Manual BlueSense Transducer - Go
Contents
1. 30 sero M 31 dum 10 7 C 32 TRS OL cy let A n 32 20 33 EE 33 ED EEE 34 GEES 35 NN GE 11001408 0 210 0100 1 REE EEE 37 Ee 38 8 2 1 Parameter PID Sensor selechonl esee eene enninnes sse atinss sese a tias sese eain asses aiias sean 40 GO Systemelektronik GmbH Faluner Weg 1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 4 55 www go sys de info go sys de BlueSense Ee Wee 40 EE EEN 41 Le TOO 41 LN NOCI deed EEE EE TE 41 MN N 42 ApbpendixB Connection to BED EE 45 Appendix C Adjustmentofthetouchdisplay een 46 Appendix DsHousing KG 0 eledi eset otc RE E ei 47 NE NNN 48 Appendix F DIP SWITCH CONN gra ON EE 50 Appendix G Differentiation motherboard Version AB 50 Appendix GUTT 00 46 9 6 66 E 51 NOV 53 GO Systemelektronik GmbH Faluner Weg 1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 5 55 www go sys de info go sys de BlueSense 1 Overview This user manual describes a BlueSense Transducer The Transducer receives the signals of the connected sensors generates there from measurement values displays the measurement values transduces the measurement values into analogue current values 4 20 mA transmits the current values to a signal processing systems transmits t2. 11 If the supply voltage is below 11 V the transducer will be switched off Entry into csv file 2048 e noerror Entry into csv file O At combined errors the error sum is entered in the csv file GO Systemelektronik GmbH Faluner Weg 1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 49 55 www go sys de info go sys de BlueSense DIP switch configuration Differentiation motherboard Appendix F DIP switch configuration POO MN COCO CAN bus RS 232 RS 485 CAN bus RS 232 RS 485 ON ON ON ON ON ON XI ez Se La SE XI OFF OFF OFF OFF OFF OFF oNETejorr ow p Egorr over osfiorr owEXejor ons Elorf E gt S1 S1 1 81 DIP switch configuration Type MAMA EREM ERER DIP switch configuration Type II Typelis applicable for Type Il is applicable for white switch slider and motherboard Version A red switch slider and motherboard Version B Appendix G Differentiation motherboard Version AB The motherboard Version B is different from the motherboard Version A in that on the motherboard Version B two additional jumper slots are mounted X20 and X21 These jumper slots are located in the lower left corner of the motherboard visible after removing the front cover of the housing Jumper slot X20 If these jumper slots exist it is motherboard Version B Jumper slot X21 If these jumper slots do not exist it is motherboard Version A white switch slider and motherboard Version
3. 8 Info Switch to the display of the firmware version 9 Switch back to the Parameter Display Switch to the Parameter Display Wl GO Systemelektronik GmbH Faluner Weg 1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 14 55 www go sys de info go sys de BlueSense 5 Setup Sensors Comport Service Language Reset Time From this menu you can adjust the settings of the connected sensors and change system parameters Sensors Switch to the sensor menu 5 1 Service Switch to the password protected factory presets User changes are not necessary Reset Switch to the Reset menu 5 2 Comport Switch to the Comport menu 5 3 Language Switch to language setting menu 5 4 Time Switch to the time and date entry menu 5 5 Switch back to the Main Menu Switch to the Parameter Display lll GO Systemelektronik GmbH FalunerWeg1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 15 55 www go sys de info go sys de BlueSense 5 1 Sensors Sensors Oxygen Temperature Digital In pH From this menu you can set the parameters of the connected sensors The specific parameter setup is described in the sensor description The number of sensors that can be connected is determined by the delivered Transducer configuration There are two configurations e 1Control parameter One 1 sensor is connected One control parameter is measured and where applicable the tem peratur
4. 5 3 1 Protocol selection Protokoll Comport menu This menu is designated for the selection between different transmission protocols in future firmware ver sions Protocol Protocol Modbus protocol inactive Modbus protocol active The button is also a status indicator Switches the Modbus protocol active or inactive Modbus Switch back to the Comport menu A Switch to the Parameter Display I Note The RS 232 and RS 485 interfaces can be operated only useful with active Modbus protocol 5 3 2 Modbus address input Comport menu Address old value 10 Here you can enter the Modbus address of the transducer the factory setting is 10 The presently active value is displayed above the input field Switch back to the Comport menu without saving the input Deletes the last entered character Save the input and switch back to the Comport menu Without setting the old value is stored GO Systemelektronik GmbH Faluner Weg 1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 28 55 www go sys de info go sys de BlueSense 5 4 Language setting Setup menu Deutsch English Espanol Francais Magyar PYCCKMAM NI GO Systemelektronik GmbH Language Deutsch Fran ais English Magyar Espafiol PYCCKMM Sets the menu language to German The button is also a status indicator Sets the menu language to English The button is also a status indicator Sets the
5. List of Input values With the List menu you can check the calibration values Aborts the calibration and switches to Sensor setup Saves the calibration and switches to Sensor setup The calibration is saved and completed GO Systemelektronik GmbH Faluner Weg 1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 19 55 www go sys de info go sys de GO SYSTEMELEKTRONIK BlueSense 5 1 1 2 Relay Oxygen sensor setup control parameter From this menu you can set the Switchpoint the Switchback point and the Switchback Hysteresis of the re lay The unit of the values is the unit of the measured values in this example mg l 1 3 Minimum Id val l l i 500 1 3 Minimum value Switchpoint Input 2 3 Maximum value Switchback point Input 2 3 Maximum 3 3 Hysteresis Switchback Hysteresis Input old value 10 00 Number Reference value Minimum Maximum Hysteresis 3 3 Hysteresis old value 1 00 setup to Sensor setup Deletes the last entered character Saves the settings and switches to Sensor setup Aborts the input and switches to Sensor Aborts the settings and switches Saves the input and switches to the next menu Without setting the old value is stored The setting of the relay is saved and completed measured Switchpoint Switchbackpoint Switchback Hysteresis Example maximum switching value value ge The Switchpoint SP is the value at which when reach
