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1. Current 3 CO2 20 Carbon Dioxide Sample interval 1 250 20 HumiditySensor 5 ContactTime 6 Contact percentage Transmit missed values H Temperature 604 Current 3 Current Sample interval in minutes inste ThermoCoup 4 HumiditySensor 5 Humidity amp Temperature Samples before transmission 1 3 1 Temperature 604 Temperature Altitude m 0 ThermoCoup 4 Temperature Automatic calibration E Samples before transmission 1 5 3 Pree a NE VE VPN NU NUE PV EE CO VPN PPT PE E OP a a a a a a aE Figure 74 Shared sensor settings Sensor parameters To review or change the parameter settings of a sensor select the sensor in the left pane The parameters are listed in the right pane S49 WiSensys network Base station Base station COM2 Sensor HumiditySensor 5 S O Base station COM2 Information 1 0 board XV112101 1 03 Range extender 2 Device address Oxc8 0x03 0x0005 200 3 5 Range extender 3 Device type Humidity amp Temperature Range extender 4 Firmware version R3D 3 Q Sensors Parent device PC S549 Base station COM2 ENB Range extender 2 MMS HumiditySensor 5 Sensor 2 C02 20 Options ContactTime 6 Current 3 Parameter Value Name max 15 characters HumiditySensor Temperature 604 _ Th z Samples before transmission 1 5 ThermoCoup 4 Sample interval 1 250 20 Transmit missed values anamh mn
2. Figure 71 Login as Administrator You can change the default administrative password to something else by selecting the Change administrator password option See 0 for the explanation of the different settings Click the right mouse button on a base station to show a context menu for that base station The following options are available Remove Removes the base station from SensorGraph Rediscover Rediscovers all settings and sensors from the selected base station or range extender Reset to factory defaults Resets the base station to factory defaults ALL DATA WILL BE LOST DURING THIS PROCESS The process of resetting can take up to a few minutes You will be notified when the process finishes Change user mode Changes the user mode Administrator or User Change administrator password Changes the administrator password by default the password is empty Reset administrator password Resets the administrator password some base stations may not support this Show sensor states Retrieves extended sensor information from the base station only base stations with range extender functionality support this Show events Shows events from the base station which can help diagnose problems Show radio events Shows evenis from the base station specifically to the radio functionality Show statistics Shows statistics from the base station which can help diagnose problems ATA
3. GND buzzer Figure 6 Connecting the alarm relay Adding a base station If you start SensorGraph for the first time or want to add an additional base station you need to add it to the SensorGraph system e Start SensorGraph if it is not running e Connect base station you want to add to a power source e Go to the Configuration tab e Right click network e Choose either Add new serial host device when using a base station connected to a serial port or Add new TCP IP host device when using a base station connected to your local LAN You can also use one of the buttons in the network panel by clicking on network in the Configuration panel gs menu tel 4 Right cick on a sensor and choose Remove to remove sensor ah aaka ee n 1 Add a serial host device fe Add a TCP IP host device 1 1 a oe Ae oe PT de d s de the ni hadh eo ae ee Figure 7 Adding a base station e Serial port o Choose the COM port the base station is connected ATAI 14 AIRE o Press OK to add the base station The discovery process will start automatically Choose a connection Choose 4 COM port if your base station is directly connected to your PC using 4 serial cable a ethernet to rs232 converter or any other device that emulates a serial port com v Figure 8 Choosing a serial port e TCP IP o Wait until the base station is discovered and appears in the table of found base statio
4. el e Battery or external power e Measurement scale 1 0 75 mV 5uV 3 0 300 mV 10 uV 4 0 600 mV 20 uV 5 0 1000 mV 40 uV j 6 6 positive input for negative input S S GND shielding Figure 27 Connections and measuring scales of WHT 204M See the figure below for connecting an external probe Be careful not to touch any component or part of the printed circuit board Do not insert a battery into the sensor yet Follow the pairing procedure as described in section 2 9 Connecting a WT T 2Z04A sensor To connect an externally powered probe to a battery powered sensor you need to connect at least the IN and Vout terminal Be careful not to touch any component or part of the printed circuit board Do not insert a battery into the sensor yet ATA AIAL 25 To connect an external probe with own power supply to an externally powered WT T 204A see the figure below External Power supply External Power supply Figure 28 Connecting an externally powered probe to an externally powered WTT 204A sensor It is also possible to power the external probe by the WTT 204A sensor For this see the figure below The maximum power consumption of the external probe may not exceed 100 mA External Power supply D D D L V D Switch lout optional GND gv out EEZ IL IGNO p Oo Figure 29 P
5. Wireless system Gebruikershandleiding Manual ATAL B V Amp restraat 35 37 NL 1446 TR PURMEREND Postbus 783 NL 1440 AT PURMEREND T 31 0299 630 610 F 31 0299 630 611 E info atal nl www atal nl Inhoud OO OR ee satbeaaaeaioa EE E 6 NOs en ae SNS EN a de E oat 6 Sensors6 BASS SUG ON a tr da en Le en Le eee eee de dt bi du 7 RARES ER aca EEEE E E E E E E E aia nnoetin entesen tees 7 SOF SO SO OPA ee da 7 Websensys WO applica OA estas ed E ee D de An a a ee tines 7 COMPAD APR RE NE 8 Anse LR ed LES SUI RER ER E E OEE E E A E A E A A E EE 8 Installing the PC software eessessesssseesssrrresrrressrrressreresrresssrereserressreressrerssreressreessreroseterssreresererssrereserersseerese 8 Be IMIS TIES e E N a E 8 oen aE E E AE E EEEE E E E E A E E E T 8 Staline e or raD ene E E E a NS 8 FSU VU OF Se OCR don a E a a ae nr 9 Installing Configuring the WRC 100 base station ccccccccccccccccccccseeeseeeeeeeseseeeeeeececsssseeeeesuaeeeenenseeeeess 10 Additional installation iNStrUCtiONS cccccccssseccccsseccccenseccceesececsuseceeeeusecessusececsunecesseneeessusecetsuneceeeenes 10 RASE PAS BOO RE E 10 AO PO BON ea ana D ae da a en 11 Ce Re OC DO a ee 12 CPR VOTOS D 13 Optional iMEmOTy speien E 13 Connectine the Alarme rE E E 14 Adding a base SCAUION isda nr nee E a ss odrecooce 14 Configuring a new base station advanced sense 15 Installing the WRE 100 Range Extender ccccccsseccccsseccc
6. e Information hidden by default Detailed information about the sensor This can be useful for technicians to monitor the sensors A right mouse click anywhere in the table gives the possibility to set all sensors to visible or invisible 17 kt The measurements under Last sample Lowest sample and Highest sample their corresponding timestamp columns and the Information column are cleared when the button Clear is pressed You can also hide columns which you do not want to see by clicking the table properties button in the top right corner of the table Information 15 24 19 Real ti LA ab r fe Figure 51 The table properties button Logger The Logger tab contains the functionality to retrieve previously stored data from the database and export it to another file formats or graphs similarly as on the Graph tab The logger in SensorGraph is always active and saves every received value to the database WiSensys SensorGraph File Edit Tools Window Help Fea 2 Graph gt f Summary _ Sensors Logger 4 Alarms 2 Configuration System PA Voltage J2 Coz level DA Humidity Temperature Z Contact A Percentage LA c Humidity etailed graphs l Export to a graph which contains all samples 60 0 CSY file 575 Export to a CS File which contains averages Detailed CSY file Export to a CSV File which contains all samples 525 50 0 55 0 4 Date an
7. ATAI 18 AIAL If you have multiple range extenders you can verify that the range extender is added by comparing the Unique ID in the settings of the range extender and the serial number on the back of the range extender File Edit Tools Window Help 4 k 2 Graph E Sensors Logger amp f Alarms amp Configuration System lt Bo WiSensys network Range extender Range extender 2 H HHOO000244 COM2 Information F Status OK d Device address Oxc8 0x8a 0x0020 208 foe ange extender 2 Options a Sensors 7 Energy 3 Parameter H Pulses 2 Unique ID a dd at dit pate LD os 4 pe Namedmax 30 characters us Figure 15 Range extender added e Remove the range extender from SensorGraph by right clicking on it in the device tree and choosing Remove Do not remove the range extender from the base station but remove it from the network see the screenshot below for reference Verify the range extender by comparing the serial number shown in SensorGraph with the serial number on the back of the range extender File Edit Tools Window Help d s Graph Sensors Logger 4 Alarms Configuration syst 4 a WiSensys network Base station HH0000024f m me 00000744 COM2 Tone a SC Base stain COM1 TEST Ole a ne Remove Em i Oxgs i Range extender Reset to factory defaults oxe BHO SO Change user mode n Energy 3 PRET Figure 16 Removing the ra
8. Input min 0 m Output 2 0 vor 15 33 m Range extender 4 p pp put 2 5 3 Sensors Input max 2000 ppm Output 10 0 v or 26 67 ma amp CO2 20 ContactTime 6 Error value 1 0 Vor 2 67 ma Temperature 604 ThermoCoup 4 Test value Test value 0 2 or 10 53 m or native 80 Figure 77 Analog channel configuration See 0 for a list of parameters that can be changed ATAI AIRE 59 There is no context menu available for analog channels All configuration is done in the configuration panel itself Other settings for an Analog channel e Sensor the sensor options o Sensor the sensor from which data will be used by the I O board o Data channel the data channel which will be used by the I O board e Conversion converts the measurement unit of the sensor to an analog signal o Input min max the measurement range to map o Output value in V or mA corresponding to input min and input max between 0 10V 4 26mA or 0 4000 DAC value e Test value V mA or DAC value used as output level when test mode is enabled between 0 10V 4 26mA or 0 4000 DAC value e Error value value in V or mA used to signal an error situation to the connected device This setting is not for alarms but only to indicate an error The error value is also set when the sensor is out of range and Sensor out of range setting is 1 or greater in the base station configuration Ethernet I O Bo
9. You can view the progess of the operation in Running jobs window Synchronisation period Select the start and end date For synchronization Receovered missed data may be located in Files From another days Start date F012 05 02 z End date 2012 05 02 lt lea Open date picker Direct synchronization slow Use direct synchronization to synchronize From base station directly It is recommended to use local Folder synchronization because it is much Faster Base station PRGROO0120 COM wt A File list Synchronize Folder synchronization Fast Use Folder synchronization to synchronize From SOL yard located in a card reader or a local Folder on the Pc Figure 58 Select a source for synchronization When the SD card is inside the base station transfer of data between the SD card and SensorGraph is done at a rate of maximum 20 sensor transmissions per second Estimated transfer duration of 1 day of stored data can be calculated as follows e 20 sensors sensors sample every 200 seconds 7 minutes e 20 sensors sensors sample every 60 seconds 24 minutes This duration can be decreased by increasing the Samples before transmission value for the sensors see 0 The sensor collects a number of samples and sends them in one transmission to the base station The overhead in logging files is less and transfer duration can be reduced by 70 When the SD card is inside the base station data can be remov
10. fk Figure 11 Selecting a common root base station e Press Next after choosing a root device Always choose the same root base station when using more than one range extender e The next thing to configure is the gateway The range extender will relay all sensor data it receives to its gateway to make sure that this data will eventually reach the base station The gateway can either be the base station of the system or another range extender in the system SensorGraph will give a list of all possible gateways for the range extender Range extender configuration wizard Connection on COM2 Gateway device Choose the gateway the range extender should connect to The gateway is the device that this range extender will directly communicate to If you plan to use only one range extender the gateway should be the same as root base station If you want to chain multiple range extenders together the first range extender should be the same as the root base station The other range extenders can be configured with a different gateway Choose a gateway device with which the range extender should communicate Base station COM1 jki Next gt Figure 12 Selecting a gateway device ATAI AIRE 17 e Press Next after choosing a gateway e The last thing to configure is the identification number of the range extender this can be from 2 to 11 and must be unique in the system Identification number 1 is reserved for the base stati
11. o Continuous off during startup initialization ready o Blinking Red Green after startup startup failure o Flashing Red not configured o Flashing Green base in pairing mode e Radio link Base board next to antenna o Continuous Orange OK up and running o Flashing Red 1 second interval not configured o Flashing Green at startup initialize radio o Flashing Red fast startup failure Base station I O board e Status All o Continuous Orange OK up and running o Flashing Red 1 second interval not configured ATAI 68 a BPs o Flashing Orange 10 second interval critical error Open the event log in SensorGraph to check the cause You will also be notified if running SensorGraph e Link Ethernet I O Board o Continuous Orange OK up and running o Flashing Red 1 second interval Ethernet not configured o Flashing Red 2 second interval no connection to the network o Continuous Red IP configuration through DHCP ongoing e SD card Ethernet I O Board o Off no SD card inserted or SD card ejected o Continuous Orange OK up and running o Continuous Green SD card inserted and initialization ongoing o Continuous Red SD card OK but write protected o Flashing Red 1 second interval critical error Open the event log in SensorGraph to check the cause Sensor e Flashing Green pairing mode maximum 20 flashes Followed by o Off found base in pairing mode Pairing process ongoing o Orange resume normal operation o Flas
12. the data is only cleared from the graphs Graphs information The value axis displays the main function of the sensor on the left side The time axis indicates the time of values Available sensors can be found in the legend below the graph These items are only visible when the showing detailed graphs by zooming in The maximum time period that the time axis displays is controlled by the graph properties which can be accessed by right clicking the graph and then clicking on Properties WiSensys SensorGraph File Edit Tools Window Help M gt Graph 22 Summar yl B History length 1 hour v Properties Temperature Range Set a fixed range For the value axis If you choose Automatic the range of the value axis will change a oma i a a Q din Q Q ne aq C Target TF the values must fall within a certain target you can History length Set the maximum length of the time axis History length 1 hour 12 05 02 08 50 12 05 02 09 00 12 05 02 09 10 12 05 02 09 20 12 05 02 09 30 12 05 02 09 40 C02 20 Temperature 604 ThermoCoup 4 PR08380035 1 PT1000Sensor 2 IAQ Monitor 3 DigitalSensor 4 Referenz BP 5 Referenz GB 6 Gondelbau 1 7 PRO9370028 8 Sensor 3 9 Sensor 4 10 sensor 5 11 Sensor 6 12 08 13 24 14 12 15 10 16 13 17 04 18 07 19 19 20 HumiditySensor 5 Figure 42 Graph properties dia
13. 204M sensor The list of all available base stations settings and their meanings Different models of base stations can have different settings Settings shown in italic cannot be changed Setting name Friendly name Unique ID Sensor out of range time out Password for administrator access I O board settings Description A meaningful name of a base station which appears throughout the system Max 15 characters A unique identification for the base Station Determines after how many missed samples the sensor will be marked as out of range 0 6 0 off The password you have to use to change the user mode to administrator which in turn enables you to perform administrative tasks Each I O board in the wireless range can have their own combination of settings Setting shown in italic cannot be changed Setting name Alarm relay enabled Description When selected trip value alarms from sensors will power the relay for ATAI AIRE 71 72 Alarm relay event type DAC offset Default gateway Device name DNS server GPRS APN GPRS password GRPS username 1 second The event types to toggle the alarm relay on Two event types can be selected e Sensor alarms the relay is toggles when one of the sensors is in alarm mode e O board alarms the relay is toggles when an event happens on the I O board that requires user attention e g lost network connectio
