206 3 50 1 5 2 1 3 x environmentalSensors radarRainSensorTable radarRainSensorEntry rrsNumDrizzeParticles x 1 3 6 1 4 1 1206 3 50 1 5 2 1 4 x environmentalSensors radarRainSensorTable radarRainSensorEntry rrsNumRainParticles x 1 3 6 1 4 1 1206 3...

Page 57: ... 6 1 4 1 1206 3 50 1 5 4 1 12 x environmentalSensors allInOneSensorTable allInOneSensorEntry aiosAbsAirPressure x 1 3 6 1 4 1 1206 3 50 1 5 4 1 13 x environmentalSensors allInOneSensorTable allInOneSensorEntry aiosRelAirPressure x 1 3 6 1 4 1 1206 3 50 1 5 4 1 14 x environmentalSensors allInOneSensorTable allInOneSensorEntry aiosAirDensity x 1 3 6 1 4 1 1206 3 50 1 5 4 1 15 x Transmitted in 1 1000...

Page 58: ...lInOneSensorEntry aiosOperatingPower x 1 3 6 1 4 1 1206 3 50 1 5 4 1 34 x environmentalSensors allInOneSensorTable allInOneSensorEntry aiosPrecipitationDropSize x 1 3 6 1 4 1 1206 3 50 1 5 4 1 35 x 5 8 3 2 6 rpuConfiguration subtree this subtree provides configuration information for the rpu consting of an OID for the current private MIB Version and a table reporting all OIDs that have a sensor as...

Page 59: ...ble queryResultTable queryResultEntry queryResultTableIndex x 1 3 6 1 4 1 1206 3 50 3 9 1 1 x queryResultTable queryResultEntry rowMeasureTime x 1 3 6 1 4 1 1206 3 50 3 9 1 2 x Measure time UTC for this row queryResultTable queryResultEntry rowValues x 1 3 6 1 4 1 1206 3 50 3 9 1 3 x Result values octetString in the size of numHistorySensorEntries 4 One 32bit value for each sensor in the historySe...

Page 60: ...vant to staffed or mobile stations and are not shown by default are shown in italics OIDs or subtrees which are NOT supported are shown underlined The Source Sensor Assignment column shows which sensor measurement type should be assigned to this OID in which format unit and where appropriate which conversion scaling should be configured in the LCom sensor configuration before the measurement is pr...

Page 61: ...r Fehler Verweisquelle konnte nicht gefunden werden tss tssSystemSetup sensorZoneTable sensorZoneEntry sensorZoneLabel x 1 3 6 1 4 1 1206 4 2 4 1 5 1 5 x read write length 8 255 tss tssSystemSetup clockAvailable 0 1 3 6 1 4 1 1206 4 2 4 2 1 0 tss tssControl maxOutputNumber 0 1 3 6 1 4 1 1206 4 2 4 2 1 0 tss tssControl outputConfigurationTable outputConfigurationEntry outputNumber x 1 3 6 1 4 1 120...

Page 62: ...aBufferEntry volumeDataBuffer x 1 3 6 1 4 1 1206 4 2 4 3 2 1 2 x Wavecon channel 5002 traffic data counter tss tssDataCollection dataBufferTable dataBufferEntry percentOccupancyBuffer x 1 3 6 1 4 1 1206 4 2 4 3 2 1 3 x Wavecon channel 5004 avg occupancy scale factor 10 tss tssDataCollection dataBufferTable dataBufferEntry speedDataBuffer x 1 3 6 1 4 1 1206 4 2 4 3 2 1 4 x Wavecon channel 5003 avg ...

Page 63: ...y configured and changed as can all other value mappings or a different value mapping can be used by configuring a value mapping for the respective UMB sensor channel in the LCom sensor configuration Note for Precipitation Intensity some of the OIDs expect a source sensor see Source Sensor Assignment column below scaled as 1 10 mm h This is provided native by the UMB sensor channel for precipitati...

Page 64: ...ain this is approximately to 0 36 mm hr ess essBufr essBufrPrecip essSnowfallAccumRate 0 1 3 6 1 4 1 1206 4 2 5 1 13 15 0 Precipitation Intensity mm h scale UMB Sensor from 1 10 mm h tenths of grams per square meter per second for rain this is approximately to 0 36 mm hr ess essBufr essBufrPrecip essPrecipitationOneHour 0 1 3 6 1 4 1 1206 4 2 5 1 13 19 0 Precipitation diff mm ess essBufr essBufrPr...

Page 65: ... 14 25 0 Solar Radiation w m average over last 24 hours above Radiation Daylight Limit ess essBufr essBufrRadiation essTotalSun 0 1 3 6 1 4 1 1206 4 2 5 1 14 31 0 Source Sensor should indicate Sunlight All minute values above Radiation Daylight Limit are summed up to calculate the total amount of sunshine Note Using a Solar Radiation sensor is usually not accurate to calculate Sunshine a special C...