6. To CAN bus RS 485 a O a 9 JO lt JO 1 e Jo o e JO o JO B j o flok CAN L a JOr RX Tx e NO a Oj CAN H o JO Rx Tx o lO allO o O ellO L o lO o e l i X10 X10 24V DC 230 VAC accurate connection see 2 4 Sensor terminal connection plan a po PE a POPE i a DOT GND a DON a DO 24 V a POL i CAN bus RS 232 RS 485 CAN bus RS 232 RS 485 ON ON ON ON ON ON aie ale sie o iH ee e DL IL JU OFF OFF OFF OFF OFF OFF ONE lt JoFF oN pElrr oNETelrr ON gt Elorr oNEXSejJorrF oNPBEJorr S1 S1 S1 i S1 S1 S1 DIP switch configuration Type N DIP switch configuration Type II For the correct switch configuration type for your device see Appendix F DIP switch configuration X4 24V 0 5A K2 2 i Output 2 we K1 o Output 1 Relays 230 VAC 6 Aor X5 24 VDC 6A 10 allocated to Control Parameter 2 K4 a BC Output 4 LL K3 o MO o BG Output 3 allocated to Control Parameter 1 Schutzvermerk DIN 34 1 D Copyright DIN 34 1 E GO Systemelektronik GmbH Faluner Weg 1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 10 55 www go sys de info go sys de Gi SYSTEMELEKTRONIK BlueSense 2 4 Sensor terminal connection diagram Jumper slot X20 X21 PE connection to PIN 5 only exists on mothertboard Version B On motherboard Version A the shield cable is connected with PIN 3 of slot X10 see also Appendix G Different
7. see 5 4 Language setting preadjustment english time setting see 5 5 Time Date preadjustment timezone of the customer if applicable sensor calibration see calibration sheet e g for ISE sensors customized settings relay settings switching and hysteresis values current output settings etc if applicable adjustment of the touch display The touch panel is balanced and ready for use A long storage by the customer may cause the neces sary of anew adjustment see Appendix C Adjustment of the touch display GO Systemelektronik GmbH FalunerWeg1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 12 55 www go sys de info go sys de BlueSense 4 Turning on the system After the Transducer is switched on a software check and system initialisation occurs Blue T 2157 24 11 2009 Please wait Sense GO SYSTEMELEKTRONIK Faluner Weg 1 D 24109 Kiel 049 431 58080 0 WWW GO SYS DE When the system is operational the parameter display is activated 4 1 Parameter Display and Main Menu 4 1 1 Parameter Display The parameter display can show up to 6 different values Here as an example the measured parameter display with 6 displayed values e 1 Oxygen the first control parameter oxygen e 2 Temperature the associated temperature parameter for the first control parameter e 3 Conductivity the second control parameter conductivity e 4Temperature the associated temperature parameter for the second control
8. 2 Digital In see 5 1 3 Comport Comport CAN 50 kB s CAN 5kB s Modbus protocol see 5 3 1 Modbus address see 5 3 2 GO Systemelektronik GmbH FalunerWeg1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 54 55 www go sys de info go sys de Gi SYSTEMELEKTRONIK BlueSense Menu structure Memory Card Memory Card see 7 Start Stop see 7 2 see 7 3 Programs Programs Regulation intern see 8 Regulation extern Compensation Flushcontrol see 8 Flushtime see 8 1 Interval see 8 1 Relaxtime see 8 1 Parameter PID see 8 Current output see 8 2 Relay On Off see 8 2 GO Systemelektronik GmbH FalunerWeg1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 55 55 www go sys de info go sys de
9. B red switch slider and motherboard Version A If the motherboard can not be clearly assigned please contact GO Systemelektronik GO Systemelektronik GmbH Faluner Weg 1 24109 Kiel www go sys de Germany Tel 49 431 58080 0 Fax 58080 11 Page 50 55 info go sys de BlueSense Multipoint calibration Appendix H Multipoint calibration Multipoint calibration example turbidity 1 Reguest Main Menu 2 Turbidity s Activation of the calibration menu 2 Input of the measurement points Quantity 2 6 Here you enter the number of measurement points Switch back to the turbidity menu without saving the input Deletes the last entered character Saves the input and switches back to the next menu Without input the value is set to 2 ek At some sensors there is before a menu for selecting a gain GO Systemelektronik GmbH FalunerWeg1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 51 55 www go sys de info go sys de BlueSense Multipoint calibration 3 Input of the calibration values 1 6 0 0 FNU Immerse the sensor into the calibration medium Enter the turbidity value of the calibration medium 1 6 actual number of the measurement point number of measurement points actual measurement value and therefore reference value here 0 0 unit of the measurement here FNU for turbidity Aborts the calibration and switches back to the turbidity menu Deletes the
10. GO Systemelektronik GmbH FalunerWeg1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 25 55 www go sys de info go sys de BlueSense 5 2 Reset Switch back to the Setup menu Yes Resets all user settings to factory settings Exception Sensor calibration data remains unchanged Switch back to the display of Measured Values Switch back to the Setup menu Switch to the Parameter Display KE GO Systemelektronik GmbH Faluner Weg 1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 26 55 www go sys de info go sys de BlueSense 5 3 Comport Settings for the RS 232 RS 485 interface and for CAN bus Protocol Address CAN 50k CAN 5k GO Systemelektronik GmbH Comport CAN 50k CAN 5k Switch to the Activation Inactivation of the Modbus protocol Only visible ifa RS 232 RS 485 interface is existing Switch to the input of the Modbus address of the transducer 5 3 2 Only visible if a RS 232 RS 485 interface is existing Sets the CAN bus data transfer rate to 50 kbit s The button is also a status indicator Only visible if a CAN bus interface is existing Sets the CAN bus data transfer rate to 5 kbit s The button is also a status indicator Only visible if a CAN bus interface is existing Switch back to the Setup menu Switch to the Parameter Display Faluner Weg 1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 27 55 www go sys de info go sys de BlueSense
11. Minimum switch on time PID 1 2 Parameter P 0 100 I 0 000 D 0 00 old value n nn PID 2 2 Aborts the setting and switches to the lene Rey IG Deletes the last entered character Saves the input and switches to the next menu Without setting the old value is stored GO Systemelektronik GmbH Faluner Weg 1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 38 55 www go sys de info go sys de 2 20 100 I 0 000 D 0 000 Min Time 5 Cycle 60 Set 7 000 Oxygen Relay Current O Th O gt WUU UUTE lt lt Switch to the input of the P values Presently active values are shown as old value Switch to the input of the I values Presently active values are shown as old value Switch to the input of the D values Presently active values are shown as old value Switches to the input of the Minimum switch on time of the relay s If the entered minimum time cycle the program sets cycle minimum 1 Presently active values are shown as old value Switches to the input of the control interval s Presently active values are shown as old value Switches to the input of the desired value The input range is the measurement range of the associated sensor Presently active values are shown as old value Switch back to the Programs Menu Switch to the Parameter Display Switches to the sensor selection o
