Aanderaa SMARTGUARD 5100 User manual

TD 293 OPERATING MANUAL
SmartGuard
5100/5120/5300/5320
May 2014
SMARTGUARD

Page 2 May 2014 – TD 293 OPERATING MANUAL – SmartGuard 5100/5120/5300/5320
Preliminaryversion 7 July 2011
Preliminaryversion 28 September 2011
1stversion 17 February 2012
2nd vers i on 20 December 2012
3rd vers i on 14 May 2014
© Copyright: Aanderaa Data Instruments AS

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Table of content
Introduction ............................................................................................................................................ 6
Purpose and scope............................................................................................................................... 6
Document overview ............................................................................................................................. 6
Requirements...................................................................................................................................... 6
Applicable documents.......................................................................................................................... 6
SmartGuard versions................................................................................................................................ 7
SmartGuard sensors from Aanderaa.......................................................................................................... 8
CHAPTER 1 Short description of SmartGuard............................................................................................10
1.1 Description of some typical SmartGuard systems............................................................................11
CHAPTER 2 SmartGuard basics.................................................................................................................12
2.1 Collecting data with SmartGuard....................................................................................................14
2.2 Real time data transfer with SmartGuard........................................................................................14
2.3 Connecting and operating SmartGuard...........................................................................................15
CHAPTER 3 Getting started......................................................................................................................16
3.1 View settings and start recording directly from the SmartGuard display...........................................16
3.2 View settings and start recording using the AADI Real-Time Collector ..............................................17
3.2.1 Connection using USB.............................................................................................................18
3.2.2 Connection using Serial port...................................................................................................19
3.2.3 Connection using LAN.............................................................................................................20
3.2.4 View and edit settings using AADI Real-Time Collector .............................................................20
3.2.5 Start recording using AADI Real-Time Collector........................................................................21
3.2.6 Verify data and recording operation using AADI Real-Time Collector.........................................21
3.3 Communication settings................................................................................................................21
3.4 Real time data and storage............................................................................................................22
3.5 Overview of configuration settings.................................................................................................22
3.6 Interpretations of the LED on the front panel..................................................................................24
CHAPTER 4 SmartGuard configuration......................................................................................................25
4.1 Deployment Settings.....................................................................................................................26
4.1.1Multi Group Recorder.............................................................................................................28
4.2 System Configuration....................................................................................................................29
4.2.1 Real-Time server....................................................................................................................29
4.2.2 Communication device...........................................................................................................30
4.2.3 Sensor property settings.........................................................................................................32
4.3 User maintenance.........................................................................................................................33
4.3.1 Storage Manager ...................................................................................................................33
CHAPTER 5 Recording start and stop from AADI Real-Time Collector..........................................................35
CHAPTER 6 Connecting ne w sensors, modem, and auxiliary devices...........................................................36
6.1 Accessing the Device layout...........................................................................................................37
6.2 Serial sensors................................................................................................................................37