Page 66: ...sorHeight x 1 3 6 1 4 1 1206 4 2 5 2 4 8 1 2 x Configurable windSensorTable windSensorEntry windSensorLocation x 1 3 6 1 4 1 1206 4 2 5 2 4 8 1 3 x Configurable windSensorTable windSensorEntry windSensorAvgSpeed x 1 3 6 1 4 1 1206 4 2 5 2 4 8 1 4 x Wind Speed m s avg vct windSensorTable windSensorEntry windSensorAvgDirection x 1 3 6 1 4 1 1206 4 2 5 2 4 8 1 5 x Wind Direction avg vct windSensorTab...

Page 67: ... 1 3 6 1 4 1 1206 4 2 5 2 6 2 0 Snow Depth cm ess essNtcip essNtcipPrecip essRoadwaySnowDepth 0 1 3 6 1 4 1 1206 4 2 5 2 6 3 0 Snow Depth cm ess essNtcip essNtcipPrecip essRoadwaySnowPackDepth 0 1 3 6 1 4 1 1206 4 2 5 2 6 4 0 Snow Depth cm ess essNtcip essNtcipPrecip essPrecipYesNo 0 1 3 6 1 4 1 1206 4 2 5 2 6 5 0 Precipitation diff mm or Precipiation Intensity mm h compared to Precipitation Yes N...

Page 68: ...1 0 Cloud Situation Ceilometer mapped to NTCIP Coding mapping needs to be configured ess essNtcip essNtcipRadiation essTotalRadiationPeriod 0 1 3 6 1 4 1 1206 4 2 5 2 7 2 0 Solar Radiation w m seconds over last 24 hours above Radiation Daylight Limit ess essNtcip essNtcipVisibility essVisibility 0 1 3 6 1 4 1 1206 4 2 5 2 8 1 0 Visibility m ess essNtcip essNtcipVisibility essVisibilitySituation 0 ...

Page 69: ...sSurfaceFreezePoint x 1 3 6 1 4 1 1206 4 2 5 2 9 2 1 13 x Freeze Point C essPavementSensorTable essPavementSensorEntry essSurfaceBlackIceSignal x 1 3 6 1 4 1 1206 4 2 5 2 9 2 1 14 x Road Condition mapped using Lufft to Black ice value mapping essPavementSensorTable essPavementSensorEntry essPavementSensorError x 1 3 6 1 4 1 1206 4 2 5 2 9 2 1 15 x Road condition essPavementSensorTable essPavementS...

Page 70: ...ot Supported ess essNtcip essAirQuality essCO 0 1 3 6 1 4 1 1206 4 2 5 2 12 1 0 CO ppm ess essNtcip essAirQuality essCO2 0 1 3 6 1 4 1 1206 4 2 5 2 12 2 0 CO2 ppb ess essNtcip essAirQuality essNO 0 1 3 6 1 4 1 1206 4 2 5 2 12 3 0 NO ppm ess essNtcip essAirQuality essNO2 0 1 3 6 1 4 1 1206 4 2 5 2 12 4 0 NO2 ppb ess essNtcip essAirQuality essSO2 0 1 3 6 1 4 1 1206 4 2 5 2 12 5 0 SO2 ppb ess essNtci...

Page 71: ... moduleNumber x 1 3 6 1 4 1 1206 4 2 6 1 3 1 1 x Configurable globalModuleTable moduleTableEntry moduleDeviceNode x 1 3 6 1 4 1 1206 4 2 6 1 3 1 2 x Configurable globalModuleTable moduleTableEntry moduleMake x 1 3 6 1 4 1 1206 4 2 6 1 3 1 3 x Configurable globalModuleTable moduleTableEntry moduleModel x 1 3 6 1 4 1 1206 4 2 6 1 3 1 4 x Configurable globalModuleTable moduleTableEntry moduleVersion ...

Page 72: ...yNameTable communityNameTableEntry communityNameIndex x 1 3 6 1 4 1 1206 4 2 6 5 3 1 1 x Tab Index communityNameTable communityNameTableEntry communityNameUser x 1 3 6 1 4 1 1206 4 2 6 5 3 1 2 x communityNameTable communityNameTableEntry communityNameAccessMask x 1 3 6 1 4 1 1206 4 2 6 5 3 1 3 Note regarding the global security subtree The Microsoft SNMP framework used only supports a simple secur...

Page 73: ...ot directory on the LCom While the picture is being captured transferred from the camera the essSnapshotCameraCommand X OID will report captureSnapshot and any SET commands to the OID will be rejected with an SNMP General Error When the picture transfer to the LCom is finished the essSnapShotCameraCommand X will report ready If the transfer was successful the corresponding essSnapshotCameraError X...

Page 74: ...Intvl avg speed The LCom retrieves data from the Wavetronix Wavecon UMB module every minute i e the sample interval period in the Wavetronix module is fixed to 60 seconds As the data might be retrieved via NTCIP in flexible greater time intervals as specified by the settings in the respective tss tssSystemSetup sensorZoneTable sensorZoneEntry sensorZoneSamplePeriod entry the values need to be stor...

