Page 1 OPER ATOR‘S MANUAL Ser[LOG] Ser[LOG] Plus Ser[LOG]-NAV Ser[LOG]-NAV-MIL Data Logger...
Page 2 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL Chapter General safety information Warranty Description Ser[LOG] Wiring - Device connection Display menu General operation of the Ser[LOG]-Commander Start-up / basic configuration IP communication Configuration of the switching outputs and alarms 10. Configuration of wind data processing SDI-12 Dialog - Tool 12.
Page 3: Table Of Contents
Description Ser[LOG] 3.1. Description Ser[LOG] for serial sensors 3.2. Description AnDiMod (measuring module for analog/digital sensors) 3.3. Description Ser[LOG]Plus ( combined logger for serial, digital, and analog sensors) Wiring - Device connection 4.1. Supply voltage connection 4.2. Connection - Serial devices 4.2.1.
Page 4 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 5.5. Bluetooth ON 5.6. INFO 5.7. Display Off General operation of the Ser[LOG]-Commander 6.1. Security properties for Ser[LOG] and Ser[LOG]_Cmd 6.2. Configuring the ”Ser[LOG]” function 6.3. “Tools” function 6.4. “Display instantaneous values” function 6.5. “Retrieve measured values” function 6.6. “Display measurement data” function 6.7.
Page 5 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 7.3.5.3.3. Assigning of serial sensors to the measurement channels 7.3.5.3.4. Assigning of SDI-12 sensors to the measurement channels 7.3.5.3.5. Assigning of Modbus RTU sensors to the measurement channels 7.3.5.3.6. Assigning of Modbus TCP sensors to the measurement channels 7.3.5.3.7.
Page 6 Activating the logger safety 14.6. Deactivating the safety settings Connection diagrams Supported serial protocols 17. List of predefined sensors 17.1. Predefined status sensors 17.1.1. Standard status sensors 17.1.2. LAMBRECHT status sensors 17.2. Predefined digital sensors 17.2.1. Standard digital sensors 17.2.2. LAMBRECHT digital sensors 17.3. Predefined analog sensors 17.3.1. Standard analog sensors 17.3.2.
Page 7 Switching the COM2 to COM6 from RS485 to RS422 18.2. Adding the terminating resistors for RS485 or RS422 Ser[LOG] sensor assignment 19.1. Sensor assignment - AnDiMod or Ser[LOG]Plus analog section 19.2. Sensor assignment - AnDiMod or Ser[LOG]Plus analog section 19.3. Sensor assignment - AnDiMod or Ser[LOG]Plus analog section...
Page 8: General Safety Information
• Do not allow any impermissible liquids to penetrate the inside of the measuring device. • You should take account of power surges and lightning protection as well as possibly appropriate grounding measures required in accordance with local regulations. Warranty Please note the loss of warranty and non-liability by unauthorized manipulation of the system. You need a written permission of the LAMBRECHT meteo GmbH for changes of system components. These activities must be operated by a qualified technician. The warranty does not cover: Mechanical damages caused by external impacts (e. g. icefall, rockfall, vandalism). Impacts or damages caused by over-voltages or electromagnetic fields which are beyond the standards and specifications in the technical data. Damages caused by improper handling, e.g. by wrong tools, incorrect installation, incorrect electrical installation (e.g. false polarity) etc.
Page 9 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL form of a mini-USB port. To the USB Host (2.0), memory stick for data export and selected Bluetooth stick can be used as a wireless service interface. Both via the Bluetooth stick or via the memory stick configurations and firmware updates can be transferred. The Ser[LOG] can be extended by additional AnDiMod 1-3 measurement modules. Each AnDiMod includes 12 differentially measured analogue and 3 digital channels. The AnDiMod 1-3 modules differ in their addresses on the...
Page 10: Description Ser[Log] For Serial Sensors
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL A total of 26 simultaneous communications are supported. In the ”push mode” the Ser[LOG] automatically sends the measured data via FTP and / or e-mail Ethernet, WiFi or cellular (2G / 3G / 4G). The Ser[LOG] can control up to 10 ”Switching Channels”, each switch a relay and / or send e-mail or SMS messages. The Ser[LOG] provides two built-relays; additionally up to 8 external Modbus relays can be controlled. 3.1. Description Ser[LOG] for serial sensors LED M – Measuring rate LED P – Data processing...
Page 11 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL Rotary push button The rotary push button enables the following operations of the Ser[LOG]: • Display of instantaneous values • Export of data and Ser[LOG] configuration • Import of a Ser[LOG] configuration • Update of the device firmware • Activation of a Bluetooth stick • Reading of device information Display The two-line LCD display is activated when the rotary push button is operated. After one minute of idle time, the display switches off automatically.
Page 12: Description Andimod (Measuring Module For Analog/Digital Sensors)
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL SDI-12 interface The ”SDI-12” port has 3 terminals. The communication signal (+) is applied to the terminal ”IO”, at terminal ”GND”, the mass is connected. If the connection cable of the SDI-12 bus carries the bus voltage, it can be parked on the terminal ”(V)”. The terminal (V) is not connected to the device’s electronics by the factory (dead set). The Ser[LOG] does not supply the SDI-12 bus in the standard version with power. The supply of the SDI-12 bus must take place separately. Status inputs The two status inputs ”DA” and ”DB” can be used for registration of states (switch ON / OFF). Relay outputs The relays ”R1” and ”R2” are bistable, potential-free changeover switch. At ”C”, the...
Page 13 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL Digital inputs Sensor supply Analog inputs Terminal clamp AnDiMod Analog inputs An AnDiMod has 12 universally configurable analogue inputs. The channels can be set for the measuring ranges: • 5 V bipolar • 5 V unipolar • 50 mV bipolar • 20 mA •...
Page 14: Description Ser[Log]Plus ( Combined Logger For Serial, Digital, And Analog Sensors)
AnDiMod Terminal clamp AnDiMod The Ser[LOG]Plus consists of a Ser[LOG] and a AnDiMod module (address 1) in a housing. Controls, interfaces and label are mostly identical. Since the Ser[LOG]Plus already has an integrated AnDiMod module has the COM6 interface is occupied by the AnDiMod module and COM6 terminal (unlabeled) is disabled.
Page 15: Connection - Serial Devices
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 10...30 V 12 / 24 VDC Spannungsversorgung Power supply The applied supply voltage is routed through the ”Ser[LOG] bus” to the connected AnDiMod measurement modules. The modules pass this voltage on to supply sensors. This means that the sensor supply terminals always receive the same voltage that was applied on Ser[LOG]. VOUT = VIN. 4.2. Connection - Serial devices The following devices with serial interface can be connected to the Ser[LOG]: •...
Page 16: Special Case - Sensors With Rs485 Interface In Talker Mode On Rs422
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 4.2.2. Special case - Sensors with RS485 interface in Talker mode on RS422 Some sensors transmit their readings automatically within a fixed time interval; they are operating in the so-called talker mode. LAMBRECHT meteo sensors that have an RS485 interface and are operated in talker mode, can be connected to the Ser[LOG] and to the ”R +” and ”R” terminal (Read-lines) of a RS422 configured interface. COM1 COM2...4 COM5...6 RS485 RS485 RS485...
Page 17: Special Case - Sensors With Rs422 Interface In Talker Mode To Rs485
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL In order to use the occupied COM interfaces, they must be switched on and configured with the Ser[LOG]- Commander. 4.2.4. Special case - Sensors with RS422 interface in Talker mode to RS485 Some sensors transmit their measured values automatically in a fixed time interval; they are then operated in the so-called talker mode. Sensors from LAMBRECHT meteo, which have an RS422 inter-face that is operated in talker mode, can also be connected to the ”D+” and ”D-” terminals of an inter-face configured as RS485 on the Ser[LOG]. In this case, the ”Rx+” and ”Rx-” lines of the sensor must not be connected to the correspondingly labelled terminal of the COM interface, because the RS485 hardware driver ”R+”,”T+”, and ”R-”,”T-” are switched in parallel. COM2...4 RS422 RS422 Device Device Talker-Mode Talker-Mode COM5...6 R+/D+ R+/D+ R-/D- R-/D- RS485 jumper settings for COM2…6 Example of lower jumper field: RS485 hardware driver for COM2 to COM6 activated.
Page 18: Connection - Modem With Rs232 Interface
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL SDI-12 COM5 = Power ON Device SDI-12 Standard (V) = open no function +12V In order to use the SDI-12 interfaces, the COM5 must still be switched on with the Ser[LOG] Commander and configured for SDI-12. 4.2.6. Connection - Modem with RS232 interface Most modems have an RS232 interface. Some modems require RS232 handshake lines for communication with the data logger. These modems can be connected to the COM1 interface. COM2 to COM4 do not have any handshake lines.
Page 19: Connection Of Analog Sensors
Analogue sensors can be connected to the Ser[LOG]Plus or the AnDiMod modules. For each AnDiMod module (Ser[LOG]Plus already contains one), 12 analogue signals can be measured. The systems can be expanded to a maximum of up to 36 analogue signals.
Page 20: Connection - Sensors With Current Signals (0/4
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL SHUNT voltage 0…+5V SHUNT signal -5…+5V -50…+50mV 4.3.2. Connection - Sensors with current signals (0/4...20 mA) If sensors with 0...20 mA or 4...20 mA signals are connected to the Ser[LOG]Plus or AnDiMod sensors, the connection is also made to the ”U+”,”U-” terminals. In addition, the internal shunt resistor must be connected for the current measurement. The shunt resistor is connected by a bridge between the two upper terminals (marked with ”SHUNT”). SHUNT current 0...20mA SHUNT signal 4...20mA 4.3.3. Connection - Resistance measurement Pt100, Pt1000, potentiometer Ser[LOG]Plus or AnDiMod can measure resistors in the measuring ranges 500 Ω and 5000 Ω. Typical sensors with resistance outputs are e. g. temperature sensors with Pt-100 or Pt-1000 or wind direction sensors with 1000 Ω potentiometers. Pt100 (Pt1000) sensors are usually measured in 4-wire circuit; 3-wire circuit and 2-wire circuit are also possible. The connection of a potentiometer is done in the same way as with the 3-wire circuit.
Page 21: Connection Of Digital Sensors
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 4.4. Connection of digital sensors The Ser[LOG] comes with 2 digital inputs ”DA” and ”DB” for the measurement of states. In addition, Ser[LOG]Plus or AnDiMod each have 3 digital inputs ”D1”,”D2” and ”D3” for the measurement of: • States (status) • Impulses • Frequencies 4.4.1. Connection - Sensors with status signals Status signals can be measured/registered on the ”DA” and ”DB” terminals of the Ser[LOG]Plus or AnDiMod and on the ”D1”,”D2” and ”D3” inputs of the Ser[LOG]Plus or AnDiMod. Active status signals with [log. 0] at <2 V and [log. 1] at >2.5 V... 30 V cannot be measured with the digital inputs ”DA” and ”DB”! state signal state signal state signal relay / switch open collector [log.0]<2 V;...
