SUMMARY 1 - Microcom Design
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1. CONNECTING UP THE CR10X PROGRAMMING PORTTOA LAPTOP SERIAL PORT The CR10X has a DY port on it which can be used for programming the CR10X The D9 is NOT A STANDARD SERIAL PINOUT Rather it has the following pinout PIN USE Input or Output Description 5V OUTPUT 5VDC output 2 GND Ground 3 RING INPUT Raised high by peripheral to put the CR10X in the telecommunications mode TTL levels 4 RXD INPUT Receive data TTL levels 5 ME OUTPUT Modem Enable signal raised by CR10X in response to the RING signal TTL Levels 6 SDE OUTPUT Synchronous Device Enable not used in SDI 12 mode 7 CLK INPUT Not used in SDI 12 mode Handshake OUTPUT 8 NC 9 TXD OUTPUT Transmit data TTL levels Since TTL levels are being used we need to use a translator like the MAX 3223 RS232 transceiver chip Besides the TX and RX data transceiver pair an additional data transceiver pair is needed for the ME and RING line The RING and ME lines will be connected to the RTS and CTS lines on a standard RS232 port on our laptop This allows us to control the RING line and monitor the ME line For our testing we will use the APS V240 FPGA board to handle the interface between the GTX and the CR10X The APS V240 has an on board MAX3323 chip with an on board D9 connector J11 and an FPGA The V240 board runs the connections through an FPGA which also allows for line switching inverting and for various test2. T_rs232_tx_out out std_logic T_rs232_cts_in in std_logic T_rs232_rts_out out std logic TOse_ tin SID LOGIC T_CSIO_RING_o out std_logic T_CSIO_RXD_o out std logic T_CSIO_ME_i in std_logic T_CSIO_SDE_i in std_logic T_CSIO_CLK_HS_io inout std_logic T_CS_TXD_i in std_logic TLEDI_o out STD_LOGIC LLED out STD_LOGIC T_LEDS O out STD_LOGIC 2005 Microcom Design Inc All rights reserved voice 401 771 1070 Fax 410 771 0018 UAPP122 v1 0 June 10 2005 http www microcomdesign com 6 com Setting up the CR10X as an SDI 12 sensor to be interfaced with the MICROCOM GIX 1 0 Modulator PRELIMINARY end rs2321tl architecture Behavioral of rs232ttl is SIGNAL S_BufOSC std_logic component IBUFG port I in std_logic O out std_logic end component begin Global Buffer Assignments U3 IBUFG port map Il gt T_OSC_i O gt S_BufOsc clockout Process S_BufOsc begin if S_BufOsc event and S_BufOsc 0 then T_CSIO_RING_oO lt NOT T232 Cis in T_rs232_rts_out lt T_CSIO_ME_i if T_CSIO_ME_i 1 then T_CSIO_RXD_o lt not T_rs232_mX_in T_rs232_tx_out lt NOTT_CS_ITXD i end if T_LED1_o lt NOT T_rs232_cts_in ring T_LED2_o lt T CIO ME i me T LEDS lt T _rs232_x_in rxdq end if end process end Behavioral Figure 2 shows the SDI 12 connections between the CR10X and the MICROCOM GTX mod
3. Inc All rights reserved voice 401 771 1070 Fax 410 771 0018 UAPP122 v1 0 June 10 2005 http www microcomdesign com 12 eam Setting up the CR10X as an SDI 12 sensor to be interfaced with the MICROCOM GIX 1 0 Modulator PRELIMINARY The figure below shows the response of the CR10X to the command being sent I xi Transmitter Comm SDI 12 Command fan I Clear On Enter 91191 2CAMPBELLCR10 1 90021 Then we send the 9V command which will get the status of the CRX10 as shown 2005 Microcom Design Inc All rights reserved voice 401 771 1070 Fax 410 771 0018 UAPP122 v1 0 June 10 2005 http www microcomdesign com 13 eam Setting up the CR10X as an SDI 12 sensor to be interfaced with the MICROCOM GIX 1 0 Modulator PRELIMINARY soraa xi Transmitter Comm SDI 12 Command avi I Clear On Enter 3I 91 2CAMPBELLCR 10 1 90021 gv190053 9 9D 019 02 00 6296 2 Now to set up a real programming example of taking a measurement we ll use the internal CR10X internal temperature every 5 seconds and store it in location 1 We will then try and read the measurement from the CR10X from the SDI 12 terminal of the GIX software We have to take the measurement using in TABLE 1 So gt MODE 01 0000 enter mode 1 SCAN RATE 0 0000 5 set timing to every 5 seconds 01 P00 17 enter INSTRUCTION 17 take internal temp 01 0000 1 parameter