Page 75: ...i e the interval the data is stored on the rpu is a Read the historySensorTable i e read the number of entries in the historySensorTable via dataStore numHistorySensorEntries 0 and then read the entries The sequence of these OIDs will be used in the resultsTable to report the respective oid values b Write a value of 2 runQuery to the dataStore queryCommandAndStatus 0 OID c Read the dataStore query...

Page 76: ...ed a Read the historySensorTable i e read the number of entries in the historySensorTable via dataStore numHistorySensorEntries 0 and then read the entries The sequence of these OIDs will be used in the resultsTable to report the respective oid values b Write the desired value for the reporting interval if data should be reported in an interval 1 minute to the dataStore reportingInterval 0 OID Val...

Page 77: ...ssful no error occurred but there are no values available in the given interval the number of rows in the result will be reported as 0 g Read the resultsTable dataStore queryResultsTable queryResultsEntry rowMeasureT ime x will provide the UTC timestamp of the measure values reported by the corresponding dataStore queryResultsTable queryResultsEntry rowValues x OID h Read the dataStore resultEndTi...

Page 78: ...r if the same source sensor UMB sensor channel is used for both protocols the uplink protocol and MSSI the same value mapping encoding except the specific NTCIP scaling see above is used for both protocols i e the encoding unit of the sensor value is identical Note that you can of course configure an UMB TLS channel that reports values in the appropriate TLS encoding to be only reported via TLS by...

Page 79: ...nute the stored data will be reported in the specified time period e g 10 minutes If Calc Min Max Avg Sum Values is active the default the LCom will calculate the min max avg or sum for the sensor value over the specified Storage Interval which is in accordance to the MSSI protocol specification If Calc Min Max Avg Sum Values is not active only the last value for the specified time period will be ...

Page 80: ... selected the MSSI requests are monitored and if the configured time intervals for Modem Reset Timeout or LCom Reboot Timeout is expired without MSSI activity the appropriate action is taken o Modem Reset Timeout if there was no MSSI activity request for the configured time interval in seconds the GPRS or Analog modem is reset if either is configured active A timeout value of 0 will disable the mo...

Page 81: ... is NOT the actual storage interval in the ring memory on the SD card the data is always stored at 1 minute intervals here but merely the interval at which the data is reported when reading stored measurement values via MSSI Calculate min max avg mod values for interval If the data storage interval is greater than the measurement interval 1 minute the minimum maximum average modal or sum of the me...

Page 82: ...after the power is switched on until the ping request is answered or the power up time is expired If the camera responds to the ping request the Wait after Ping time is waited before a picture is acquired from the camera Wait after Ping time in seconds to wait after the camera responds to a ping request before acquiring a picture The sensor channels that are active for the MSSI protocol are define...

Page 83: ...tion to specify additional user defined types The pre defined and user defined types can be configured in the MSSI Sensor Type dialog Click New to create a new user defined sensor type See the MSSI protocol specification or Asfinag documentation for further details 5 9 3 MSSI Cameras In addition to the sensor values camera images can be transmitted via the MSSI protocol If an SD card or UMB stick ...

Page 84: ...sword File name The file name URL on the camera camera server Storage active The camera image is transmitted and stored automatically at the specified interval Note there are 2 different operations specified in the MSSI protocol to either transmit a current camera picture GetCurrentCameraPicture or read stored camera pictures from the picture storage GetStoredCameraPicture If you only plan to tran...

Page 85: ... using the specified directory name and the MSSI Camera filename mssi_station_id _ mssi_camera_id _ timestamp jpg If a name with extension is specified this name is used Following tags can be used as part of the path filename timestamp the timestamp in format YYYYMMDDhhmmss date the date in format YYYYMMDD year the year in format YYYY month the month in format MM day the day of month in format DD ...

Page 86: ...RS connection has been established NTP server The DNS name or IP address of the NTP server NTP port The TCP IP port standard 123 for the NTP server Sync interval The synchronization interval in seconds Last sync Time of the last synchronization with the NTP server Error Error on the last synchronization with the NTP server or OK 5 9 5 Station Status The sensor channels for Door contact Power failu...

Page 87: ...or Door closed if the value is 0 this is interpreted as Error or Door open If Inverse is enabled on the respective channel the result is inverted accordingly i e a value 0 is interpreted as Error or Door open a value 0 is interpreted as No error or Door closed Any value mapping configured for the UMB sensor channel is applied before the value is processed for the appropriate station status event ...

Page 88: ...he values are placed in quotes Error Value a string value to indicate an error Transfer Interval the transfer interval Time in UTC indicating that the date time should be in UTC instead of local time Date Format the date format string e g yyyy mm dd or dd mm yyyy Time Format the time format string e g hh mm ss or hh mm Header Rows the header rows see below FTP Host the ftp host name or IP address ...

Page 89: ...l and server without directory path name Note the filename might contain tags that are replaced when the file is created see below Columns the columns in the CSV file see below Tags in directory and file names Following tags will be replaced when the export file is written and or the file is transferred to the server timestamp Timestamp in format yyyymmddhhmmss e g 20151020110510 year the year e g...