Page 22: Connection Terminals For Supplying Sensors
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL frequency frequency frequency signal signal signal reed-switch [log.0]<2 V; open collector D1/D2/D3 D1/D2/D3 D1/D2/D3 [log.1]>2,5 V…30 V For sensors with open collector (OC) output, the polarity of the connection terminals must be observed! 4.5. Connection terminals for supplying sensors Ser[LOG]Plus or AnDiMod can be used to supply six sensors at the ”SENSOR SUPPLY” terminals with the voltage applied to Ser[LOG]. VIN = VOUT (VIN = 10…30 VDC) applies.
Page 23: Connection - Andimod Module
| Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 4.7. Connection - AnDiMod module Ser[LOG] and Ser[LOG]Plus can be extended by additional measurement modules AnDiMod. Each AnDiMod contains 12 differential measuring analogue channels and 3 digital channels. The connection is made via the Ser[LOG] bus. The AnDiMod modules occupy the COM6 interface and are no longer available for other devices.
Page 24 VIN- VIN- VIN+ VIN+ VIN+ The Ser[LOG]Plus already contains an AnDiMod module (address 1) in its housing and can be extended by 2 additional AnDiMod up to 36 analog channels and 11 digital channels. Device / device combination Communication Serial...
Page 25: Display Menu
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL Display menu The Ser[LOG] has a rotary pushbutton and a two-line LCD display. During normal measuring operation the display is switched off. Basic display: SERLOG 23.03.17 Current date V1.02 09:02:03 Current time Firmware version The display is switched on by pressing the rotary pushbutton and you can scroll through the following functions by turning the rotary pushbutton: Selection options: • Logon * • Logoff * • Real-time Values / Instantaneous values •...
Page 26: Data Export
End date By pressing the rotary pushbutton, you can switch to the respective entry fields TT. MM. JJ (TT=day, MM=month, JJ=year). The respective digits can be set by turning the rotary pushbutton. When all necessary data is set, a USB memory stick is required. The input cannot be cancelled. If an incorrect date has been set by mistake, wait 1 minute until the display switches off automatically. The Ser[LOG] is then in the basic menu and the input can be repeated. Insert USB Stick The data is exported after inserting the USB stick. The directory ”serlog” is created on the stick. If a directory ”serlog” already exists on the stick, its contents will be deleted! The data files and the configuration file are stored in the directory. The USB memory can be read with the Ser[LOG] Commander or the LAMBRECHT MeteoWare CS. 5.3. Config import via USB stick When importing a new configuration via USB stick, all previously collected measured values are automatically deleted! The configuration to be imported can have been saved by a Ser[LOG] via the ”Data Export” function on the USB stick or was created using the Ser[LOG]Commander. The configuration file ”serlog cfg” must be stored on a USB memory stick in the ”serlog” directory. The import is started by the Config Import function. Enter Passwort 000000 To prevent a configuration from being accidentally imported, a password is prompted. The password is always the current date of the Ser[LOG] in the format TTMMJJ (TT=day, MM=month, YY=year), e. g. 310117 on 31.01.2017.
Page 27: Firmware Update
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL You can switch to the respective input fields by pressing the rotary pushbutton. The respective digits can be set by turning the rotary pushbutton. When all necessary data is set, a USB memory stick is required. The input cannot be cancelled. If an incorrect password has been set by mistake, the function is aborted and the display returns to the basic menu.. Insert USB Stick After inserting the storage medium, you will be prompted: ”Update?” y/n left / right. Update? y/n left / right The desired option can be selected by turning the knob: • Turning to the left (counterclockwise):”YES” • Turning to the right (clockwise):”NO”. After the configuration has been imported, the CPU restarts automatically. 5.4. Firmware update On our homepage (https://www.lambrecht.net) you will find free firmware and the configuration software “Commander” under “Support” in the “Software Portal” in the “Free Software Tools & Firmware” section. Select the appropriate software for your product and benefit from new functions and product enhancements from LAMBRECHT meteo development after downloading.
Page 28: Bluetooth On
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL Insert USB Stick After checking the firmware on the storage medium, you are asked whether the current firmware (e. g.”V1.01”) should be replaced by the new firmware (e. g.”V1.02”). V1.01 ==> V1.02 y/n left / right The desired option can be selected by turning the knob: • Turning to the left (counterclockwise):”YES” • Turning to the right (clockwise):”NO”. After the firmware update has been loaded, the CPU restarts automatically. 5.5. Bluetooth ON For service purposes, a USB Bluetooth adapter can be used as a ”temporary wireless service inter-face” for communication with the configuration software Ser[LOG]-Commander via the menu item ”Bluetooth ON”. At present, the Ser[LOG] only supports Bluetooth sticks with a Bluetooth chip from CSR. This type of connection is not suitable for permanent connections.
Page 29: Info
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL While a Bluetooth adapter is connected, communication with other ”wireless” devices (e. g. modem for GPRS/ LTE/e-mail, FTP, SMS) cannot be carried out. The Bluetooth connection is switched off again by pressing the rotary pushbutton again or by removing the adapter. 5.6. INFO The INFO function can be used to query the station number (station ID), the current firmware version and the time of the last configuration in the format JJMMTTT/hhmmss (JJ=year, MM=month, TT=day, hh=hour, mm=minute, ss=second). Station ID: 2002 Station number Firmware Ver: SERLOG V1.02 Firmware version Date and time of last...
Page 30: Display Off
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL Gateway: 192.168.100.100 < Gateway address of the Ethernet adapter SNAP Port: 4648 < Port for the SNAP protocol UDP Port: 4649 < Port for UDP real-time stream HTTP Port: 8080 < Access to the real-time page...
Page 31: General Operation Of The Ser[Log]-Commander
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL General operation of the Ser[LOG]-Commander Ser[LOG] and Ser[LOG]Plus are put into operation, configured, and tested with the configuration tool ”Ser[LOG] Commander”. Ser[LOG]_Commander is a 32 bit Windows application that can be used under the operating systems Windows XP to Windows 10. The application can be used from a USB memory stick. Installation on the PC is not necessary. If you want to copy the Ser[LOG] Commander to a USB stick or a PC, all files contained in the Ser[LOG]_Cmd folder must be copied as well. The files must always be in the same shared directory. You start the Ser[LOG] Commander by calling the ”SerLog_Cmd. exe”. After starting, the following main menu is displayed: aem.eco page –...
Page 32 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL Configure Ser[LOG] Tools Retrieve current values Display stored average values Display retrieved average values Display stored average values graphically Other functions Define Modbus actuators Define sensors Other functions Open help-menu...
Page 33: Security Properties For Ser[Log] And Ser[Log]_Cmd
| Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 6.1. Security properties for Ser[LOG] and Ser[LOG]_Cmd When starting Ser[LOG]_Commander, the user is asked to identify himself. Since the Ser[LOG]_Commander is a tool that grants full access to the logger, the administrator is suggested as the user. With freshly installed software, the password admin is assigned to the administrator. The password validity period is displayed in the last line of the mask. If it is reached or exceeded, the user will be prompted to change the password.
Page 34: Configuring The "Ser[Log]" Function
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL CHANGING THE PASSWORD To change it, the current password is required to be entered first. The new password is entered with repetition. When entering, only * are displayed for each character. The entered text can be displayed by the button . Use the mouse to point to the area and hold down the left mouse button. completes the change, rejects the change. 6.2. Configuring the ”Ser[LOG]” function Use the button to start the configuration tool of the Ser[LOG] Commander.
Page 35 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL Apart from some special functions, the complete configuration of the Ser[LOG] takes place via this tool. Function Additional information General Configuration of the station identifier, number of used AnDiMod (measurement modules) as well as the PC-side parameters for communication with the Ser[LOG]. Interfaces Configuration of the COM interfaces, Ethernet interfaces and data retrieval intervals of the bus-based protocols Modbus RTU, Modbus TCP and SDI-12.
Page 36 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL WRITE PROTECTION FOR STATION CONFIGUR ATION To prevent a configuration from being changed unintentionally, write protection can be activated via the lock symbol. If write protection is activated, the configuration of the selected station can be read, but no changes are possible. The write protection is indicated by the symbol of the closed lock. BUTTON FUNCTION Setting the real-time Opens a window for setting the real time clock in the Ser[LOG]. Only clock works if the PC communication parameters have been set correctly beforehand.. Query logger ID If you are using more than one Ser[LOG], you can use the function ”Logger ID query” to query the name and station number of the...
Page 37: Tools" Function
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 6.3. “Tools” function The Ser[LOG] Commander provides additional tools via the button . This collection provides the following tools for the selected Ser[LOG]. The functions can be carried out via all interfaces that support SNAP or via the network. A check is made to see whether Ser[LOG] contains a critical error that impairs normal functioning. Ser[LOG] reboots, testing all hardware components. The internal data memory of Ser[LOG] is deleted. This is advantageous if too much simulation data has been collected during maintenance.
Page 38: Retrieve Measured Values" Function
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL Starts the ”Standard” instantaneous The scaled instantaneous values of all configured channels value retrieval are displayed. Starts the raw value display The raw value display shows the electrical measured values of the analog channels, not the scaled values. Retrieves the data for a network The information content corresponds to the ”standard connection via UDP format”. UDP is only possible via network / Ethernet Stops data retrieval Exit function Exits the tool and closes the window. 6.5. “Retrieve measured values” function Click the button to open the window for exporting the saved mean values to a CSV file. The used field...
Page 39: Graphic Display Of Measured Values" Function
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 6.7. “Graphic display of measured values” function The button takes you to a graphical display of the saved average values from an exported CSV file. Opens a Windows file dialog to select the CSV file whose data will then be displayed. Opens the measured value selection for the graphic Goes back one day Goes on one day Turns on the vertical zoom Shows a reading ruler on the graphic Exit function. Exits the tool and closes the window.
Page 40: Actuator Definition" Function
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL Copies the currently opened sensor definition and displays a window for assigning a new name for the sensor. Saves the currently opened sensor. Changes in factory defined sensors cannot be saved. Exit function. Exits the tool and closes the window. 6.9. ”Actuator definition” function Click on the button to open the window for defining new actuators (Modbus relays). Actuators (Modbus relays) are considered as single channels like Modbus sensors and not as Modbus devices. For each relay, a separate definition is created to allow Ser[LOG] to control external relays.