4. a DCE port should be used female NO MODIFICATIONS TO PIN 2 AND 3 should be done to the B40 interface cable On the other end of the cable the TX and RX data should be a dual CMOS 2005 Microcom Design Inc All rights reserved voice 401 771 1070 Fax 410 771 0018 UAPP122 v1 0 June 10 2005 http www microcomdesign com 19 eam Setting up the CR10X as an SDI 12 sensor to be interfaced with the MICROCOM GIX 1 0 Modulator PRELIMINARY Conclusion Revision History inverter ie a NL27WZU04 from ON Semiconductor should invert the data from the CR10x and to the CR10x Such that PC lt gt DCE DI MAX232 cable NL27WZU04 DTE D9 lt gt CR10X MAX232CWE pin 11 attaches to green wire which connects to pin 6 of NL27WZU04 CR10X MAX232CWE pin 12 attaches to the white wire which connects to pin 3 of the NL27W Pin 1 of NL27 attached to Pin 9 of the DTE D9 at the other end of the cable to be attached to the CR10X programming port Pin 4 of the DTE D9 CR10X end of the cable gets connected to pin 4 of NL27W NL27W pin 2 connects to Pin 2 of D9 DTE connector GND NL27W pin 1 connects to Pin 1 of D9 DTE connector VCC short out DTE DY pin 1 to DTE DY pin 3 RING This cable should allow the PC to program the CR10X A custom cable from Microcom Design may be available which incorporates the changes to the Microcom B40 cable and makes it a standard product Check
5. in secs the CR10X requires to complete its sensor routine and nn is the number max 63 of values readings returned 03 LOCATION 4 bytes The starting address location for the nn values to be returned to the recorder On an M command issued by the SDI 12 controller the CR10X Starting location Parameters3 this parameter n x where nn is specified in Parameter2 and x is the number following the M command M1 M2 etc Results of 106 INSTRUCTION Will return a set of input locations in response to the M or M1 M9 command sequence If the SDI 12 issues a V Command sequence status indicates the status of the CRX 10 sensor The first and second values are from the B mode of the CR10X sensor giving the number of watchdog errors in the CR10X and the number of table overruns that have occurred The third is a signature of the sensor CRIOX memory The signature is created by the same technique that INSTRUCTION 19 signature uses The CR10X can also respond to the command The CR10X send the following string back to the command TOCAMPBEL CR10X 001 aaaa where aaaa is the number from the eighth window of the B mode 2005 Microcom Design Inc All rights reserved voice 401 771 1070 Fax 410 771 0018 UAPP122 v1 0 June 10 2005 http www microcomdesign com 4 com Setting up the CR10X as an SDI 12 sensor to be interfaced with the MICROCOM GIX 1 0 Modulator PRELIMINARY
