Remote Analog Digital I/O Board User Manual - Bkp
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1. auo Woo aj AZE xe 3nduy 9q 9V maos wg jequnw wauinoog z 9 z 5441 eg E Bojeuy arwy os neg 09 D anu ano d os ami gt ami gt ae Ve A gt air Lais LU KI ea i anyo 1 ri NW order wun 8800 L22 022 Y9 Bung adi eg 7 013 813 ua m 919 d ait uy sjonpodd 911598 a 4 FH ino wie im Mh Ea 99 mom un I 9458240 Z ACD or DIE SECH Gaim STITH OVAN SzITHIN Cds SITHA ano E auo PHA EHN ZHN h E L K mr os nro aya oF d 100618 wes NOLO unay maios z Aem ANS A Ee 4 am r x ai Cal aua Tj Di Daer air 104 rer auo ONS EI aid D ADI menes A vero Drane P I gj ele Pine S 1838 amp 9 SC 5r E z ali Td gf vaz Ho x Ud aa Sa o sosa 5 e qi j D AMA d P Su a04 nooy VO yy Ny ar WEB VAL Hi En t zn l p nm tr HI nes Ze E E THS oe z Hs zoIN lt _ gt ude IT Jual me 70 SL R t ANTIL OCT ome ACEO z Hs v a a vi om W z er auo Daer Aswa2. 21 Rev 1 01 i 6 17 2013 Remote Analog Digital I O Board User Manual The latest versions of manuals sample code and other tools can be found on our site at http bkp store com If you have any questions corrections or feedback about this manual please contact us at http bkp store com index php route information contact Rev 1 01 1 6 17 2013 Remote Analog Digital I O Board User Manual 1 Introduction The Remote I O boards are used with XBee radio modules to allow remote digital sensing and remote digital output control These boards are designed to use very little power except when the radios are transmitting data The board can be used with the following types of XBee amp XBeePro radios in Series amp 2 footprints e DigiMesh 2 4G DigiMesh 900MHz 802 15 4 900MHz 868MHz Zigbee WiFi For best results we recommend that you use XBee radios with the RP SMA antenna connector or the mini whip antenna These will experience the least interference from the copper areas on the PCB The XBee radios with chip and PCB antennas will still work but their range may be reduced Note 1 XBee is a registered trademark of Digi International Inc Note 2 DigiMesh is a registered trademark of Digi International Inc Rev 1 01 2 6 17 2013 Remote Analog Digi
3. XB24 DM v XBEE DIGIMESH 2 4 8062 X 5 Serial Interfacing Bl 3 BD Baud Rate Bl 0 NB Party Bl 3 RO Packetization Timeout Bl 1 D7 DIO Configuration B 0 06 DIOS Configuration Bl BE FT Flow Control Threshold Bl 2 AP API Enable ADRS B 0 40 API Options 1 0 Settings Bl 1 00 ADO DID0 Configuration Bl 0 01 AD1 DID1 Configuration Bl 0 02 AD2 DID2 Configuration BR 0 03 AD3 DID3 Configuration Bl 10 D4 AD4 DID4 Configuration Bl 1 D5 AD5 DIDS Assoc Configuration Bl 0 DB DIDB SLEEP BO Configuration Bl 1 D3 DIOS 0N SLEEP Configuration Bl 1 P0 DID10 R5SI PW MO Configuration imet nina pa Continuation Packet mode formats frames into packets from the RF link to the serial part It expects serial port packets to be formatted and transmits as a packet over the RF link v COM4 9600 8 N 1 FLOW NONE XB24 DM Ver 8062 Figure 4 6 One option that needs setting here is the API enable API mode must be enabled if the XBee module on the I O board is going to be able to transmit input pin information and set the outputs API mode 2 is used by the Arduino XBee library if you plan to use an Arduino type board as your base station Also note that the Digital I O pins DIO6 and DIO7 are configured here The reason for that is they can also be used as serial port flow control pins If you are using DIO6 and DIO7 on your module then you should configure them here