Page 41: Start-Up / Basic Configuration
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL CSV settings Function for setting the date format, decimal points and field separators for formatting the saved measured values. Export station data Export one or more station configurations. Import station data Import one or more station configurations. Sensor selection Pre-selection of sensors to be used for logger configuration. Improves the ´My Sensors only` overview when configuring. Export sensor data Export one or more sensor configurations. Import sensor data Import one or more sensor configurations. Reorganize database Rebuilding and summarizing the data files (station, sensor, relay) View PDF document Simple PDF viewer for reading connection diagrams or this manual, for example.
Page 42: Configuration Of The Ser[Log]
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 7.3. Configuration of the Ser[LOG] Ser[LOG] and Ser[LOG]Plus are put into operation, configured, and tested with the configuration tool ”Ser[LOG]- Commander”. Ser[LOG]_Commander is a 32 bit Windows application that can be used under the operating systems Windows XP to Windows 10. The application can be used from a USB memory stick. Installation on the PC is not necessary. If you want to copy the Ser[LOG]-Commander to a USB stick or a PC, all files contained in the PRG_SERLOG folder must be copied as well. The files must always be in the same shared directory. 7.3.1. Basic station configuration Start the Ser[LOG] Commander by calling up ”SerLog_Cmd.exe”. Press the button ”Configure Logger” to open the Ser[LOG] configuration window. On delivery, the available serial interfaces are deactivated, so the Ser[LOG] can only be accessed via: • Mini-USB service interface or • USB Bluetooth stick (only the CSR chipset is supported) Both interfaces operate independently of the set baud rate.
Page 43: Configuration Via Usb Bluetooth Stick
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL Select the ”LAMBRECHT Service Port”. 7.3.1.2. Configuration via USB Bluetooth stick Only Bluetooth sticks with a Bluetooth chip from CSR are currently supported by Ser[LOG]. Plug a suitable Bluetooth stick into the USB-HOST connector of the Ser[LOG] and activate the Bluetooth connection by navigating to the menu item ”Bluetooth ON” and pressing the rotary pushbutton. For the connection, the Bluetooth interface must be activated on the PC and the Ser[LOG], which reports with its station name, must be connected to the PC. The PC asks for the identification of the device to be connected. The identification code is ”0000”. After successful coupling, two serial COM interfaces are available on the PC, one ”incoming” and one ”outgoing” (see Bluetooth settings ”COM ports”). In the Ser[LOG]-Commander select the COM port of the ”Outgoing” COM interface in the ”Interface” selection box of the ”PC Settings”. 7.3.1.3. Create new configuration To configure the Ser[LOG], the station number of the logger must be known. In the factory setting, each Ser[LOG] has...
Page 44: Andimod - Activating Extension Modules
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL At the beginning of the configuration, it is recommended to load the current configuration from the data logger first. This allows simultaneous testing of the communication with the Ser[LOG] to determine whether communication with the Ser[LOG] is working. To do this, select the station with the designation ”---?? --- ”off. This definition has the ”universal” station number ”0000”. With this setting you can retrieve all stations, no matter with which station number they are configured. The configuration of the device can be loaded into the Ser[LOG]-Commander with the function ”Call up configuration of logger”. If a station with the same name already exists, the Ser[LOG]-Commander asks whether this station should be overwritten. An existing configuration can only be overwritten if no write protection is set and it is not a ”factory definition”. If the station does not yet exist, it is automatically saved. If the station or data logger is to be called, a copy of the corresponding data record must be made.
Page 45: Setting The Measured Value Acquisition
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 7.3.3. Setting the measured value acquisition In the ”Operating modes” frame, you can define the time for averaging. The averaging time is also the storage interval in which the Ser[LOG] saves the measured values. By default, the averaging time is set to ”10 min”. Values between 1 minute and 60 minutes can be set. To ensure the best compatibility for further processing programs, it is recommended to set the time interval to 1 minute or to 10 minutes. The storage always takes place at the full minute interval after the set local time. Currently, only the standard measuring interval in 1 Hz cycle or 2 Hz cycle is available for selection as operating mode.
Page 46: Communication Via Serial Interface Rs232 / Rs485 / Rs422
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL Please note that a too short timeout time with a too small number of repetitions may lead to connection failures, e.g. in the instantaneous value display of further processing programs such as the LAMBRECHT MeteoWare CS. On the other hand, too large timeout times and too many repetitions lead to long waiting times in the event of connection errors, e.g. when retrieving the configuration, during which time the Ser[LOG] Commander cannot be operated, for example! In the ”Advanced network settings” frame, for PC systems with multiple Ethernet adapters / WLAN adapters, the IP address can be selected via which the cable connection to Ser[LOG] is established. This setting bypasses the automatic adapter selection in the Windows operating system and reduces the number of potential errors. The adapter selection is switched on by activating the ”Multihoming”. CHANGING THE NETWORK SETTINGS OF THE SER[LOG] To change the network settings of the Ser[LOG], switch to the ”Interfaces” tab of the configuration window.
Page 47: Configuration Of The Sensors
Expansion level Analog Digital Status (status) Serial / Virtual Ser[LOG] Ser[LOG]+1 AnDiMod = Ser[LOG]Plus Ser[LOG]+2 AnDiMod Ser[LOG]+3 AnDiMod The designation in the ”Channel” column designates the channel number and the connection to the Ser[LOG] or AnDiMod. S03 - 1 Kanal S03 belegt durch Analogeingang Klemme 1 von AnDiMod-Modul mit Adresse 1 DA/DB Statuseingang; A01-A12 Analogeingang je AnDiMod-Modul; D01-D03 Digitaleingang je AnDiMod-Modul Adresse des angeschlossenen AnDiMod-Moduls 1-3 Kanalnummerierung S01 –...
Page 48 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL A list of predefined sensors can be found in chapter 17. Selecting a sensor opens the ”Settings Details” window, which will prompt you to enter further parameters if necessary It can also be called later by button . The structure of the window is context related. Tip: A channel can be deleted by double-clicking on its position (column channel). All sensors have the same feature in common, i. e. the possibility to change the sensor abbreviation. This abbreviation is the text displayed on the display of the Ser[LOG] which is later used in the advanced software. It is also...
Page 49: Configuration Global Radiation Sensors
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 7.3.5.1. Configuration global radiation sensors If global radiation sensors are configured, it is necessary to enter the individual EMK for these sensors in the ”Settings Details” window. This value represents the signal sensitivity and is usually given in µV/(W/m ) in the documentation of ² the global radiation sensors. 7.3.5.2. Configuration of vector-linked wind sensor pair If wind speed and wind direction are to be calculated vectorially to the mean value, the wind sensors must be defined as wind pairs. To do this, first create a wind speed sensor without a vector partner. Then create a wind direction sensor and link it to the previously created wind speed sensor in the ”Vector partner wind sensors” selection box in the ”Settings Details” window. Now open the ”Settings Details” window of the channel with the wind speed sensor and connect it to the corresponding wind direction sensor. If no vector partner is selected in each case, the calculation of the mean value for the wind direction is still vectorial, whereby a wind speed of constant 1 m/s is calculated. In this case, the mean value of the wind speed is calculated scalar. 7.3.5.3. Configuration serial sensors The configuration of the serial sensors takes place in 3 steps: First of all, the Ser[LOG] must be informed about the interfaces to which the sensors are connected, and which protocol is used by the sensors.
Page 50: Configuration Of The Serial Interfaces For Sensors
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 7.3.5.3.1. Configuration of the serial interfaces for sensors For the sensor assignment of the interfaces, please open the register selection ”Interfaces” of the configuration window. The following interfaces and protocols are supported: Interfaces Protocols • rain[e] ‘SDI-12 on RS485’ • RS 232 • NMEA • 15189 ‘SDI-12 on RS485’ • RS 485* • Modbus Sensor • rain[e] DWD Polling • RS 422* • SDI-12 (only per COM5) •...
Page 51: Setting The Data Retrieval Interval For Sdi-12, Modbus Rtu And Modbus Tcp Sensors
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL The assignment of the available interface standards is made according to the hardware description in chapter 1.1 and the connection description in chapter 0. In general, it is sufficient to activate the respective interface via the check box ”Power ON” and then select the protocol used and finally, if necessary, the required interface standard. In most cases, the remaining communication settings are made automatically. Nevertheless, please check the communication parameters Baud rate (Baud),”Data Bits”,”Stop Bits”,”Parity” and ”Handshake” and adjust them if necessary. 7.3.5.3.2. Setting the data retrieval interval for SDI-12, Modbus RTU and Modbus TCP sensors The measured values of sensors with SDI-12, Modbus RTU or Modbus TCP are not transmitted automatically, but must be called up by the Ser[LOG]. For this purpose, the respective call-off interval must be set in the register selection ”Interfaces” of the configuration window in the frame ”Bus - Data retrieval - Intervals” for SDI-12, Modbus-TCP or Modbus-RTU for each COM interface.
Page 52: Assigning Of Modbus Rtu Sensors To The Measurement Channels
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 7.3.5.3.5. Assigning of Modbus RTU sensors to the measurement channels For Modbus RTU sensors, the COM port to which the sensor is connected must first be selected. The address of the sensor on the bus must then be set via the ”Modbus RTU address” selection field. Modbus sensors often supply several parameters. For the Ser[LOG], each parameter must be treated as a single sensor.
Page 53: Assigning Of Virtual Sensors To The Measurement Channels
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 7.3.5.3.7. Assigning of virtual sensors to the measurement channels When selecting virtual sensors, the window ”Definition of virtual sensors” is opened, in which the parameters for calculating the respective value are defined. A list of available virtual sensors can be found in chapter 17.4.6 and chapter 17.4.7. aem.eco page –...
Page 54: Configuration Of Sensors With Look-Up Table
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 7.3.5.4. Configuration of sensors with look-up table A look-up table can be stored for sensors with a special signal characteristic curve (see also chapter 7.3.5.5 ”Creating new sensors”). In the look-up table, markers of the signal characteristic curve can be entered between which linear interpolation is performed. The order in which the sampling points are entered is arbitrary. If the window is closed via the ”OK” button (green token), the table is automatically sorted and saved. Note: If you want to delete a marker, simply double-click on the number field (1-15) of the respective line. EXAMPLE Signal characteristic curve Look-up-table Look-up table curve Signal: Value: 0.0000...
Page 55: Creating New Sensors
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 7.3.5.5. Creating new sensors If you use sensors that are not included in the predefined sensors, you can create your own new sensors. New sensors can be defined for: Serial Digital and status Analog signals • SDI-12 • Status • 5 V bipolar • Modbus RTU • Impulse • 5 V unipolar • Modbus TCP •...