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6.2.1 Specifying a data format for the serial sensor.......................................................................... 38
6.2.2 Serial sensors layout.............................................................................................................. 39
6.2.3 Completion of serial sensor configuration............................................................................... 41
6.3 Analog sensors ............................................................................................................................. 43
6.3.1Analog Sensor layout............................................................................................................. 44
6.3.2 Completion of Analog sensor configuration............................................................................. 45
6.4 Digital sensors.............................................................................................................................. 46
6.4.1 Digital sensor layout.............................................................................................................. 47
6.4.2 Completion of Digital sensor configuration.............................................................................. 48
6.5 AADI SR10/VR22 sensors............................................................................................................... 49
6.5.1 AADI SR10/VR22 Sensor layout............................................................................................... 49
6.5.2 Completion of SR10/VR22 sensor configuration ...................................................................... 50
6.6 Communication: set real- time COM port....................................................................................... 51
6.7 Communication: set up Modem, GPS, auxiliary device.................................................................... 52
6.7.1 Completion of modem, GPS, auxiliary device configuration...................................................... 53
6.8 Routed devices............................................................................................................................. 53
6.8.1 Completion of routed port configuration ................................................................................ 54
6.9 Instrument setup.......................................................................................................................... 54
CHAPTER 7 SmartGuard device menu ...................................................................................................... 56
7.1 Overview of the SmartGuard menu................................................................................................ 56
7.2 Recorder...................................................................................................................................... 58
7.3 Data Viewer: view sensors and parameters.................................................................................... 58
7.4 System Status............................................................................................................................... 59
7.4.1 Device Status......................................................................................................................... 60
7.4.2 Communication Status........................................................................................................... 60
7.4.3 Error Log ............................................................................................................................... 60
7.4.4 Power Status......................................................................................................................... 61
7.5 Configuration ............................................................................................................................... 61
7.5.1 Deployment Settings.............................................................................................................. 61
7.5.2 System Configuration............................................................................................................. 62
7.6 Tools............................................................................................................................................ 62
7.6.1 Device Info............................................................................................................................ 63
7.6.2 Sensor Info............................................................................................................................ 63
7.6.3 Set Date and Time ................................................................................................................. 64
7.7 SD-card storage and exchange....................................................................................................... 64
CHAPTER 8 Real-time data and file data storage....................................................................................... 65
8.1 Text Viewer.................................................................................................................................. 65
8.2 Chart Viewer ................................................................................................................................ 66
8.3 Data storage on SD card................................................................................................................ 67
8.4 Event log data storage on SD card.................................................................................................. 67
8.5 On-line retrieval of files from SmartGuard using FTP....................................................................... 67
8.5.1 Setting up SmartGuard for FTP in Real-Time Collector.............................................................. 68
8.5.2 Access data ........................................................................................................................... 69

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CHAPTER 9 Image update........................................................................................................................70
Appendix 1 SmartGuard pin configuration................................................................................................71
Appendix 1 - 1 Plug for device power.......................................................................................................72
Appendix 1 - 2 COM1 connection plug for RS-232/422 sensor and controlled power supply for sensor........73
Appendix 1 - 3 COM2 connection plug for modem and controlled power for modem..................................75
Appendix 1 - 4 Digital 1 – 2 connection plug for digital I/O, digital sensors..................................................77
Appendix 1 - 5 Analog 1 – 3 connection plug for analog sensors.................................................................78
Appendix 1 - 6 Connection plug for AiCaP sensor ......................................................................................79
Appendix 1 - 7 Connection plug for split sensor arm and mast cable adapter..............................................80
Appendix 1 - 8 Connection plug forethernet.............................................................................................81
Appendix 1 - 9 COM5 - COM6 connection plugs for RS-232 sensor and controlled power supply for sensor..82
Appendix 1- 10 COM7 - COM8 connection plugs forRS-232/422 sensorand controlled power supply for
sensor....................................................................................................................................................83
Appendix 1 - 11 Digital 3 – 4 connection plug for digital I/O, digital sensors................................................85
Appendix 1 - 12 Analog 4 – 6 connection plug for analog sensors...............................................................86
Appendix 2 SmartGuard some connection cables......................................................................................87
Appendix 3 Example of a SmartGuard hyd-met system..............................................................................89

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Introduction
Purpose and scope
This document is intended togive the readerknowledgeof how to operate and maintain the Aanderaa
SmartGuard 5100/5120/5300/5320. All versions are described in a single manual since their basic functions
are the same. They are similarwhen it comes to configuration of sensorand other device connections, and
communication with the data logger. 5100 is the basic version. 5120 has the same features as 5100 plus
capacity to connect Aanderaa SR-10/VR-22 sensors. 5300 is similar to 5100 but with an expansion module
with extra connectors foranalog, digital and serial sensors. 5320 is identical to 5300 plus the capacity to add
Aanderaa SR-10/VR-22sensors.
Document overview
CHAPTER 1 gives a short description of the AADI SmartGuard
CHAPTER 2 gives a description of the SmartGuard design and basics
CHAPTER 3 describes how to get started with your SmartGuard
CHAPTER 4 describes SmartGuard configuration
CHAPTER 5 describes SmartGuard recording
CHAPTER 6 gives a description of how to add a new sensor to yourSmartGuard system
CHAPTER 7 gives a description of the SmartGuard display and its functionality
CHAPTER 8 gives a description of real-time data transfer and local data storage
CHAPTER 9 describes the procedure forupgrading image
Appendix 1describes the pin configuration of the SmartGuard connectors
Appendix 3gives an example of a typical Hyd/Met system using SmartGuard
Requirements
AADI Real-Time Collector
Applicable documents
TD 268 Operating manual for AADI Real-Time Collector
TN 313 Technical note forAADI Real-Time Viewer
TD 291 Operating manual forAADI GeoView
TN 362 SmartGuard serial sensor configuration
TN 363 SmartGuard supported protocols
Data sheets for AADI sensors, refer page 8 and 9