4. TR Delivery Failure Count 0 UA Unicasts Attempted Count D 0 EA Number of MAC ACK timeouts Bl 0 BC Number of bytes transmitted Bl F9 SQ Missed Sleep Synch Count B FRE TICK Danfi atian Pade Set read sample rate When set this parameter causes the modem to sample all enabled DIO and ADC at a specified interval X 1 MS B COM4 9600 8 N 1 XB24 DM Ver 8062 Figure 4 8 The DIO Change Detect is a bit field and should be set to a hex value Any bit that is set will cause the XBee to send a packet when the I O line for that bit changes goes low to high or high to low and the pin is set as an input For example if you set this field to 0x2C binary 0100 1100 then it would send a data packet if DIO6 DIO3 or DIO2 changes state on its input The Sample Rate tells the XBee module to send a data packet at regular intervals to report the status of digital and analog input pins The number is in milliseconds so a reasonable minimum value is about 0x80 or 128mS If an edge change is programmed and it occurs between samples then a packet will be sent then as well The maximum value for this field is OXFFFF or 65 353mS A value of zero stops the samples Rev 1 01 16 6 17 2013 Remote Analog Digital I O Board User Manual 5 Schematic Diagram zioz Zh 1345190 Kepu Aay 6 17 2013
5. in cases where the input wiring comes in contact with a high voltage wire If the input wire did come in contact with a high voltage it would probably only blow the opto coupler The disadvantage to this circuit is that it requires an external DC source Rev 1 01 7 6 17 2013 Remote Analog Digital I O Board User Manual 3 5 2 Non Isolated Digital Input Option This figure shows a non isolated input In this example the shorting jumper is on Pins 1 2 of J6 for Port 4 In this case the on board 5V IO becomes the DC source for the opto LED current and J 16 GND TIE becomes the DC return path When the external switch is closed current flows from 5V IO source through Pins 1 2 of J6 through the limit resistor 1 30K R4 through the opto LED back through the fuse which is always in the circuit through Pin 2 of J4 and back to the DC source GND at J16 The relay U7 is off and is high impedance so it does not affect the circuit 5V IO J6 o ell Je ra 8 ES e ee 2 E E M Ee 130K12W Y Mo k 4 104 3 Pin x Sx LTV 816S in U7 6 4 DO4 J14 T Li LA S EXT gli EXA4 5 LA 2 1 3 2 SC 9l3 l Epi 4 3 SW SPST x P Cu SE VO14642AAB X GB GND cr oe p 2 5mm 8 J16 4 o2 e 5mm Screw Term GND TIE Figure 3 3 This type of circuit is simpler to implement since it only requires a
6. NE Data Bits Parity Stop Bits Test Query Host Setup User Com Ports Network Interface API Reponse Timeout Enable API Time 1000 n Imeout AT command Setup ASCII Hex Command Character CC 28 Guard Time Before BT 1000 Modem Flash Update No baud change Figure 4 2 In this example the USB Serial was on COM4 The baud rate should be 9600 to start with since that is how the XBees are shipped from Digi Click the Test Query button to see if the XBee is active If so you should get a window like this Com test Query Modem Communication with modem DE Modem type XB24 Modem firmware version 8062 Serial Number 13420040870885 Retry OK Figure 4 3 Is this case the test was OK It found an XB24 or a 2 4G DigiMesh If it had been the higher power Pro it would have been XBP24 The firmware version is shown along with its serial number IEEE Address which is HEX 0013A200 40870B85 The address is always 8 Bytes 64 bits and leading zeros are not shown Most Digi XBees start with 0013A200 It is also shown on the label on the bottom of the module Rev 1 01 11 6 17 2013 Remote Analog Digital I O Board User Manual 4 2 Configuring the Networking The next step is to click the Modem Configuration tab and then press the Read button to get a screen like the following COM4 X CTU Modem Parameter Profile Remote Configuration Versions PC Settings Range Tes