12. display Appendix C Adjustment of the touch display If the display responses not wrong or only under large pressure a display adjustment is necessary While switching on power press display until the notice touch adjustment don t touch for normal use a D pea rs touch adjustment donn t touch for normal use touch adjustment Left off the display immediately EE Press the display immediately again for more touch adjustment donn t touch for normal use than one second A blinking dot appears at top left lt touch this blinking dot Press the blinking dot top left A blinking dot appears at bottom right Press the blinking dot bottom right The adjustment is finished GO Systemelektronik GmbH FalunerWeg1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 46 55 www go sys de info go sys de BlueSense Housing dimensions Appendix D Housing dimensions 5 x M20 M16 N N ED Es S N N NANNAN e 14 3 LLL r ei AN 185 N NNN ANNAN AAA SILET ees end N DA E UI ail P N Un LU vlr SA N Le 21 18 3 Tel 49 431 58080 0 Fax 58080 11 Page 47 55 24109 Kiel Germany info go sys de Faluner Weg 1 www go sys de GO Systemelektronik GmbH BlueSense Status and error messages Appendix E Status and error messages 1 Status messages 11621657 10 04 2013 1 Oxygen 4 Temperature 2 8 0 mg
13. parameter e 5 Salinity computed value from a conductivity measurement e 6 Pulse 1 value of the first pulse input The names of the sensors are automatically numbered and listed In top left hand corner the time is displayed In top right hand corner the date is displayed 11 21 57 10 04 2013 1 Oxygen 4 Temperature 2 8 0 mg 19 0 C 2 Temperature 1 5 Salinity 18 4 C 5 4 o 3 Conductivity 6 Pulse 1 414 uS cm 10 1 m T Mone 10 20 30 40 00 20 30 40 In the lower left corner the states of the 4 Digital In inputs and the switching states of the 4 relays are dis played see Sensor terminal connection diagram A filled square m symbolizes the state 1 i e an input relay is closed An empty square 0 symbolizes the state 0 i e an input relay is open Status messages appear at the bottom of the parameter display see Appendix E Status and error messages When there is user inactivity in all other menus the software switches in 2 minutes back to the Parameter Display Not valid for input menus Menu Switch to the Main Menu 3 GO Systemelektronik GmbH Faluner Weg 1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 13 55 www go sys de info go sys de BlueSense 4 1 2 Main Menu Parameter Display 3 ee Main Menu Setup Switch to the Setup menu 5 Display Switch to the Illumination menu 6 Memory Card Switch to the Memory Card menu 7 Programs Switch to the Programme menu
14. 4 VDC 6A Communications interfaces e RS 232 or RS 485 each with 9600 Baud selective EMC or Modbus Or e CAN bus connector for connection to the BlueBox System Voltage feed e 12VDC 9V 18V received power max 7 W or e 24VDC 18V 36V received power max 7 W or e 230 VAC 90V 260 V received power max 7 W Display LCD Touch Panel 240 x 128 pixels secure temperature range 10 C to 45 C Housing Polycarbonate 235 mm x 185 mm x 119 mm protection code IP65 secure temperature range 10 C to 45 Weight 1 35 kg The equipment of your transducer is documented on the sticker on the inside of the cover for the cable connections GO Systemelektronik GmbH FalunerWeg1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 8 55 www go sys de info go sys de BlueSense 2 2 Connection diagram 1 control parameter Jumper slot X20 and X21 only on motherboard Version B S1 o Te I han Ble lem li eo o fee Hbisitalin4 ee NPN Iewen fej e Ce mi n dej ele pel tm em tmjov j tjoev 2 X4 X5 X6 XT X8 X9 X10 Pulse PNP Pulse NPN Digital In Control Current GND JE SR z x 24 V Jz i X7 Digital In 1 Pulse 1 X8 Digital In 2 Pulse 2 Exclusion conductivity sensor here i ATDOLUSEQ BDOAZISUSOQ ere eee kan X9 X9 X9 X2 t d woe CAN bus RS 232 RS 485 a lo STO a Ol GND e Oo o e JO o O a O a O j S oloO CAN L o O Rx e
15. Faluner Weg 1 www go sys de 24109 Kiel Germany Tel 49 431 58080 0 info go sys de Fax 58080 11 Page 43 55 BlueSense Modbus 2 4 Analogue Input Register Read Only Number Address Description Data format Size 1 0x0000 first measurement value Double 1 Register 2 0x0001 second measurement value Double 1 Register 3 0x0002 third measurement value Double 1 Register 4 0x0003 fourth measurement value Double 1 Register 5 0x0004 first pulse input Double 1 Register 6 0x0005 second pulse input Double 1 Register 7 0x0006 reserved for future functions N A N A to 0x000F 8 0x0010 firstunitof the first measurement value Char 2 Register to 0x0011 9 0x0012 second unit of the first measurement value Char 2 Register to 0x0013 10 0x0014 first unit of the second measurement value Char 2 Register to 0x0015 11 0x0016 second unit of the second measurement Char 2 Register to value 0x0017 12 0x0018 O first unit of the third measurement value Char 2 Register to 0x0019 13 0x001A second unit of the third measurement value Char 2 Register to 0x001B 14 0x001C firstunitof the fourth measurement value Char 2 Register to 0x001D 15 Ox001E second unit of the fourth measurement Char 2 Register to value 0x001F 16 0x0020 reserved for future functions N A N A to 0x0040 GO Systemelektronik GmbH Faluner Weg 1 24109 Kiel www go sys de
16. Germany Tel 49 431 58080 0 info go sys de Fax 58080 11 Page 44 55 BlueSense Connection BlueBox Appendix B Connection to a BlueBox Precondition The transducer has a CAN bus interface Connect the cable with CAN H and CAN L at the transducer see connection diagram page 9 or 10 Connect the BlueBox with a fitting M12 connector The BlueBox identifies the transducer automatically and displays the measurement and input values The serial number of the transducer see 9 Info Transducer is also the CAN ID of the transducer for a con nected BlueBox bls 5 digits Sensor ID CAN ID Sensor number max 17 Sensor numbers of the transducer in order e max 4 connected sensors e salinity as a computed value from a conductivity measurement e 2 pulse inputs e 4digital Inputs e 2current outputs e 4relay outputs Depending on the number of connected sensors the Sensor numbers of the following sensors respectively inputs and outputs increase or decrease 1 n other contexts also called DAM ID ifactive Salinity according to the general formula of the UNESCO for seawater 3 Strictly speaking the outputs are no sensors but actuators These outputs are controlled by the BlueBox in the status of Regu lation extern see 8 Programs GO Systemelektronik GmbH Faluner Weg 1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 45 55 www go sys de info go sys de BlueSense Adjustment touch
17. JOr RX Tx a e lO Oj CAN H e lO Tx a Oj Rx Tx a NN e e T a a I EE DE a a o o D X10 X10 24 V DC 230 V AC accurate connection see 2 4 Sensor terminal connection plan a po PE a POPE i o DO GND a DON 9 DO 24 V a TOL i CAN bus RS 232 RS 485 l CAN bus RS 232 RS 485 ON ON ON ON ON ON gi vie SLAs OS gH eliz OFF OFF OFF OFF OFF OFF ONEJ lt JorF oN gt Elorr o oFF ON gt EjorF ONEY lt joFF oN BEjorrF S1 S1 S1 S1 S1 S1 DIP switch configuration Type N DIP switch configuration Type II For the correct switch configuration type for your device see Appendix F DIP switch configuration X4 24V 0 5A Output 2 Output 1 Relays 230 VAC 6A or 24 VDC 6A la DO Output 4 o 10 K3 e Output 3 allocated to Control Parameter 1 Schutzvermerk DIN 34 1 D Copyright DIN 34 1 E GO Systemelektronik GmbH FalunerWeg1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 9 55 www go sys de info go sys de BlueSense 2 3 Connection diagram 2 control parameter Jumper slot X20 and X21 only on motherboard Version B oo JIL Boas TE EE i PNP ene Jumper NEN CG lt eh Le GND GND f l ee e jH Digital In 4 a E NN fet o lt Le H Digital in 3 ES ES et LS LS Rlauv jay IS X9 X10 CB EE PNP OP Digital in NPN z PNP a 1 24 V BE X7 Digital In 1 Pulse 1 X8 Digital In 2 Pulse 2 X9