14. Adding sensors to the system WTT 20 1 2 x The following items are provided with these sensors Figure 18 WTT 20 1 2 x sensor with battery Open the cover of the sensor by removing the four screws with a matching screwdriver ATA g 20 AIRE Be careful not to touch any component or part of the printed circuit board Connect a standard 2 wire or 3 wire Pt100 probe to the connector of the WTT 20 1 2 x p100 or a standard 2 wire or 3 wire Pt1000 probe to the connector of the WTT 20 1 2 x p1000 sensor as shown in figure 19 Always use both negative terminals when connecting a 3 wire probe When a 2 wire probe is used make sure to interconnect the two negative terminals 2 wire Not recommended for PT100 PT100 PT 1000 Figure 19 Connecting a 2 wire sensor probe 3 wire PT100 PT 1000 Figure 20 Connecting a 3 wire sensor probe Do not insert a battery into the sensor yet ATA g MIAL 21 Follow the pairing procedure as described in Adding sensors to the system WTT 201 TC thermocouple sensor The following items are provided with these sensors Figure 21 WTT 20 1 2 x sensor with battery The sensor can also be delivered with an external power supply instead of a battery Open the cover of the sensor by removing the four screws with a matching screwdriver Be careful not to touch any component or part of the printed circuit board Connect a standard thermocouple probe of ty
15. BR OR mt AA AA QAR Re RARE lm nt A MAR ann At dB a A ANR A nd A Dh mA AAA ttt a Es An thot A mien A an dem 1 AAA A As dm AA at A PR AAA ARS nd DR AR A AR AR RAA atin 4 AUS RAR on ng fl AR fe AAA mang ih ee A Figure 75 Sensor parameters To remove a sensor from the system right click the sensor in the left pane and select Remove from the context menu If you remove the sensor it will only be removed from the base station but the sensor will still send data To save battery power remove the battery from the sensor to stop the sensor from sending completely See Appendix 0 to see all available settings for the sensors ATA AIAL 57 By looking at the Parent device you can determine where the sensor is sending its values This can be useful when installing range extenders Sensor calibration You can calibrate sensor that supports it by right clicking on the sensor in the left pane and choosing Calibrate sensors The calibration dialog will pop up Calibration of HumidityS ensor Insert two target values in the target input boxes and the two corresponding measured values to generate the calibration formula Channel Linear temperature calibration yt Formula Measured value Target value InputfOukpuk 2 100 0 200 0 Figure 76 Sensor calibration dialog You can correct the value the sensor is measuring by giving two measurement values and the two corresponding target values This will generat
16. The ID presented is generated randomly by the system and can be changed Make sure adjacent systems have different numbers Valid values are 1 to 99 e Press Next to finalize configuring the base station e Press Finish ATAI AIAL 15 You must re power base station and plug it in again before you can continue Additional settings of the base station can be found under Configuration see also 0 This paragraph also contains settings for optional I O Boards Make sure you complete these settings in order to use the full functionality of the I O Board Installing the WRE 100 Range Extender Mounting the range extender The WRE 100 range extender is designed for wall mounting For performance according to specification please mount the range extender on a non metal wall Make sure the antenna is mounted on the range extender at all times during operation of the base station Direct the antenna vertically facing either up or down Horizontal placement of the antenna will negatively influence the maximum distance between devices The following items are provided with the range extender ID ka A Figure 10 Range extender antenna and RS232 cable and power adapter Adding the range extender to the system Before a range extender can be added to the system the base station must first be configured correctly this is described in Adding the range extender to the system Up to 10 range extenders are
17. Try local directory first then try remote server SensorGraph will first try to connect on the local directory but if the database is already in use by another instance of SensorGraph it will try to connect to the remote server If you only want to connect to a remove server you need to select the Only try remote server option You can also use an external database PostgreSQL is supported by default It is not recommended to change the Database type when using built in database The default option is to use Apache Derby as database This is a widely used and reliable database If you wish you can also select a different type of database engine when you application would work better with but this is at your own risk Logging from multiple SensorGraph instances We recommend that each installed SensorGraph instance is configured with its own database This will prevent database inconsistencies However it is possible to load sensor measurement from one database into multiple SensorGraph instances running on different PC s To prevent double data being inserted into the database you can configure one SensorGraph installation to communicate with the base station s while the other SensorGraph installations do not have any base stations configured When you configure the same database for all the SensorGraph installation you will still be able to read logged data from all SensorGraph while only the SensorGraph with a configured bas
18. a full hard reset of the PC will be required ATAI IAE 65 Reports The recommended way to connect the modem is by using a real serial port or the real USB interface of the modem SensorGraph can automatically generate reports Reports can be created and managed by selecting Report manager in the under Tools from the main menu Report manager Report title Type Target My new daly report My new weekly report Weekly mail exampe com Figure 85 Report manager dialog To create a new automatic report press the New button To remove a report select it from the list and press the Remove button You can generate each report at any time by selecting it from the list in the report manager and pressing the Generate button Keep in mind that this action may take a long time to complete To edit a report double click it in the table My new daily report A Tite My new daily report Interval 15 minutes Target e mail mail example com Data channels De Sensor Data channel 1 Eneray Energy consumption 1 Energy Power C 4 Humidity Temp Humidity 4 HumidityTemp Temperature 2 HumidityTemp Humidity 2 HumidityTemp Temperature 3 Temperature Temperature 1 HumidityTemp Humidity 1 HumidityTemp Temperature gt dates OY at Oe Oe oe a da ae ph pa ae A ow pit Figure 86 Report edit dialog In the report editor you can set the following configuration parameters e Title the title
19. and 64 bit JRE o User Manual installs the user manual and creates a shortcut in the start menu group e Press Next to continue e A shortcut for the SensorGraph application will be created in your Start Menu lf you would like to select a different folder press Browse e Press Next to continue e A shortcut will be created on your desktop Deselect the task if no shortcut should be created Press Next to continue The setup is now ready to begin the installation and the setup displays a summary screen e Press Install to begin the installation process The setup will copy the required files to your computer and finish the installation process showing the Finished screen First run of SensorGraph SensorGraph will only run with the Oracle Java Runtime Environment installed Go to http www java com to download the latest version of the software and install if before the first run of SensorGraph When you upgraded your SensorGraph installation from a version lower than R5A some user specific settings will be lost This is due internal changes The settings will have to by applied again after installation Unless you are upgrading from an earlier version of SensorGraph you will want to add your base station to the system Proceed to the next paragraph to add a new base station ATA E IAE 9 Installing Configuring the WRC 100 base station The WRC 100 base station is designed for wall mounting For performance accor
20. and fully understand these instructions before using any of the components of the system Atal accepts no responsibility for any malfunction of and or trouble with this product or with a computer that is caused by the improper handling of this product and will deem such trouble or malfunction as falling outside the conditions for free repair of the warranty e The products are not designed for use in lifesaving equipment or systems where through erroneous functioning of the products it can be expected that this results in personal injuries Customers that use the products for these means do so at their own risk e The system uses radio frequency RF as medium RF performance is influenced by placement of antennae All wireless sensor products except PC software contain an external or internal antenna Do not place this antenna very close to a metal surface Keep a distance of at least 30 centimeters from large metal surfaces in order not to influence the performance of the system e Microsoft and Windows are registered trademarks of Microsoft Corporation USA and are binding in the USA and all other countries e Figures illustrations and colors used in this manual may be slightly simplified and may differ from the actual product e Specifications design and other content are subject to change without notice e Every possible effort is taken to make sure that the contents of this manual are true and complete If you find any infor
21. and the external equipment devices please read the User Installation manual WES 206c Energy Sensor This document is provided with the sensor We strongly recommend installation is performed by a certified installation engineer Maximum current is 10A Do not power up the sensor yet Follow the pairing procedure as described in Adding sensors to the system The 3 phase system 400 V xxx A WHT 204P The WHT 204P is part of a measurement set for KWh in 3 phase 400 V AC systems This system is delivered with the following components e KWh meter either mechanical version or electronic version e The electronic version requires current transformers one for each phase e The WHT 204P which is a pulse counter counting pulses generated by the KWh meter The KWh meter and the current transformers come with their own installation and usage manuals and can be found in the shipment package The WHT 204P is battery powered and has to be connected to the external KWh meter according to the scheme below We strongly recommend installation is performed by a certified installation engineer Be careful not to touch any component or part of the printed circuit board See the diagram below for connecting the sensor D Figure 34 Connecting a WHT 204P to a 3 phase source Do not insert a battery into the sensor yet Follow the pairing procedure as described Adding sensors to the system When
22. figure 2 RS485 only uses R and R connectors Make sure both jumpers JP7 and JP2 are placed for usage as RS485 interface and both jumpers JP1 and JP2 are NOT placed for usage as RS422 interface if you are using the RS485 mode 10 The GND terminal is only used in certain RS422 applications If the base station is an end node in the RS485 network mount a 120 Ohm resistor over the wires in the connector Fasten the cable gland and close the cover with a wing head O Q jpa F RS485 RS422 R R T T jen E a es E ee A Figure 2 RS485 RS422 connector For a description of the Alarm connector please refer to Connecting the alarm relay For communication parameter settings please refer to 0 Analog I O Board Open the cover of the base station with a screwdriver Be careful not to touch any component or part of the printed circuit board This module has four output channels for analog signals Each output channel can be connected with a standard 2 wire cable through a free cable gland in the base station to e g a PLC Connect the wires to the connectors as shown in figure 3 for channels 1 to 4 Each channel has two jumpers for selecting between Voltage and Current output Make sure both jumpers are placed for each channel in use where 1V corresponds to channel 1 and I2V l4V correspond to channels 2 4 To assign sensors to output channels please refer to 0 ATA AIH 11 Jump
23. just removed range extender to communicate to the base station they will no longer be able to communicate to the base station and 56 there for no longer receive sensor messages There for it is very important to be extremely careful when removing a range extender Sensors level With the menu item Add new sensor or the button in the right panel a new sensor can be added to the base station This is described in Adding sensors to the system See figure 73 Ss Add new sensor wor Figure 73 Add sensor button Shared sensor parameters If you choose the Sensors node in the tree two tables will appear In the right table you will see settings shared by the sensors not all of them and in the left table all sensors in the system By changing a value of a setting in the right table you can change the setting for all sensors to the same value supporting the setting 3 WiSensys network Base station Base station COM2 Sensor All sensors S Base station COM2 Information 1 0 board X 112101 1 03 Range extender 2 WARNING Settings changed here will be sent to all selected sensors Use with care If the sensor does not support the setting it will Range extender 3 not be sent even if the sensor is selected in the list Range extender 4 B49 Options Sensor 2 H CO2 20 Sensor Sensor type Parameter Value ContactTime 6 Sensor 2 Low voltage Samples before transmission 1
24. no communication was possible between the sensor and base station If such data is sent by a sensor a message will appear in the Sensors tab indicating that the data is being received and processed receiving missing data From 2009 02 19 13 59 30 ecoisdion caisson cata Gripe AU Cte 1 LEE on ea da Figure 88 Receiving missed data However if discarding missed data appears the timestamps of the values cannot be calculated correctly Make sure to consider the following points when using the functionality e Make sure there are at least two real time values in the database before turning on the feature At least two real time values are needed for the functionality to work e Make sure the sensor is not out of range for too long since this will make it impossible to calculate the timestamps also See the following list of sample intervals in relation to the maximum out of range time o 20sec gt 7 days maximum of 2 days of data can be recovered o 60sec gt 21 days maximum of 6 days of data can be recovered ATAI AIAL 75 Do not change the sample interval of the sensor for the most accurate results How to use multiple installations of SensorGraph with one database The following section is for advanced users only lt is possible to use multiple installations of SensorGraph with one database This enables multiple installations of SensorGraph to receive real time data individually but read log data
25. of the report visible on the title page of the report e Report type indicates how often the report should be created o Daily the report will be created on a daily basis o Weekly the report will be created on each Monday SensorGraph must run on the moment the report should be generated 66 o Monthly the report will be created on each first day of the month SensorGraph must run on the moment the report should be generated Interval The step size in the report tables similar to the step size you choose in the Logger Target e mail E mail addresses to which the reports should be sent after they are generated Separate addresses by to allow for more recipients Data channels data channels that should be included in the report Press Save to save the report configurations or Cancel to discard any changes Reports are saved in the PDF file format You need a PDF file reader to be able to open the files Warranty Provisions for free repair lf a product does not work properly despite the fact that it has been treated in accordance with this manual the product shall be repaired free of charge within the warranty period In order to be able to use this the product shall be returned to the manufacturer via the distributor The distributor will contact the manufacturer and the product will be collected and shipped to the manufacturer Whether the product will be repaired or replaced depends upon the fault and the solut