7. Remote Analog Digital I O Board User Manual PN 2040 Berkshire Products Inc Phone 770 271 0088 http www bkp store com Rev 1 01 O Copyright 2012 2013 Remote Analog Digital I O Board User Manual Table of Contents bo 2 2 Remote 8 Port I O Board Configuration esses esee ener 3 2 1 Addins 3 3 Making Connections ession ANEN EEN Dee 4 3 1 4 32 OUELDUE WIEDIB 5 3 3 Input Output Selection rn erae 5 3 4 Output Ports See i i cu e 6 3 5 Disital Input Ett eier 6 3 5 1 Isolated Digital Input Option saspe aeqne uus 7 3 5 2 Non Isolated Digital Input Option 8 3 6 An log Input eu T 9 4 Contouring the XB e Radios thea mde esae p Neb iiser eones 10 4 Statin BU RS SENESTE SE tte A ues 11 4 2 Configuring the Networking Sot ite eene eene ta Uo Roe 12 4 3 Configuring the Addressing aee etes ber ode ieri 13 4 4 Configuring the Serial en EE 14 4 5 aa eq MUI ANIM 15 4 6 Configuring I O Sampling Joc e eer eoe aee SINE ER OR AR penne Soo IH ennen seernes 16 5 Schematic Diagram aues ARN 17 6 PC BoMechanieall eee tiae 19 T wNppendp A TEE 20 S Appendix B
8. Uses 802 15 4 channel numbers Note two things here 1 XBee modules have more channels available than XBee Pro modules so be sure to select an operating channel that both types can use if you have mixed modules on your network 2 Select a channel number that minimizes conflict with any Wi Fi networks you have There are docs on the web that show 802 15 4 channel assignments See the Digi manual for specifics on other networking options Rev 1 01 12 6 17 2013 Remote Analog Digital I O Board User Manual 4 3 Configuring the Addressing XBee modules talk to each other using their serial numbers or a 16 bit addressing scheme We will show the 802 15 4 64 bit scheme here The Digi XBee manuals show you how to use short addresses COM4 X CTU Modem Parameter Profile Remote Configuration Versions PC Settings Range Test Terminal Modem Configuration r Modem Parameter and Firmware Parameter View Profile Versions Read Write Restore Clear Screen Show Defaults Always Update Firmware Save Download new ER versions Modem XBEE Function Set Version 824 DM v 4BEE DIGIMESH 2 4 8062 43 Addressing D 134200 SH Serial Number High D 40870885 SL Serial Number Low D 001344200 DH Destination Address High EH 40883099 DL Destination Address Low Bl NI Node Identifier Bl 82 NT Node Discovery Backoff Bl 0 NO Node Discovery Options B
9. a RS AGND mm C12 4567 U12 Port 2 2 jee ER Port 1 AGND D3 jio AINI D4 mu Ge 0 AGND R20 Port 0 AINO Remote Analog Digital I D D5 C16 BEDE Input 32V Max Ce T TI Uu a Terminal 2 1mm AC DC Input Figure 3 1 3 1 AD DC Power Input The board can accept DC or AC power input This can be with stripped wires connected to the screw terminal at J18 or the 2 1mm power connector J17 see Figure 3 1 The DC supply is not polarity sensitive since the board has a bridge rectifier on the input DC power is the preferred input type if available Note Do not exceed 32V supply input to the board You can measure the input voltage at TP1 and GND Pin 3 or 4 on J15 The power supply must able to source enough current to power the board and the XBee radio in TX mode This will typically be up to 500mA 0 5A for the higher powered X Bee radios The input pre regulator on the board is an 80 switcher supplying 5V volts so your input supply needs to provide about 3 1W If you have a 12V supply then it should be rated at 250mA minimum Rev 1 01 4 6 17 2013 Remote Analog Digital I O Board User Manual 3 2 Input Output Wiring The inputs and outputs are wired to the connectors J4 and J11 Phoenix Contact PN 1990067 They will accept stripped wire in the range of 20 26 gauge The bottom of the connector is Pin 1 and the top is Pin 8 See Figure 3 1 Use a small flat screwdr