18. YSTEMELEKTRONIK BlueSense GO Systemelektronik GmbH FalunerWeg1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 3 55 www go sys de info go sys de BlueSense Table of contents EE 6 2 Technicatdatadmna connection GIGGING isen le sil a la Saka lann la dl m kle ee 8 TONN 8 2 2 Connection diagram Leon NA NE E 9 2 3 Connection diagram 2 control eet 9 2 4 Sensor terminal connection diagram EE 10 SSE YE YE A A 11 EE 15 4 1 Parameter Display and Main Menu 13 EE 13 ALA MOTO MN KR ME e e e e 14 SO EE ease rac e ee 15 VEI EE KE EE ES eens MASE 16 5L106 066 sensor setup control parameter versene danses 17 TINN 18 5 1 LLI Example pot COM DILO ON GEN EE 18 5 1 1 1 2 Example 2 point calibration OR 19 EA E NN EN NR YE EE MY YE A YAN 20 EE 21 VEN eli ECE ksk emmek elek kam E el a a ide kasik ENE 22 E Eege ER 5 1 1 5 1 Minimum value and Maximum value cessccesscesssceesscessccesscecessscessscessecesecessscessseesseseessseesesesseeeeaees 23 ll gt 010 09106 IN VA EEE m a B TT 24 5 1 2 Temperature sensor setup associated parameter eese eene enenatis 25 EE ee 25 TN 26 6 141 010 EE A 27 TN 28 5 3 2 Modbus address pnput eese esee nennen nennen ths senta sesta sse tia sesta assises etas seas set ia aset a aan 28 x LOU e rcc HE 29 DESEE T DE a ER
19. alues The serial number of the transducer is also the CAN ID in other contexts also called DAM ID of the transducer for a connected BlueBox bis 5 digits GO Systemelektronik GmbH Faluner Weg 1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 40 55 www go sys de info go sys de BlueSense 10 Version notice Versions older than or identicalto 1 03 Through an update to a newer version the transducer will lose its current output calibration The current outputs must then be recalibrated An alternative path is to recompute the old calibration with version 0 05 also possible retrospectively 11 Installation notes The Transducer should only be installed by skilled or instructed persons with the suitable tools In the case of incorrect assembly serious malfunctions and errors can occur which can destroy the device Before connecting the device to electricity it is important to check the power supply network connection data voltage and frequency of your utility provider This data must correspond If in doubt ask your electrician Only pull the plug from the Transducer when it is off never when it is on Only use the Transducer when the lid is closed so that no electrical components can be touched The electrical safety of the device and optimal RFI protection are only guaranteed if the device is connected to a properly installed protective conductor system In case of doubt call a professional to check the install
20. ation The manufacturer cannot be held responsible for any damage or malfunctions caused by a missing or broken ground wire During installation the device must not be connected to the power supply mains The connection of the device to mains power shall not be via extension cables because these do not guaran tee the necessary protection 12 Maintenance instructions The Transducer itself is maintenance free The sensors however should be periodically cleaned and cali brated The timeframes for cleaning and calibration depend heavily on the application GO Systemelektronik GmbH GO Systemelektronik GmbH FalunerWeg1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 41 55 www go sys de info go sys de BlueSense Modbus Appendix A Modbus 1 Introduction The functionality of the Modbus protocol is limited to the following switches and registers In future versions all settings will be able to be controlled via Modbus The registers are 32 bit 2 Modbus mapping chart 2 1 Discrete Output Coils Read amp Write Number Address Description Data format Size 1 0x0000 Relay 1 Bit 1 Bit 2 0x0001 Relay 2 Bit 1 Bit 3 0x0002 Relay 3 Bit Bit 4 0x0003 Relay 4 Bit Bit 5 0x0004 reserved for future functions N A N A to 0x0070 2 2 Discrete Input Coils Read Only Number Address Description Data format Size 1 0x0000 Digital Input 1 Bit 1 Bit 2 0x0001 Di
21. ch to the Current Output setup for the first sensor 5 1 1 3 Change Name Switch to the Change Name menu of the first sensor 5 1 1 4 mg l Switch between the units mg l and saturation The button is also a status indicator Appears only if two measurement units are possible Parameter Switches to e the setting of the estimated minimum and maximum measurement value of the sensor needed for a connected BlueBox e the setting of the number of single measurements from which the meas urement value will be calculated by means of arithmetic averaging e tothe setting of the measurement interval T see 5 1 1 5 Switch back to the Sensors menu Switch to the Parameter Display pi GO Systemelektronik GmbH FalunerWeg1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 17 55 www go sys de info go sys de BlueSense 5 1 1 1 Calibration Calibration Sensor setup Depending on the connected sensor there is a 1 point calibration or a 2 point calibration offered 5 1 1 1 1 Example 1 point calibration oxygen 1 Point Calibration Example Oxygen in mg l 1 1 6 2 mg l NENNEN 1 1 actual number of the measurement point number of measurement points 6 2 actual measured value mg l unit of the measurement Hold the sensor in a calibration fluid Measure the oxygen content of the calibration fluid with a reference me ter This value from the reference meter has to be entered Aborts the calibration and switche
22. e Text Import export csv Import iii Character set Western Europe Windows 1252WinLatin 1 Y Cancel Language English Ug v From row 1 ER Help Separator options Fixed width e A Tab Comma Other Semicolon Space Merge delimiters Text delimiter l w Other options Quoted field as text Detect special numbers Fields Column type sl Standard Standard Standard Baltic Sea Temp C Input temperature 11 2013 00 00 00 11 73 20 96 11 2013 01 00 00 11 73 37 81 11 2013 02 00 00 11 75 43 93 211 2015 03 00 00 11 73 44 14 11 2013 04 00 00 11 73 41 62 11 73 38 84 Note If you selected English as the menu language of the BlueSense Transducer the decimal separator is a dot Note Columns with entries with leading zeros for example on digital inputs must be converted when opened in the text format Otherwise leading zeros are ignored Other options Quoted field as text Detect special numbers Fields Column type Date DM Date MDY re i Turb iditrate CMD 2 18 8 English nug Z LD Hide 1010 2 16 DO001 2 16 1000 GO Systemelektronik GmbH FalunerWeg1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 34 55 www go sys de info go sys de BlueSense 8 Programs Regulation extern Le Regulation intern Flushcontrol Regulation extern Regulation int