26. only USB ports are available on the PC e Oracle Java Runtime Environment 1 6 required JRE 1 7 is not tested and will probably cause problems Additional free space is required for storing the measurements 2GB or more is recommended but depends entirely on the system size and load number of sensors sample times The software is provided on the CD that came with your system Installing Java For installing and running SensorGraph it is necessary to install Oracle Java Runtime Environment 1 6 You can download the newest copy from http www java com or use the version supplied with the SensorGraph installation Download the installation files and follow the installation wizard to install the software Installing SensorGraph Put the CD ROM into an optical drive the wizard should start automatically If the wizard does not start run the setup exe file e Select the language for the setup program This is not the language that will be used in the SensorGraph application e Select Next to continue or Cancel to exit the setup at any time e Select the destination folder for SensorGraph If you would like to select a different folder click Browse ATA E 8 MIAE e Select the components you wish to install o 32 bit installs the 32 bit version of the application This is recommended for most users o 64 bit installs the 64 bit version of the application This is needed if you are running a 64 bit operating system
27. supported per root base station Follow the following steps to add the range extender to the system e Make sure SensorGraph has a connection to the base station e Connect the range extender to the same PC on a free serial port e Go to Configuration tab e Right click on network e Choose Add serial host device e Select the serial port to which the range extender is connected e Press Save The discovery should now start and will result in the range extender wizard popping up because the range extender is not yet configured for use The wizard will guide you through the steps required for adding the range extender to the system These steps are described below e Press Next on the first screen 16 e The second screen allows you to choose the base station to add the range extender to This base station manages the complete system and is the connection to either SensorGraph or WebSensys for the entire system The wizard will show a list of all connected base stations to choose from Range extender configuration wizard Connection on COM2 Root base station Choose root base station for the extender to use You need to set a root base station The root base station manages the complete system configuration and routing and should be the same on each range extender in the system The root base station is also the base station connected to the PC Choose the root base station from the list below Base station COM1
28. triggered on Shows the timestamp of the moment the last trigger action Last triggered value Shows the value the alarm is currently triggered with this updates every new value for as long as the alarm is triggered Triggered on value The value on which the alarm was triggered The alarms in the table are sorted according to their status Triggered alarms are shown first You can change the sorting by clicking on one of the columns 48 Adjusting alarms Double click on any alarm in the alarms table to edit the alarm The alarm edit dialog will appear You can also press the Edit selection button at the bottom of the panel Edit higher than alarm Settings Trigger if CO level becomes 400 0 ppm Action delay minukes Consecutive delay minutes ctionis Choose the actions that should be performed after A alarm is triggered The actions will be performed after the delay has passed After that when the alarm is still triggered the consecutive delay is used Show a pop up Send a SMS message to 31612345675 Send an e mail to mail example com Show in graphs Show in system log Figure 61 Edit alarm dialog lf the alarm is a built in sensor alarm some input fields will be disabled because their values are built in and cannot be changed Press Save to save the alarm Press Cancel if you do not want to make any changes to an alarm Only user created alarms can be removed by pressing
29. 0 GPRS Network is available Could not attach to the network for IP communication IP communication activated Could not resolve the IP address for the specified hostname e Check the hostname specified in the I O Board settings e There could be a DNS problem on the GPRS network of the provider Hostname resolved to an IP address Error in the host IP address that was provided to the I O Board by the GPRS network e Check the hostname specified in the I O Board settings e There could be a DNS problem on the GPRS network of the provider IP address validated GPRS modem initialized successfully The software will fall through to state 10 immediately so no error causes for this state Could not open a socket to the server Check the hostname in the I O Board settings Check the port number in the I O Board settings 2 4 5 Check that the server can receive incoming connections on the specified port firewall settings Make sure the server software Is listening on the correct port Possible GPRS network communication problems Socket connection to the server opened GPRS connection setup successful If still no data is being received on the server check the server logs and base station communication statistics for HTTP for possible problems Retransmitting missed data from sensors There are two mechanisms of retransmitting missed data from the sensor when the connection betwe
30. 04AC Do not insert a battery into the sensor yet Follow the pairing procedure as described in Adding sensors to the system Installing Configuring WHTC 205 sensors No external probes can be connected to this sensor type Follow the pairing procedure as described in Adding sensors to the system Installing Configuring energy sensors The energy sensor can be delivered in three versions e The WES 206s version for KWh measurement in 230V 10A systems type F Schuko plug as used in most of Europe e The WES 206c version for KWh measurement in 230V 10A systems 3 connector version e The WHT 204P version for KWh measurement in 400 V systems ATAI AIRE 29 Refer to the following paragraphs for a detailed description of the different sensor types The Plug version for 230 V 10A WES 206s The WES 206s is a plug type sensor and no external connection can be made The sensor has an internal relay which can be used for switching on off connected equipment Settings can be made in SensorGraph see 0 and Rules can be defined in WebSensys refer to the WebSensys manual for an explanation of Rules Maximum current is 10A Do not power up the sensor yet Follow the pairing procedure as described in Adding sensors to the system The connector version for 230 V 10A WES 206c The WES 206c has three connectors to connect external equipment devices for switching on off For installation of these sensors
31. 204CT digital sensor for switch contact signals and open close time transmits open close status after each sample interval and of time the status is open or closed All three versions can be battery powered and externally powered Be careful not to touch any component or part of the printed circuit board ATAI AIRE 27 Figure 31 Connecting a battery powered WHT 204C ct cc See the figure below to connect an externally powered sensor External Power supply Figure 32 Connecting an externally powered WHT 204C ct cc Follow the pairing procedure as described in Adding sensors to the system Do not insert a battery into the sensor yet Connecting to a WPT 201 sensor The WPT 201 counts pulses and is delivered with battery Externally powered units can be delivered as special on request Be careful not to touch any component or part of the printed circuit board ATA g 28 AIAL See 0 for connection diagrams Do not insert a battery into the sensor yet Follow the pairing procedure as described in Adding sensors to the system Connecting to a WHT 204AC This sensor transmits in mV the AC current measured by the external sensor e g current clamp The sensor can be delivered battery powered or externally powered Be careful not to touch any component or part of the printed circuit board See the diagram below for connecting a battery powered sensor Figure 33 Connecting a battery powered WHT 2
32. 5 02 09 20 12 05 02 Of CO2 20 Temperature 604 ThermoCoup 4 PROS8380035 1 PT1000Sensor 2 IAQ Monitor 3 DigitalSensor 4 Referenz BP 5 Referenz GB 6 Gondelbau 1 7 PRO9370028 8 Sensor 3 9 Sensor 4 10 sensor 5 11 Sensor 6 12 08 13 24 14 12 15 10 16 13 17 04 18 O7 19 19 20 HumiditySensor 5 Figure 40 Zoomed in temperature graph in the Graph tab 35 When zoomed in you can click the button again to zoom out Each graph shows information about the configuration of the graph in the top left corner When one or more sensors in the graph has a triggered alarm the information string becomes red and the name of the sensor is shown in the information string see Figure 41 Temperature d History length 1 hour Range 0 0 C to 50 0 Alarm CO q 4 a Figure 41 Information string in the top left of a graph When one or more sensors visible in the graph go out of range the information string becomes gray and the name of the sensor is shown in the information string You can automatically zoom and browse through all available graph by clicking the and button To refresh all or the zoomed in graph immediately without waiting for the application to refresh you can press the button You can clear all data from the graphs by pressing the button When pressing the clear button
33. AIH 55 e Show radio statistics Shows statistics from the base station specifically to the radio functionality e Backup Opens the backup dialog where a backup can be created of the base station configuration e Restore complete configuration incl unique ID Restores the complete configuration of the base station I O board and sensors This can be used when creating an exact copy of an old base station or after a factory reset e Restore complete configuration Restores the complete configuration of the base station I O board and sensors This can be used when restoring configuration into a different base station e Restore sensors Only restores the sensors and their configuration This is useful for new base stations with a different I O board Range Extender level Range extender information settings The range extender level shows technical information about the range extender and its settings See Figure 72 Range extender connected to a serial port for an example To review or change the parameter settings of a range extender select the range extender in the left pane The parameters are listed in the right pane see the figure below File Edit Tools Window Help lt Re a 2 s3 Graph Sensors Logger lt Alarms Configuration System a B B WiSensys network Base station HH00000244 COM2 4 ML TEE Information q 3 Base station COM1 Status OK ca Ethernet v 3 Device address
34. G NEGLIGENCE OR OTHERWISE ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE ATA 80 IAE
35. KS EN EN ES ES ES ES ES ES 9 ABB LOMB IDM L LO tPA BO LES ta hoor BIOL BLO abr LO Br MO Me Le br hero her her br LOLOL ALORS he Br attr jt sol LA The table shows the following for each sensor in the system Status Shows the status of the sensor The status can indicate that the sensor is in alarm has a flat battery or is out of range RSSI Shows an indication of how well the base station is receiving the sensor messages Values above 30 can be considered adequate When a sensor is out of range no RSSI value is shown Visible in graphs Indicates if the data channel of the sensor should be visible in the real time graphs or not Appearance in graphs The appearance of a data channel of the sensor in the real time history and report graphs Base station The base station the sensor is connected to ID The internal ID of the sensor Sensor name The name of the sensor Sensor type The sensor type Channel The data channel name or the name of a custom equation if configured More than one data channel per sensor are possible for some sensor types Last sample The value of the newest measurement Last sample timestamp The timestamp of the newest measurement Lowest sample The value of the lowest measurement Lowest sample timestamp The timestamp of the lowest measurement Highest sample The value of the highest measurement Highest sample timestamp The timestamp of the highest measurement 40
36. LL AP u a pdt ad dt a de LS D a 1Temperat Temperature lower than lt 3276 6 C I O relay 15 minutes 4Temperat Temperature higher than gt 3276 7 C I O elay 15 minutes 4Temperat Temperature lower than lt 3276 7 C 1 O elay 15 minutes In the Alarms tab you can monitor and edit all available alarms Some sensors support built in alarms and so it is possible that there will be alarms present already even on a new system You can click on any device in the left tree to show alarms only for this device If you click on a base station for example you will see all alarms from sensors on that base station If you click on a sensor you will see all alarms for that sensor In the table on the right you can see the status of all alarms The following columns are available Status shows the status for this alarm red means triggered ID the sensor ID Sensor name The sensor name Data channel the data channel this alarm works for Description The description of the alarm Condition shows on what condition the alarm is triggered Action s indicates which actions are enabled for this alarm built in alarms will always have the I O board enabled user created alarms do not support this Delay shows after how much time the actions will be performed for the first time Consecutive delay indicates after how much time the action will be performed after the first time if the alarms is still triggered Last
37. Oxc8 0x8a 0x0020 200 138 32 4 i Range extender 2 Host device address Oxc8 0x84 0x0030 200 132 48 4 49 Sensors a Base firmware version D1B Energy 3 d F Pulses 2 Base product ID XVO30901 1 Temperature 1 1 Radio firmware version R1B a Temperature 2 4 Radio product ID XVO3090 1 2 a Connected to Connection on COM2 s Capabilities Range EXtender support ra Options a i Parameter Value f Unique ID HH00000244 lt 4 Name max 30 characters Default gateway Oxc8 0x87 0x00 10 gt Root base station Oxc8 0x87 0x00 10 lt does st do dti oo 2 PR sas Pl ta PERLE ee pads tr den nb be Dede Mn Me hes Lr hr anh dp he dr he J Figure 72 Range extender connected to a serial port Select the parameter to change in the Values column and enter the new value Press the Save button to apply the new value or Cancel to reload the current values Removing a range extender To remove a range extender from the system right click the range extender in the left pane and select Remove from the context menu If you remove a range extender from the system the range extender will still try to communicate with its gateway but the gateway will no longer respond to it This will cause the just removed range extender to no longer receive sensor data messages so all sensors connected to the range extender will try to find a new range extender base station to communicate to If other range extenders are using the
38. P authentication options if needed If you need SMTP encryption choose the desired setting SSL TLS or SSL TLS Make sure the selected setting is supported by your SMTP provider To test the e mail function enter the destination address in the Test e mail address field and press Send test e mail If the e mail settings are correct you will receive an e mail with the application title and version The address is not stored when you press the Save button at the bottom of the page SMS settings To be able to send an SMS from SensorGraph your PC must be connected to a device that can send SMS messages e g a mobile phone or SMS gateway Select the communication port to your SMS device from the list called SMS COM Port You can also choose the correct communication speed to your SMS device here Settings gt General Logging J E mail 52 SMS 4 Alarms SMS settings SMS COM port COM1 _ E Baud rate 115200 Test Type your mobile phone number to test the SMS setting You should get a SMS with the text WiSensys SensorGraph DEY Test phone number 31612345678 Send test SMS et tra Pons Oe NE Pi 2 aN A 0 Les st PP Figure 84 The SMS tab You can test you settings by providing a telephone number in the Test phone number field and clicking the Send test SMS button It is not recommended to use a modem connected using a USB to RS232 converter In some cases this can freeze the system completely and