Page 90: ...Column Name the name of the export column as configured for the column see below Sensor Name the name of the UMB sensor channel or NTCIP OID if applicable Fixed String a fixed string as configured in Text Export Columns The CSV export columns can be configured in any order Columns are separated by the configured CSV separator character ...

Page 91: ...ent format as specified by date time format above Timestamp the UTC timestamp seconds since 01 01 1970 for the measurement UMB Sensor Channel a measure value reported by the respective UMB sensor channel any value mapping or scaling configured to the sensor channel is processed NTCIP OID a measure value as reported for the NTCIP OID Note NTCIP Uplink Protocol must be active and the NTCIP Sensor As...

Page 92: ...system may have to be rebooted some parameters are stored in the registry in order for the changes to take effect Note The RS232 interface on the GPRS modem must be set to 115200 8 N 1 and hardware handshake must be enabled If Upload IP is selected and AutoUpdate is active see below the current IP address is stored in a text file and transmitted to the AutoUpdate server after the connection has be...

Page 93: ...our modem type supports requires the default settings or requires different settings here RS232 bps speed for the serial connection to the analog modem Auto IP automatically assign an IP address random from the address pool defined by Auto IP Subnet Auto IP Subnet mask PPP User the user for the PPP connection PPP Password the password for the PPP connection Auto IP Subnet the Auto IP Subnet Auto I...

Page 94: ...NS com User The DynDNS user for which the domain has been registered Password The DynDNS password for the user Check interval The interval delay in seconds after which the current IP address upload to the DynDNS server is repeated if the last attempt failed and after which a check is made via a ping to the DynDNS name if use ping is enabled see below to check whether the DynDNS name was correctly ...

Page 95: ...ast response The server s response to the last update Positive responses from the server are good ip address IP address has been registered or nochg ip address IP address did not change Note A connection to the DynDNS server is only established after the GPRS connection was re established If necessary this can be forced by resetting the GPRS connection 5 11 4 Port Forwarding Port forwarding for TC...

Page 96: ...red Each entry needs to be configured with a different external port Besides the external port i e the TCP port that will be available on the IP address of the GPRS modem the internal IP address and port are configured to which this port should be redirected ...

Page 97: ...ile is processed see Software Update Remote Maintenance Common Path Directory on the server for general updates By setting this value to a project specific value in all LCom that are used in that project the LCom can be grouped e g BAYERN Upload Log File The log file is zipped and transferred to the server to the individual directory of the station Delete Log File After Upload The log file on the ...

Page 98: ...ages is zipped and transferred to the server to the individual directory of the station Delete TLS Error Log After Upload The log file on the LCom is deleted after uploading it to the server to avoid multiple data transmission Primary Backup FTP Server The access data to the FTP servers If the primary server cannot be reached an attempt is made to connect to the backup server Ftp Timeout timeout i...

Page 99: ...he UMB config tool with the UMB sensors Note that the service mode will automatically reset to standard operations mode after the selected time period default 1 hour Exit LCom Closes the LCom application Logon User opens a dialog to configure the user name and password for this LCom Station name Name of the station for documentation purposes Serial number ID The unique identifier for this station ...

Page 100: ... Writing to the NAND flash or USB stick takes a relatively long time and can influence the timing response behavior of the Inselbus TLS protocol under certain debug trace level settings Device Settings parameters for the UMB Opus device communication see below Wavetronix Click512 parameters for transmitting Wavetronix Click512 events see below Auto Adjust DST automatically adjust DST standard time...

Page 101: ...to control the road condition prognosis calculation see below Sim Sal Con Simulation for Saline Concentration and Freeze Temperature Snow Height simulation model calculation for fresh snow height DGT RC Alarm Code Settings for the DGT Alarm Code calculation see below Slippery Frosty model calculation for slippery frosty road condition MicKS DE132 model calculation for MicKS DE132 Road Condition Br...

Page 102: ...s number of retries for the device communication Timeout Timeout for the UMB communication Max Class ID maximum UMB class ID that is polled when reading the UMB sensor network configuration Reset BB after errors If no measurement can be obtained for the entire configured active sensor after xx attempts the baseboard is reset together with the UMB devices Timeout Timeout long Timeouts for the Opus2...

Page 103: ... Check Restart if this option is selected the UMB power is re activated after the configured Check Interval If the measure value is above the configured Restart Threshold the standard operations mode is reactivated Wavecon Clock Sync this option controls synchronizing the Wavecon devices clock with the LCom clock Interval the interval for the clock synchronization Class ID the UMB class id for the...

Page 104: ...her alarm processing is enabled or not Digital I O Module Communication Timeout the timeout used for the TCP IP communication with the module New add a new alarm channel to the configuration Edit edit the selected alarm channel Delete delete the selected alarm channel ...