23. e as an associated parameter e 2Control parameters Two 2 sensors are connected Two control parameters are measured and where applicable the temperature for each sensor as associated parameters To determine if your transducer has one 1 or two 2 control parameters please refer to your shipping re ceipt The example has e 1 Sensor Oxygen sensor first control parameter e 2 Sensor Oxygen sensor s integrated Temperature sensor associated parameter e 3 Sensor pH sensor second control parameter Switch to menu of the first sensor in this case oxygen 6 1 1 Temperature Switch to menu of the second sensor in this case temperature 6 1 2 pH Switch to the menu of the third sensor in this case pH Digital In Switch to the information about the state of the digital inputs S 6 1 3 Switch back to the Setup menu Switch to the Parameter Display gili GO Systemelektronik GmbH FalunerWeg1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 16 55 www go sys de info go sys de BlueSense 5 1 1 Oxygen sensor setup control parameter Sensors Oxygen Calibration Change Name Relay mg l Current Parameter From this menu you can set the parameters of the selected sensor The specific parameter setup is described in the sensor description Calibrate Switch to the Calibration menu for the first sensor 5 1 1 1 Relay Switch to the Relay setup for the first sensor 5 1 1 2 Current Swit
24. ected One control parameter is measured and where applicable the temperature as an associated parameter 2 Control parameters 2 analogue inputs Two sensors are connected Two control parameters are measured and where applicable the tem perature for each sensor as associated parameters To determine if your Transducer has 1 or two 2 control parameters please GO 7 GO Systemelektronik GmbH C refer to the shipping note the serial number of the transducer is on the Type Messumtormer re right hand side of the housing Programmable Logic Controller 230V Anschlusswerte 10 18 O Systemelektronik GmbH 24108 Kiel Tel 0431 580800 Fax 5808011 Email bluebox 2go sys de Int H www go sys de gt Salinity according to the general formula of the UNESCO for seawater GO Systemelektronik GmbH FalunerWeg1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 6 55 www go sys de info go sys de BlueSense The Transducer has 4 relays e 2relays with a switching capacity of 24 V 0 5 A only low voltage e 2relays with a switching capacity of 230 VAC 2A 0r24 VDC 6A The transducer can store the states of the inputs and therefore also the measured values and the error mes sages on an SD Memory Card The Transducer itself has no memory The Transducer is operated via a touch screen Through a few steps one can for example undertake calibra tions and set switching values The menu
25. ed a change in state of the switch occurs The switch then stays in this new state until the measured value falls below the Switchbackpoint RSP The Switchback Hysteresis value RHY determines the Switchbackpoint Switchpoint mi nus Switchback Hysteresis Switchbackpoint RSP maximum switching value Max is SP RSP is SP minus the switchback hysteresis value GO Systemelektronik GmbH FalunerWeg1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 20 55 www go sys de info go sys de BlueSense 5 1 1 3 Current Output Oxygen sensor setup control parameter The Sensor signal controls the allocated current output control parameter 1 gt current output 1 control parameter 2 gt current output 2 Thus the signal is accurately represented by the current output you must set a measurement range Use these menus to determine the measurement range with the input of a minimum and a maximum value Example Measurement range Ir Minimum value Maximum value 0 2 5 5 7 5 10 12 55 mg l 0 4 8 12 16 20 24 mA 1 2 4 mA 1 2 4 mA Input of the measurement value that corre sponds to 4 mA Minimum value of the measurement range old value 2 2 20 mA Input of the measurement value that corre sponds to 20 mA 2 2 20 mA Maximum value of the measurement range Number Reference value ak 4mA old value 2 Aborts the input and switches to the Current Aborts the settings and switches menu to the C
26. ee SYSTEMELEKTRONIK Manual BlueSense Transducer 10 04 2013 11 21 57 1 Oxygen 3 pH 8 0 mg l 6 0 pH 2 Temperature 4 Conductivity 18 4 C 414 uS cm Pee hoses CA Menu a WUY URUNU Version of the manual 3 1 en www go sys de BlueSense Copyright This Manual contains information which is the intellectual property of GO Systemelektronik GmbH The user is obliged to use this information exclusively to run the instrument It is not permitted to pass this information to third parties Reproducing copying editing or extracting the manual contents is only allowed with the ex press permission of GO Systemelektronik GmbH Changes GO Systemelektronik GmbH retains the right to modify the contents of the manual without prior notice Liability Exclusion GO Systemelektronik GmbH takes no responsibility for correct system operation under all possible operating conditions It is not possible to guarantee that the software will function completely without error under all possible circumstances GO Systemelektronik GmbH can not therefore accept liability for direct or indirect damage resulting from system operation or the contents of this manual Product Observance Within the scope of our obligation for product observance GO Systemelektronik GmbH will endeavour to warn third parties about all identified dangers which could arise from the interaction between hardware and soft ware and from the use of other compo
27. er Display NI GO Systemelektronik GmbH Faluner Weg 1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 22 55 www go sys de info go sys de BlueSense 5 1 1 5 1 Minimum value and Maximum value Parameter Oxygen control parameter Input of the estimated minimum and maximum measurement value of the sensor needed for a connected BlueBox Minimum mg l old value old value 0 00 0 00 input minimum measurement value input maximum measurement value Presently active value is shown as old value Aborts the input and switches to the Parameter menu Deletes the last entered character Saves the input and switches back to the Parameter menu Without setting the old value is stored GO Systemelektronik GmbH FalunerWeg1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 23 55 www go sys de info go sys de BlueSense 5 1 1 5 2 Average and Interval Parameter Oxygen control parameter Average input average input interval ins Presently active value is shown as old value Average The measurement value is the arithmetic average of the last here entered number of single measurements default setting is here 5 Interval Time in seconds between the start of a single measurement and the start of the next single measurement de fault setting is here 1s x x xX x eS eS eS eS e e e e ST A S A Y Y Y Y e e e e NS NS Q NG Ne Ne NG 2 2 2 2 Interval Interval Interval I
28. ern Flushcontrol Regulation extern INN Regulation intern Compensation I Compensation Regulation extern Regulation intern Flushcontrol W Programs Regulation extern Compensation Regulation intern Flushcontrol In the status regulation extern the current outputs and the relays are con trolled by the remote station via the communication protocol The button is also a status indicator In the status regulation intern the current outputs and the relays are con trolled by the transducer via the measurement values The button is also a status indicator In the status Flushcontrol e The relays are controlled from the internal flush parameters see parame ters e The current outputs of the transducer are controlled via the measurement values The button is also a status indicator Pressing this button starts the flushing see 8 1 After activating the flushcontrol the measured values of the next ca 60 seconds will not be saved on the SD card Switches the compensation of a chlorine measurement with pH value and temperature on and off The button is also a status indicator Precondition chlorine measuring board and pH measuring board with inte grated temperature measuring If this precondition is not fulfilled this function is without effect During the calibration of the chlorine sensor the compensation must be switched off In the status PID the curren