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SmartGuard versions
Basic version-5100
Extended version-5300
Meteorology version with SR10/VR22-5120 Extended Meteorology version with SR10/VR22-5320
Figure 0-1-1 SmartGuard versions
Version comparison
Sensorcapabilities
AADI Smart
Sensors
(AiCaP)
# Serial
sensor
channels
SR10,VR22
channels
Analog
channels
Digital
channels
Basic version, 5100 20+ 2 0 3 2
Basic version with SR10/VR22 , 5120 20+ 2 11 3 2
Extended version, 5300 20+ 6 0 6 4
Extended version with SR10/VR22, 5320 20+ 6 11 6 4
Table 0-1 SmartGuard versions
IMPORTANT! The number of AiCaP sensors depends on which AiCaP sensor you connect, as the total peak
current drain for all AiCaP sensors added together must be less than 2A.

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SmartGuard sensors from Aanderaa
Table 0-2 lists Aanderaa hydrological sensors that can be connected to SmartGuard.Please referthe sensor
data sheet forspecifications and other details.
Refer next page for a list of Aanderaa meteorology sensors for SmartGuard.
Hyd-sensor Number Data
sheet
RS-232 RS-422 AiCaP Analog SR10/
VR22
Conductivity sensor 4319 D 369 XX
Conductivity sensor 3919 D 344 XX
ZPulse Doppler Current
Sensor
4420/4520
4830/4930
D 367 XX
ZPulse Doppler Current
Sensor
4420R/4520R
4830R/4930R
D 367 X
Doppler Current sensor 4100 D 359 X
Doppler Current sensor 4100R D 359 XX
Oxygen Optode 4330/4330F D 378 XX
Oxygen Optode 4835 D 385 XX
Oxygen Optode 4831 D 403 XX
Oxygen Optode 4531 D 404 XX
Oxygen Optode 3830 D 335 XX
Oxygen Optode 3835 D 355 X X
Pressure sensor 4017 D 357 XX
Pressure sensor 4117 D 362 XX
Temperature sensor 4050 D 360 XX
Temperature sensor 4060 D 363 XX
Tide sensor 5217 D 405 XX
Tide sensor 5217R D 405 X
Turbidity sensor 4112 D 377 X
Turbidity sensor 3612 D 316 X
Vented Pressure sensor 4425/4426/4427 D 402 XX
Vented Pressure sensor 4425R/4426R/4427R D 402 X
Vented Tide sensor 4445/4446/4447 D 402 XX
Vented Tide sensor 4445R/4446R/4447R D 402 X
Vented Wave and Tide
sensor
4428/4429 D 402 XX
Vented Wave and Tide
sensor
4428R/4429R D 402 X
Wave and Tide sensor 5218 D 407 XX
Wave and Tide sensor 5218R D 407 X
Table 0-2 Aanderaa hydrological sensors.

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The table below lists Aanderaa met-sensors that can be connected to SmartGuard.Please referthe sensor
data sheet forspecifications and other details.
Met-sensors Number Data sheet SR10 /VR22 Digital
Wind speed and gust 2740 D 151 X
Wind direction 3590 D 300 X
Air temperature 3455 D 276 X
Air Pressure 2810 D 161A X
Solar radiation 2770 D 159 X
Net radiation 2811 D 169 X
Mira visibility 3544 D 294 X
Relative humidity 3445 D 271 X
Temperature sensor 3444 D 277 X
Rainfall 3864 D 327 X
Rainfall 4628 D 408 X
Road condition sensor 3565 D 298 X
Road temperature sensor 3304 D 247 X
Table 0-3 Aanderaa meteorological sensors.