6. one stores the temp in location 1 02 P00 compile the program MODE 00 now lets change the 106 instruction to read from location 1 instead of 0 2005 Microcom Design Inc All rights reserved voice 401 771 1070 Fax 410 771 0018 UAPP122 v1 0 June 10 2005 http www microcomdesign com 14 eam Setting up the CR10X as an SDI 12 sensor to be interfaced with the MICROCOM GIX 1 0 Modulator PRELIMINARY 7H gt MODE 03 0000 01 P85 01 98 02 P106 01 0009 02 0001 03 0000 1 change to location 1 03 P95 04 P00 MODE 00 LOG 1 If Loggernet software is available then the following EDLOG code does essentially the same thing Ol x es Edlog 32 CR10X D Jobs CR1000 UcomApNotes uappi22 GIK CRSIS O x Sq File Edit Search Compile Display Options Window Help 18 x S fa index _InLocEd intoc Pick FsLEdit 4 Laber 2 3 lt CR1IGR gt Table 1 Program i 5 Execution Interval Cseconds gt 1 Internal Temperature P17 gt 1 1 Loc _6661____ sdd Table 2 Program 62 6 6666 Execution Interval Cseconds gt Table 3 Subroutines 1 Beginning of Subroutine P85 gt 8 Subroutine 98 SDI 12 Sensor P166 gt 6689 SDI 12 Address 6661 Time Values 6668 Loc 3 End P95 gt End Program 242 F1 Help F5 Edit Input Locations 2005 Microcom Design Inc All rights reserved voice 401 771 1070 Fax 410 771 0018 UAPP122 v
7. patterns to be transmitted if needed A D9 was connected between the V240 FPGA pins and the CR10X to both control and change the levels of the RS232 lines of the Laptop PC into the required levels of the CR10X The FPGA design could later be used to do any other simulations or prototyping or testing for the CR10X DY control port Figure 1 shows the connections between the PC LAPTOP and the APS V240 and the CR10X LEDs on the APS V240 are also connected to the RING ME RX data lines for monitoring purposes An optical cable is available from Campbell which does the job of level translation and pin swapping 2005 Microcom Design Inc All rights reserved voice 401 771 1070 Fax 410 771 0018 UAPP122 v1 0 June 10 2005 http www microcomdesign com 5 eom Setting up the CR10X as an SDI 12 sensor to be interfaced with the MICROCOM GIX 1 0 Modulator PRELIMINARY R5232 COM PORT APS 240 CR10X DY pin none 8 2 GND CRIOX 142 1 3 RING Datologger 141 3 4 RXD 154 5 5 ME 153 7 SDE 152 9 7 CLK HS 149 11 9 TXD Figure 1 CR10X Programming port connections The VHDL code for the V240 on board FPGA is shown below use IEEE STD_LOGIC_UNSIGNED ALL Uncomment the following lines to use the declarations that are provided for instantiating Xilinx primitive components library UNISIM use UNISIM VComponents all entity rs232ttl is Port T_rs232_rx_in in std_logic
8. with Microcom Design for the availability of this cable The MICROCOM Model GIX Satellite Transmitter and Data collector has internal SDI 12 data logger capability The CR10X from Campbell Scientific is a data logger which can interface to other sensors and then connect to the Microcom GTX Satellite Transmitter via the GTX s SDI 12 serial interface Sensor data from the CR10X can then be sent to the GTX making the CR10X appear as a sensor to the GTX who can then transmit the data over a satellite This application note covered the connections and programming of the CR10X and GTX Date Version Revision June 10 2005 Wo Initial Microcom Preliminary Release 2005 Microcom Design Inc All rights reserved voice 401 771 1070 Fax 410 771 0018 UAPP122 v1 0 June 10 2005 http www microcomdesign com 20