29. f the PID control The current sensor is displayed on the button Switches between the actuators relay contact parallel K1 K3 and power output current output 1 back and forth the button is also a status display Deactivates and activates the PID control The button is also a status display Here you can deactivate the PID control without activating any other program in the Programs menu see 8 While the PID control is disabled e shows the PID button in the Program menu see 8 still an active status e no programs are running Switch back to the Programs Menu Switch to the Parameter Display e g for a sensor calibration GO Systemelektronik GmbH Faluner Weg 1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 39 55 www go sys de info go sys de BlueSense 8 2 1 Parameter PID Sensor selection Parameter PID 2 2 Parameter PID Oxygen Temperature H selection of the sensor of the PID control Switch back to menu PID 1 2 Switch to the Parameter Display 9 Info Transducer Displays the firmware version here 3 03 7 fc is a service note the serial number S N of the transducer and the serial numbers of the sensor measuring boards KV 0 KV 1 GONE Faluner Weg 1 D 24109 Kiel 049 431 58080 0 FW 3 03 7 fc S N bls11111 KV 0 v 01 083 003 KV 1 v 01 083 001 KV 2 v 01 083 006 Switch back to the Main Menu Switch to the display of Measured V
30. gital Input 2 Bit 1 Bit 3 0x0002 Digital Input 3 Bit 1 Bit 4 0x0003 o DigitalInput4 Bit 1 Bit 3 0x0004 0x0070 GO Systemelektronik GmbH Faluner Weg 1 24109 Kiel www go sys de Germany Tel 49 431 58080 0 Fax 58080 11 info go sys de Page 42 55 BlueSense Modbus 2 3 Analogue Output Holding Registers Read amp Write Number Address Description Data format Size 1 0x0000 analogue value of current output 1 Double 1 Register 2 0x0001 analogue value of current output 2 Double 1 Register 3 0x0002 to 0x000F reserved for future functions N A N A 0x0010 to 0x0013 name of the first measurement value Char 4 Register 0x0014 to 0x0017 name of the second measurement value Char 4 Register 0x0018 to 0x001B name of the third measurement value Char 4 Register 0x001C to 0x001F name of the fourth measurement value Char 4 Register 0x0020 to 0x0023 name of the first pulse input Char 4 Register 0x0024 to 0x0027 name of the second pulse input Char 4 Register 10 0x0028 to 0x002B name of the first current output Char 4 Register 11 0x002C to 0x002F name of the second current output Char 4 Register 12 0x0030 to 0x0040 reserved for future functions N A N A GO Systemelektronik GmbH
31. he measurement values via CAN bus to a BlueBox is able to network with PLC Systems via RS 232 or RS 485 stores the measurement values on a SD Memory Card switches relays by overrun or underrun of settable alarm values converts the measurement values of a conductivity sensor into salinity switches two internal relays at adjustable times here called Flushcontrol executes a relay control program and a PID controller and executes customer specific programs Connectable sensors e Conductivity measuring principle inductive 0 to 4000 uS cm with integrated temperature sensor measuring principle NTC 0 to 80 C e Temperature measuring principle NTC 5 to 80 C Standard temperature sensor SEMI 833 25 C 83 kQ e Dissolved oxygen measuring principle galvanic cell 0 20 mg l e Dissolved oxygen measuring principle fluorescence 0 25 ppm e pH glass electrode pH3 pH13 e lon selective electrode e Turbidity submersible scattered light 90 wave length 860 nm 0 3000 FNU e Turbidity flow through scattered light 90 wave length 860 nm 0 100 FNU e ORP 2000 to 2000 mV e Current input resistance 50 Ohm 4 20 mA e Voltage input 0 50 V and other All established sensors with current or voltage outputs e g CI ClO2 NH3 etc The number of sensors that can be connected is determined by the delivered Transducer configuration There are two configurations 1 Control parameter 1 analogue input One sensor is conn
32. iation motherboard Version AB O galvanic cell O fluorescence Jumper slot assigned DR X20 X21 YE GN shield 24 V YE GN RX Tx GN WH Rx Tx WH BK GND BN RD 12 V Jumper slot assigned DR X20 X21 If no temperature sensor is con nected the open input must be closed with a resistor of 82 kQ Current input Current input Voltage input 4 wire sensor 2 wire sensor Cable type see marking on the cable l ii M un E U T3BK DT rapk THe eke iie ire DSN N TEM N US yay ues Ure IOM GN EC oN He GN aos e Leen i X1 X2 xioo X1 X2 BU GAIN 10X BN GAIN 100X Turbidity GO Systemelektronik GmbH Faluner Weg 1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 11 55 www go sys de info go sys de BlueSense 3 Commissioning Mounting hole 5 mm Track for the DIN rail Track for the DIN rail Mounting hole 5 mm Mounting hole 5 mm PG screw connect PG screw connect Breakthrouhs PG screw connect Clamping lever for mounting on a DIN rail The Transducer s respective sensors supply voltage current outputs and where applicable the relays are to be connected via the spring loaded connectors The terminals are marked see terminal connection diagram on pages 9 10 The cable entry is via the PG glands To do list after initial start up language setting
33. k to the Main Menu Switch to the Parameter Display Faluner Weg 1 24109 Kiel Germany Tel 49 431 58080 0 www go sys de info go sys de Page 32 55 BlueSense 7 2 Adjustment of the storage interval Memory Card Menu Interval mm ss old value 10 00 Input format mm ss minimum input 00 05 5s maximum input 60 00 60 m Presently active value is shown as old value From this menu you can set the storage interval in minutes Switch back to the Memory Card menu without saving the input Deletes the last entered character Save the input and switch back to the Memory Card menu Without setting the old value is stored 7 3 Update Firmware Update 1 Insert SD card into transducer 2 Start update Update Starts the Firmware Update Follow the instructions Switch back to the Main Menu Switch to the display of Measured Values GO Systemelektronik GmbH FalunerWeg1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 33 55 www go sys de info go sys de GO SYSTEMELEKTRONIK BlueSense 7 4 Read Data The transducer stores the states of the inputs and therefore also the measured values and the error mes sages as a csv file In this file the individual values are separated with a semicolon It is recommended to open these files with a program that displays the data in a clearly arranged way Example opening a csv file with the program Calc from the OpenOffice packag