Page 105: ...if the status is no alarm the output is on if the status is an alarm status the output is off Alarm Mode following calculation modes are available o min underrun alarm condition is true if the measure value is below the configured Alarm Min value o max overrun alarm condition is true if the measure value is above the configured Alarm Max value o value mapping alarm condition is calculated using th...

Page 106: ...etermines the hysteresis range Value Mapping the value mapping entry for the value mapping mode Edit opens the edit dialog for value mapping Source Channel the sensor channel whose measure value is used for alarm condition calculation If the alarm condition cannot be calculated for whatever reason e g because no source measure value is available the alarm condition is always set to false Note the ...

Page 107: ... if set the input temperatures are treated as 1 10 C instead of standard C The TLS coded parameter besides the road condition channel determines whether the input road condition is TLS or Lufft encoded Treat Errors as No Alarm set result value to 0 no Alarm on error conditions instead of setting error code for result value waterfilm wet sets the waterfilm threshold for wet condition Trace Modell i...

Page 108: ...DITION is critical or FREEZE TEMPERATURE is greater or equal to ROAD TEMPERATURE 0 1 i e the road sensor reports a critical road condition Lufft coded values 3 ice 4 snow ice 6 freezing or 7 critical TLS coded values 64 65 66 67 or the freeze temperature is 0 1 or less below the road temperature Precipitation Sensor Alarm 3 is set if The precipitation sensor reports snow continuously for at least ...

Page 109: ... available as input sensor as well and the precipitation type reported is no precipitation or unknown the intensity value is used to detect rain i e if the precipitation intensity is greater than 0 rainfall is assumed 5 13 3 2 Rules for calculating the Boschung Alarm Code Model Version 2 Alarm 1 Is set if AIR TEMPERATURE or ROAD TEMPERATURE below 0 AND WATERFILM greater than waterfilm wet limit pa...

Page 110: ...TRATION 0 AND ROAD TEMPERATURE 0 AND AIR TEMPERATURE ROAD TEMPERATURE 2 AND DEWPOINT 4 i e if there is no residual salt and road temperature is below 0 C and air temperature is at least 2 C above road temperature and dewpoint is above 4 C Alarm 3 Precipitation freezing rain Is set if PRECIPITATION TYPE Rain for at least Const Rain Min minutes and ROAD TEMPERATURE 0 i e precipitation type is Rain f...

Page 111: ...ch calculation interval default 1 minute only one instance will be calculated i e if multiple instances are configured they are calculated sequentially over time Besides the sensor channels for the input values there are parameters to set the input value coding and various other parameters Please refer to the separate available road condition prognosis model documentation for details ...

Page 112: ...ss to the LCom for configuration dialogs on the LCom optional when connecting via Service Program to the LCom In order to change the settings the current user and password must be entered 5 13 6 Simulation for Saline Concentration Here the model calculation for saline concentration and freeze temperature can be activated and the settings can be changed ...

Page 113: ...sion via TLS Number of Instances the number of model calculation instances Instance select the instance to be configured via this combo box Instance Parameter Saline Concentration Sensor the sensor channel for saline concentration road sensor output Waterfilm Sensor the sensor channel for water film height road sensor output RS Factor multiplication factor for raw salinity value Waterfilm Limit mi...

Page 114: ...l calculates 2 values that are represented by 2 virtual sensor channels fresh snow amount for measurement interval i e every minute and fresh snow amount since daybreak Model active the model calculation is active inactive Min Snow Density minimum density of snow pack kg mm m Max Fresh Snow Density maximum density of fresh snow kg mm m Min Temp for Max Snow Density minimum temperature for maximum ...

Page 115: ...reated as a dewpoint sensor channel If not a relative humidity channel is assumed an the dewpoint value is calculated internally from relative humidity and air temperature 5 13 8 Slippery Frosty Here the parameters for the model calculation Slippery Frosty can be configured This model calculation extends the road condition by a slippery frosty condition The calculation follows following rule IF Ro...

Page 116: ...meters as needed for the sensor channels configured here Active this instance of the model calculation is active Dewpoint Diff the value that the road temperature must be below the dew point temperature for slippery frosty to be set see above Road Condition Dry the road condition code for dry Slippery Frosty the road condition code for slippery frosty Road Condition the road condition sensor chann...

Page 117: ...lm height sensor Dewpoint the dewpoint sensor Precipitation Type the precipitation type sensor Precipitation Intensity the precipitation intensity sensor Temp Scale scaling factor to convert input temperatures to C 0 1 for TLS encoded input sensors Set to 1 0 if input sensors are already in C WFH Scale scaling factor to convert water film to mm 0 01 for TLS Set to 1 0 if input sensor is already in...

Page 118: ...mum 5 13 10 Bridge Deck Alarm The Bridge Deck Alarm model calculation has been developed to control a beacon using Alarm Processing see 5 13 2 according to a customers specification The parameters are Air Temperature the air temperature sensor channel Dewpoint Temperature the dewpoint sensor channel Road Temperature the road surface bridge deck temperature channel Freeze Point Temperature the free...