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CHAPTER 1 Short description of SmartGuard
SmartGuard is the next generation sensor-and instrument HUB for Ocean, Lake, Reservoir, Estuary and River
Hydrometric stations.
SmartGuard is targeted to integrate new and existing sensors into an Aanderaa observatory node with
modern self-describing data format, real-timecommunication and large data storage capacity.
SmartGuard takes all Aanderaa sensors, including subseaand meteorology sensors, as well as most 3rd party
sensors. You can connect a GPS receiver to the logger and transmit data viaLAN, AIS, modems or satellite
communication.
SmartGuard has great flexibility with dataregistration from avast number of sensors subsea and air, making
the SmartGuard well suited foravariety of applications such as e.g. Automatic Weather Stations, Road
Weather Stations, Wind Monitoring Systems, WaterLevel MeasuringSystemsand more.
SmartGuard is easy setup from up to date PC Software, and it is fully integrated with AADI real-time system.
Featuresof SmartGuard:
•Great flexibility: Basicand Extended versions to handle airand watersensors
•Flexible easy configuration and setup using PC software
•XML data records with complete metadata; traceableand with status info on individual parameters
•Low power consumption
•Easy readable display and 6key operatorpanel
•FullyintegratedwithAADI real-timesystem
•RS-232 communication portwith controlled powersupply for communication equipment
•Large onboard data storage capacity on a removable SD memory card
•External power supply 11- 30V, internally regulated
•Full AiCaP bus compatibility, including 150 m string with up to 25 sensors
•Plug-n-play Aanderaa Smart sensor interfaces: Currentspeed and direction, Oxygen, Conductivity,
Temperature, Pressure, Wave and Tide
•Aanderaa SR10 and VR22 meteorological sensorinterfaces: Wind speed and direction,Temperature,
Relative Humidity, Visibility, Air Pressure and more
•Interfaces for most 3rd party RS-232/RS-422 sensors, analogsensors, digital sensors
•Up to 6 double ended analog sensor input (0-5V, 24 bit)
•Individual powercontrol forattached sensors

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1.1 Description of some typical SmartGuard systems
Hyd-Met station
A typical Hyd-Met station with SmartGuard uses an Aanderaamast
equipped with airsensors and subseasensors measuring e.g. current
and waves. A Real-Time communication device, e.g. a GPRS modem
provides on-line connection to a receivinglocation.
Aanderaa can also provide in-line moorings, bottom mooring frame,
and data buoy installations with current profilerinstrument.
ReferAppendix 3for an example of a SmartGuard hyd-met station
system drawing.
Road-station
A typical Road station with SmartGuard uses an Aanderaa Road
Condition Sensors and amast equipped with air sensors, and a rainfall
sensor. A Real-Time communication device, e.g. a GPRS modem provides on-lineconnection to a receiving
location.
Automatic Weather Station (AWS)
A typical AWS installation uses an Aanderaa mast equipped with air
sensors and a rainfall bucket sensor. The SmartGuard can be installed
inside the WeatherStation housing. A Real-Time communication
device, e.g. aGPRS modemprovides on-line connection to a receiving
location.
Wind and Tide Station
A simple wind and tide monitoringsystemfore.g. small
harbours/marinas uses an Aanderaa mast equipped with wind sensors,
and a tide sensorwith temperature reading. A UHF/VHF radio provides
data transmission to a receiving location.

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CHAPTER 2 SmartGuard basics
This chapter describes the design idea and basics of SmartGuard addressing the system from configuration
of attached devises till actual data collection and transfer/storage of data. Please refer CHAPTER 4 for details
on how to connect, configure and record data using AADI Real-Time Collector software.
Note! You can start/stop recordings, view data and system status directly from the SmartGuard display.
You will need the AADI Real-Time Collectorsoftware to connect additional sensors and to configure
systems and sensors.
SmartGuard is designed to integrate a variety of sensors from simpleanalog sensors to advanced smart
sensors (from Aanderaa as well as from 3rd party vendors).
All connected sensors must appearas smart sensors to the system:simple sensors that are not ‘smart’
needsto be givena correct setof parameters/layoutforthe SmartGuard to identify the sensorand to
present sensor datacorrectly. This is done in the AADI Real-Time Collector’sDevice Layout.Next, the user
can perform ordinary sensor configuration.
Figure 2-1 Sensor integration with SmartGuard.