9. 1 Failsafe Tripped LED Red 5 O30 CON Os OT ES CON The Campbell CR10X interface panel is shown below ANALOG INPUTS Input Output Instructions 1 Volt SE 2 Volt DIFF SERIAL I O 4 Ex Del Se Telecommunications i c Har 8r Program Control Instructions 20 St Modul ter S SW Half Br OF ce loan 8 Ex Del Diff 9 6W Full Br 11 Temp 107 12 RH 207 13 Temp TS SE 14 Temp TC DIFF Freq 28 Vibrating V Vire Meas 29 INW Press 131 Enhanced Vib CR10X WIRING PANEL MADE Fe USA Connect 12ga or larger wire to earth ground utiOuty put Instructions Ex Del Se 3 AC Half Br 6 Full Br 7 3W Half Br 8 Ex Del Diff 9 Full Br Mex 11 Teme 107 118 SDM ano SDI12 nstructions ontro Instructions Case lt F Command Codes 4X Set port x high 5X Set port x low 6X Toggle port x 7X Pulse port x 26 Port Subr 87 Port Subr 98 Port Subr 29 NW Press Campbell Scientific CR10X Data Logger 2005 Microcom Design Inc All rights reserved voice 401 771 1070 Fax 410 771 0018 UAPP122 v1 0 June 10 2005 http www microcomdesign com 2 Application Note Microcom GTX Modulator TICO Setting up the CR10X as an SDI 12 sensor to be Interfaced with the MICROCOM GTX Modulator UAPP122 v1 0 June 10 2005 Author Richard Schwarz PRELIMINARY User s of this application note should be familiar with or have acces
10. 1 0 June 10 2005 http www microcomdesign com 15 GTX SDI 12 COMMAND TESTING eom Setting up the CR10X as an SDI 12 sensor to be interfaced with the MICROCOM GIX 1 0 Modulator PRELIMINARY Now we need to send an M measure command from the SDI 12 terminal on the GTX We send the 9 M command soraa x Transmitter Comm SDI 12 Command am l I Clear On Enter 91191 2CAMPBELLCR 10 1 90021 S I90053 9 9D0 9 02 00 6296 2 9M190001 9D0 9 29 370 Ok now lets store the programs off into flash enter the SAVE Load Mode D then the store command 6 A then the program name number to save 2005 Microcom Design Inc All rights reserved voice 401 771 1070 Fax 410 771 0018 UAPP122 v1 0 June 10 2005 http www microcomdesign com 16 com Setting up the CR10X as an SDI 12 sensor to be interfaced with the MICROCOM GIX 1 0 Modulator PRELIMINARY A then repeat the process D 6 A 98 store subroutine 98 A Now the device holds both the main program 1 and the interrupt subprogram 98 To recall the programs D gt N A Now that the terminal program works and shows that the data has come into the GIX we can set up a program on the GIX Opening the GTX GUI configuration file called cr10X_SDI12_ex1 txt In this configuration you can see that SENSORS are enabled on the transmission screen and that the SDI 12 par
11. Application Note Microcom GTX Modulator UAPP122 v1 0 June 10 2005 Setting up the CR10X as an SDI 12 sensor to be Interfaced with the MICROCOM GTX Modulator Author Richard Schwarz SUMMARY INTRODUCTION The Microcom Model GIX Satellite Transmitter and Data Collector works on GOES GMS ARGOS SCD amp METEOSAT systems The GTX has some data logger functions built into it including an SDI 12 and counter input The GTX can be programmed and can be interfaced to external data acquisition systems via its RS 232 port lt p oo _ OPPEREN wee o qapop rpe ta a ee u Campbell CR10X Programmable Data Logger Microcom GTX Satellite Transmitter For example the CR10X from Campbell Scientific is an external Data logger Data Acquisition system which can be interfaced to various sensors to log measurements The CR10X has its own programming language which allows programs to be written for various application scenarios By connecting the CR10X to the Microcom Design GTX Modulator programs can be written on the CR10X can be set up as anSDI peripheral and logged measurements can then be read via the GTX SDI 12 port and then transmitted via GOES GMS ARGOS SCD and METEOSAT satellite systems The Campbell Scientific CR10X is a mature data logger product used in many data acquisition systems world wide It can interface to dozen s of standard sensors It also has a industry st