Page 119: ...0 Road Condition Encoding encoding type of the road condition sensor channel Precipitation Type Encoding encoding type of the precipitation sensor channel Friction threshold the friction threshold default 0 4 A result value of 0 indicates no alarm condition i e the beacon should be switched off A result value greater than 0 indicates an alarm condition i e the beacon should be switched on The diff...

Page 120: ...ipitation Type Step 1 surface temperature below SURFACE_TEMP_THRESHOLD 0 C No Alarm 0 Step 2 Friction below FRICTION_THRESHOLD 0 4 Alarm 1 Step 3 Air Temperature below AIR_TEMPERATURE_THRESHOLD 0 C Step 3a air temperature below dewpoint No Alarm 0 Alarm 2 Step 4 precipitation type is precipitation Step 4a precipitation type is rain or sleet or hail i e NOT SNOW Step 4b surface condition is dry No ...

Page 121: ...ip Intensity the precipitation intensity in mm h Scale a scale factor to convert the precipitation intensity to mm h if the input channel does not report the precipitation intensity in mm e g a TLS coded input channel Air Temperature the air temperature in C Scale a scale factor to convert the air temperature to C if the input channel does not report the air temperature in C e g a TLS coded input ...

Page 122: ... smoothed value is higher than the measured value otherwise the measured value is reported as the result value i e only decreasing values are smoothed increasing values are taken on from the sensor Step 2 if a precipitation intensity value is available a simulated value for the water film height is derived from the precipitation intensity and the last calculated simulated water film height If air ...

Page 123: ...ve Wavetronix event transmission is active inactive Wavetronix Host IP DNS Hostname or IP address of the RS232 Ethernet interface which is connected to the Wavetronix output Wavetronix Port TCP port of the RS232 Ethernet interface which is connected to the Wavetronix output FTP Transfer Interval Interval in seconds in which collected data is transmitted to the server Remote Filename server filenam...

Page 124: ...Manual LCom Page 124 of 158 The button show events opens a dialog showing the events stored on the device ...

Page 125: ...or road condition Value Map the value mapping to map the road condition to DGT encoding NOTE to calculate the DGT Road Condition historical values for dewpoint and road temperature are required i e data storage must be active for at least these 2 channels Calculation The DGT Road Condition Alarm Code Altertas Atmosfericas Byte is calculated as used in the DGT protocol A value for dewpoint and road...

Page 126: ...protection are Visibility Relative Humidity And optional Precipitation Intensity Wind Speed Wind Direction A Sand Storm is detected if the visibility value is below the configured threshold sand and the humidity value is below the configured threshold for humidity If optional input values are configured these values need to meet the configured criteria in addition to the basic parameters i e ...

Page 127: ... The range specifies the tolerance around the configured direction E g if the Direction is set to 170 and Range is set to 50 the wind direction has to be 170 50 i e 120 to 230 If the input values do not indicate a sand storm visibility is compared against the threshold fog value If the value is below this threshold Fog is reported Otherwise Clear The result is coded as follows 1 Other no result co...

Page 128: ...sity Air Temperature Relative Humidity A simulated water film value is calculated from these input measurements If the measured value for water film level multiplied by the configured waterfilm compare factor is above the simulated expected water film level a wet spot is detected Result 0 no wet spot detected 1 wet spot detected ...

Page 129: ...perature the air temperature C or F Temperatures in F select whether temperatures are in C or F Rel Humidity the relative humidity Note the resulting dewpoint temperature unit follows the input air temperature unit i e if Temperatures in F is selected the dewpoint temperature will be calculated in F as well ...

Page 130: ...he corresponding signals on off can be set for output signals only Note The DCU_RTS DCU_DTR DCU_CTS and DCU_DCD signals are shown processed here in RS232 logic The RS232 logic is the opposite to the digital IO module logic i e if a signal is on for the digital module then it is off for the RS232 Switching the display off by deactivating the SHDN_CFL signal is handled by the LCom like the activatio...

Page 131: ...an FTP server see AutoUpdate or USB stick Provided that AutoUpdate is activated and configured correctly the software check at pre set intervals whether a file named update txt is available on the ftp server in the general or device specific directory or on an USB stick i e Hard Disk update txt if an USB stick is connected to the LCom ...

Page 132: ...oaded and processed After processing the update a copy of the command file with the processing timestamp and ERROR if an error occurred or OK if the update could be processed successfully as additional extension is stored in the device specific directory on the server This file allows to easily check the progress of any general updates for the individual LCom b Update txt in the device specific di...

Page 133: ...Manual LCom Page 133 of 158 reactivated by disconnecting and reconnecting the USB stick wait time 3 seconds ...

Page 134: ...ported Command Parameter Description put Local_File Server_File The file with the name Local File is transferred to the server get Server_File Local_File CRC The server transfers the Server File If a CRC checksum is specified as the third parameter this checksum is checked after transfer zip File Archive_File The file is added to the Archive_File ZIP file closezip The Zip File is closed unzip Arch...