Page 56 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL To create a new sensor, click on the ”New Data Set” button. The Ser[LOG]-Commander then switches to a ”new” definition window. In this mode, the selection field ”Sensor” is an input field in which you can enter the name of the sensor. You then define the general sensor information. In the field ”Name” you can enter a descriptive text for the sensor. The ”Abbreviation” is the text that appears on the display of the data logger and is used by the LAMBRECHT programs ”MeteoWare_CS” or ”MeteoWare_Net_Center”. Only a restricted character set (ASCII) is available for this field. A table with the permitted characters can be found in Chapter 20. Enter the unit of the sensor in the ”Unit” field of the same name. The restricted character set also applies here. If the sensor is a wind speed sensor, please specify in the field ”Unit (only wind)” whether the sensor delivers its values in ”m/s” or in ”kt” (kn). The separate selection of the wind unit is required for downstream programs such as MeteoWare CS to convert the units if necessary. Please select the number of decimal places with which the measured values are to be displayed in the field ”Decimal places”. The minimum and maximum values allowed are defined in the ”Limits” section. In the field ”Undercut” you can select whether an error is reported if the value falls below the minimum value or whether the measured value is set to the minimum value. Accordingly, you can select in the field ”Exceeded” whether an error is reported if the maximum value is exceeded or whether the measured value is set to the maximum value. See also chapter 7.3.5.5.8. page –...
Page 57 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL The ”Processing” frame defines the routine after which the sensor signal is to be processed. The following routines are available: The Ser[LOG] adds up the measured values and stores the sum for each storage interval. Average value scalar Standard mean value for most measured values. Mean value vectorial (wind Calculation of the vectorial average value for the wind direction. This processing direction) opens the ”Settings Details” window for the ”Vector linked pair of wind sensors”...
Page 58 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL Variance Calculates and saves the variance of the measured value. Standard deviation Calculates and saves the standard deviation of the measured value. Standard deviation (wind direction) Calculates and saves the standard deviation for wind direction on a vectorial basis of the measured value.
Page 59: Channel Type - Analog
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 7.3.5.5.1. Channel type - Analog The following measuring ranges can be selected for the analog measurement: • 5 V bipolar • 5 V unipolar • 50 mV bipolar • 0/4…20 mA • 500 Ohm • 5000 Ohm Select the required measuring range. If you want to measure a voltage greater than 5 V, apply the voltage via a suitable voltage divider which generates a voltage suitable for Ser[LOG].
Page 60: Channel Type - Status
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL Example: Sensor type ”Polynom” 7.3.5.5.2. Channel type - Status For status sensors, the type of signal can be selected in the measuring range selection field. The following are available: • Status active = high • Status active = low The ”Standard” scaling mode can be selected for the status. Measuring ranges Scaling mode Comment Status active = high Standard It applies: It applies: Signal minimum=0, signal maxi-mum=1, logic 1 (true) at high level, e. g. 5 V or switch...
Page 61: Channel Type - Digital
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL EXAMPLES OF STATUS SENSORS Status 0…100 % The upper figure shows an example of the scaling for a sensor with status output whose measured value is raised to the values 0 or 100. This means that an average value can be displayed for the status in %. A value of 50 % then means that the status was 50 % of the measurement interval active and 50 % inactive. 7.3.5.5.3. Channel type - Digital For digital sensors, the type of digital signal can be selected in the Measuring range selection box. Available for selection: •...
Page 62: Channel Type - Modbus
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL EXAMPLES OF DIGITAL SENSORS Pulse The upper figure shows the scaling for a precipitation sensor with reed switch. The pulses are recalculated minute by minute according to the correction of the intensity characteristic curve and multiplied by the rocker factor. In this case, a pulse = 0.1 mm/m precipitation.
Page 63: Channel Type - Sdi-12
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL The last decoding form (cdab) is more common than the other three forms. The standard bit sequence for Modbus is ”Big Endian”, but there are also devices that use ”Little Endian”. The respective bit sequence can be selected in the field ”Endian”. The Ser[LOG] currently offers the Modbus functions 0x02, 0x03 and 0x04 for data retrieval in the ”Modbus command” field. The ”processing” of the measured value during transfer from the Modbus protocol can be carried out according to the following rules: Standard - Accept value only The measured value is taken over directly and fed to the measured value processing.
Page 64: Channel Type - Serial (E. G. Nmea)
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL Standard - Accept value only The measured value is taken over directly and fed to the measured value processing. Difference new value - old value The difference is calculated from the previous measured value to the current measured value. Used, for example, to calculate the amount of precipitation from the total quantity since the device was started.
Page 65: Channel Type - Virtual
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL The following values can be selected from the NMEA protocol: MWV Wind Direction Relative Relative wind direction from the $WIMWV protocol MWV Wind Speed Relative m/s Relative wind speed in m/s from the $WIMWV protocol MWV Wind Speed Relative kt Relative wind speed in kt from the $WIMWV protocol MWV Wind Speed Relative km/h Relative wind speed in km/h from the $WIMWV protocol MWV Wind Direction True True wind direction from the $WIMWV protocol...
Page 66 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL In the ”Calculation formula” field, a formula for determining the value is selected. The following standard functions are available: Free formula Input of a free formula with up to 5 measured values and 5 constants Dew point temperature (Psychrometer) Calculation of the dew point temperature from dry temperature (sensor 1) and wet bulb temperature (sensor 2) Relative humidity (Psychrometer) Calculation of the relative humidity from dry temperature (sensor 1) and wet bulb temperature (sensor 2) Dew point temperature Calculation of the dew point temperature from air temperature and (Thermo-Hygrometer) humidity Relative humidity (air temperature & dew Calculation of relative humidity from air temperature and dew point point temperature)
Page 67: Special Function For Sensor Definition
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL Wet bulb temperature Reverse calculation from temperature, humidity, and air pressure Status switching output 1 with triggered switching output; 0 with not triggered switching output The input parameters for the respective formula are assigned during configuration of the measurement channels in the mask ”Definition of virtual sensor”. 7.3.5.5.8. Special function for sensor definition If in the ”Sensor Definition” window for the limit values it is set that an error should be triggered when the limit value is exceeded or underrun, then this error can be intercepted and assigned to a ”special function” in the frame of the same name. By default, the special function is set to ”Off” and is therefore deactivated. The following special functions are available Value < Minimum ==> 0 If the value falls below the permissible minimum value, the value is set to ”0”. In this case, the field ”Underrun” must be set to...
Page 68: Standard Instantaneous Value Display
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL In the selection field in the upper left corner, select the station from which the current values are to be retrieved. Please note that the Ser[LOG] must be connected to the PC via the interface configured for the respective station. If necessary, adjust the interface in the ”Ser[LOG] configuration”. See also chapter 7.3.1.1, chapter 7.3.1.2 and chapter 7.3.4. 7.4.1. Standard instantaneous value display By pressing the ”Start instantaneous values” button, the instantaneous value retrieval is started in standard mode and the current scaled instantaneous values are displayed. In this mask the actual measured values of Ser[LOG] are displayed. In the column Measured value, the red entries indicate the errors that occur on the respective channel.
Page 69: Display Of The Current Electrical Raw Values
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 7.4.2. Display of the current electrical raw values Pressing the button ”Start raw values” starts the instantaneous value recall in RAW mode and the current unscaled electrical instantaneous values are displayed. The raw value display only works for the analog channels. The button stops the data retrieval. 7.4.3. Instantaneous value display via UDP The instantaneous value display via UDP only works via network or Ethernet. For this purpose, the corresponding UDP port (standard port 4649) must be entered in the Ser[LOG] configuration (chapter 7.3.4.1) of the PC setting (chapter 7.3.4.1. Pressing the ”Start UDP instantaneous values” button starts the fast instantaneous value retrieval via UDP and the current scaled instantaneous values are displayed.
Page 70: Display Of The Sliding Wind Data
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 7.4.4. Display of the sliding wind data In the ”Wind data” tab, moving average values of up to two wind pairs are displayed. The wind pairs are configured in the Ser[LOG] configuration on the ”Wind data” tab. See also chapter 10. The wind data can only be displayed with the standard polling or the UDP polling. The raw value dis-play does not work for the wind data. The button stops the data retrieval. page – aem.eco...
Page 71: Error Messages Of The Instantaneous Values
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 7.4.5. Error messages of the instantaneous values The following error messages may occur in the various instantaneous value displays: Open Channel - The Ser[LOG] can detect whether a sensor is actually connected to an analog input. Open-Ch The error is displayed if no sensor is detected or connected to the corresponding analog input. Possible causes: Sensor not connected, sensor defective, cable break. No-Serial-Data - If a serial sensor does not send any data, Ser[LOG] detects this and displays the No-S-Data error.
Page 72: Display Measurement Data
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL The used field separators and the decimal characters that are used can be set under ”Other functions” , ”CSV settings”. In this menu, you can define the date format and the decimal point / field separator for formatting the stored measured values. 7.6. Display measurement data The Ser[LOG]-Commander files can be evaluated, edited, and visualized with standard office pro-grams using the export function (call up measured values). For simple tabular visualization, the Ser[LOG] offers the function ”Display measurement data”. The function is started by pressing the button. The call of this function opens a Windows file dialog in which the data file can be selected. The data is displayed directly in tabular form. page – aem.eco...
Page 73: Display Measurement Data Graphically
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 7.7. Display measurement data graphically The call of starts the graphical evaluation. After selecting the data file to be evaluated, two measured value series are selected for display. aem.eco page –...
Page 74 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL This choice leads to the following graph: page – aem.eco...
Page 75: Ip Communication
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL IP communication The Ser[LOG] supports the IP-based functions: • • • Email In addition, simple SMS messages can be sent in the case of alarms. These functions are configured in the register ”IP communication” in the configuration window of the Ser[LOG]. In the superordinate field ”LAN / WAN” it is determined whether the communication for ”NTP”,”FTP” and ”E-Mail” should take place via GPRS modem or via network interface. ”SMS”messages are only possible if a modem is used. GPRS stands for 2G, 3G, 4G mobile communications. The type of modem used, and the service provider’s SIM card determine the type of connection. Modems from different manufacturers can be used, provided that they support...
Page 76: Synchronization Of The Clock Via Ntp
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 8.1. Synchronization of the clock via NTP Ser[LOG] is able to adjust its internal real-time clock via NTP. The NTP server is entered in the ”Server Name” field. Since NTP returns the time in UTC format, the time deviation of UTC is entered in the ”Time Offset” field.. The field ”Update interval” is for the configuration of the interval when the clock synchronization should take place. 8.2. Data transfer via FTP - Ser[LOG] as FTP client Ser[LOG] has an FTP client. Measured values can be transferred to an FTP server via FTP. Currently only unsecured FTP is supported. The checkbox ”active” activates the FTP function. Up to 2 servers are supported. If the primary server...