12. S BIERCE Datalogger Settings temp DLD Baud Rate 9600 Security Code 0 Extra Response Time 0 s Max Time Online Od Oh Om E gt Select and Send Program A x Select and Associate Program Disconnected PC200W CR10X Setup Screen Terminal Emulator x Edit Active 02 0001 a 03 0000 02 P00 R R 1 F 0 V5 Al L 1 E02 00 09 M0256 B 3 0757 C2532 A R i F 0 V5 Al L 1 E02 00 09 M0256 B 3 0757 C2532 7TH gt MODE 10 01 0028 02 0064 190 03 0 04 62028 05 2048 0 06 1930 0 1930 0 1930 0 MODE 00 LOG 4 Select Device cr gt IV All Caps Mode Le Baud Rate eo Close Terminal Clear Help PC200W Control Software Screens 2005 Microcom Design Inc All rights reserved voice 401 771 1070 Fax 410 771 0018 UAPP122 v1 0 June 10 2005 http www microcomdesign com 9 Em setting up the CR1OX as an SDI 12 sensor to be interfaced with the MICROCOM GTX 1 0 Modulator PRELIMINARY Microcom GTX Utility Yersion 2 00 MICROCOM GTX SOFTWARE SCREENS 2005 Microcom Design Inc All rights reserved voice 401 771 1070 Fax 410 771 0018 UAPP122 v1 0 June 10 2005 http www microcomdesign com 10 com Setting up the CR10X as an SDI 12 sensor to be interfaced with the MICROCOM GIX 1 0 Modulator PRELIMINARY Setting up the 106 comm
13. UTINE INSTRUCTION Now one additional thing The 106 INSTRUCTON requires 182 intermediate locations which means we have to change the default number of intermediate locations available We do this by using the A command mode A A and then changing the second parameter to a larger number then 182 lets try 200 Now here is what the terminal IO looked like 7H this puts us in telecom mode gt hit here and it changes the gt prompt to MODE MODE 03 0000 hit 3 to go into 3 mode subroutine table 01 P85 enter first instruction 85 01 98 only parameter is the subroutine number which is 98 02 POO 106 enter the next instruction which is the 106 set to SDI 12 sensor 01 0000 0009 enter first parameter 02 0000 0001 enter second parameter 03 0000 0000 enter third parameter 03 P00 95 enter the END of SUBROUTINE instruction 95 04 POO hit and get MODE prompt MODE 10 enter A mode 01 0028 just hit enter don t change parameter 1 02 0064 200 change parameter 2 intermediate locations to 200 hit to get MODE prompt MODE 00 type in O to compile program LOG O So we now have set the CR10X up as an SDI 12 sensor with an SDI 12 address of 9 To test this we will use the Microcom SDI 12 terminal to send an command an see if the CR10X responds correctly In the terminal we send the al command where a SDI 12 address or in our case a 9 2005 Microcom Design
14. ameter is read from address 9 2005 Microcom Design Inc All rights reserved voice 401 771 1070 Fax 410 771 0018 UAPP122 v1 0 June 10 2005 http www microcomdesign com 17 eam Setting up the CR10X as an SDI 12 sensor to be interfaced with the MICROCOM GTX 1 0 Modulator PRELIMINARY EjMicrocom GTX Utility Yersion 2 00 File Options Advanced About Configuration Options General Setup Il Transmission Setup SDI 12 Sensors Internal Sensors Timed Data Buffer Random Data Buffer Random Triggers Iv Timed Transmission Setup Channel Tx Interval First Transmission window Operation Flags oo 0 00 00 00 00 f30 aj Center Transmission in Window r f Dump Timed Buffer To RS 232 Port Dump Timed Transmission Status To RS 232 Port Log Beginning of Transmission Log End of Transmission None Short Short DOU gie C Log GPS Calibration O Send Buffer Empty If Timed Data Buffer is Empty A Feme Peere Mettet O Do Not Clear Timed Buffer After Transmission ASCII C RS 232 Newest Pseudo C Binary Sensor Oldest J Enable Random Transmissions Random Transmission Setup Channel Interval Randomness Repeat Cnt Operation Flags fi 4 ps4 50 4 3 oO Future Use p _ Dump Random Buffer To RS 232 Port Bit Rate BPS mInterl C ise Bee L Dump Random Transmission Status To RS 232 Port C C sh F V Log Beginnin