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40. With this option the most important aspects of you system will be exported to a text file which can be useful for diagnosing problems WiSensys SensorGraph File Edit Tools Window Help rms g Configuration System Base station Base station COM2 Information Status OK Device address Oxc8 0x87 0x0010 200 135 16 ress Oxc8 0x84 0x0110 200 132 272 xvO40701 5 i re version R1B v090901 2 7 COM2 Range Extender support Value PRGROOO120 Base station Sensor out of range attention timeout number of transmissions Figure 70 Base station settings To review or change the parameter settings of a base station select the base station in the left pane The parameters are listed in the right pane see Figure 70 Base station settings Select the parameter to change in the Values column and enter the new value Press the Save button to apply the new value or Cancel to reload the current values D To be able to change settings remove sensors and other administrative tasks you will need to login to the base station as Administrator Choose Change user mode to do that In the popup dialog that appears you can choose Administrator as the user and input your password default empty After that all administrative options will be available to you 54 Change access level Please select the user and then type the correct password to change the access level Change access level Password pO
41. able sensors in the system see figure 50 including a live view of the measurement data and other useful data Figure 50 Sensors tab WiSensys SensorGraph File Edit Tools Window Help e Graph 32 Summary E S Logger 4 Alarms Configuration System Status No range Alarm Alarm Alarm NT ai RSSI visibl Appear Base station ID Sensor type ame ata channel Last sampl Last sa Lowest Lowest s Highest Highest s PRGR000120 COM2 ow Voltage oltage a PRGR0O00120 COM2 arbon Dioxide level 10 08 31 486 ppm 10 07 52 482 ppm 10 08 31 486 ppm PRGRO00120 COM2 arbon Dioxide umidi 10 08 31 41 2 RH 10 07 52 41 0 RH 10 08 31 41 2 RH PRGROOO120 COM2 arbon Dioxide co emperature 10 08 31 24 4 C 10 08 11 24 3 C 10 07 52 24 4 C PRGR000120 COM2 6 Contact percentage ontactTime ontac 10 08 12 0 ON OFF 10 07 22 OONJOFF 10 07 22 PRGR000120 COM2 6 Contact percentage ontactTime ercentage 10 08 12 0 00 10 07 22 0 00 10 07 22 0 PRGR000120 COM2 Cc 10 08 14 0 03 m 10 07 53 0 03 m 10 07 53 0 PRGROOO120 COM2 5 Humidity amp Temperature idil umidi 10 08 31 86 9 RH 10 08 22 86 8 RH 10 07 39 PRGR0O00120 COM2 5 Humidity amp Temperature idi emperature 10 08 31 48 2 C 10 07 40 48 1 C 10 07 39 PRGR0O00120 COM2 604 Temperature emperature emperature 10 08 23 22 6 C 10 07 43 22 6 C 10 07 43 PRGR000120 COM2 4 Temperature emperature 10 08 17 22 6 C 10 07 57 22 6 C 10 07 57 KS
42. adding new sensors make sure SensorGraph is running on the PC and the PC is connected to the base station A sensor needs to be added to the system paired with the base station before it will be operational e Right click on Sensors in the left pane of the Configuration tab and select Add new sensor Or Select Sensors in the left pane and press the Add new sensor button in the bottom left of the right pane Se Add new sensor Figure 35 Add new sensor button in the Sensors item of the Configuration tab This puts the base station in a mode where it accepts new sensors This is done to avoid that sensors are accidentally connected to neighboring systems The New sensor wizard is started which guides you through the process ATA AIH 31 New sensor wizard Connection on COM2 Sensor configuration wizard This wizard will guide you through the setup process of a Sensor You can navigate through the steps using the buttons below Please connect the power source T to the sensor for example a battery or a wall power connector This step can take up to 30 seconds Do not cancel sooner Figure 36 Start Sensor Configuration wizard Insert a 3 6V lithium battery between the battery connectors if the sensor is powered by a battery If the sensor is powered externally please plug in the power cord Note the orientation of the battery s positive and negative pole Inserting the battery the wrong way can d
43. al nr AE08520028 Figure 87 Sticker on the back of the base station Global configuration e Attach the base station to a serial port on the PC and start SensorGraph e Follow the initial configuration if necessary e Goto Configuration and select the I O board of the base station you want to configure You need to know the Internet address either an IP address or a hostname on which your WebSensys server is accessible from the Internet or the local network Please contact your network administrator if you do not know this This is needed for the next configuration step e Insert the address of your WebSensys server into the HTTP database hostname field e Insert a into the HTTB URI field Contact your administrator if you need another URI Further configuration of a base station with Ethernet connectivity e Select Use DHCP if your network supports it This will enable the base station to configure its network settings automatically e lf you do not have DHCP enabled you will need to configure the settings manually O O O Insert the IP address of the base station Insert the Net mask Insert the Default gateway Insert the DNS Server 74 If you do not know the values of these settings please contact your network administrator e Click Save to accept the settings Further configuration of a base station with GPRS connectivity e You will need to configure the followin
44. amage the battery and or the sensor When a battery is inserted the sensor starts broadcasting connection requests to all base stations that accept new sensors When in range the selected base station receives these request messages and then forwards them to SensorGraph SensorGraph detects the new sensor and continues with the configuration wizard New sensor wizard Connection on COM Step one General sensor information To identify your sensor you should enter a meaningfull name and unique device id for the new sensor Device type Humidity Temperature sensor Device ID ET 4 Friendly name Figure 37 Proposed Device ID and Friendly Name Default values for Device ID and Friendly name are presented Only change the Device ID when there is an urgent reason to do this otherwise you can accept the presented value The friendly name is meant to give the sensor a relevant readable name e g Upper shelf Refrigerator 1 Cupboard or any name indicating the usage of the sensor The name can be changed later if needed When the base station has accepted the sensor the wizard shows the Wizard Finished screen Press Finish to complete the wizard You can install another sensor by selecting Add new sensor in the Configuration tab Close the cover of the sensor with the 4 screws provided Make sure the orientation of the cover is as show in figure 18 Make sure the rubber seal i
45. an analog I O board The slave address of the base station on the RS485 bus The network mask when using static network configuration Communication baud rate between base station and external device Full duplex or half duplex No parity even parity or odd parity Output is average of N previous samples N 1 5 sensor for which the measurement values are to be directed to this channel When selected the channel is generating a continuous output When selected the I O board will receive an IP address using an available DHCP server 73 Frequently asked questions and answers When starting SensorGraph a COM port error appears If you are using a USB to rs232 cable it is possible the COM port will change after you reinstall the cable into a different USB port Choose the correct COM port for the base station in the Configuration tab by right clicking the base station and then clicking Set connection How to configure a base station for use with WebSensys Configure WebSensys to accept the new base station You will need to add the serial number of the base station to the WebSensys database You can do that in the Administrator tab in WebSensys Refer to the WebSensys user manual if you want more information You can find the serial number on the sticker on the back of the base station CCO Base Station ProductID WS05007 5 i R1 Type WS BU ethernet MAC adr 00 50 C2 81 80 43 Seri
46. ard To review or change the parameter settings of the Ethernet I O Board select the I O Board in the left panel The parameters are listed in the right panel See 0 for a list of possible parameters Clicking the right mouse button on the I O board shows the context menu for that board The following options are available e Retrieve time Shows the current time on the I O board e Synchronize time Synchronizes the time on the I O board with the PC time e Eject SD Closes all SD card operations so it is ready for removal e Clear SD Clears all data on the SD card e Show events Shows all events from the I O board this can be useful for diagnosing problems e Show statistics Shows all statistics from the I O board this can be useful for diagnosing problems AFA 60 IAE If an error message is displayed after pressing Clear SD the I O Board may be unable to remove directories from the card Check the SD card using a card reader connected to the PC The SD card can only hold a maximum of 512 files in the file allocation table This means the card will only hold 512 days maximum Do not write to the SD card using a card reader with a PC Some operating systems use long file names that take more than one sector in the file allocation table This could lead to the card being able to hold much less than 512 days of data GPRS I O Board To review or change the parameter settings of the GPRS 1 0 Board select
47. ate a formula which is then used to calculate the values Equation editor Insert a meaningful name the data type for which the equation should be valid and two input and the corresponding output values Also select the graph the equation has to be linked to Then select the sensor which will use the equation Description Data type Temperature Graph Temperature C Measured value Target value wewownioo id CO E Formula J Assign sensors Figure 67 Celsius to Fahrenheit Press the Save button to save the equation or Assign sensors to save the equation and assign sensors to tt You can remove an existing equation by pressing the Remove button After that you can assign the equation to sensors by double clicking the equation in the Graphs and equations dialog box and pressing the Assign sensors button 52 4 D Sensor Current equation TRE LT 4Temperature 2 Temperature Figure 68 Assign sensors dialog In the Assign sensors dialog you can choose which sensors should use your custom equation It is possible that not all of your sensors are visible in the table The sensors must provide the data type you chose in the equation editor dialog As soon as SensorGraph receives a measurement for sensors assigned to the custom equations converted values will be visible in the new graphs Configuration The Configuration tab shows the structure of the network and allows changes to be mad
48. by pressing the Save button s Timestamp Value C 2011 05 06 15 15 00 An annotation C 2011 05 06 17 18 16 A second annotation Pi BD Bn Bri BP bots af Be PLIS aft ster tale hr deter aL oot her A 0 tel bn adr den tr shen Figure 48 Annotations dialog To remove an annotation select the checkbox under the Delete columns and press Save You can change the contents of the annotation by double clicking the text in the last column and type a new value Again press Save to apply the changes Summary You can use the Summary screen to collect you most important sensors from you system and show them individually in a graph The screen looks similar to the Graph screen but shows each sensors in its own graph In addition each data channel is separated and placed in its own smaller graph inside the main graph block By default no sensors will be visible in the summary and you should add a sensor from the Sensors screen by right clicking a sensor you want to add and choose Add to summary panel see 0 After you have added some sensors the screen should look similar to the image below Figure 49 Summary panel with three sensors Sensors Most controls in the Summary panel are similar and work the same as the controls in the Graph panel Read 0 to find out more about the controls To remove a sensor from the summary you can press the button On the Sensors tab a table is displayed with all avail
49. cessececseseccceeeecceeeesecessenecessegeceseenecessugeceesenaeeetas 16 Mounting the range extender ccccccssscccccsseccceensccceeusccecausececsuececeeeecceseusecessunecessenecesseneeeeseuesetsgnesss 16 Adding the range extender to the system inserer senssssennnss 16 Re using a range extender on another base station 19 Installing 7 Configuring WTT 20X S NSONS wesssssssiverdancasaderaseseausesssessarienendaaedsecbnadasebeseeassdtaaveacassetbseaesenesevnsets 20 WTI ZOW ON EL eer rn re E eee eee 20 Follow the pairing procedure as described in Adding sensors to the system 20 A ero A A eae ee ee ee 20 WTT 201 TC thermocouple SO de a ae as nn ss 22 Installing Configuring WTT 204 sensors cccccccccccccecccsseeeeseseceecececcssseeeeeeeuueeeusesseeeeeeeeeessseueeeseuauegesnseeeeess 23 Connecting a WTT 204V30 WTT 204V4 Sensor ccccccccccccccccceceecceeeeeseceeeeeeccesseseeeseeeuueueeeseeeeeceeeseseeess 24 Connecting a WHT 204M Sensor cccssccssecseceseccseceseceseccseccseccseecseetaeecaeesaeeceeeseeeseussesssesscesseeescessenaes 25 Connecting a WTT 2Z04A SCOR anti eat ee a tt ie din 25 Connecting to a WAT 204C CC Ct S NSON n ns endnenedeneesesceenstteesese s eee 27 CONNECTING toa WP T 20 PSSMSOR a ten at er it eau 28 C nnectme toa NE AOC ae ee ao tam nonoui 29 Installing Configuring WHTC 205 S NSOMPs ccccccccccccccsseeseeeeeeeccccccscceseeeeeeaeeeeseseeeeeeeceeseseeeeseeuueegnnnseeeeess 29 Installing Con
50. d the IP address in the status of your network connection This IP is later needed for the configuration of the slave PC Optionally you can choose another directory where the database should be stored by going to Settings gt Logging and changing the Log directory to a more convenient location Restart SensorGraph afterwards Make a notation of the Log directory This is later needed for the configuration of SensorGraph on the slave PC Install SensorGraph on a slave PC if you did not already do so Start SensorGraph in read only mode by using the correct shortcut with read only in the name Add the same TCP IP base station as you added to the master PC 76 e Goto Settings gt Logging and set the following values in the database configuration e Log directory insert exactly the same path as configured on the master PC even if does not exist on the local PC e Hostname or IP insert the IP address of the master PC e Connection mode set to Only try remote server e Restart SensorGraph SensorGraph should now connect to the database on the master PC without errors If errors occur please check the configuration Also take into account that if the master PC is powered down or fails in any other way the database will not be automatically updated by the slave PC s To retrieve the lost data from the SD card if installed you can use the Synchronization manager on the master PC Why is the
51. d time options Start 2012 04 26 00 00 Fs End 2012 05 02 23 59 Step size 15 minutes v Open date picker C Show differences 25 12 04 27 12 00 12 04 28 00 00 12 04 28 12 00 12 04 29 00 00 12 04 29 12 00 12 04 30 00 00 12 04 30 12 00 12 05 01 00 00 CO2 20 HumiditySensor 6 04 18 O7 19 08 13 10 16 12 15 13 17 19 20 24 14 CO2 1 HumiditySensor 27 PRO9370028 8 Referenz BP 5 Referenz GB 6 Figure 52 Logger tab The location of the database is set by the Log directory value in the settings dialog see 0 Do not modify the database structure or data by hand This can result in data corruption Access the database only in read only mode when using third party tools Durability of data SensorGraph stores all the measured value in a database The database engine that is used for storage by default is Apache Derby This is a very mature durable and high performance database engine ATA AIH 41 To prevent loosing data it is recommended to create regular backups of the database This can be done by copying the database file to a save location when SensorGraph is not running It is recommended to disable write caching for the hard disk that contains the database files This prevents loosing data in case of power or hardware failures Disabling the write cache is done in the Device manager Go to the device manage