Page 77 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL The ”File name” field defines the main name element for the data storage. If you want to avoid over-writing data, you can activate _YYYYYMMDDD_HHmm in the field ”Name extension”. This means that the main component is extended by the date and time of the transmission each time the data is saved. In the ”File suffix” field, the file name extension is entered in the ”. xxx” format, e. g.”csv”. The ”Path” field specifies the directory below the FTP root directory (for the logged-on user) in which the data is to be stored. In the selection field ”Dispatch interval” you can set the interval or time at which the data is stored on the FTP server. Available for selection: Interval Time (full hour) • 10 minutes •...
Page 78: Transmission Of Measured Values Via Email / Email Alarm
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 8.3. Transmission of measured values via email / Email alarm The Ser[LOG] can send alarm messages or measured values via email. The checkbox ”active” activates the email function. Then the usual access data to the mail server must be entered. The email address of the sender, the email addresses of the recipients (if necessary, with CC address) and the subject are entered underneath.
Page 79 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL TR ANSMISSION OF MEASURED VALUES VIA EMAIL If you also want to send data via email, the checkbox ”Measured value transmission active” is selected. In the selection field ”Dispatch interval” you can set the interval or time at which the data will be sent by email. There is a choice: Interval Time (full hour) • 10 minutes • 00:00 • 12:00 • 30 minutes • 01:00 • 13:00 •...
Page 80: Setting The Export Format For Ftp And Email
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 8.4. Setting the export format for FTP and email The information content of the export files for FTP and email is defined in the ”Export Format” tab. A total of 60 channels can be selected according to their configuration (chapter 7.4.5). The sensors are selected in the column ”Sensor”. In the columns ”Average”, ”Minimum” and ”Maximum” you can set the type of value that should be transferred. If you want to transfer the extreme values minimum and maximum, then the checkbox ”Extreme value storage” must be activated in the ”General” tab of the operating modes. In the field ”File header” you can define which information will be placed in front of the measured values during export. page – aem.eco...
Page 81: Ser[Log] & Synmet_Iia - Features Mqtt & Https Post
• 2 lines - Sensor identifier / unit • • 3 lines - Station identification / Sensor identification / Unit • • 4 lines - Station identification / Sensor identification / Sensor type / Unit 8.5. Ser[LOG] & SYNMET_IIA - Features MQTT & HTTPS Post The firmware of the LAMBRECHT Ser[LOG] data logger has been expanded to include the MQTT and HTTPS Post communication protocols. 8.6. Settings MQTT aem.eco page –...
Page 82 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL MQTT LOGGER CONFIGUR ATION (TARGET) LAMBRECHT data logger support MQTT with realtime values (interval: 1, 2, 5, 10, 15, 20, 30, 60 second) depending on the quality of data transmission (Ethernet connections support the shorter intervals). Realtime values are using its own topic on the Broker. They are transmitted with quality of service 0. Average and extreme values are transmitted to the broker in intervals of 1, 2, 3, 5, 6, 10, 15, 20, 30 and 60 minutes.
Page 83: Settings Https Post
8.8. Data record setup logger configuration (MQTT / HTTPS Post) LAMBRECHT data logger support up to 60 sensors (measuring channels). Some of channels may be used for holding intermediate results for calculation of virtual sensors. These results are not of inter-est in the data record for MQTT or HTTPS Post. The content of these records may be defined by selection out of the available sensors. In this context a...
Page 84 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL The value designation is extended by the editable suffixes. For example: The first selected value will be transmitted as: Temp_200_RT (realtime value) Temp_200_AVG (average value) Temp_200_MIN (minimum value) Temp_200_MAX (maximum value) The designation of the timestamp is editable too. The user may select to add timezone information to the time stamp.
Page 85: Settings For Ip Communication Via Mobile Radio Modem
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 8.9. Settings for IP communication via mobile radio modem Modems from different manufacturers can be used for IP-based communication, provided that they support ”PPP” (Point-to-Point Protocol). In the field ”Operating mode” you can choose between • ”virtual leased line” or • ”GPRS on demand”. With the ”virtual leased line”, the Ser[LOG] establishes a connection to the LAMBRECHT application ”MeteoWare CS4” or ”MeteoWare-Net-Center”. With ”GPRS on demand” only one connection to the Internet is established. For both types, Ser[LOG] can use ”NTP”,”FTP”, and ”Email”. If ”SMS” is activated, the data connection (2G, 3G, 4G) is terminated and an SMS connection is established every time an SMS is sent. During this time Ser[LOG] cannot use NTP, FTP, and Email. After sending the SMS, the data connection is reestablished.
Page 86: Setting Sms Alarm
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL In the ”virtual leased line” frame, you can define the target computer (”IP / Domain Name”) for which the leased line is set up. In the ”Port” field, please enter the port number on which the target computer can be reached (default value 5016). The ”Login Name” and ”KeepAlive Message” fields are automatically assigned the station number by the system. The necessary unique station number should be mentioned here. In the field ”Heartbeat Interval” the entry is made, after how many seconds a KeepAlive message should be sent without communication of the Ser[LOG] (default value 300). If the KeepAlive messages cannot be triggered, the connection is restarted after the time specified in the ”Restart Time” field. Additional control commands for the modem can be entered in the Modem initialization frame. As a rule, this is not necessary 8.10.
Page 87: Configuration Of The Switching Outputs And Alarms
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL Configuration of the switching outputs and alarms Ser[LOG] has two built-in potential-free bistable relays. If the supply voltage of the Ser[LOG] is switched off, these relays remain in the last switched position. The activation of the relays takes place via the switching output logic of the Ser[LOG]. A total of up to 10 switching channels can be configured, of which the first two channels are permanently connected to the two relays, with channel 1 on relay output R1 and channel 2 on relay output R2. The other switching channels can be used for external Modbus relays, for triggering email or SMS alarms. The assignment of the switching channels to the used Modbus relays is made via the ”Actuators” tab. See chapter 7.4.3 for more information. The configuration of e-mail alarms is described in chapter 8.3. The configuration of SMS alarms is described in chapter 8.10. As soon as the Ser[LOG] is switched on, the relays are first initialized, then the Ser[LOG] switches the relays according to the set logic. The switching channels are configured individually for each channel. The switching channel to be configured is selected in the ”Channel” selection box. The following 4 control and monitoring functions are available for each switching channel: • Process control • Cycle control • Fault monitoring •...
Page 88: Process Control
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 9.1. Process control If the process control is activated alone, the system carries out a simple on/off function according to the settings Start time / End time. The indication of the time span refers to the system time used in the Ser[LOG] (e. g. UTC, MEZ, daylight saving time). In the basic state (set condition not fulfilled) the respective relay is on contact ”S0” (OFF). As soon as the Ser[LOG] is switched on, the relays are initialized and the Ser[LOG] switches the relays according to the set logic. If the process control is combined with one of the other functions ”cycle control”,”error monitoring” or ”range monitoring”, then the process control limits this function to a certain period of time per day. Time windows can be selected in which the subordinate switching function is to take place. The process control and the other functions are linked to each other with a logical ”AND”. The process control is superior to the other functions when used in combination and determines the working period of the other control functions through the set time window The process control is activated via the checkbox ”Process control active”. In the fields next to the ”Start time” the time in hour (HH), minute (MM) and second (SS) is set, at which the respective switching channel is set to 1 (ON). Accordingly, the time in hour (HH), minute (MM) and second (SS) for which the respective switching channel is set to 0 (OFF) is set in the fields next to the ”End time”. The set time always refers to the set local time of the Ser[LOG]. 9.2. Cycle control The cycle control provides a regular switch-on and switch-off function which is repeated at equal intervals. In the basic state (set condition not fulfilled) the respective relay is on contact ”S0” (OFF). As soon as the Ser[LOG] is switched on, the relays are initialized and the Ser[LOG] switches the relays according to the set logic. If the process control is combined with the cycle control, then the process control limits this function to a certain time period per day. Time windows can be selected in which the cycle control is to take place. The process control and cycle control are quasi-interlinked with a logical ”AND”.
Page 89: Error Monitoring
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL It applies: Switch-on time = cycle time minus lead time span Deactivation time = cycle time plus delay time span Duration of the switching process = flow + run-on time In order to exclude simultaneous switching on and off (time span = 0), the entered numerical values in the two fields ”Forward” and ”After-run” must not be 00:00:00 at the same time! EXAMPLE OF A COMBINATION OF PROCESS CONTROL AND CYCLE CONTROL In the example above, relay 1 switches on every minute for 20 seconds (10 seconds advance + 10 seconds follow-up) from 7:00 to 17:00. 9.3. Error monitoring Fault monitoring is used to trigger a switching process in the event of sensor failures, e. g. wire breakage or exceeding...
Page 90: Area Monitoring
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL The ”Delay” field is used to set the minimum time for which an error must be present before the output is switched. The delay time can be set in the range from 0 to 60 seconds to suppress any errors that occur only briefly if necessary. Error monitoring can be combined with process control and area monitoring. A simultaneous cycle control together with error monitoring at the same switching output is not possible! 9.4. Area monitoring The range monitoring is used to monitor limit values (MIN/MAX) while simultaneously taking into account the data from up to three different sensors. By means of additional selection boxes ”ON within” and ”ON outside”, it can be determined in which range the switching function is to take place. In the basic state (set condition not fulfilled) the respective relay is on contact ”S0” (OFF). As soon as the Ser[LOG] is switched on, the relays are initialized and the Ser[LOG] switches the relays according to the set logic. Area monitoring cannot be combined with cycle control! Area monitoring can be combined with process control and error monitoring. 9.4.1. Simple area monitoring (OR operation) Up to 3 sensors can be selected for range monitoring per switching output. If different sensors (1 to max. 3) are selected for range checking, the sensor data is linked via a logical ”OR operation”, i. e. a switching process takes place when a limit value condition is reached. page – aem.eco...
Page 91: Group-Related Area Monitoring (And Operation)
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL The area monitoring is activated via the checkbox ”Area monitoring active”. The time in hours (HH), minutes (MM) and seconds (SS) for which the event (area violation) must be present is set in the fields next to the ”On delay” before the respective switching channel is set to 1 (ON). Correspondingly, in the fields next to the ”Off-delay end”, the time in hours (HH), minutes (MM) and seconds (SS) for which the event (range violation) is no longer present is set before the respective switching channel is reset to 0 (OFF) again. In the ”Measurement channel” selection box, the sensor value (measurement channel) to be monitored is selected. The limit values for range monitoring are entered in the ”Minimum” and ”Maximum” fields below them. The minimum numerical value must always be smaller than the maximum numerical value! The switching logic can be set via the checkboxes ”ON within” and ”ON outside”. Either the checkbox ”ON within” can be activated and thus a warning can be issued as soon as the measured value is found within the range configured with ”Minimum” and ”Maximum” or the check-box ”ON outside”, whereby a warning occurs as soon as the measured value is outside the config-ured range. EXAMPLE - SIMPLE AREA MONITORING The relay signals that the temperature limit value (S 03) has been exceeded when the set maximum limit value is exceeded: 25 °C...