10. as Inputs or Outputs Rev 1 01 14 6 17 2013 Remote Analog Digital I O Board User Manual 4 5 Configuring I O Settings Here is where you configure the I O pins for DIOO to DIOS see prior section for DIO6 amp DIO7 COM4 X CTU Modem Parameter Profile Remote Configuration Versions PC Settings Range Test Teminal Modem Configuration Modem Parameter and Firmware Parameter Men Profile Versions Read Write Restore Clear Screen Save Download a Always Update Firmware ShowDefauls Load versions Modem XBEE Function Set _ Version x824 DM v XBEE DIGIMESH 2 4 k 8062 4 1 0 Settings B 3 00 ADO DIOD Configuration EDEN Bl 0 D1 Configuration Bl 0 D2 AD2 DIO2 Configuration Bl 0 03 AD3 DIO3 Configuration Bl 0 D4 AD4 D104 Configuration Bl 1 D5 AD5 DIO5 Assoc Configuration H 0 DB DIDB SLEEP RO Configuration Bl 1 D3 DIOS ON SLEEP Configuration Bl 1 PO DIDTO RSSI PWMO Configuration Bl 0 P1 DIDTT PWMT Configuration Bl 0 P2 DIO12 Configuration Bl 0 MO PWMO duty cycle Bl 0 M1 PwWMT duty cycle Bl 0 LT Associate LED Blink Time Bl 28 RP ASSI PWM Timer Bl FFF PR Pul up Resistor Enable E 1 0 Sampling Sy AT Command Options Ba EMT LAT Command Made Timeo Configure options for the ADO DIOO line of the module Options include Enabling commissioning button functionality Analog to Digital converter D
11. ation of the 4 resistors or 35 8KQ Rev 1 01 9 6 17 2013 Remote Analog Digital I O Board User Manual 4 Configuring the XBee Radio The examples shown here use an XBee 2 4G DigiMesh version with Digi s X CTU software which is free and available from Digi International www digi com To program the radios we use the UARTSBee V4 device which provides power and a USB UART connection to the PC They are available from Amazon www amazon com and other sources and look similar to this picture Figure 4 1 These devices are also useful for connecting to your PC to use as the base station to talk back and forth with the remote I O module s XBee radio Note Be aware that this board may not be able to supply enough power for an XBee Pro type radio if you plug it into a USB hub Note When the device is first plugged in you may get an alert from your PC that it needs to install drivers for a new device The UARTSBee uses the FTDI chip for USB to Serial conversion and most PCs have these drivers pre installed If yours doesn t go to www ftdi chip com to get the latest ones for your PC and OS Rev 1 01 10 6 17 2013 Remote Analog Digital I O Board User Manual 4 1 Starting X CTU When you start X CTU you should see a screen like the following About PC Settings Range Test Terminal Modem Configuration Com Port Setup Select Com Port Communications Port COM2 Baud 9600 USB Serial Port COM4 Y Flow Control NO
12. d 50000 DD Device Type Identifier 5 Security H 0 EE Encryption Enable Bl KY AES Encryption Key SJ Serial Interfacing B 3 8D Baud Rate Bl 0 NB Party Bl 3 RO Packetization Timeout Bl 1 D7 DIO Configuration EH 0 D6 DIOS Configuration Bl BE FT Flow Control Threshold D IMAP API Enshla 55 Get read the lower 32 bits of the 64 bit destination extended address Ox000000000000FFFF is the broadcast address RANGE 0 0XFFFFFFFF COM4 Figure 4 5 In this example we are programming a module for an I O board that will talk to a host module base station at regular intervals So in this case we set the High order 4 Bytes to the standard XBee address of 0x0013A200 and the lower 4 bytes to the address of our base station module 0x40883039 Once this is set the module will know what address to send API packets to when an input changes or when a sample must be sent Rev 1 01 13 6 17 2013 Remote Analog Digital I O Board User Manual 4 4 Configuring the Serial Interfacing There are a few options to set here COM4 X CTU Modem Parameter Profile Remote Configuration Versions PC Settings Range Test Terminal Modem Configuration Modem Parameter and Firmware Parameter View p Profile Versions Read w Deas 5 e e Restore lear Screen ave Download new Always Update Firmware Show Defaults Load versions Modem Function Set _ Version