Page 135: ... on the FTP server stop on error Processing of the command file is stopped immediately if an error occurs standard setting no stop on error The command file continues to be processed even if an error occurs trans cfg All configuration files are packed in a ZIP file and transferred to the device specific directory on the server get version The current LCom program version is written in a text file ...

Page 136: ...pecified address There is an option to switch verification on ON by re reading the device data Standard is verification is off Note verify MUST be off for Wsx00 compact weather stations csconf Device address channel active 0 1 or ON id1 for TLS FG id2 for TLS Type id3 for TLS Channel Name Scaling str_id1 reserved str_id2 reserved id4 for TLS physical channel MMSI Id MMSI Type Value Map ID Store ac...

Page 137: ...ul the result is written to a file and transferred to the server set umb eeprom Device address start address BYTE SHORT USHORT LONG ULONG FLO AT DOUBLE new value Sets the corresponding value in the EEProm of the UMB device The result successful or not is written to a file and transferred to the server pin set umb eeprom Device address start address BYTE SHORT USHORT LONG ULONG FLO AT DOUBLE new va...

Page 138: ...rchive It is recommended to test all update jobs with a test device Program update via USB stick The following files are on the USB stick Update txt Update_LCom txt LCom exe Text_de uni Text_en uni Update txt file 1188475324 update_LCom ucmd Update_LCom ucmd file COPY Hard Disk LCom exe FFSDISK LCom exe COPY Hard Disk Text_de uni FFSDISK Text_de uni COPY Hard Disk Text_en uni FFSDISK Text_en uni R...

Page 139: ...58 Update txt Update_firmware txt R2S_Release_V48 mot Update txt file 1188475324 update_firmware ucmd Update_firmware ucmd file COPY Hard Disk R2S_Release_V48 mot temp R2S_Release_V48 mot FIRMUP 0x2001 temp R2S_Release_V48 mot ...

Page 140: ...e device specific directory on the FTP server Update txt Update_firmware txt R2S_Release_V48 zip Update txt file 1188475324 update_firmware ucmd Update_firmware ucmd file GET sernum R2S_Release_V48 zip temp R2S_Release_V48 zip UNZIP temp R2S_Release_V48 zip temp FIRMUP 0x2001 temp R2S_Release_V48 mot ...

Page 141: ...nction In this case the firmware mot file is first transferred to the LCom and then imported into the UMB device Update LCom software The LCom software can be updated Edit file A file is transferred from the LCom and an editor is started If the file was changed the modified file is transferred back again File transfer from LCom A file is transferred from the LCom to the PC File transfer to LCom A ...

Page 142: ...ce 0xF2 range check failed 0xF3 freezing temperature cannot be determined only for freezing temperatures if configured 0xF4 no measure value available 0xF5 UMB power shutdown only if UMB PowerSaver is active and battery power is below threshold 0xF6 error calculating the value for a virtual calculated sensor channel 6 1 2 FG3 6 1 2 1 Standard data types FG3 All types described in TLS Standard 2012...

Page 143: ... Height WFD 73 Thaw Chemical Concentration TSK 74 Thaw Chemical Amout TSQ 75 Snow Film Height SFD 76 Ice Film Height EFD 77 Grip GR 78 Global Radiation GLS 79 Road Condition for Winter Road Maintenance FZW 80 Stickstoffmonoxid NO 81 Stickstoffdioxid NO2 82 Stickoxide NOx 83 Polluntant PM10 84 Polluntant PM2 5 85 Polluntant PM1 86 Sound Pressure Level LA 87 Sound Pressure Level LAeq 88 Sound Pressu...

Page 144: ...ready report the proper TLS unit e g for the old type 51 an appropriate scale factor and or value mapping must be configured for the UMB sensor channel 6 1 2 2 Manufacturer defined data types FG3 Following manufacturer defined data types are supported Typ Beschreibung 129 Ice Percentage NIRS 131 Waterfilm height in 0 1mm MicKS 132 Road Condition MicKS 183 Prognosis Time until icing 184 Prognosis R...

Page 145: ... Lufft Byte 5 Ice percentage 0 100 255 Ice Percentage 0 100 255 Error no measurement possible 6 1 2 2 2 Type 131 Water film height in 0 1mm Position Description Value Byte 1 Length 3 Byte 2 Channel 1 254 Byte 3 DE Type 131 Byte 4 Water film height 0 254 6 1 2 2 3 Typ 132 Road Condition MicKS Position Description Value Byte 1 Length 3 Byte 2 Channel 1 254 Byte 3 DE Type 132 Byte 4 Road Condition 0 ...

Page 146: ... in minutes 0 1 90 254 Time Reserve 0 road condition is currently ice 1 90 or 1 240 ice warning xxxx minutes 254 no icing expected within prognosis horizont 6 1 2 2 5 Type 184 Prognosis Road Temperature Position Description Value Byte 1 Length 5 2 n Byte 2 Channel 1 254 Byte 3 DE Type 184 Byte 4 TLS Manufacturer Code 47 Lufft Byte 5 Number of Prognosis values n n 0 36 Byte 6 Time Interval between ...