Page 92 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL If only 1 value range is to be monitored, the same values must be entered for ”Measuring channel 2” and ”Measuring channel 3” at ”Minimum” and ”Maximum” respectively. (See example ”Area monitoring wind speed AND wind direction (1 segment)” below. If 2 value ranges are to be monitored, one value range must be entered for ”Measuring channel 2” at ”Minimum” and ”Maximum” and for ”Measuring channel 3” the other value range must be entered at ”Minimum” and ”Maximum”. (See example ”Area monitoring wind speed AND wind direction (2 segments)” below. This assignment results in the following switching condition: The switching process is triggered when the limit values of measuring channel 1 AND measuring channel 2 OR measuring channel 3 are exceeded. EXAMPLE - AREA MONITORING WIND SPEED AND WIND DIRECTION (1 SEGMENT) The relay signals that the wind speed limit value (S05) has been exceeded only in a 45 to 315 degree segment when the wind direction is northbound. For only one segment of the wind direction, the same entries must be made in both fields. The segment from ”45 to 315 degrees around north” goes above the zero point of the full circle. Since the minimum numerical value must always be smaller than the maximum numerical value, the switching logic ”ON outside” must be set here.
Page 93: Modbus Relay
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 9.5. Modbus relay The Ser[LOG] can be extended with up to 10 Modbus relays. These Modbus relays can be assigned to the 10 switching channels. Switching channels 1 and 2 are permanently connected to relay outputs R1 and R2 of the Ser[LOG] but can also be assigned to a Modbus relay in addition. Relays with ”Modbus RTU” must not be configured on a ”Modbus sensor bus”, for which a separate bus (Modbus actuator bus) must be configured on a COM interface. For this purpose, the standard:”RS485” and the protocol: ”Modbus relay” must be selected in the Ser[LOG] configuration under the register selection ”Interface” for the COM interface used. aem.eco page –...
Page 94: Definition Of New Modbus Relays
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL Up to 10 Modbus relays can be defined. By activating the checkbox ”Active” the respective definition line is armed. In the selection box of the ”Modbus Relay” column, a relay from the Modbus relay database is loaded. Similar to the sensor database, own Modbus relays can also be defined. Please refer to the following chapter 9.5.1. In the selection box of the ”Modbus Interface” column, the interface on which the Modbus relay is located is selected. Available for selection: • COM X - Modbus relay (X = each configured COM interface) • Modbus TCP The device address of the respective Modbus relay must be entered in the field of the column ”RTU address”. If ”Modbus TCP” is selected as the ”Modbus interface”, the fields ”Modbus TCP address” and ”TCP port” are also displayed, which must be filled in accordingly. The TCP port is usually set to its default port 502. The Modbus relay is assigned to a switching output via the selection box in the ”Trigger” column. If this switching output trips, the corresponding Modbus relay is switched. Multiple use of a switching output is possible. 9.5.1. Definition of new Modbus relays Pressing the button ”Define Modbus relay” in the main selection opens the ”Settings Modbus relay settings” window. Like Modbus sensors, Modbus relays are considered as single channels and not as Modbus devices. A separate definition is created for each relay.
Page 95: Configuration Of Wind Data Processing
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL In the ”Information” field you can enter a descriptive text for the Modbus relay. The register of the Modbus relay to be controlled must be entered as a decimal number in the ”Register” field. The ”Data type” of the register is selected in the selection field: • Integer (16Bit) signed • Word (16Bit) unsigned • Long Integer (32Bit) signed • Double Word (32Bit) unsigned The standard bit sequence for Modbus is ”Big Endian”, but there are also devices that use ”Little En-dian”. The respective bit sequence can be selected in the field ”Endian”. Ser[LOG] currently offers only Modbus command 0x05 for controlling Modbus relays. The value used to switch on the relay is entered in the Cmd_ON field, the value used to turn off the relay is entered in the Cmd_OFF field. 10. Configuration of wind data processing In the Ser[LOG] configuration under the register selection ”Wind data”, Ser[LOG] offers the possibility to calculate moving average values for up to 2 pairs of wind sensors.
Page 96: Dialog - Tool
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL In the field ”Calculation type WR”, the calculation type for the averaging of the wind direction measurement is selected for the wind direction sensor: vectorial with selected WG Vector averaging with linked wind speed measurement. vectorial with WG = 1 m/s Vector averaging with a unit wind speed of 1 m/sec. In the field ”Calculation type WG” the calculation method for the calculation of the averaging of the wind speed measurement is selected for the wind speed sensor: vectorial with selected WR Vector averaging with the linked wind direction measurement. scalar Simple (scalar) averaging of the wind speed measurement, independent of the wind direction. It has been proven to calculate the wind direction vectorially with a virtual speed of 1 m/s and to consider the wind speed as a scalar value. The data calculated here can be displayed with the LAMBRECHT application MeteoWare-CS. 11. SDI-12 Dialog - Tool The Ser[LOG]-Commander provides additional tools via the button . Among other things, this collection offers a tool for direct dialogue with SDI-12 devices.
Page 97: Firmware Update
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL The dialog is started by . The status display then indicates that SDI-12 is active The SDI-12 connection for data acquisition is switched off during this time! In the field ”Command input” a SDI-12 command can be entered and sent by The command and the response to it are displayed in the dialog box.
Page 98: Other Function - Read Out Usb Stick
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL Malfunctions or damaged firmware cannot affect the Ser[LOG]. If no valid, valid firmware is delivered, the Ser[LOG] ignores the update attempt and continues to work with its existing firmware. 13. Other function - Read out USB stick As described in chapter 3.2, data can be exported via the USB interface directly on the Ser[LOG] with a USB memory stick. The configuration of the Ser[LOG] is always saved with the measured values on the USB stick. This configuration can either be loaded directly via the USB stick to another Ser[LOG] or read out together with the stored measured values using the Ser[LOG]-Commander. To do this, click on the button to access a menu that can be used to access other functions, some of which are rarely used. See also chapter 4.8.
Page 99: Managing The Safety Settings
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL The application asks after downloading the data whether the USB stick should be deleted! It is therefore recommended to use a USB stick that is only intended for data export and does not contain any other important data! 14. Managing the safety settings aem.eco page –...
Page 100: Register User Accounts
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL The Security Settings screen is only accessible to the Administrator user. 14.1. Register user accounts User accounts can be created or deleted here; passwords can be overwritten without knowing the current password. Creates a new user account Deletes an existing user account Saves the changes in this register Ends the function and closes the mask...
Page 101: Register "Password Guidelines
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 14.2. Register “Password guidelines” In the factory default setting, only a primitive password is required. For higher requirements Lambrecht recommends changing the settings as suggested here. When en-tering the password, the system then checks for the structure defined here Change the administrator password immediately according to these settings Saves the changes in this register Ends the function and closes the mask Attention! The following two registers describe the activation of a protection mechanism that merges Ser[LOG] and the application software (Ser[LOG]_Cmd and MeteoWare_CS_4) into one unit. Only programs and loggers in which the code for the fusion of software and hardware is stored can then communicate with each other. The advantage is that this code is entered in the programs only once by the administrator and is subsequently no longer visible or retrievable. Even legitimate users of the software can-not see or change it. It is not transferable from one computer to another (copy all files of the soft-ware), because it checks computer internal identifiers and destroys itself if necessary. On each PC on which Ser[LOG]_Cmd or MeteoWare_CS_4 is to be used; the administrator must re-enter the code. At the same time, access to the logger control panel is blocked and can only be unlocked by entering a 12-digit numeric code.
Page 102: Register Hardware-Software Fusion Key
14.3. Register Hardware-Software Fusion Key The key for fusion of software and hardware is entered in the corresponding field. A 12-digit numerical code is entered in the Administrator master key field, which can be used to unlock the service unit on the logger if the logger has been protected. This key serves as a backup if the user key has been changed and forgotten. LAMBRECHT meteo recommends: Make a note of these two keys and keep them in a safe place. Lost keys can only be reset by LAMBRECHT meteo. If the fusion code and master key have already been entered, the two check boxes at the top of the tab are highlighted in green. Displays the input in the field while holding down the left mouse button Saves the changes in this register...
Page 103: Setting The Logger Safety Register
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 14.4. Setting the logger safety register Any communication with the data logger performed under this tab is done via Lambrecht Service Port (USB). Query the current security status: Select the interface ”Lambrecht Service Port”. Retrieves the safety setting from the Ser[LOG]. There is no safety setting so far The logger is protected and is not yet ready for communication.
Page 104: Activating The Logger Safety
| Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL In this case, the logger is protected. If the logger has an active protection that does not match the current fusion code, please enter the correct code in the Hardware-Software Fusion Key tab and retrieve the security settings again. If this issue still appears, please contact LAMBRECHT meteo. 14.5. Activating the logger safety In the Menu password field, enter a 12-digit code that the user can use to activate the operating unit of the logger in future.
Page 105: Deactivating The Safety Settings
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL Sets the safety settings in the logger 14.6. Deactivating the safety settings Only if the retrieval of the security settings was successful and the set fusion code is identical to the current fusion code, the administrator can deactivate the security settings. Deactivates the security setting aem.eco page –...
Page 106: Connection Diagrams
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 15. Connection diagrams Overview - Terminal assignment Ser[LOG] Plus C C O O M M P P O O R R T T S S A A N N A A L L O O G G I I N N P P U U T T S S...
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Page 114: Supported Serial Protocols
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 16. Supported serial protocols The Ser[LOG] supports the following serial protocols: Sensor protocols Other protocols NMEA SNAP RPT350 GPRS PPP PTB330 Modbus Relay LDWHM_12 Ser[LOG] – AnDiMod-Bus LD-40 CL31 msg 2_base FS11 rain[e] ‘SDI-12 on RS485’ Pluvio 1 DWD Pluvio 2 ‘M’ command...
Page 115 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL Pluvio 1 DWD Proprietary Talker protocol in the DWD version of Ott’s Pluvio 1 precipitation sensor. The device is no longer available. Pluvio 2 ‘M Command’ Proprietary protocol of the precipitation sensor Pluvio 2 from OTT. With the M command, measured values are queried via RS485.