15. and on the CR10X On the CR10X terminal enter the telecommunications mode by pressing 7H and ENTER you should get this prompt gt In order to use INSTRUCTION 106 we have to place it in the dedicated INTERRUPT SUBROUTINE 98 which will interrupt the program on SDI 12 requests We will have to create SUBROUTINE 98 in TABLE 3 First we enter table 3 by pressing 3 At the POO prompt then press 85 A The only parameter is the SUBROUTINE number which is 98 98 A Then enter the 106 Instruction 106 A Then enter the 106 parameters by typing 0009 A 0001 A 0000 This sets the SDI 12 address of the CR10X to 9 and sets the time required to 0 and the number of parameters to 1 starting at location 0 then we need to enter the END OF SUBROUTINE INSTRUCTION which is INSTRUCTION 95 95 A So the Pseudo code for our SUBROUTINE written in table 3 is I 85 LABEL INSTRUCTION 2005 Microcom Design Inc All rights reserved voice 401 771 1070 Fax 410 771 0018 UAPP122 v1 0 June 10 2005 http www microcomdesign com 11 com Setting up the CR10X as an SDI 12 sensor to be interfaced with the MICROCOM GIX 1 0 Modulator PRELIMINARY P1 98 parameter one is the SUBROUTINE I 106 SET CR10X as SDI 12 SENSOR INSTRUCTION P1 0009 parameter 1 SDI 12 address P2 0001 parameter 2 zero time 1 measurement P3 0000 parameter 3 starting location 0000 I 95 END OF SUBRO
16. andard SDI 12 serial interface which can easily be connected to the Microcom GTX Satellite transmitter The programming of the Campbell Scientific CR10X is powerful but somewhat cryptic This application note attempts to cover the programming and hardware aspects of connecting the CR10X to the Microcom GTX transmitter via the SDI 12 interface A 3 CANTB E hb gt Ws kul a GPSANT ll e le N 4 5 j AND PORT p Satellite Data Transmitter a N 1 zB Z SDI 412 El af Se i GTX 1 0 ThA ue ot p gt ve 12 5Vdc ERR O 3g 2 POWER DATA O _ 7 i GPS e K j a M io ou FSTRIPPED 8 9 Sa 10 41 Microcom GTX Transmitter Connections 2005 Microcom Design Inc All rights reserved voice 401 771 1070 Fax 410 771 0018 UAPP122 v1 0 June 10 2005 http www microcomdesign com 1 Application Note Microcom GTX Modulator TICOTT Setting up the CR10X as an SDI 12 sensor to be Interfaced with the MICROCOM GTX Modulator UAPP122 v1 0 June 10 2005 Author Richard Schwarz PRELIMINARY Provided below is a list of the major end panel components on the GTX Main Power Input Connector 12 5 VDC RF Output Connector CAN future and Tipping Bucket Connector GPS Antenna Connector RS 232 Serial Port Connector SDI 12 Interface Connector Failsafe Reset Push Button LED4 Data in Transmit Buffer LED Green LED3 GPS Receive Active LED Green LED2 RF Transmit Active LED Green LED