13. dry closure switch Note If you use this circuit be sure your wiring is safe and can not come in contact with any high voltage potential Rev 1 01 8 6 17 2013 Remote Analog Digital I O Board User Manual 3 6 Analog Input Ports The board has 4 analog input ports Port 0 is shown below ENLAINO 3 3VA BAT54S o R21 196 R22 19 Ju 2 4 p e m 21 0K 39 0K ott D4 o U10A 2 1 3 gt R20 15 0 J11 o 1 ANA R24 1 R25 1 al Zei 1 ANLGINO ncmpe SEM AGND et OPA2348 o2 76 8K 120K 100pF al ots 50V 4 AGND ED Els 24V AINO REND Ee AGND oft 5 o4 8 __ 4 2 5mm 8 AGND Figure 3 4 Each analog input allows for two voltage input ranges When the 3 pin jumper J14 for Port 0 is shorted on pins 1 2 the input range can be 0 0V to 5 0V The output of the OP Amp will be 3 25V when the input is 5 0V which will be just below the 3 3V maximum input allowed on the XBee radio When J14 is shorted on pins 2 3 the input range is 0 0V to 24V The output of the OP Amp will be 3 25V when the input is 24 0V Note Do not exceed the maximum input voltages on either range or apply negative voltages on the inputs The dual Shottky diode is there to protect against over voltage and negative voltages up to a point Note The input impedance of the analog inputs is the serial parallel combin
14. ed 24VDC maximum 3 0DC minimum Digital Output Port Opto Solid State relay e 1 0A Maximum AC or DC Analog Input Port 0 0 5 0 Input jumper pins 1 2 0 0 24 0V Input jumper pins 2 3 Rev 1 01 20 6 17 2013 Remote Analog Digital I O Board User Manual 8 Appendix Warranty Berkshire Products Inc warrants to the original consumer or other end user purchaser that this product is free from defects in materials or workmanship for a period of one 1 year from the date of purchase During the warranty period and upon proof of purchase the product will be repaired or replaced with the same or functionally equivalent model at our option without charge for either parts or labor This warranty does not apply to defects due directly or indirectly to misuse abuse negligence accident repairs or alterations made by the customer or another party UNDER NO CIRCUMSTANCES WILL BERKSHIRE PRODUCTS INC BE LIABLE IN ANY WAY TO ANY PURCHASER FOR DAMAGES LOST REVENUE LOST WAGES OR ANY OTHER INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THIS PRODUCT Berkshire Products Inc reserves the right to make modifications in this product without prior notification Rev 1 01 21 6 17 2013
15. end the input status as one 1 When input LED current is removed the transistor turns off and its emitter is pulled low so the XBee radio will send the input status as a zero 0 Note Refer to Table 3 1 and Figure 3 1 to be sure you connect the plus and minus DC inputs correctly for each port The next two sections cover connecting the inputs for isolated or non isolated options Rev 1 01 6 6 17 2013 Remote Analog Digital I O Board User Manual 3 5 1 Isolated Digital Input Option This figure shows an isolated input using an external switch and an external power source In this example the shorting jumper is on Pins 2 3 of J6 for Port 4 In this case when the external switch is closed current flows from the DC source into Pin 1 of J4 through the limit resistor 1 30K R8 through the opto LED back through the fuse which is always in the circuit through Pin 2 of J4 and back to the DC source The relay U7 is off and is high impedance so it does not affect the circuit 5V IO J6 9 oft ra im g amp ae 4 c43 3V M 130k12W Y Se d 3 e 8 Pin x g LTV 816S i uU 6 1 DO4 S EXT J4 T Lu Y lo e3 mE EXA4 5 T 2 2 F4 SW SPST 3 EXB4 NR 4 3 4 es AL ols SECHS VO14642AAB X DC or Battery 56 GND EIL pal 2 5mm 8 Figure 3 2 This type of configuration is preferred since it protects the board