Page 116: List Of Predefined Sensors
Serves as a basis for the definition of your own sensors. D_Standard_status_active=low Standard sensor for the recording of states in which applies: logic 1 (true) at low level, e. g. 0 V or switch closed logic 0 (wrong) at high level, e. g. 5 V or switch open Serves as a basis for the definition of your own sensors. 17.1.2. LAMBRECHT status sensors E_16203.XX0004_Sunshine_duration Sunshine duration sensor (16203) with status output. 0 V = Sun does not shine and 1 V = Sun shines Service Status sensor that prevents the storage of all averages at values > 0. Is switched on for professional systems during maintenance work.
Page 117: Lambrecht Digital Sensors
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 17.2.2. LAMBRECHT digital sensors E_14512.X70030_WS_I_35m/s Wind speed of the combined wind sensor 14512 with inductive frequency output. E_14576.010000_WS_Met_I600_60m/s Wind speed of the wind speed sensor 00.14576.010000 with inductive frequency output. E_14576.250004_WS_Met_Freq_60m/s Wind speed of the wind speed sensor 00.14576.250004 with TTL frequency output. E_15183.002000_Rain_2ccm_10mm Precipitation sensor 15183 with 0.1 mm/m² precipitation per pulse. Precipitation correction in Ser[LOG]. E_15183.004000_Rain_4ccm_20mm Precipitation sensor 15183 with 0.2 mm/m² precipitation per pulse. Precipitation correction in Ser[LOG]. E_15184.x00000 rain[e] H Res Pulse output of the high-end precipitation sensor rain[e] with 0.01 mm/m²...
Page 118: Lambrecht Analog Sensors
Standard sensor for resistance measurements in the measuring range up to 5000 Ω. Serves as a basis for the definition of own sensors. E_Standard_Resistor___500Ohm Standard sensor for resistance measurements in the measuring range up to 500 Ω. Serves as a basis for the definition of own sensors. 17.3.2. LAMBRECHT analog sensors E_08091.000042_Humidity 4-20mA Humidity of the combined TH sensor 00.08091.000042 with 0…100 % rh = 4…20 mA signal output E_08091.000042_T_4-20mA_-30-70°C Temperature of the combined TH sensor 00.08091.000042 with 30…+70 °C = 4…20 mA signal output E_08092.330402_Humidity_0-1V...
Page 119 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL E_08128.XXXXXX_P_0-5V_600-1060 Air pressure sensor of the series 8128 with 0…5 V = 600…1060hPa E_08128.XXXXXX_P_0-5V_800-1060 Air pressure sensor of the series 8128 with 0…5 V = 800…1060hPa E_08128.XXXXXX_P_0-5V_600-1100 Air pressure sensor of the series 8128 with 0…5 V = 600…1100hPa E_08128.XXXXXX_P_0-5V_800-1100 Air pressure sensor of the series 8128 with 0…5 V = 800…1100hPa E_08241.000000_Temp_PT100_-30-70 Air pressure sensor of the series 8128 with 0…5 V = 800…1100hPa E_08280.008503_Temp_PT100_-40-70 Grade temperature sensor Pt100 in the measuring range 30…+70 °C E_08281.008005_Temp_PT100_-30-70 Ground/ Water/ Temperature sensor Pt100 in the measuring range 30…+70 °C...
Page 120 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL E_14576.250004_WS_Met_4-20_50m/s Wind speed sensor of the METEOROLOGY series Output: 4…20 mA = 0…50 m/s E_14577.X00000_WS_Ind_0-20_50m/s Wind speed sensor of the INDUSTRY series with 0…20 mA = 0…50 m/s E_14577.X00040_WS_Ind_4-20_50m/s Wind speed sensor of the INDUSTRY series with 4…20 mA = 0…50 m/s E_15235.100000_Evapor.__5V_200mm Level sensor for evaporation measurement with 0…5 V = 0…200 mm E_16103.000000_Radiation Second Class – Global radiation sensor with mV output. (EMK [in µV/(W/m²)] must be specified individually for each sensor.) E_16110.X00000_RB Radiation balance sensor with mV output at one input.
Page 121: Available Serial Sensors
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 17.4. Available serial sensors 17.4.1. LAMBRECHT serial sensors E_15184.xxxxxx RS485 heater rain[e] -Talker protocol - Status of heating E_15184.xxxxxx RS485 status rain[e] -Talker protocol - System status E_15184.xxxxxx RS485 Precipitation rain[e] -Talker protocol - Precipitation amount E_15184.xxxxxx RS485 Temperature...
Page 122: Lambrecht Modbus Sensors
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 17.4.3. LAMBRECHT Modbus sensors MB_Rain[e]_total_amount_x.x rain[e] - Total quantity since last hardware reset in 0.1 mm MB_Rain[e]_total_amount_x.xxx rain[e] - Total quantity since last hardware reset in 0.001 mm MB_Rain[e]_Amount_by_total_amount rain[e] - Precipitation per storage interval, calculated from the total amount of precipitation MB_Rain[e]_Amount_per_call rain[e] - Precipitation since last call...
Page 123: Nmea Sensors
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 17.4.4. NMEA sensors NMEA Baro Air pressure from protocol $WIMMB delivered in hPa NMEA Baro Inch Hg Air pressure from protocol $WIMMB delivered in InchHg NMEA WR M MWD Wind direction protocol from $WIMWD M = magnetic direction NMEA WR R MWV Wind direction protocol from $WIMWV R = relative direction NMEA WR T MWD Wind direction protocol from $WIMWD T = true direction NMEA WR T MWV Wind direction protocol from $WIMWV T = true direction NMEA Abs.
Page 124: Additional Serial Sensors (Proprietary)
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 17.4.5. Additional serial sensors (proprietary) CL31 Cloud Base 1 ft CL31 Cloud Base 1 m CL31 Cloud Base 2 m CL31 Cloud Base 2 ft Proprietary protocol of the CL31 cloud height measuring device from CL31 Cloud Base 3 ft Vaisala.
Page 125 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL LD40 Cloud Base 1 ft LD40 Cloud Base 1 m LD40 Cloud Base 2 ft LD40 Cloud Base 2 m Proprietary protocol of Vaisala’s LD-40 cloud height meter. LD40 Cloud Base 3 ft...
Page 126: Virtual Sensors
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 17.4.6. Virtual sensors E_Horizontal_visual_range Virtual sensor only works in conjunction with the FS11 vision measuring device. E_Meteorologal_visual_range_MOR Virtual sensor only works in conjunction with the FS11 vision measuring device. E_Runway_visual_range_RVR Virtual sensor only works in conjunction with the FS11 vision measuring device. E_Standard_deviation_wind_speed Vectorial calculation of the standard deviation of the wind speed. Requires a vectorially linked pair of sensors, consisting of a wind speed and a wind direction sensor. E_Standard_deviation_wind_direction Vectorial calculation of the standard deviation of the wind direction: Requires a vectorially linked pair of sensors, consisting of a wind speed and a wind direction sensor. E_Variance_wind_speed Vectorial calculation of the wind speed variance. Requires a vectorially linked pair of sensors, consisting of a wind speed and a wind direction sensor. E_Variance_wind_direction Vectorial calculation of the wind direction variance. Requires a vectorially linked pair of sensors, consisting of a wind speed and a wind direction sensor. Humidity(psychrometer) Calculation of relative humidity from dry temperature (sensor 1) and wet bulb temperature (sensor 2).
Page 127: Virtual Sensors - Special Function Redundancy
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 17.4.7. Virtual sensors - Special function redundancy redundant absolute humidity Two sensors are assigned to the virtual sensor. The first is the primary sensor and the second is the secondary sensor. As long as the primary redundant relative humidity sensor functions and supplies valid values, the value of the primary redundant temperature sensor is processed further. If the primary sensor does not work or...
Page 128: Jumper Field Terminating Resistor And Interface Driver Rs485 / Rs422
If the Ser[LOG] is extended with one or more AnDiMod modules, the connection is made via the separate 4-pin terminal on the bottom of the housing. The AnDiMod modules occupy the COM6 interface and the COM6 connection is deactivated. Since the Ser[LOG]Plus already has an integrated AnDiMod module, COM6 is not available from the outset. COM2 to COM6 can be switched from RS485 (factory setting) to RS422 via jumper. Please note that the configuration of the used interfaces must also be done on the software side with the Ser[LOG] Commander!
Page 129: Switching The Com2 To Com6 From Rs485 To Rs422
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 18.1. Switching the COM2 to COM6 from RS485 to RS422 The RS485 hardware drivers are activated at the COM2 to COM6 of the Ser[LOG] (factory-set). By loosening the two Torx screws (size Tx6) the small cover on the right above the COM ports can be removed and the jumper fields underneath can be reached. The hardware drivers of the COM interfaces COM2-COM6 can be switched from RS485 to RS422 via the lower jumper field. COM 1 can only be operated as RS232 or RS422. Switching to RS485 is not possible! The functions of the COM interfaces that can be set are arranged in columns, with each column representing a COM interface, from left to right starting with COM1. The COM interfaces COM2-COM6 can be operated as RS485 if the two lower jumpers are inserted in the column of the respective COM interface. If the two lower jumpers are not plugged in, the interface can be operated as RS422. 18.2. Adding the terminating resistors for RS485 or RS422 As per factory-set, there are no terminating resistors connected to the COM1 to COM6 of the Ser[LOG]. If required, e.
Page 130 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL The 120 Ω terminating resistors can be added via the upper jumper field. The functions of the COM interfaces that can be set are arranged in columns, with each column representing a COM interface, from left to right starting with COM1. The terminating resistors are added when the two upper jumpers are inserted in the column of the respective COM interface. EXAMPLE COM1: RS232 or RS422*; no terminating resistors COM2: RS232 or RS422*; 120 Ω terminating resistors COM3: RS232 or RS485*; no terminating resistors COM4: RS232 or RS485*; 120 Ω terminating resistors COM5: RS485*; no terminating resistors COM6: RS485*; no terminating resistors *configurable via software page – aem.eco...
Page 131: Ser[Log] Sensor Assignment
RS 485 RS 422   COM5  SDI-12  Note: SDI-12 occupies SDI-12  the COM5 RS 422  RS 485 COM6   AnDiMod to Ser[LOG]-Bus Note: With Ser[LOG]Plus the COM6 is already occupied by an AnDiMod module! DIGITAL SENSORS Interface Description LAMBRECHT ID Measurement range   Status high-active / low-active   Status high-active / low-active...
Page 132: Sensor Assignment - Andimod Or Ser[Log]Plus Analog Section
19.1. Sensor assignment - AnDiMod or Ser[LOG]Plus analog section AnDiMod Address 1 AnDiMod Address 2 AnDiMod Address 3 Ser[LOG]Plus (analog) ANALOG SENSORS     Interface Description LAMBRECHT ID Measurement range Scaling Unit Signal: Signal:  Value: Value: Signal: Signal: ...