34. l 19 0 C 2 Temperature 1 5 Salinity 18 4 C 5 4 o 3 Conductivity 6 Pulse 1 414 uS cm 10 1 m 10 20 30 40 j10 20 30 40 Status messages appear at the bottom of the Parameter Display d3 e yet no bus connection is detected CAN e flashing CAN bus card is detected CAN bus speed is still unknown CANS CAN bus speed detected here 5 kbit s device is registered on the CAN bus flashing CAN bus connection is disconnected CAN50 CAN bus speed detected here 50 kbit s device is registered on the CAN bus flashing CAN bus connection is disconnected RS232 e RS 232cardis detected RS485 e RS 485 card is detected GO Systemelektronik GmbH FalunerWeg1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 48 55 www go sys de info go sys de 2 Error messages Password error Description of the error Error number 13 Error messages appear in a separate menu The backlight of the display flashes IG Switch back to the previous menu Password error e incorrect password input 13 Entry into csv file 4096 Communication error e Theconnection between the motherboard and the display is interrupted 10 Entry into csv file 32768 Error during data record e SD Memory Card error during a recording Please check memory card Entry into csv file 16384 50 No memory card found e SD Memory Card missing 99 critical battery voltage The supply voltage has dropped below 11 5 volts
35. last entered character Saves the input and switches to the next menu Without a setting the value is set to 0 Not recommended ssk 4 Finalizing the calibration List menu n nnnnn List of Reference values n nnnnn List of Input values n nnnnn n nnnnn n nnnnn n nnnnn Aborts the calibration and switches back to the turbidity menu Saves the in calibration and switches back to the turbidity sensor menu The calibration is saved and completed GO Systemelektronik GmbH Faluner Weg 1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 52 55 www go sys de info go sys de Gi SYSTEMELEKTRONIK BlueSense Menu structure Appendix I Menu structure Main structure Parameter Display see 4 1 1 Main menu see 4 1 2 Setup see 5 Sensors see 5 1 Reset see 5 2 Comport see 5 3 Language see 5 4 Time Date see 5 5 5 Screen see 6 Memory Card see 7 Programs see 8 Info see 9 GO Systemelektronik GmbH Faluner Weg 1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 53 55 www go sys de info go sys de Gi SYSTEMELEKTRONIK BlueSense Menu structure Sensors Sensors see 5 1 Sensor X see 5 1 1 Calibration see 5 1 1 1 Relay see 5 1 1 2 Current Output see 5 1 1 3 Change Name see 5 1 1 4 Parameter see 5 1 1 5 Minimum value see 5 1 1 5 1 Maximum value see 5 11 5 1 Avergae see 5 1 1 5 2 Interval see 5 1 1 5
36. light is off it can be turned on again by pressing any button The button is also a status indicator T Switch back to the Main Menu QI Switch to the display of Measured Values BE GO Systemelektronik GmbH Faluner Weg 1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 31 55 www go sys de info go sys de BlueSense 7 Memory Card 7 1 Save Data Memory Card Main Menu You can store the data measured by the Transducer on an SD Memory Card The data is saved asa csv file You activate the logging of data onto the SD Memory Card by pressing se Important The SD Memory Card must be formatted with FAT16 NOT FAT32 or NTFS Memory Card SD Card removable Sense ygen 8 0 mg l 2 Temperature 1 18 4 C 3 Conductivity 414 yuS cm After inserting the SD card please press Ser o The SD Memory Card is detected as long as Please wait appears on the display Thereafter the following menu appears and the SD Memory Card is written Memory Card Intervall Update Stop SD Card before removing If the transducer starts with an inserted SD card e g after a power failure data recording starts auto matically Important The SD Memory Card may only be removed after you have pressed e Otherwise the data on the SD Card is corrupted Switch to the input of the storage interval Switch to the firmware update S GO Systemelektronik GmbH Switch bac
37. menu language to Spanish The button is also a status indicator Sets the menu language to French The button is also a status indicator Sets the menu language to Hungarian The button is also a status indicator Sets the menu language to Russian The button is also a status indicator Switch back to the Setup menu Switch to the display of Measured Values Faluner Weg 1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 29 55 www go sys de info go sys de BlueSense 5 5 Time Date LRT setup menu a Bel alin GO Systemelektronik GmbH Faluner Weg 1 24109 Kiel Germany Tel 49 431 58080 0 www go sys de info go sys de Time Minute Second Reduces the hours minutes seconds by 1 Increases the hours minutes seconds by 1 Switch back to the Setup menu without storing the entry Save the entry and switch to the Date entry menu Date Year Month D 2009 14 10 elele Reduces the year month date by 1 Increases the year month date by 1 Switch back to the Setup menu without storing the entry Save the entry and switch back to the Setup menu BlueSense 6 Screen p Turns on the backlight of the display The button is also a status indicator Off Turns off the backlight of the display The button is also a status indicator Auto Turns off the backlight of the display after 60 s user inactivity Does not apply to input menus and list menus If the back
38. nents Effective product observance is only possible with adequate information from the end user about the planned field of application and the hardware and software used If the conditions of use change or if the hardware or software has changed due to the complex relationships between hardware and software it is no longer possible to describe all possible dangers and their effects on the total system in particular on our system This manual does not describe every possible property and combination of the system For further information please contact GO Systemelektronik GmbH Manufacturer s declaration In setting up the device it is important amongst other things to note the correct electrical connections protec tion against connections to foreign bodies humidity protection against excessive moisture due to condensa tion and to the overheating of the device in proper and improper use The implementation of these measures is the responsibility of the installers who setup this device GO Systemelektronik GmbH Faluner Weg 1 Creation date 27 5 2015 24109 Kiel Allemagne Described firmware version 3 00 Tel 49 431 58080 0 Manual version 3 1 en m ll Article number of the manual DOC 485 0001 E 3 1 BDA www go sys de info go sys de File name Manual BlueSense Transducer V3p1 en pdf pdf GO Systemelektronik GmbH FalunerWeg1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 2 55 www go sys de info go sys de Gi S
39. nterval Example measurement from 4 single measurements The average and interval values vary depending upon the connected sensor Switches back to the Parameter menu without saving the input Deletes the last entered character Saves the input and switch back to the Parameter menu Without setting the old value is stored GO Systemelektronik GmbH Faluner Weg 1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 24 55 www go sys de info go sys de BlueSense 5 1 2 Temperature sensor setup associated parameter Sensors Temperature Change Name Parameter In setting up the associated parameter Temperature only the name of the sensor can be changed Switch to the renaming of the temperature sensor 5 1 1 4 Parameter Switches to e the setting of the estimated minimum and maximum measurement value of the sensor needed for a connected BlueBox e thesetting of the number of single measurements from which the measure ment value will be calculated by means of arithmetic averaging e tothesetting of the measurement interval 5 1 1 5 Switch back to the Sensors menu Switch to the Parameter Display 5 1 3 Digital In Digital Input 1 is 0 Digital Input 2 is 0 Digital Input 3 is 0 Digital Input 4 is 0 Pulse 1 0 0 Pulse min Pulse 2 0 0 Pulse min Here the state of the digital inputs is displayed If no sensor is connected either 0 or 0 0 is displayed Switch back to the Setup menu