52. ding to specification please mount the base station on a non metal wall Make sure the antenna is mounted on the base station at all times during operation of the base station Direct the antenna vertically facing either up or down Horizontal placement of the antenna will negatively influence the maximum distance between sensors and the base station The following items are provided with the base station Figure 1 Base station antenna and RS232 cable and power adapter 1 Attach the antenna to the base station Connect the RS232 cable to the base station and to a PC with the software 2 installed If you have an Ethernet I O board you can also connect the base station to your LAN 3 Make sure you attached the antenna and then connect the power adapter to the base station If you power up the base station without the antenna attached the base station can be damaged 4 Put the power adapter into a mains power socket Additional installation instructions When the base station is equipped with additional digital or analog input output ports you will have to take the instructions below into account RS485 I O Board Open the cover of the base station with a screwdriver Be careful not to touch any component or part of the printed circuit board Feed a standard 2 wire or 4 wire for RS422 cable through a free cable gland in the base station and connect the wires to the connector shown in
53. e Changes include adding base stations range extenders and sensors removing base stations range extenders and sensors and changing settings Here you can also set parameters for the I O Board if present in your system Select the level you want to view by clicking on the level name in the left pane of the Configuration tab Network level A right click with the mouse on network shows the context menu for the Network level With Add new serial host device and Add new TCP IP host device an additional base station can be added to the system Add new serial host device can also be used to add a range extender for initial configuration Make sure you have the base station or range extender connected to a COM port on your PC or connected to the local network before adding one of them to the system You can also create a full system report by choosing Export full system status from the context menu This can be useful while receiving support A system with two base stations is shown in the structure in the left pane see figure 69 Sensors can only be added to a specific base station on sensors level see Adding sensors to the system WiSensys SensorGraph File Edit Tools Window Help gt Graph 526 Summary 5 Logger 4q Alarms g Configuration System Slee iSensys network System WiSensys network Informatio You find rll r conn icra devices in the tree on the left You as nge the setting of eac al vice yk c
54. e a formula which is used by the sensor internally to correct the measurement Press Save to commit the changes and wait for the corrected measurements to be sent for verification Be careful calibration will alter the sensor measurements Note that sometimes values can change after input because of number rounding and precision of the sensor I O Board level RS485 I O Board To review or change the parameter settings of the RS485 module select the I O Board in the left pane The parameters are listed in the right panel See 0 for a list of possible parameters Clicking the right mouse button on the I O board shows the context menu for that board The following options are available e Retrieve time Shows the current time on the I O board e Synchronize time Synchronizes the time on the I O board with the PC time e Eject SD Closes all SD card operations so it is ready for removal e Clear SD Clears all data on the SD card ATA 58 AIRE e Show events Shows all events from the I O board this can be useful for diagnosing problems e Show statistics Shows all statistics from the I O board this can be useful for diagnosing problems If an error message is displayed after pressing Clear SD the I O Board may be unable to remove directories from the card Check the SD card using a card reader connected to the PC The SD card can only hold a maximum of 512 files in the file allocation table T
55. e station will log the data When using a WS BSU Ethernet 01 you can connect up to four one serial and three TCP IP connections SensorGraph instances to one base station To prevent double data it is recommend that you let only one instance of SensorGraph log to a database ATAI a BPs 63 and start the other instances of SensorGraph in read only mode You can find an icon for read only mode in SensorGraph start menu folder lf you want to use database and let multiple instances of SensorGraph installations write to it you have to consider that it can be possible that the same measurement values can be saved in the database multiple times Make sure the clocks of the PC s running all the SensorGraph are set to the same time and time zone Alarms Here you can choose in which way you want to be informed of general alarms pop up message e mail or SMS The e mail and SMS are sent to the address specified Settings Ep General 3 Logging E mail 54 SMS l Other alarm settings E mail mail example com SMS 431612345678 r ai dt ds ne dt tits on ee E ds D d s Ph dit a Figure 81 The alarms tab The general alarm currently defined is when SensorGraph cannot communicate with a connected base station or a sensor anymore Information entered here will also be used as default settings for new alarms With this you can avoid having to enter the same e mail address or mobile number for ev
56. ed WTT 204V30 or WTT 204V4 sensor External Power supply External Power supply Figure 25 Connecting an externally powered probe to an externally powered WTT 204V30 or WTT 204V4 It is also possible to power the external probe by the WT T 204V30 or WT T 204V4 sensor See the figure below for the connections The maximum power consumption of the external probe may not exceed 100 mA External Power supply D v Bd o GND a Switch Vout optional GND S V out IJIN PE oO Figure 26 Connecting an external probe to an externally powered WTT 204V30 or WTT 204V4 and powering the external probe by the sensor ATA g 24 AIRE In order to save energy in case the external power supply is a battery or an accumulator this sensor can be supplied with a switch in the electronic circuit Separate order codes are available in the price list WTT 204V30 switch or WTT 204V4 switch Settings with respect to the switch can be found in 0 Make sure the WTT 204V30 s sensor can deliver the required power to the external probe Refer to the manual of the external probe and the datasheet of the WTT 204V30 s sensor to see if the power requirement can be met by the WT T 204V30 s sensor Follow the pairing procedure as described in Adding sensors to the system Connecting a WHT 204M sensor This sensor can be delivered with battery or with an external power supply For connection see the figure below
57. ed from the SD card using the Clear SD menu item that can be found in the Configuration tab when selecting the I O board in the system overview The maximum number of days of stored data on the SD card is 512 In addition a file list can be accessed by pressing the List files button There the files can be removed individually 46 SD file explorer 2011 02 09 2011 02 10 2011 02 11 2011 02 12 2011 02 15 2011 02 14 2011 02 15 2011 02 16 2011 02 17 2011 02 18 2011 02 19 2011 02 20 File name 674 937 18012011 C5V 266 432 19012011 C5V 47 720 04022011 CSV 162 497 05022011 c5V 162 544 060220 11 C5V 166 598 070220 11 C5V EE OT TE CET jun 171 018 10022011 C5V ri 170 938 11022011 CSV I EEE 171 138 13022011 CSV js 171 058 14022011 C5V 170 898 15022011 CSV E 170 818 16022011 C5V T mesman 00 00 06 171 058 18022011 CSV 00 00 04 171 058 19022011 C5V 00 00 16 165 946 200220 11 C5V 00 00 00 166 743 21022011 C5V Time Atti Size 00 00 02 09 28 54 00 00 04 00 00 14 00 00 10 00 00 18 Total number of files 88 Total file size 34109934 b Figure 59 File list LB Get file list Delete selected To start the synchronization press the correct Start button Alarms SensorGraph supports generating alarms based on measurement data received from sensors Two types of alarms are implemented in the system Built in alarms generated by the sensors which can also trigger
58. en the base station and sensor did not work temporarily Old style When using older sensors software version depends on the type you can either enable or disable the option to retransmit missed data e When the option is enabled the sensor will retransmit missed data with at least 300 samples hour in case of a standard WS DLT sensor It sends 10 missed values every 2 minutes or the configured sample interval whichever is shorter If FastTX is included in the firmware and extended sample interval sample interval in minutes instead of seconds is enabled the sensor will send up to 6000 samples hour e When disabled the sensor will not retransmit missed data New style When using newer sensors software version depends on the type you have 3 options for retransmitting missed data e Fast the sensor will send up to 6000 samples hour This is the same as FastTX in older sensors This setting should not be used when using GPRS I O board Do not this option if not really needed e Normal the sensor will send at least 1200 samples hour This setting should be selected above the fast option because it does not stress the ether as much e Disabled The sensor does not retransmit missed data Missing data after sensor power reset lf the power of the sensor is reset or the battery has become empty all the missed data in the memory is cleared This is needed to prevent inconsistencies which can occur because the sensor does
59. ers select between voltage V and current output l1V I2V 13V l4V eee eee eee eee eee eee e00 eee OOO nea no 1 2 2 4 Alarm 12 30V Figure 3 Analog output connector For a description of the Alarm connector please refer to Connecting the alarm relay Ethernet 1 0 Board Open the cover of the base station with a screwdriver Be careful not to touch any component or part of the printed circuit board Feed a standard Cat 5 cable through a cable gland in the base station and connect it to the Ethernet connection plug using a standard RJ45 connector Fasten the cable gland and close the cover with a wing head SD card Link Status es Ethernet Figure 4 Ethernet output connector For a description of the Alarm connector please refer to Connecting the alarm relay For communication parameter settings please refer to 0 For a description of the used LED s please refer to Appendix B Note that if you are using the WRC 100E 01 version of the I O board for use with SensorGraph over TCP IP the board accepts a maximum of three connections via TCP IP and one connection on the serial port This makes a total of four connections ATAI 12 AIRE GPRS 1 0 Board Open the cover of the base station with a screwdriver Be careful not to touch any component or part of the printed circuit board Mount a SIM card into the SIM cardholder Close and fasten the lid of the SIM card Fail
60. ery new alarm defined The e mail address and mobile number entered are also used in the test settings for E mail and SMS see 0 and 0 If you press Save at the bottom of the page the values entered here are used as destinations for test e mail and SMS You can temporarily disable all alarms by disabling the All alarms enabled option from the main menu Wisensys SensorGraph Window Help Tools n 259 Settings Ctrl lL Wisensys network IPS i B Figure 82 Temporarily enable or disable all alarms E mail settings To be able to send e mail when an alarm condition is met see also section 0 you must enter a valid SMTP server in the SMTP server field This usually is the outgoing mail server of your internet provider You should also enter a valid e mail address in the From e mail address field This address is shown as the originating address in the resulting alarm e mail ATAI 64 AIRE Settings OF General La Logging E E mail C2 sm5 E Alarms E mail settings Test e mail address sensorgraphi company com Advanced SMTP settings SMTP port default 25 requires restart SMTP encryption SSLITLS w Server requires SMTP authentication Test Type your e mail address to test the e mail setting You should get an e mail with the text WiSensys SensorGraph DEV Test e mail address mail example com Send test e mail Figure 83 The e mail tab You can also configure SMT
61. ess signals e WTT 204V30 analog sensor for 0 30VDC process signals e WTT 204V4 analog sensor for 0 4VDC process signals e WHT 204AC analog sensor for AC process signals e WHT 204C digital sensor for switch contact signals e WHI 204CC digital sensor for switch contact signals with sub sampling send on change e WHT 204CT digital sensor for switch contact signals with sub sampling percentage of time open closed e WHIC 205 digital CO2 humidity and temperature sensor e WPT 201 pulse counter e WHIT 204P pulse energy sensor e WES 206s energy sensor with a controllable relay plug e WES 206c energy sensor with 3 controllable relay connector e WHT 204M voltage sensor measures in mV The sensors measure input values and transmit data to the base station Sensing is done using a variety of sensors The intervals for sensing and transmission are set at installation time Values can be changed using the PC software Each sensor has a unique identity Optionally the following values can be assigned to each sensor Friendly Name Minimum trip value and maximum trip value Trip values are used to signal an alarm condition to the base station when these values are exceeded Additionally different types of sensors have additional options which can be set using SensorGraph of WebSensys Base station WRC 100 is the base station that receives the data from all sensors The received data is either stored in the base stations o
62. evice type Humidity amp Temperature Device address Oxc8 0x03 0x0005 Temperature PRGR000120 COM2 Device type Temperature Device address Oxc8 0x01 0x025c ThermoCoup PRGROO0120 COM2 Device type Temperature Device address Oxc8 0x01 0x0004 N 04 Device type Humidity amp Temperature Device address Oxef 0x03 0x0012 07 Device type Humidity amp Temperature Device address Oxef 0x03 0x0013 08 Device type Humidity amp Temperature Device address Oxef 0x03 0x000d 10 Device type Humidity amp Temperature Device address Oxef 0x03 0x0010 12 Device type Humidity amp Temperature Device address Oxef 0x03 0x000f VR _ _ _ Select all with same base station Select all with same device type Figure 57 Choosing the sensors to export After pressing OK the export will be created User annotations Just like in real time graphs you can add annotations by holding the CTRL key and clicking on a value Synchronization manager The Synchronization manager in the Tools menu can be used when the base station contains a RS485 or Ethernet I O board with a MMC SD card The data on the memory can be used as backup for when SensorGraph is not running The SD card can either be in the base station connected to the PC in a dedicated SD card reader or files on any other media like a hard disk ATA g AIRE 45 Synchronization manager Perform a one way synchronization from external source to the database
63. figuring energy S NSOFS rss ects canetrssesesshesse senc ceatessesnetensenietsec tes masse 29 The Plug version for 230 V 10A WES 2065S cccccccccccccsseeeesseeeeeeeececccssceeeeeeuuaeeeeesseeeeeeceeseseeeeeeeauaaeegs 30 The connector version for 230 V 10A WES 206C ccsssssssseeeeeeeccccccceeeeeeeeueeeeesececeeeeeeseeseeeeeeeeaagees 30 The 3 phase system 400 V xxx A WHT 204P ccccccccccccscseessseceeeececccsseseeeeeeeuaeeeeesseeeeeeeeeeseeeeeeeeaeaeegs 30 Adding sensors tothe SNS ee eS ene eee ee 31 Py OO SC SONS ed ed a dam otao dons 33 FastTX 33 EX AMIS COCO CONS E AEE N A ee a A 34 ETON FSU CPR 34 USDE TVS V UN a E ee eee ae 35 Graph 35 Graphe WAV UO PES Re 36 ZOOM IN ZOOM OUT inside the graph cccecsssccccesseccceesececcenececsesececeeseceeseseceseeeeceeeeesecesseeceseugecessunes 37 Saving and printing a Gl AON isessancccsisatccendonnesavsosrnadeanadeaes ane tusuwdoseususeoarwechopaitoedenat deaedsannnesupatendeanadiaaeenee des 37 Parine VG tool D APE RER RER RER TS UE 38 PAO AU OUI EEE 38 SIN ALY Eau 39 Sensors39 Logger 41 PU ATONE VIO CAS FPE RTE eotnsaea ay E A 41 Load AO TOI CIS Koc ccc cee a a canes eee sedis 43 LISS PaO OMS ne et ee Ce end A5 Synchronization Manager ccccesscccccesececcesecccceneccccesececeusececseecceseeccessusecetseecessegeceeseesesessenecetsegecetseges 45 Alarms 47 Adjustine OS EE E 49 DeUe TEWAS 49 FSO WS an alari ER 50 Graphs ANUS COS ee eee EE ee EE 50