Page 133: Sensor Assignment - Andimod Or Ser[Log]Plus Analog Section
  (e.g. precipitation) Pulse  Status high-active / low-active Frequency    (e.g. precipitation) 19.2. Sensor assignment - AnDiMod or Ser[LOG]Plus analog section AnDiMod Address 1 AnDiMod Address 2 AnDiMod Address 3 Ser[LOG]Plus (analog) ANALOG SENSORS     Interface...
Page 134 Signal: Signal:  Value: Value: Signal: Signal:  Value: Value: Signal: Signal:  Value: Value: DIGITAL SENSORS Interface Description LAMBRECHT ID Measurement range Unit Pulse  Status high-active / low-active Frequency    (e.g. precipitation) Pulse  Status high-active / low-active Frequency   ...
Page 135: Sensor Assignment - Andimod Or Ser[Log]Plus Analog Section
19.3. Sensor assignment - AnDiMod or Ser[LOG]Plus analog section AnDiMod Address 1 AnDiMod Address 2 AnDiMod Address 3 Ser[LOG]Plus (analog) ANALOG SENSORS     Interface Description LAMBRECHT ID Measurement range Scaling Unit Signal: Signal:  Value: Value: Signal: Signal: ...
Page 136 DIGITAL SENSORS Interface Description LAMBRECHT ID Measurement range Unit Pulse  Status high-active / low-active Frequency    (e.g. precipitation) Pulse  Status high-active / low-active Frequency    (e.g. precipitation) Pulse  Status high-active / low-active Frequency    (e.g. precipitation)
Page 137: Ascii Character Table
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 20. ASCII character table Hexadecimal Decimal ASCII character Hexadecimal Decimal ASCII character „ „ „P” „!” „Q” „”” „R” „#” „S” „$” „T” „%” „U” „&” „V” „‘” „W”...
Page 138 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL „C” , „s” „D” , „t” „E” , „u” „F” , „v” „G” , „w” „H” , „x” „I” , „y” „J” , „z” „K” , „{„ „L” , „|” „M” , „}” „N” , „~” „O” ...
Page 139: Data Logger Ser[Log]-Nav And Ser[Log]-Nav-Mil
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 21. Data logger Ser[LOG]-NAV and Ser[LOG]-NAV-MIL 21.1. Configuration of the ship operation In this input mask (see below), the functionality of the ship‘s wind measurement system is defined. This input mask can only be edited if the data loggers SYNMET, Ser[LOG]-NAV, or Ser[LOG]-NAV-MIL are operated in “Ship” mode! When the “Ship” mode is activated (Ser[LOG]-NAV or Ser[LOG]-NAV-MIL), the digital inputs DA and DB, as well as the relays R1 and R2, are reserved for ship-specific functions. They can then only be used for the port- starboard switching of two wind sensors. (See chapter „21.4. Connection of a port/starboard switch“).
Page 140 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL In the list boxes “Vessel Heading”, “Vessel Course”, and “Vessel Speed”, the corresponding sensors of the onboard computer are selected. These sensors must be configured as serial measurement channels in the “Measurement Channels 1…40” or “Measurement Channels 41…60” register. The “Port/Starboard / True Wind” section defines the ship‘s wind calculation. In the “Function Type” list box, you can select whether only one wind sensor pair or two wind sensor pairs are connected. If only one sensor pair is connected, no automatic wind-dependent sensor selection takes place. If the “2 Sensors” function type is selected, the wind-dependent sensor selection is automatically activated. • In the “PT Wind Direction” and “PT Wind Speed” list boxes, the sensor pair for port (PT) is selected. If only one sensor pair is available, it is also selected here. • In the “STB Wind Direction” and “STB Wind Speed” list boxes, the sensor pair for starboard (STB) is selected. From these two wind sensor pairs, the valid pair is determined. The data from the selected sensor pair is transferred to the sensors specified in the “PT/STB Wind Direction” and “PT/STB Wind Speed” list boxes. Typically, these are the ship-specific sensors “D* WR (PT/STB selected)“ and “D* WG (PT/STB selected)“. page – aem.eco...
Page 141 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL If an onboard computer is available that provides the ship parameters “Vessel Heading,“ “Vessel Course,“ and “Vessel Speed“ via NMEA, the Ser[LOG]-NAV can calculate the True Wind. The calculation results are transmitted to the sensors selected in the list boxes “True Wind Wind Direction“ and “True Wind Wind Speed.“ Typically, these are the ship-specific sensors “D* True Wind WR“ and “D* True Wind WG (kt)“ or...
Page 142: Ship-Specific Special Functions
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 21.2. Ship-specific special functions In the “Special Functions” section, various ship-specific functions can be enabled and configured, including: SET RTC WITH ZDA When this option is enabled, the Ser[LOG]-NAV provides its time (and date) via the NMEA protocol “ZDA.” LOCAL TIME OR UTC The system time is typically based on UTC. However, it can be switched to local time if needed. 4 HZ ROTATION DETECTION In mechanical wind sensors (e.g., types 24513, 2455), wind vanes may begin to rotate slowly under unfavorable conditions, such as wind shading caused by nearby structures. The data logger Ser[LOG]-NAV can detect and correct this behavior if a mechanical wind direction sensor is connected that provides wind data with an update rate of at least 4 Hz. WIND PROCESSING PT STB The settings in the “Wind Processing PT STB” section influence the automatic port-starboard switching between two...
Page 143: Nmea Output Of Ship Data
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 21.3. NMEA output of ship data In the “Outputs“ input mask, the output of data records is defined. The data loggers of the Ser[LOG] family include the following standard protocols: • • • • • Additionally, the following ship-specific protocols are available: • MTW (Water temperature) • XDR( Salinity) • TXT (additional wind information) • CHM (cloud height and status of sensor type CL31) •...
Page 144 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL page – aem.eco...
Page 145 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL With these NMEA protocols, both older ship systems (retrofit) and new ship systems can be implemented. To generate and output NMEA data records, at least one COM port must be assigned to the NMEA protocol in the “Communication” register. An NMEA data record is activated by selecting the corresponding checkbox. Each data record is assigned to a COM port. If the necessary hardware is available, a data record can be output on up to five COM ports simultaneously.
Page 146: Connection Of A Port/Starboard Switch
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 21.4. Connection of a port/starboard switch If “2 Sensor” was selected as the function type in the “Ship” input screen, the wind-dependent port-starboard switching is automatically activated. This can be supplemented with a manual switch. The switch has three positions: • Port / Backboard • Auto • Starboard / Steuerboard With “Port” and “Starboard” the respective wind sensors can be selected manually. In this case, the wind-dependent port-starboard switching is deactivated. In the “Auto” position, the wind-dependent port-starboard switching is activated (default). Backbord/Steuerbord-Umschalter Port/Starboard-Switch Auto Auto Auto Power supply 12VDC / Auto 24 VDC...
Page 147: Example Of A Ship Weather Station
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 21.5. Example of a ship weather station Wind PT I Data-Logger Ser[LOG]-NAV Meteo-LCD-NAV 00.24513.205020 Meteo-LCD-NAV 00.95770.500000 00.14742.301002 00.14742.301002 Notebook for service and Sensor selector switch maintanance only 00.90227.300000 Auto USB → USB Service Digital IN Wind SB II 00.24513.205020...
Page 148: Technical Data
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL 22. Technical data SER[LOG] DATA LOGGER 00.95770.000000 Category Professional Line Data Logger Multiprocessor system with 32 bit embedded realtime Linux core Display LCD 2 lines of 16 characters each Control element Rotary pushbutton Communication interfaces 5 x RS 485; 6 x RS 422; 4 x RS 232; USB device; USB host; Ethernet Memory 1 year in ring memory (8-byte IEEE real format); independent of configuration Signal inputs COM5 also available as SDI-12; 2 status inputs...
Page 149 Up to 2 AnDiMod Ser[LOG] and Ser[LOG] Plus can be expanded to a maximum of: 36 analog/ 11 digital inputs Resolution 16-bit ADC (SAR) with up to 1024x oversampling Measurement data processing 8-byte IEEE real format Power supply Via Ser[LOG] or Ser[LOG]Plus 10...30 VDC Outputs sensor supply 6 x V0 (10...30 VDC); max. current output via all: 500 mA IEC 60945 Mounting bracket For 35 mm DIN rail Dimensions/ Weight 135 x 114 x 72 mm/ approx. 0.6 kg...
Page 150 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL SER[LOG]-NAV DATA LOGGER 00.95770.500000 TECHNICAL DATA LIKE SER[LOG] - DIFFERENCES: Housing color RAL 9003 (Signal White) 1. Wind-dependent port-starboard switching Ship-specific special functions • Automatic switching between two wind sensors based on wind direction and speed • Manual selection of sensors via “Port” and “Starboard” • Configurable switching threshold and time hysteresis 2. True Wind calculation • Calculation of True Wind based on course, speed, and measured wind •...
Page 151 LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL SER[LOG]-NAV-MIL DATA LOGGER 00.95770.700000 TECHNICAL DATA LIKE SER[LOG]-NAV - DIFFERENCES: The data logger Ser[LOG]-NAV-MIL is housed in a stainless steel control cabinet for wall mounting. All components are fully installed as per the drawing (see below). Cabinet dimensions (L × W × D) 433 x 313 x 181 mm (see also dimensional drawing) Weight 12.7 kg COMPONENTS OF THE SER[LOG]-NAV-MIL Data Logger Ser[LOG]-NAV Power supply unit Overvoltage protection Stainless steel control cabinet...
Page 152: Disposal
LAMBRECHT meteo | Ser[LOG] | Ser[LOG] Plus | Ser[LOG]-NAV | Ser[LOG]-NAV-MIL CORRECT GROUNDING Grounding screw The warranty for the device is excluded if damage occurs due to improper handling. This particularly includes the absence of proper grounding. Correct grounding according to DIN VDI/VDE 0100 is essential for the safety and functionality of the device. If you have any questions regarding installation,...
Page 153: Revision History
COPYRIGHT & DISCL AIMER All information published in this manual’s contents is subject to copyright and other laws for protection of intellectual property. The use, storage, modification, copying and distribution of any content require our prior written consent. All brand and product names mentioned in this manual are registered trademarks and property of their respective owners. Copyright © 2025 LAMBRECHT meteo GmbH. All rights reserved. Information in this document subject to change without notice. Photo copyright: © Bussarin - Adobe stock SerLOG_b_NAV_MIL 10.25 LAMBRECHT meteo GmbH Friedländer Weg 65...

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