17. g of Transmission sai Shs Log End of Transmission C 1200 Long E Future Use Data Form Data Source j Data Orde etd TE ASCI C Rs 232 Newest C Pseudo C Binary Sensor Oldest By COMS Select Timed Operational Flags 2005 Microcom Design Inc All rights reserved voice 401 771 1070 Fax 410 771 0018 UAPP122 v1 0 June 10 2005 http www microcomdesign com eam Setting up the CR10X as an SDI 12 sensor to be interfaced with the MICROCOM GIX 1 0 Modulator PRELIMINARY sox File Options Advanced About Configuration Options General Setup Transmission Setup SDI 12 Sensors Internal Sensors Timed Data Buffer Random Data Buffer Random Triggers Address 9 Measurement Interval Delta Log Rate Cc 1 SDI 12 Sensor Query Next Sample Nest Sample Query Sensor gt Clear SDI 12 Configuration Grid Interface Cables Using the APS V240 board as we did earlier is not practical for field use Several options exist to replace this interface APS V240 interface card A programming interface cable for the CR10x to a PC is available from Campbell either the SC32B or the C929 A Microcom B40 Interface Cable which has a MAX232 chip embedded in the D9 Shroud could also be used In order to make the cable attach to the DTE pinned male PC serial port
18. s to basic coding techniques user s manuals and software associated with using the GTX and CR1000 including 1 Microcom GTX User s Manual 2 Microcom GTX GUI Software 3 Campbel Scientific CR10X User s Manual 4 Campbell Scientific LoggerNet Software 2005 Microcom Design Inc All rights reserved voice 401 771 1070 Fax 410 771 0018 UAPP122 v1 0 June 10 2005 http www microcomdesign com 3 com Setting up the CR10X as an SDI 12 sensor to be interfaced with the MICROCOM GIX 1 0 Modulator PRELIMINARY CR10X PROGRAMMING The CR10X is a popular Data logger from Campbell Scientific Campbell has set up a proprietary interpreter for use in the device The CR10X language is made up of parameter based INSTRUCTIONS routines which can be strung together in TABLES programs The device allows 3 tables to be stored inside the device The third table is used for subroutines The Microcom GTX has an SDI 12 interface The CR10X can be set up to appear as a standard SDI 12 sensor to the GTX Transmitter In setting up the CR10X to respond as if it was a SDI 12 sensor the CR10X uses INSTRUCTION 106 which must be implemented as the first INSTUCTION in SUBROUTINE 98 located in table 3 INSTRUCTION 106 DETAILS PARAMETER DATA TYPE DESCRIPTION 01 SDI 12 Address 4 bytes SDI 12 address which the CR10X uses when set up as a sensor Valid values are 0 126 02 TIME VALUES 4 bytes ttnn where tt is the time
19. ulator 2005 Microcom Design Inc All rights reserved voice 401 771 1070 Fax 410 771 0018 UAPP122 v1 0 June 10 2005 http www microcomdesign com 7 eam Setting up the CR10X as an SDI 12 sensor to be interfaced with the MICROCOM GIX 1 0 Modulator PRELIMINARY CRI OX C8 Figure 2 SDI 12 connections 2005 Microcom Design Inc All rights reserved voice 401 771 1070 Fax 410 771 0018 UAPP122 v1 0 June 10 2005 http www microcomdesign com 8 eom Setting up the CR10X as an SDI 12 sensor to be interfaced with the MICROCOM GIX 1 0 Modulator PRELIMINARY CR10X GTX_ The CR10X has user software available which aid in programming the CR10X The USER PC200W software will be used in terminal mode to program the CR10X while the GTX SOFTWARE Software will be used in SDI 12 terminal mode to send SDI 12 commands pc200W Datalogger Support Software CR10X CR10X oj x Eile Setup Connect Monitor Collect Options Tools Help f e we Colect Dates Spit_ View Short Cut Monitor Values Setup Connect H P AJIAJ IJA Connect Add Delete Rename Edit Datalogger Clock Datalogger PC CR10x Pause Clock Update Datalogger Information Datalogger Name CR10 Datalogger Type CR10K Time Zone Offset 0 hour Set Clock Direct Connect Connection Datalogger Program COM Port COM
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