40. o measurement value is acted upon 2 3 Interval m Presently active values are shown as old value old value 30 Referencevalue Flushtime s Aborts the setting and switches to the Pro Aborts the input and switches to grams Menu the Programs Menu Deletes the last entered character Saves the settings and switches to the Programs Menu Saves the input and switches to the next menu Without setting the old value is stored The settings of the Flushcontrol are saved and completed GO Systemelektronik GmbH FalunerWeg1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 37 55 www go sys de info go sys de BlueSense 8 2 Parameter PID The PID controller has a proportional an integral and a differential share of the control effect The respective strength of the portion of the control action is determined by the input values for P and D Actual value is the measurement value of the associated sensor Desired value is a value from the range of the associated sensor Actuating variable is either a current of 4 mA 20 mA current output 1 or the differ ence between the on and off the relay contact parallel K1 K3 Calculation of the Calculation of the switch on time switch on time Cycle Cycle Switch on time Switch on time gt Minimum switch on time gt Minimum switch on time or O or O Minimum 1 s 88 automatically Minimum switch on time
41. options are displayed in simple to understand text lil amp 21 amp re 10 04 2013 1 Oxygen 4 Temperature 2 8 0 mg l 19 0 C 2 Temperature 1 5 Salinity 18 4 C 5 4 o 3 Conductivity 6 Pulse 1 414 uS cm 10 1 m 10 20 30 40 10 20 30 4 Basic structure of the menu navigation Parameter Display Setup Memory Card Programs see Appendix I Menu structure GO Systemelektronik GmbH Faluner Weg 1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 7 55 www go sys de info go sys de BlueSense 2 Technical data and connection diagrams 2 1 Technical data Article Nr 485 0001 X Inputs e lor2 analogue inputs 1 Control parameter or 2 Control parameters EE C The particular configuration is on the shipping note the serial number Type c o he idin L JL 2L ef of the transducer is on the type plate at the right hand side Er Ss of the housing oos SN 1234 10 18 e 2digital inputs static potential free contacts switching current mi erre os mi Fax 5808011 Email bluebox 2go sys de Internet www go sys de approx 6 mA e 2pulse inputs selectable to PNP NPN optional static switching current approx 6 mA measurement range 0 05 Hz 1000 Hz Outputs e 2current outputs 4 to 20 mA active e 2relays with a low voltage only switching capacity of 24 V 0 5 A e 2relays with a switching capacity of 230 VAC 2A 0r2
42. s to Sensor control parameter setup Deletes the last entered character Saves the input and switches to the List menu Without a setting the value is set to 0 Not recommended Number Reference value Input Display of the measured value i 1 000000E 02 8 600000E 01 j Display of the entered value input Listmenu With the Listmenu you can check the calibration values Aborts the calibration and switches to Sensor setup Saves the calibration and switches to Sensor setup The calibration is saved and completed Exceptions possible see Appendix H Multipoint calibration GO Systemelektronik GmbH FalunerWeg1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 18 55 www go sys de info go sys de BlueSense 5 1 1 1 2 Example 2 point calibration ORP 2 point calibration Example ORP 2 2 462 mV 1 2 actual number of the measurement point number of measurement points 2 2 3 actual measured value 11 mV unit of the measurement Hold the sensor in a reference fluid and enter the ORP value of the reference fluid Aborts the calibration and switches to Sensor setup Deletes the last entered character First value accept the value and switch to the entry of the second value Second value accept the value and switches back to the setup Without a setting the value is set to 0 Not recommended le List menu Number Measured value Input List of Reference values 1 1 000000E 02 8 600000E 01
43. t outputs and the relays are controlled by the PID controller Proportional Integral Derivative The button is also a status indicator Pressing the activated button switches to the PID control parameters see 8 2 Is only effective if the PID controller is activated in the parameterization see 8 2 GO Systemelektronik GmbH FalunerWeg1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 35 55 www go sys de info go sys de Gi SYSTEMELEKTRONIK BlueSense Switch to the Main Menu Switch to the Parameter Display Switch to another programs menu here without content EBE GO Systemelektronik GmbH FalunerWeg1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 36 55 www go sys de info go sys de BlueSense 8 1 Flushcontrol Parameters a Programs Menu Setting of Flushtime Interval and Relaxtime The Flushtime is the duration of flushing i e the time for which relays KI and K3 close In the flushtime no new measurement will be acted upon The Interval is the time between the beginning of a flush and the beginning of the next flush If flushtime latencytime is greater than the interval then the next flush will occur 1 min after the relaxtime The Relaxtime is the time after the end of the flushtime in which the sensor can adjust to the surrounding medium In this time no new measurement will be acted upon 1 3 Flushtime s SES nterval old value 10 Time in which n
44. urrent menu Deletes the last entered character Saves the settings and switches to the Current menu Saves the input and switches to the next menu Without setting the old value is stored jol The current settings are saved and completed GO Systemelektronik GmbH Faluner Weg 1 24109 Kiel Germany Tel 49 431 58080 0 Fax 58080 11 Page 21 55 www go sys de info go sys de BlueSense 5 1 1 4 Change Name Change Name Sensor setup control parameter Example Oxygen BDUBBEBDUSOS O DBODBODUSDORE Lye ede Ob TL EE REBE BER From this menu you can set the name of the connected sensor Space character Capitalization Deletes the last entered character Save the input and switch back to the Sensor parameter setup Switch back to the Sensor parameter setup without saving the input EEE 5 1 1 5 Parameter Sensor setup control parameter Oxygen Average Example Oxygen Maximum Interval Minimum Switches to the setting of the estimated minimal measurement value of the sensor needed for a connected BlueBox Maximum Switches to the setting of the estimated maximal measurement value of the sen sor needed for a connected BlueBox Average Switches to the setting of the estimated maximal measurement value of the sen sor needed for a connected BlueBox Interval Switches to the setting of the measurement interval Switch back to Sensor control parameter setup Switch to the Paramet
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