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When using AADI Real-time collector SmartGuard settings are divided into three levels: Device Layout,
Device Configuration, and Recording Panel. These settingare available in the Control Panel:
•The Device Layout level binds the actual connected sensor to the physical port that it is connected to. It
holds the individual sensors product identification and parameter definition (name, unit, datatype, max
and minlimits).Forall AiCaP sensors this information is stored in the sensor and transferred to the
SmartGuard at powerup. For all othersensors the information is stored in the SmartGuard
•The Device Configuration level holdssettings thatthe usercan change to set up the system for a
particulardeployment. A default configuration is stored in all AiCaP sensors, but these settings can be
altered using AADI Real-time collector. A new configuration will then be stored in the sensorand used at
next power up. For all other sensors the configuration is stored in the SmartGuard. Device Configuration is
categorizedinto three differentlevels: Deployment Settings, System Configuration and User
Maintenance.
–DeploymentSettings deals with settings connected to the location and the particular measurements
that are to be reordered following the setup.
–System Configuration settings deals with settings that are usually not changed between
deployments/recording sessions likee.g. sensoroutput parameter, timing forpower control etc.
–User Maintenance deals with advanced settings that are rarely changed in a system setup. The user
needs a certain level of sensorskills and system understanding tomake correct settings.
•The Recorder Panel is where you start and stop data recording, monitoring data and enables real-time
distribution of data. Each parametervalue appears as being measured by a smart sensor, traceable to the
individualsensors serial number, linearized and presented in engineering units, checked against set limits
and more.
Use AADI Real-Time Collector to configure the system and sensors. Settings and configuration can be saved
and stored on your computer for backup; these files can be restored to the SmartGuard using the SD-card or
real-time transfer.
The configuration setup is kept unchanged during recording. Thus forevery recording session you will have a
complete unaltered configuration filein orderto keep full integrity and traceability of your dataset.

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2.1 Collectingdata with SmartGuard
Data collection iscontrolledbythe Multi Group Recorder available from the Control Panel > Device
Configuration > Deployment Settings menu. Sensors are organized in up to 3 separate groups. Each group
has its own recordinginterval and will generateits own set of data files. The groups willalsogenerate its
own real-time data message.
Figure 2-2 Recording group structure.
Data collecting is perceived as recording sessions started and stopped by the user. The recordingsession can
start at power up if enabled. Recording groups can be started and stopped individually or all together. A
recording session starts when the first group is started and ends when the lastone is stopped.
Any changes of recordinginterval made directly in the recording panelcould thus notbe kept in the
configuration session. Forthis reason you may also disable the option to change interval settings fromthe
recorder panel. You will then secure the full integrity of yourdata and connected configuration.
2.2 Real time data transfer with SmartGuard
When enabled forreal-time datatransfereach new data record will be transmitted through the
communication port immediately.
SmartGuard supports cabled real-time transfer, GPRS, radio modem and equivalent data channels where
modem can be used without initiation messages (e.g. AT commands) from SmartGuard.
SmartGuard also supports cabled real-time transfer via Ethernet.
The data format is AADI Real-Time XMLprotocols.

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2.3 Connecting and operating SmartGuard
SmartGuard is closely matedwith the AADI Real-Time System. Setup of a SmartGuard system is done from a
connected PC running the AADI Real-Time Collector application. Controland datamonitoring is also handled
there. More limited functionality isalthough available on SmartGuard’s front panel.
For configuration purpose we recommend to connect the SmartGuard to your PC viaUSB. Howeverthe PC
may be locally connected through a serial orEthernetcable or through a remote connection of any suitable
type. In the default configuration serial and LAN communication is not enabled. To enable these ports and to
configure the associated communication protocolyou need to connect your PC running AADI Real-Time
collector to the SmartGuard via USB.
NOTE!
When using an USB connection, you also need to download WindowsMobile Device Center(Windows
Vista, and Microsoft Windows 7) or Microsoft ActiveSync (Windows XP or earlier operating systems).
WindowsMobile Device Center and ActiveSync act as device management and data synchronization
between a Windows Mobile-based device and acomputer.
SmartGuard has a colour display and a
keypad.
The user can view current configuration and
settings, view recorded data, as well as
performing recording operations.
CHAPTER 7 describes operation of
SmartGuard directly from the display.
Figure 2-3 Alternative SmartGuard connections for configuration.