Page 147: ...anufacturer Code 47 Lufft Byte 5 Number of Prognosis values n n 0 36 Byte 6 Time Interval between values 10 180 minutes Byte 7 Prognosis Value 1 Prognose Value Road Condition coded as TLS Typ 70 Byte 6 n Prognosis Value n 6 1 2 2 7 Typ 254 Boschung Alarm Status Code Position Description Value Byte 1 Length 3 Byte 2 Channel 1 254 Byte 3 DE Type 254 Byte 4 AlarmCode Coding of alarm stati in AlarmCod...

Page 148: ...Alarm A3 Precipitation freezing rain Bit 7 1 Alarm A3 Precipitation snow 6 1 3 FG6 6 1 3 1 Standard data types FG6 The FG6 standard data types support the following Type Description 48 Door contact 49 Temperature control 50 Light 51 Power supply 52 Heating 53 Ventilation 54 Surge protection 55 Theft vandalism Like with TLS FG3 the appropriate coding to TLS units may have to be provided using an ap...

Page 149: ... 51 52 and 53 an appropriate value mapping must be configured and assigned to the sensor channel For type 51 a pre defined default value mapping is applied if there is no value mapping assigned to the sensor channel 6 1 3 2 Manufacturer defined data types FG6 6 1 3 2 1 Type 151 status power supply Position Description Value Byte 1 Length Length of the de block Byte 2 Channel 1 254 Byte 3 DE Type 1...

Page 150: ...ust match the expected resistance coding FI LS BA BM NOMINAL VALUE OHM VALID VALUE RANGE OHM 0 0 0 0 1870 1810 2000 0 0 0 I 1750 1690 1810 0 0 I 0 1630 1570 1630 0 0 I I 1510 1450 1570 0 I 0 0 1360 1300 1450 0 I 0 I 1240 1180 1300 0 I I 0 1120 1060 1180 0 I I I 1000 940 1060 I 0 0 0 870 810 940 I 0 0 I 750 690 810 I 0 I 0 630 570 690 I 0 I I 510 450 570 I I 0 0 360 300 450 I I 0 I 240 180 300 I I ...

Page 151: ...er code 47 Lufft Byte 5 Number of results 1 Byte 6 Status circuit breaker 0 1 Number of results is always 1 Status of the circuit breaker is coded as follows 0 circuit breaker on OK 1 curcuit breaker off error alarm A parameter controls whether the value reported by the sensor channel is after applying any configured value mapping inverted or not Default the value is inverted ...

Page 152: ...de 47 Lufft Byte 5 Number of results 1 Byte 6 Status fuel cell tank level 0 1 Number of results is always 1 Status of the fuel cell tank level is coded as follows 0 level above threshold OK 1 level below threshold error alarm A parameter controls whether the value reported by the sensor channel is after applying any configured value mapping inverted or not Default the value is inverted ...

Page 153: ...Manual LCom Page 153 of 158 6 2 Connection Example ...

Page 154: ...n debug flags are set April 2010 P Rau Version 1 3 14 Bug Fix handling gaps in data store when retrieving statistical values over time intervals MSSI Report UMB error code as value with error flag set Bug Fix TLS set op code in init telegram to D 8 Application Data May 2010 P Rau Version 1 3 15 Limit GPRS modem resets via TLSoIP to configurable minimum interval 2 hour or at least 2 times Reconnect...

Page 155: ... P Rau Version 1 6 0 Additional retries for AutoUpdate ftp operations rename delete file Monitoring last MSSI IO with optional reset reboot on timeout Uplink type TLSDumpOverFtp January 2011 P Rau Version 1 6 1 Fixed assignment for Opus200 sub channel min max avg to NTCIP OIDs August 2011 P Rau Version 1 7 0 extended parameters for TLS and uplink protocol automatic update for NTCIP Module Table co...

Page 156: ...emperature April 2013 P Rau Version 1 14 0 Support for nemaPrivate subtree NIRS Table May 2013 P Rau Version 2 0 0 Bug Fix managing virtual sensor channels for simulated saline concentration Direct UMB access Mode for UMB Config Tool October 2013 P Rau Version 2 1 0 New manufacturer defined TLS Type 129 Ice Percent NIRS November 2013 P Rau Version 2 1 1 IRS31Pro support March 2014 P Rau Version 2 ...

Page 157: ... 12 1 Bug Fix filename extension local name for cam picture French text version June 2016 P Rau V 2 12 2 Support http digest authentication for camera pictures November 2016 P Rau Version 2 12 3 Support for tags in filenames for cam pictures when transferring to ftp server January 2017 P Rau Version 2 13 0 Changed MicksDE132 model calculation for missing precipitation values Added WaveTronix Click...

Page 158: ...Boschung Alarm Code optionally treat error conditions as no alarm October 2019 P Rau Version 2 18 0 New calc channel Dewpoint Bug fix maximum number of parameters for Auto update script commands November 2019 P Rau Version 2 18 1 Buf Fix Dewpoint use mapped values for input not raw values ...

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