64. from one database which is updated by only one instance of SensorGraph Please pay attention to the following if you want to use the functionality You must have knowledge of your network and know the basics of networking You need a WRC 100 eth with an Ethernet I O board base station to use the functionality because each SensorGraph has to connect to the base station to get the most recent data One of the computers with SensorGraph which we call the master from now may not be powered off In addition SensorGraph should always run on that The PC s with read only access to the database which we call slave from now on will NOT write data to the database This is the job of the master The master must also be accessible from the slave PC s for example on a local network Up to four instances of SensorGraph can be connected to a base station ata time three via Ethernet and one with a standard serial connection These steps are for the built in database If you are using an external database you can configure all the SensorGraph installation the same but use just as described below only one installation as the master Follow the following steps for using this functionality Install SensorGraph on the master PC if you did not already do so Start SensorGraph Add a TCP IP base station in the Configuration if you did not add a base station yet Make a notation of the IP address of the maser PC You can fin
65. g settings o Insert the GPRS APN of your mobile provider o Insert the GPRS username of your mobile provider if any o Insert the GPRS password of your mobile provider if any If you do not know the values of these settings please contact your mobile provider e Click Save to accept the settings Problems connecting to the server Ethernet lt can happen that the base station cannot connect to the server when DHCP is enabled even if it seems that the network configuration is correct This can happen when the DHCP server provides the base station with a primary and a secondary DNS server address The base station will only use the primary DNS server If the primary DNS server is used for name resolving on the local network and the WebSensys server is not located on the local network this could cause problems What happens is that the primary DNS cannot convert the name of the WebSensys server to an IP address which results in the base station not being able to contact the WebSensys server The solution for this problem is not to use DHCP but use a fixed IP configuration and provide the base station with a DNS server that can resolve the name of the WebSensys server to an IP address How to use MySQL as an external database MySQL is not supported by SensorGraph You can use PostgreSQL as an alternative What does discarding missing data mean The wireless sensors support retransmitting missed data when
66. gin automatically C Attempt to auto detect base stations requires restart C Attempt to automatically synchronize SD card 7 days Other options Keep relay settings for energy sensors up to date disable when using WebSensys 2 Close Figure 79 General settings Start up The settings in the Startup section control how SensorGraph behaves on startup By selecting the Start minimized SensorGraph will start minimized SensorGraph will remember window position and location when started the next time This is also valid for the SensorGraph is maximized Enabling the Login automatically option will tell the software to try to login as Administrator to base stations on discovery when starting up This is enabled by default Disable the option if you are using multiple SensorGraph installations at different locations To auto detect base station on start you can enable the Attempt to auto detect base stations setting SensorGraph will search all serial ports for devices and add them automatically Enabling auto detection of base stations can be risky when other devices are connected to the PC on a serial port If this is the case the devices can behave unexpectedly when SensorGraph is polling for devices It is recommended not to enable this option in that case By enabling Attempt to automatically synchronize SD card the system will try to synchronize the last 7 days from the SD card so you will not have to do it manua
67. he newly created graph You can remove a graph by double clicking it in the graph table and then pressing the Remove bution Define a new equation In the Graphs and equations dialog press the New equation button to create a new equation A dialog will appear ATAI AIRE 51 Equation editor Insert a meaningful name the data type for which the equation should be valid and two input and the corresponding output values Also select the graph the equation has to be linked to Then select the sensor which will use the equation Description Humidity 2 Data type Graph Humidity ah Hs value Target en Input Output 1 00 sbo moto JR Formula 20x 0 0 Figure 66 Equation dialog Enter a descriptive name to identify the equation This makes it easier for you to identify the equation when assigning the equation to sensors Choose a data type for which the equation will be valid This can only be changed when creating a new equation Select the graph in which the data should be visible You can select either your own graph created in the previous paragraph or a built in graph Enter two input and the corresponding output values to configure the equation For example to convert Temperature in Celsius to temperature Fahrenheit you can enter the following values Input Output 1 0 gt 32 Input Output 2 10 gt 50 This means 0 C equals 32 F and 10 C equals 50 F This will gener
68. hing Red 10 times sensor not paired Sensor will go in deep sleep mode Sensor must be paired for normal operation e Continuous Red calibration error check battery e Alternating Red Green WS DLR communication error Contact distributor supplier e Alternating Red Orange memory error Contact distributor supplier WHTC 205c CO2 relative humidity temperature sensor e The LED can be configured to signal a certain CO2 value using the colors green yellow orange and red see 0 Sensor settings List of all available sensor settings and their definitions The different sensors will also have different settings Sensor setting name Description Friendly name This is a meaningful name for the sensor which appears in the graphs and logs Max 15 characters Sample interval Determines how often a sample is taken in seconds ATAI sa BP 69 70 1 250 Samples before transmission Determines after how many taken samples the data will be transmitted to the base station All taken samples will be transmitted 1 3 for CO2 sensors 1 5 for humidity temperature sensors and energy sensors 1 10 for all other sensors Transmit missed values Retransmits samples that could not be sent earlier because of a communication problem between the sensor and the base station See 0 for a better explanation of this setting Minimum level The lower bound of the sensor alarm If the measured sample falls belo
69. his means the card will only hold 512 days maximum Do not write to the SD card using a card reader with a PC Some operating systems use long file names that take more than one sector in the file allocation table This could lead to the card being able to hold much less than 512 days of data Analog I O Board To review or change the parameter settings of the Analog I O Board select the I O Board in the left pane The parameters are listed in the right panel See 0 for a list of possible parameters Clicking the right mouse button on the I O board shows the context menu for that board The following options are available e Show events Shows all events from the I O board this can be useful for diagnosing problems e Show statistics Shows all statistics from the I O board this can be useful for diagnosing problems 1 1 1 1 1 Analog channel settings To review or change the parameter settings of the Analog I O Board s channels select the Analog channel in the left pane The parameters are listed in the right pane see figure 77 aps ee bete y Lg Sees beste sg Mn 9 wiSensys network Base station Base station COM2 1 0 board Analog Output Analog channel 1 3 Base station COM2 5 3 Analog Output re a Analog channel 1 Sensor coz 20 vi Analog channel 2 H Analog channel 3 Analog channel 4 Range extender 2 Conversion Range extender 3 ensor Data channel coz level v
70. ing to do this will result in problems with GPRS communication When the modem has established a correct connection with the GPRS network the red indication LED on modem will blink every 2 seconds SIM Modem Figure 5 GPRS 1 0 Board with SIM cardholder Make sure PIN codes are disabled or set to 0000 for the SIM card If a PIN code is set the I O board will not work with the SIM card Close the cover with a screwdriver Optional memory The RS485 Ethernet and Alarm I O boards are equipped with a MMC SD reader If you want to use the storage function of the base station an empty FAT16 formatted MMC SD card has to be inserted into the slot The card is filled with logging data until it is full or until 512 days have been logged When the card Is full the oldest data is overwritten If the 512 days limit is exceeded older files will NOT be automatically removed The mentioned base stations will be delivered with an empty SD card To insert the card open the cover of the base station with a screwdriver Be careful not to touch any component or part of the printed circuit board Insert the card by pressing it into the slot Close the cover with a screwdriver When required the card can be read using SensorGraph see 0 for details ATA AIH 13 Connecting the alarm relay To connect an alarm device to the alarm delay on certain base stations please refer to the diagram below INC L NO ET TE
71. ion Inquiries Free repair is not available in the following situations even though it is within the warranty period 1 The problem was caused by careless operation natural disaster fire pollution or use of a power source other than specified lf repair adjustment disassembly or modification of the product has been done by a person other than an authorized engineer Damage was caused by transportation or dropping the product after the purchase The warranty cannot be reissued Atal BV Amperestraat 35 37a 1446 TR PURMEREND The Netherlands Tel 31 299 630 610 Fax 31 299 630 611 ATAI AIRE 67 Spare parts and accessories The following replaceable parts are used in the system Make sure you replace them with the correct product Product Identification 3 6V Lithium battery WRC Acc Bat Power adapter EU WRC Acc Adp Eu Power adapter UK WRC Acc Adp UK Replacement antenna WRC Acc Ant Antenna for extra range WRC Acc Ant Ext Cable for WRC Acc Ant Ext WRC Acc Ant Cab SensorGraph has been tested with the following SMS devices Manufacturer Identification Sierra Wireless Fastrack Xtend series former Wavecom Fastrack Supreme modems recommended Wavecom Fastrack Supreme LED signaling The hardware is equipped with LED s Below is a description of their location naming and meaning Base station Baseboard e Status o Continuous Orange OK up and running o Continuous Green during startup initialization
72. le onfigurable ee ak To change the settings of a particular i levice select the sith and the settings will al in this Right click on WiSensys network to add a base statio To remove a base station or a unused connection right click on the item and choose Remove co2 ar ContactTime 6 To add a sensor to a particular base station Go to the Sensors item of the base station and right click on it Choose Add a new sensor From the contect menu Right click on a sensor and choose Remove to remove a sensor EthernetBase 192 168 2 138 Add a TCP IP host device Figure 69 network with two base stations ATA HIAL 53 See 0 for more information about base stations Click the right mouse button to show the context menu Base station level The base station level shows technical information about the base station including software revisions settings and number of sensors See figure 70 for an example Add a serial host device Opens a dialog box where you can add a new base station or range extender connected to a serial port on the PC Add a TCP IP host device Opens a dialog box where you can add a new base station with a Ethernet I O board located in your local network or somewhere on the Internet This works only with a WRC 100E 01 base station Export full system status When you have problems using the system A support engineer can ask you to export a full system status
73. lly when SensorGraph was not running for a maximum of seven days Other settings Here you can adjust other settings that do not fit into other categories Disable the Keep relay settings for energy sensors up to date when using rules in WebSensys and you want to run SensorGraph at the same time This prevents SensorGraph from sending conflicting commands to the sensors Currently this has only effect on energy sensors equipped with one or more relays Logging In the Logging tab you can configure where SensorGraph should store the measurement data and how to connect to the database ATA 62 AIH Settings Use built in database requires restart Database Apache Derby 10 8 1 2 v Log directory Host name or IP localhost Connection mode Try local directory First then try remote se Y External database server settings Connect to an external database server requires restart Figure 80 Data logging settings Log directory specifies the full path to the database You always have to specify the local path to the database even if you are connecting to a remote machine In that case specify the full path on the remote machine Host name or IP specifies the hostname to a remote server if you use one This can also be the IP address or hostname to a PC where another SensorGraph is running By choosing the Connection mode you can specify how SensorGraph should connect to the database By choosing the option
74. log showing a configured range target and history length The period displayed on the graph can be set by choosing a history length ATA 36 SG FN Setting a long history length is not recommended because it can cause the PC to respond slowly on older hardware By default the range of the value axis will be adjusted automatically according to the measurement values You can set the minimum and maximum value under Range to set a custom range To show a visible target in the graph you can set the minimum and maximum Target values You can also set the history length of all graphs simultaneously by choosing a history length in the Graph panel see Figure 43 sa Graph sat Summary Sense F History length A CO level Figure 43 Setting history length for all graphs ds Zoom in zoom out inside the graph You can zoom in to view sensor values in more detail by drawing a square with your mouse around the values in the graph area Make sure you move the mouse to the right See the screenshot below 3 EE re VU DA A Ma ha pa hahahhaha Ae Oe h huaa aa a Figure 44 Zooming in on the graphs Zooming out is performed by holding the left mouse button and moving the mouse pointer to the left in the graph area Saving and printing a Graph A displayed graph can be saved or printed by a right mouse click Select Save as to save the graph as a PNG file Select Prin
75. mation to be incomplete or confusing please contact your local We shall not in any way accept any responsibility for the inability to use this product nor shall we compensate for any loss from the inability to use this product due to incompleteness of or confusion caused by this manual e Usage of this symbol indicates a warning that should carefully be observed e The products are covered by the directive 2002 96 EC of the European Parliament and of the Council on Waste Electrical and Electronic Equipment WEEE ATA E IAE 5 Introduction Wireless Sensing System Sensors A wireless easy to install ready to use sensing system with data logging capability The wireless sensing system consists of sensor units and a base station The sensors measure various conditions and transmit the measured data over a secure wireless link to the base station The coverage of the system is determined by the distance between the base station and the sensors If the coverage area of 1 base station is not enough up to 2 additional base stations can be added to increase the coverage area All base stations can be networked to be able to collect all measurement data on one location Available sensors are e WTT 201 W digital temperature sensor e WTT 20 1 2 x analog temperature sensor PT100 PT1000 e WHIT 201 digital humidity and temperature sensor e WTIT 201 TC thermocouple sensor types J K S e WITIT 204A analog sensor for 4 20mA proc