16. h a maximum of 1 0Amps Their outputs are fused with resettable fuses that trip at 1 5A and hold at 0 75A The fuses used are rated at 30V MAX The absolute maximum voltage that should be switched is 24V DC or AC DO NOT SWITCH HIGHER VOLTAGES OR HIGHER CURRENTS THAN SPECIFIED THE BOARD DOES NOT HAVE TRACES WIDE ENOUGH FOR HIGHER CURRENTS OR TRACES SPACED FAR ENOUGH APART FOR HIGHER VOLTAGES DOING SO COULD POSE A RISK OF FIRE OR ELCTROCUTION Writing a one 1 value to an XBee pin configured as an output causes the solid state relay to turn on Writing a zero 0 value to an XBee pin configured as an output cause the solid state relay to turn off The board has pull down resistors on the relay driver IC input pins so that the relays will be off at power up or off if the port is configured to be an input 3 5 Digital Input Ports The input ports are implemented with opto couplers The current through the LED in the opto coupler is limited by a series 1 30K Ohm 1 2W resistor The minimum voltage that will turn on the opto is about 3 0V The resistor is rated at 1 2W so that limits the maximum input voltage to 24V DC The opto is not designed for an AC input and it will fail if you apply an AC voltage greater than 5 0V The input circuit uses opto couplers with an emitter follower transistor output When current flows in the input circuit LED the output transistor turns on driving the input pin on the XBee high or to one 1 and the XBee will s
17. i 9080 peag 4 er n MAEDK One nog 39001 ei angy endo Drone MM Shelve Zeg gue Eu nd 34001 29 angy m 5 anov OCH TI zuer Drone ett ot er eko Selva e 5 tre NOV Tre INN APE rro m ur ABL T ECH ua angy udg DEU ES zi BIH aa 3 m eye tLe 066 ATE Y ST s um H ou Solve w n INNAS AP E Z XXE AO S t ep UNA abeJToa ynduy xen Nov T awu Asg ug A ONTSING BL os Si rtu gte cre D 066 AOE me zu Uu zu Spora NNAS wc 6 17 2013 18 Rev 1 01 Remote Analog Digital I O Board User Manual 6 PCB Mechanical sok He 550 LE 1625 o 150 7 S rU uU e vu E U u CH CH o D M M Ki D z U oc E N EN As e e E ou in IU Q 25 o D O D Qu QE En Tt aa o i I sz uU om Note Dimensions are in mils Rev 1 01 19 6 17 2013 Remote Analog Digital I O Board User Manual 7 Appendix Specifications Power Requirements e 8V 400mA minimum e 32V maximum 100mA Do not exceed 32V input The Input DC voltage after the bridge rectifier can be monitored at TP1 see Figure 3 1 on the board Environmental 40 to 85 C Operating e 40 to 85 C Storage 5 to 95 Relative Humidity non Condensing Digital Input Port DC Polariz
18. igital Input and Output COM4 96008 N 1 FLOW NONE B24 DM Ver8062 Figure 4 7 Configure DIOO to DIOS pins as input or output to match your I O board setup DIO8 to DIO12 are not used and should be left as 0 Disabled The PR field defaults to Ox1 FFF or binary 1 1111 1111 1111 Each bit set to one 1 defines a pull up resistor on input pins DIO12 to DIOO The default values should be fine unless you are using the input pins for analog inputs In that case the lower six bits should be zero for any pin that is an analog input Rev 1 01 15 6 17 2013 Remote Analog Digital I O Board User Manual 4 6 Configuring I O Sampling This is the last area of X CTU covered here COM4 X CTU Modem Parameter Profile Remote Configuration Versions PC Settings Range Test Terminal Modem Configuration Modem Parameter and Firmware Parameter View gt j Profile Versions Read Write Restore Clear Screen Save Sege Im Always Update Firmware Show Defaults Load versions Modem XBEE Function Set Version XB24DM XBEE DIGIMESH 24 8062 41 0 Sampling Bl 01C DIO Change Detect Bl mp Sample Rate D 1 IF Sample From Sleep Rate Sy AT Command Options 64 CT AT Command Mode Timeout 3E8 GT Guard Times 2B CC Command Sequence Character iagnostic Commands 0 DB Last Packet Assi 8062 VR Firmware Version 1744 HV Hardware Version 99 ER Receive Error Count 0 GD Receive Good Count 0