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CHAPTER 3 Getting started
At delivery the SmartGuard system will, in mostcases, already be assembled, all system parts included, the
attached devices and sensors defined and configured. The system may have been partly disassembled for
transport purposes and may need to be reassembled according to the system drawing. In both cases the
complete system has been tested to verify the correct functionality.
Connect and/or check all system parts and connections according to the system drawing.
Connect the power cable (11-30V), refer Figure A 2 in Appendix 1- 1 and turn the power switch ON to power
the SmartGuard; the instruments needs approximately 30seconds to start.
Figure 3-1 SmartGuard power switch.
Note! If your SmartGuard is not initialized and/or you haveother sensors than just AADI Smart sensors
(AiCaP), or when you add additional sensors to the system at a later time then refer CHAPTER 6 for a
description of Device Layout to defineyour system.
3.1 View settings and start recording directly from the SmartGuard display
SmartGuard colourdisplay provides information
and basicoperational functionality to alocal user.
ReferCHAPTER 7 for a detailed description of
operating the SmartGuard display.
Figure 3-2 SmartGuard main menu.
Powerswitch

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View settings and start recording:
•Press green ring to activate display
•Move to Configuration using keypad
•Press greenringto open
•Open System Configuration to view current configuration
•Return to Main Menu using red ring.
•Open Recorder to set recording interval and to start recording
•Return to Main Menu using red ring.
•Open Data Viewer to verify incoming data: Datamust be
viewed forone sensorat a time
Procedure to view incoming data:
•Open Data Viewer
•Select a recording group. Pressgreenringto open
•Select a sensor. Press green ring to open. You can inspect the most recent records by using the
right/leftnavigation keys on the keypad. The numberof availabalerecords is default10, but may be
set to any value between 1 and 20 in Device Configuration> UserMaintenace > Storage Manager >
History Records, referchapter 4.3.1
3.2 View settings and start recording using the AADI Real-Time Collector
•Connect SmartGuard to the PC (USB, Com port or LAN)
•Start or bring up the AADI Real-Time Collector, refer TD 268 AADI Real-Time CollectorOperating
Manual
Figure 3-3 Configuring the SmartGuard using AADI Real-Time Collector.
•Connect to SmartGuard:
•Press New and select the actual port:
Note! Navigate
using the keypads
and press the
green ring to open.

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Figure 3-4 Selecting port settings
3.2.1 Connection using USB
Figure 3-5 Connection via USB
•Write a name in the Connection Namebox.
•SelectSmartGuard USBfrom the Port Settings drop down menu
•Press Open Port and the connection to the SmartGuard should be established within afew
seconds. (If not make sure that “Windows Mobile Device Center”or“Microsoft ActiveSyncis
installed on your PC.

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3.2.2 Connection using Serial port
Only to be used if you already using serial port as communication channel.
Figure 3-6 Connection via Serial Port
•Write a name in the Connection Name box.
•SelectSerial Port from the Port Settings drop down menu
•Select the correct COM port from drop down list
•Selectthe baudrate,referchapter3.3
•Press OK
•Press Open Port and the connection to the SmartGuard should be established within a few seconds
(If not then check that correct port and port settings are used)

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3.2.3 Connection using LAN
Only to be used if you already using LAN as communication channel.
Figure 3-7 Connection via LAN
•Write a name in the Connection Namebox.
•SelectNetwork Connection (Client Mode) from the Port Settings drop down menu
•Selectthe correctIP address,referchapter3.3
•Selectthe Serverport, referchapter3.3
•Press OK
•Press Open Port and the connection to the SmartGuard should be established within afew seconds
(if not then check that correct port and port settings are used)
3.2.4 View and edit settings using AADI Real-Time Collector
•Open Control Panel and select the Device Configuration tab, refer Figure 4-2
•Press Get Current Configuration (do not tick the Include UserMaintenance box since this require
a password, refer chapter 4.3
•Open System overview to verify the device settings
•Open System Configuration to verify/edit output parameters from each device, refer chapter 4.2
•Open Deployment Settings to verify/edit specific deployment settings, refer chapter 4.1