76. n Any combination of these can be selected Digital Analog Converter offset to calibrate the analog channel and the connected device The default gateway when using static network configuration One word descriptive name of the base station This is reported to the DHCP server and can be used to address the base station in your network The DNS server when using static network configuration The GPRS Access Point Name of your GPRS provider The password for GPRS access This information is given by the GPRS provider The username for GPRS access This information is given by the GPRS provider HT TPDB database hostname The server address of the internet HT TPDB IP port HT TPDB post interval application e g www server com The port address of the internet application The interval at which the base stations sends data to the server HTTPDB post interval during alarm The post interval used when a sensor has a Trip Value alarm HTTPDB URI IP address MAC address Measured data ID MODBUS address Net mask RS485 baud rate RS485 connection mode RS485 parity Running average depth Sensor Test mode enabled Use DHCP The exact location on the server of the application e g application A static IP address when not using DHCP for network configuration The low level unique MAC address of the Ethernet I O board The data channel of a sensor to assign to an analog channel of
77. ned contact your distributor for placement of more base stations range extenders or a more sensitive external antenna on the sensor s Sensors can be equipped with FastTX functionality This functionality enables the sensor to e Sample more slowly than a default maximum sample time of 250 seconds e Resend intentionally missed data a lot faster Some examples AFA IAE 33 Placing sensors in trucks measuring the temperature and humidity every 10 minutes and retrieving the data when the truck arrives at the home base Placing the sensors in crop fields and using a battery powered base station which is only turned on for a small period of time The sensors retrieve all missed data within minutes which then can be send to WebSensys when using w WRC 100G base station Example calculations Assuming a sensor is sampling every 1 hour It can take up to 2 minutes for the sensor to resume communication when in range again so the two minutes are considered in the calculations also A normal digital temperature sensor is used for calculations WTT 201 W The following speeds for data retrieval can be achieved 1 day 2 minutes and 18 seconds 7 days 3 minutes and 42 seconds 31 days 10 minutes The speeds can differ for other sensor types due to different data types Enabling FastTX FastTX can be enabled for each separate sensor To enable FastTX perform the following steps e Go to Configuration e Find the sensor you
78. ng and Safe Removal Optimize for quick removal This setting disables write caching on the disk and in Windows 0 you can disconnect this device without using the Safe Removal icon Optimize for performance This setting enables write caching in Windows to improve disk performance To disconnect this device from the computer click the Safely Remove Hardware icon in the taskbar notification area This setting enables write caching to improve disk performance but a power outage or equipment failure might result in data loss Or coruption Figure 55 The Policies tab Load Log from disk Previously stored measurement values can be retrieved for reviewing on the Logger tab Do the following to view historical data e Select the type of export you want to create under Export type By default graphs are created The following export types are available o Graphs shows graphs with averages calculated using the selected step size This is the default and recommended choice o Detailed graphs shows graphs with all data points The maximum number of points shown is limited Generating detailed graphs uses a big amount system resources because of the large amount of data displayed Please note that loading and showing the graphs can become very slow on older PC s when many samples have to be displayed o CSV file comma separated files containing data from the selected sensors in tabular form Each data channel is written
79. nge extender from the network node Re using a range extender on another base station You must reset the range extender to factory defaults to be able to reconfigure the range extender This action clears all settings in the range extender and enables SensorGraph to show the configuration wizard automatically again Do the following to reconfigure the range extender e Connect the range extender to a serial port e Adda host device in the Configuration tab by right clicking network and selecting Add a serial host device e Choose the serial port you connected the range extender to and press OK e When the discovery process finishes right click on the range extender and select Reset to factory defaults e After resetting the range extender the configuration wizard shows up again You can choose to Cancel the wizard to configure the range extender later or continue with the configuration by following the directions as explained in O If the wizard does not appear restart SensorGraph ATAI AIAL 19 Installing Configuring WTT 20X Sensors WTT 201 W and WHT 201 The following items are provided with these sensors Figure 17 WTT 201 W and WHT 201 sensor with battery Open the cover of the sensor by removing the four screws with a matching screwdriver Be careful not to touch any component or part of the printed circuit board Do not insert a battery into the sensor yet Follow the pairing procedure as described in
80. not have a dedicated real time clock This is valid for battery as well as externally powered sensors ATA AIH 79 uIP TCP IP stack copyright notice COPYRIGHT C 2001 2006 ADAM DUNKELS AND THE SWEDISH INSTITUTE OF COMPUTER SCIENCE ALL RIGHTS RESERVED REDISTRIBUTION AND USE IN SOURCE AND BINARY FORMS WITH OR WITHOUT MODIFICATION ARE PERMITTED PROVIDED THAT THE FOLLOWING CONDITIONS ARE MET 1 REDISTRIBUTIONS OF SOURCE CODE MUST RETAIN THE ABOVE COPYRIGHT NOTICE THIS LIST OF CONDITIONS AND THE FOLLOWING DISCLAIMER 2 REDISTRIBUTIONS IN BINARY FORM MUST REPRODUCE THE ABOVE COPYRIGHT NOTICE THIS LIST OF CONDITIONS AND THE FOLLOWING DISCLAIMER IN THE DOCUMENTATION AND OR OTHER MATERIALS PROVIDED WITH THE DISTRIBUTION 3 THE NAME OF THE AUTHOR MAY NOT BE USED TO ENDORSE OR PROMOTE PRODUCTS DERIVED FROM THIS SOFTWARE WITHOUT SPECIFIC PRIOR WRITTEN PERMISSION THIS SOFTWARE IS PROVIDED BY THE AUTHOR AS IS AND ANY EXPRESS OR IMPLIED WARRANTIES INCLUDING BUT NOT LIMITED TO THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT INDIRECT INCIDENTAL SPECIAL EXEMPLARY OR CONSEQUENTIAL DAMAGES INCLUDING BUT NOT LIMITED TO PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES LOSS OF USE DATA OR PROFITS OR BUSINESS INTERRUPTION HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY WHETHER IN CONTRACT STRICT LIABILITY OR TORT INCLUDIN
81. ns o Select the base station and press OK to add the base station to the system The discovery process will start automatically Choose a connection Insert an IP address or hostname if your base is TCP IP capable If vou do not know the IP address of your base station you can use the Search button to search for the base station on your local network Found base stations Base station IP address TCP port 192 168 2 135 703 PG00000057 192 168 2 111 Figure 9 Choosing a base station connected to local network lf the base station does not appear or the base station has to be accessed via Internet you can enter the IP address the base station is connected to manually Configuring a new base station advanced Configuring a new base station is only needed after programming new firmware or after resetting the base station to factory defaults e Start SensorGraph on the PC connected to the base station SensorGraph automatically detects not configured base stations each time the program is started if not perform the previous paragraph to add a base station When there is no message from the base station displayed please make sure the correct serial communication port has been added When a new base station is connected the Base configuration wizard is started automatically e Inthe wizard press Next to start configuring the base station e Network ID choose a number that uniquely identifies your wireless system
82. o Fahrenheit for example By creating multiple graphs for the same type of sensor grouping is possible The dialog is accessible from the main menu under Tools File Edit ECHES Window Help Annotations log 2 Graph a Graphs and equations Report manager Ctrl Shift R Synchronization manager Ctrl Shift s Figure 63 Accessing the graphs and equations dialog ATA 50 IAE Graphs and equations Create a custom graph by pressing the New graph button Then create a custom equation which you can assign to a graph to create a custom view You can edit a graph by double clicking it in the left table Edit a conversion by double clicking it in the right table Graph Graph A custom graph Equation Equation Data type Graph Unit Formula Humidity 4 custom graph units 2 0x 0 0 New conversion 3 Close Figure 64 Graphs and equations dialog Define a new graph In the Graphs and equations dialog press the New graph button to create a new graph A dialog will appear Graph editor Insert a meaningful name and the unit that the graph has to display Tite A custom graph Figure 65 Graph dialog Enter a title for the new graph and the unit to display on the y axis Press Save to store the graph created in the list You can now continue to create an equation that uses t
83. on Range extender configuration wizard Connection on COM2 Ed Sequence number A sequence number identifies the system within the system An unique sequence number should be assiged to the range extender This is needed for identification within the system om number 2 99 Figure 13 Choosing an identification number for the range extender e Choose an ID and then press Next to continue e After the configuration has been done the wizard will show a summary of the range extender configuration Range extender configuration wizard Connection on COM2 Summary Please check your input Verify that your input is correct and then continue If your input is not correct cancel the wizard an Figure 14 Summary of range extender configuration e Verify the desired configuration and press Next to continue the configuration e Pressing Next in the previous step will write the configuration to both the range extender and the base station and the wizard will show that the configuration is completed Do not power off the base station or the range extender in the process e Now press Finish to close wizard The base station and range extender will now be rediscovered to updated the configuration in SensorGraph e After you closed the wizard go the Configuration tab e Verify that the range extender is added to the base station by locating it in the device tree under the base station you just added the range extender to
84. owering the external probe by the WTT 204A sensor see the figure below to connect a 2 wire external probe without a power supply The maximum power consumption of the external probe may not exceed 100 mA ATA g 26 MIAL External Power supply Switch lout optional je V out le IN le CIcno O pe O O E V ioe 2 wire t m D Figure 30 Connecting an external probe without a power supply to a WTT 204A sensor In order to save energy in case the external power supply is a battery or an accumulator this sensor can be supplied with a switch in the electronic circuit Separate order codes are available in the price list WTT 204A switch Settings with respect to the switch can be found in 0 Make sure the WTT 204A sensor can deliver the required power to the external probe Refer to the manual of the external probe and the datasheet of the WTT 204V30 s sensor to see if the power requirement can be met by the WTT 204A sensor Follow the pairing procedure as described in Adding sensors to the system Connecting to a WHT 204C cc ct sensor There are 3 types of contact sensors available e WHT 204C digital sensor for switch contact signals transmits open close status after each sample interval e WHT 204CC digital sensor for switch contact signals and status changes transmits open close status after each sample interval and additionally transmits status change at the moment it happens e WHT
85. pe K J or S according to the scheme below Also External powered K J or S type Thermocouple Figure 22 Connecting a thermocouple probe The type of the probe must be configured in SensorGraph later after pairing as described in 0 ATA g 22 AIRE Do not insert a battery into the sensor yet Follow the pairing procedure as described in Adding sensors to the system Installing Configuring WTT 204 sensors The following items are provided with these sensors Figure 23 WS DLX sensor with battery Open the cover of the sensor by removing the four screws with a matching screwdriver Be careful not to touch any component or part of the printed circuit board The WTT 204 family is delivered as a battery powered unit or as an externally powered unit without a battery Sensor connections Battery powered External powered with or without switch 6 S S exe S 5 So S a r amp amp Figure 24 Sensor connections on DLX sensors Do not insert a battery into the sensor yet ATA g MIAL 23 Follow the pairing procedure as described in Adding sensors to the system Connecting a WTT 204V30 WTT 204V4 sensor To connect an external probe with its own power supply to a battery powered WTT 204V sensor you need to connect at least the Vin and GND terminal See the figure below if you want to connect an external probe with its own power supply to an externally power
86. point and the previous point ATAI 44 AIRE Export Format PA COZ level Graphs Export to a graph which contains averages Detailed graphs Export to a graph which contains all samples 600 CS file 575 Export to a CSY file which contains averages Detailed CSY file Export to a CS File which contains all samples 525 Date and time options Start 2012 05 02 00 00 2 460 End 2012 05 02 23 59 425 Step size 1 hour v 400 375 7 General options g 325 Alarm annotations Eaa 275 4 User annotations 250 C Show differences 225 j Export 175 4 150 4 toits st tel b Ml a at lim te Mitt Mn nial han aih a a te Mall MA AAA t 4d Ou AAD D Ad 000004 Bod d 2464 244 Me dk A aii tA 6 4 554 le Figure 56 Logger options After pressing the Export button you will be asked to choose which sensors you want to include in the export see Figure 57 You select or deselect multiple sensors by clicking the sensors in the list while holding the CTRL key on you keyboard Choose sensors to export PRGROOO120 COM2 Device type Low voltage Device address Oxc8 0x0a 0x0002 CO2 PRGROOO120 COM2 Device type Carbon Dioxide Device address Oxc8 0x0c 0x0014 ContactTime PRGROOO120 COM2 Device type Contact percentage Device address Oxc8 0x14 0x0006 Current PRGROOO120 COM2 Device type Current Device address Oxc8 0x07 0x0003 HumiditySensor PRGROOO120 COM2 D
87. ptional non volatile memory or is forwarded to a connected PC or PLC system WRC 100 is also used when installing and changing the network The base station receives settings for the sensors from the PC software and forwards these settings to all sensors in the network The base station Is available in several versions with different communication capabilities Today these include e WRC 100NS with RS232 communication to the PC software e WRC 100 MOD with MODBUS protocol over RS485 RS422 SD card for data storage and switched alarm output e WRC 100E with Ethernet connection to internet database or SensorGraph SD card data storage and switched alarm output e WRC 100G with GPRS connection to internet database Range Extender The WRE 100 is a range extender that can be used to extend the range of the system The range extender can receive sensor data and relay it to the base station thus extending the range between sensors and a base station A single system can contain multiple range extenders A range extender can either be configured to relay sensor data to the base station directly or to another range extender PC software SensorGraph PC software SensorGraph has the following main functions e Installation and maintenance of the system Easy to use wizards guide you through the processes e On line real time presentation of sensor values and storing sensor values to database or file export for off line viewing and f
88. r and find the disk the database is stored on the go to the Properties of that disk System Properties System Restore Automatic Updates Remote General Computer Name Hardware Advanced Device Manager The Device Manager lists all the hardware devices installed on your computer Use the Device Manager to change the properties of any device Device Manager Drivers Driver Signing lets vou make sure that installed drivers are compatible with Windows Windows Update lets you set up how Windows connects to Windows Update for drivers Hardware Profiles a Hardware profiles provide a way for vou to set up and store AN different hardware configurations Hardware Profiles Figure 53 Control Panel gt System 42 Device Manager File Action View Help e S eme H i computer FES Disk drives Rs ne 1 Display adapter Update Driver HALA DYDICD ROM d Uninstall Hf ELTIMA Virtual H Floppy disk com IDE ATAJATAPI controllers a Jungo el Keyboards 7 Mice and other pointing devices oe Monitors EE Multifunction adapters Network adapters lf Ports COM amp LPT 1 Processors el h Sound video and game controllers fe if System devices ce Universal Serial Bus controllers Scan For hardware changes Opens property sheet For the Figure 54 The Device Manager with the selected disk In the Policies tab you can disable the write caching ST33206020 Properties Write cachi
89. s positioned in the cover as you found it If the configuration of a sensor is not successful an error message dialog will be shown Make sure you remove the battery from the sensor that was supposed to be paired and leave it out of the sensor for 5 minutes before another attempt with that sensor is made This time is required for the sensor to completely power down in order to detect that a battery is inserted again More sensor setting information can be found in 0 Mounting sensors FastTX The housing of the sensor allows for wall mounting Performance of the sensor is optimal when the sensor is mounted vertically on a non metal wall The sensor can either be mounted temporarily using the horizontal opening provided For permanent placement on a wall four positions for screws are prepared in the housing The remaining plastic is easily removed and screws can be inserted The sensor housing has IP65 qualification and can be D mounted in moist areas Do not open the housing in a moist area as this will affect the components on the printed circuit board Use the SensorGraph PC program to verify that you mounted the sensor within range of the base station If the sensor is not available in SensorGraph make sure that the correct communication port is selected If the sensor is still not available reposition the sensor to place it within range of the base station or a range extender if available If the sensor cannot be repositio
90. t to send the image to a printer see figure 45 The text of this menu is depending on Windows Regional settings ATA g AIRE 37 Copy Save as h Auto Range b Clear all graphs Zoom In b Zoom Out P l Properties Figure 45 Save and print graph popup Hairline and tool tips A left mouse button click in the graph area displays a vertical and horizontal hairline on the value closest to the mouse pointer This eases determining the x axis and y axis value for any point in the graph If you hover the mouse pointer above a value details of that value will popup OF 19 2012 05 02 09 29 15 25 41 Figure 46 Hairlines on left mouse click and a tool tip visible Annotations You can hold the CTRL key on your keyboard and click a value with your mouse button A dialog box appears where you can add an annotation or a comment about that particular value This can be used for logging Add annotation 2010 12 15 20 25 00 Figure 47 Adding an annotation Any annotations added this way will be shown in historical data and can be managed in Annotations log in the Tools menu ATA 38 sa BP Annotations log This is the overview of all annotations You can edit an annotation by double dicking the annotation text and make the desired changes Mark the annotation for deletion by checking the box in the left column Apply the changes
91. that can be done Action Description nue Action to take Error cause No successful action Problem communicating with the modem e Check that the modem power is connected ATAI AIRE 77 78 e Check that there is a SIM card inserted e f power is connected just let the base try again if the oroblem persists restart the base station Successfully set the mode of the DTR line Problem communicating with the modem e Check that the modem power is connected e Check that there is a SIM card inserted e f power is connected just let the base try again if the problem persists restart the base station Extended error mode set and modem information retrieved Could not setup the parameters for IP communication over GPRS e Check that the modem power is connected e Check that there is a SIM card inserted e f power is connected just let the base try again if the problem persists restart the base station IP parameters setup e Check the APN that is specified in the I O Board settings GPRS provider information set APN Trying to set the GPRS username and password in the modem for GPRS communication e Check the Username and password that are specified in the I O Board settings GPRS Username and password set Checking to see if the GPRS connection is coming up e Check the GPRS antenna on the I O Board in the base station e There could be a provider problem e The SIM card could have a pin code set that is not 000
92. the I O Board in the left panel The parameters are listed in the right panel See 0 for a list of possible parameters Clicking the right mouse button on the I O board shows the context menu for that board The following options are available e Retrieve time Shows the current time on the I O board e Synchronize time Synchronizes the time on the I O board with the PC time e Reset GPRS modem In case of any GPRS connection problems you can reset the GPRS modem manually e Show events Shows all events from the I O board this can be useful for diagnosing problems e Show statistics Shows all statistics from the I O board this can be useful for diagnosing problems Settings In the Settings dialog you can adjust the different SensorGraph settings Access the Settings dialog in the main menu under Edit File Bi Tools Window Help Alarms enabled dvg a Alarms g Config TF Settings Ctrl 0 E WiSensys network system i GO Base station 192 168 2 111 Informati I O board XV040701 7 04 You ay t do Ta a a de ts ogha Figure 78 Accessing the settings General In the General tab you can adjust general settings for SensorGraph ATAI AIRE 61 Logging E4 E mail SMS C Alarms Language required restart English CSV export configuration Decimal separator i v Field separator v Enclose fields with wv Start up C Start minimized Lo
93. the Remove button Define new alarm You can create a new alarm by selecting the data channel of the sensor for which you want to create the alarm in the left tree then pressing the New alarm button The new alarm dialog appears where you can define your alarm ATA AIH 49 New alarm Settings Trigger if Temperature becomes higher than de Action delay minutes Consecutive delay minutes Actionis Choose the actions that should be performed after the alarm is triggered The actions will be performed after the delay has passed After thak when the alarm is still triggered the consecutive delay is used Show 4 pop up C Show in system log Cycle relay on L S board YCE relay on L0 Goard Figure 62 New alarm dialog You will not be able to create a new alarm before you selected a correct data channel in the tree on the left side of the panel Removing an alarm Double click on the alarm in the table and then press the Remove button You can effectively disable a built in alarm by assigning it a trigger value which in practice will never be reached Graphs and equations The Graphs and equations dialog provides the functionality to translate measurement values from all sensor types into customer specific units not Supported by SensorGraph Examples include replacing 4 20mA and 0 10V by units for flow pressure and others The Graphs and equations dialog also allows translation of Celsius t
94. the alarm relay on certain types of base stations Only a limited number of this type of alarms per sensor is possible User defined alarms generated by SensorGraph which do not trigger the alarm relay on certain types of base stations An unlimited number of this type of alarms can be created for each sensor Each alarm is identified by a name and is triggered when the received measurement value is below above or equal to a configured trigger value When an alarm condition is met an action can be generated This action can be any or a combination of the following e send an email e send an SMS to a mobile phone e show a popup window e show an annotation in the graphs e toggle the alarm relay on base stations supporting it not configurable by user but supported only for built in sensor alarms e control up to three external relays if available on the system USB relay switch needed sending an email or SMS depends on settings in the Settings dialog see 0 and 0 ATA g AIRE 47 File Edit Tools Window Help s Graph Sensors Logger 4 Alarms 4 Configuration System Figure 60 Alarms tab ao WiSensys network Status ID Sensor Data ch Description Condition Action s Time out Consecu Last trig Triggere PG00000200 COM2 Alarm i Temperat Temperature higher than gt 10 0 C 1 0 relay 5 minutes 2011 05 2 24 4 C A D h DO We IR Oe da tit Pate es LE L LL te aa a dl a aa
95. timestamp of all sensor data 1970 1980 or 1990 If the timestamp is incoming sensor measurements is 1970 or 1980 the real time clock on your base station is not set correctly You can synchronize the real time clock the following way e Go to Configuration tab e Right click on the I O board and choose Synchronize time If the timestamp is 1990 the backup battery is probably becoming empty Replace the battery and synchronize the time afterwards Newer versions of the software will detect large differences between the clock on the base station and the system clock automatically If a significant difference is detected a dialog box is shown asking the user to synchronize the RTC GPRS Connection establishment problems In order to aid diagnosing GPRS connection problems the newer versions of the GPRS I O Boards have a special statistics parameter that can be used to check what connection actions was the last that was successful The statistics parameter is called GPRS Last successful connect step and this indicates the last successful actions in the GPRS connection establishment process by a number lf there is a problem in the communication of the GPRS base station to the server this Statistics value is one of the places to look to determine what might cause the communication problem The table below lists all possible action numbers their description and an indication of what to do to solve the problem if there is something
96. to a separate column in the file Step size is used to calculate average values in that step size o Detailed CSV file comma separated files containing all data from the selected sensors The file contains also additional data like alarm flags and sequence numbers These files will become very large very quickly Therefore if you open them in a spreadsheet program you will run against limitations of row count You should use these files mainly by feeding them to other tools specifically designed to handle large comma separated files e Select the date and time from which you want to start searching for data and the date and time data to end the search You can change the start en end time and the interval values faster by pressing the Open date picker button e You can also change the resolution of the graph by changing the Step size The default step size is 15 minutes this means that a data point will be drawn every 15 minutes If you want to see energy usage per hour for example you should choose an interval of 1 hour e Inthe General options you can choose what data should be displayed in the log o By enabling Alarm annotations little circles are displayed in the graphs to indicate an alarm at that point in time o By enabling User annotations user annotations will be displayed in the graphs also o By enabling Show differences every point in the graphs will be annotated with a readable difference between the
97. to the user and the screen may be empty Graph The application starts in the tab called Graph For accurate viewing the Graph tab shows small thumbnails for each type of sensor temperature humidity current etc The measurement values are added to the graph automatically and updated every 30 seconds See figure 39 WiSensys SensorGraph File Edit Tools Window Help 2 Graph 22 Summary Sensors 9 Logger Alarms g Configuration System History length CO2 level C C History length 1 hour Range 0 0 ppm to 1000 0 ppm Target gt History length 1 hour Range auto 400 0 ppm to 600 0 ppm D Alarm CO2 Humidity Percentage History length 1 hour Range 0 0 96RH to 100 0 96RH amp History length 1 hour Range auto Alarm CO2 Figure 39 Graph tab with different sensor types and graphs You can zoom each graph by clicking the zoom button in the top right corner of each graph see Figure 40 When zoomed in the axis labels are also shown Zoomed in graphs are updated every 5 seconds WiSensys SensorGraph File Edit Tools Window Help Graph 22 Summary Sensors 9 Logger Alarms gP Configuration System History length 1 hour v T History length 1 hour Range 0 0 C to 50 0 C Alarm CO2 50 0 gt PRO9370028 8 2012 05 02 09 18 36 2 0 0 r y t r t r 12 05 02 08 30 12 05 02 08 40 12 05 02 08 50 12 05 02 09 00 12 05 02 09 10 12 0
98. urther processing of measurement data e File export for post processing data in other applications e Generating and e mailing automatic user defined reports WebSensys web application Just like SensorGraph WebSensys can be used for presentation of sensor data and some of the maintenance tasks WebSensys is a web application and can be accessed from anywhere in the world Only base stations with TCP IP functionality are able to communicate with WebSensys e WRC 100G e WRC 100E ATA E PAE 7 Compatibility This version of the manual is compatible with release R3A or greater of the wireless system and describes version R5B or greater of SensorGraph Installing the system Installing the PC software Requirements To install this software correctly ensure that you have Windows Administrator privileges If you are unsure about your current level of privileges contact your system administrator The application will run on a PC equipped with e Pentium 4 or better processor or AMD equivalent e Windows XP 32 bit Windows 7 32 bit 64 bit e Atleast 200MB of free space on the hard drive for the application and JRE and 2GB or more additional free space for measurement data e 512MB of free RAM 1GB or more of total RAM or more recommended and required for large systems e aCD ROM drive for installation e RS232 communication port or USB port for initial configuration A RS232 to USB converter is required when
99. w this value an alarm will be triggered Maximum level The upper bound of the sensor alarm If the measured sample rises above this value an alarm will be triggered Low calibration level The low calibration level High calibration level The high calibration level Gain calibration The gain calibration High calibration scale value The high calibration scale value Energize switch Energizes a switch If the switch is closed when not energized the switch will be effectively turned off If the switch is open when not energized the switch will be effectively turned on Sample interval in minutes instead of If enabled the sample interval will be seconds in minutes instead of seconds and the transmit interval setting will be disabled This also enabled faster transmitting of missed data up to 100 values per minute Running average depth Determines how many previous values to use for the running average depth calculation 0 5 Thermo couple type Use ABC logic Linear calibration Joules per pulse Measurement scale Base station settings The type of the connected thermo couple sensor Turns on or off ABC logic auto calibration of CO2 sensors A calibration formula Ax B for example 1 09x 1 08 The joules per pulse settings depend on the energy sensor that is connected to the pulse sensor This setting can be found in the manual of the energy sensor The measurement range of a WHT
100. want to enable FastTX for e Enable the checkbox Sample interval in minutes instead of seconds The sample interval will not be in minutes instead of seconds e Modify the sample interval for the sensor accordingly e Press Save to send the new settings to the sensor In the screenshot below you can see a contact sensor configured with FastTX and a sample interval of 1 hour or 60 minutes Uenice ype Contact sub sanpling Firmware version R30 Parent device 4611230101 COMI Options Parameter Value Name max 15 characters ContactChange Samples before transmission 1 10 Transmit missed values Contact normally open T Lo ee FFF Fr ee rre ee oe eee Figure 38 FastTX enabled with 1 hour sample interval The transmit interval setting is disabled when using FastTX In newer sensor releases the FastTX option is not available anymore Faster recovery of missed values can be set separately from the sample interval ATAI 34 MIAL Using the System After you installed and configured the base station and the sensors your system is ready for use This chapter describes how you can use the SensorGraph PC software in order to use the system SensorGraph is organized in several tabs In this chapter each tab is described Below each tab a small status screen is displayed Here status information of activity ongoing in SensorGraph may be displayed The information is only displayed as long as it is useful

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