19. iver to push down on the wire release tab insert or extract the wire and then release the tab The following table shows the Port Numbers and the connections to the I O connectors and the destination pin on the XBee radio Port Input Output XBee Port 0 J11 1 AINO J11 2 AGND J11 Pins 1 2 DIOO Pin 20 1 J11 3 AINI J11 4 AGND J11 Pins 3 4 Pin 19 2 J11 5 AIN2 J11 6 AGND J11 Pins 5 6 DIO2 Pin 18 3 J11 7 AIN3 J11 8 AGND J11 Pins 7 8 DIO3 Pin 17 4 J4 1 J4 2 J4 Pins 1 2 DIO4 Pin 11 5 J4 3 J4 4 JA Pins 3 4 DIOS Pin 15 6 J4 5 J4 6 JA Pins 5 6 DIOG Pin 16 7 J4 7 J4 8 JA Pins 7 8 DIO7 Pin 12 Table 3 1 3 3 Input Output Selection Jumpers Each of the upper 4 ports on the board can be configured to be an input OR output only This is done by placing 0 100 jumpers on the headers listed in the table below Port Input Header Output Header 4 J6 1 2 or 2 3 J10 Pins 1 2 5 J5 1 2 or 2 3 J10 Pins 3 4 6 J3 1 2 or 2 3 110 Pins 5 6 7 J1 1 2 or 2 3 J10 Pins 7 8 Table 3 2 Note 1 See section 3 5 for input options Do not place jumpers on input and output headers for the same port You may get indeterminate results Rev 1 01 5 6 17 2013 Remote Analog Digital I O Board User Manual 3 4 Output Ports The output ports are controlled by solid state relays that can switc
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21. t Terminal Modem Configuration r Modem Parameter and Firmware Parameter View gt r Profile Versions Write Restore Clear Screen Save Download new Show Defaults Load Always Update Firmware versions Modem XBEE Function Set Version 24 XBEE DIGIMESH 24 x 93625 SY Networking Bl 7FFF ID Modem VID Operating Channel Mac Rietries Multi Transmit Broadcast Radius Mesh Retries Network Hops Network Delay Slots Coordinator Enable essing 134200 SH Serial Number High 40870885 SL Serial Number Low 0 DH Destination Address High FFFF DL Destination Address Low 1 Node Identifier 82 NT Node Discovery Backoff Bl 0 NO Node Discovery Options B 50000 DD Device Type Identifier FA Gamrihi Read parameters OK E e I 3 B a B B a B a Ad a a a B B a COM4 9600 8 N 1 FLOW NONE XB24 DM Ver 8062 Figure 4 4 Under the Networking section there are options that you can change Note that different types of modules will have different options The ones shown here are for DigiMesh For this module type the only two changes that we will talk about are the VID and the Channel e Modem VID This is a HEX number that sets the PAN Personal Area Network ID for the network Valid range is 0 OxFFFF All the XBees on your network should use the same VID e Operating Channel This sets the operating channel number
22. tal I O Board User Manual 2 Remote 8 Port I O Board Configuration This board Base PN 2040 is offered in 2 configurations A4 port analog input and 4 port digital with full I O capability on all the I O ports A4 port analog input and 4 port digital input only On these boards Ports 0 3 are the analog inputs and Ports 4 7 are the digital I O see Figure 3 1 2 1 Adding Parts Please note that you if you buy the reduced function set boards you can easily update them in the field by adding the appropriate input opto couplers or the solid state relays The boards are shipped from BPI with the following opto couplers Lite On LTV 816S The following solid state relays may be used Vishay VO14642AAB e International Rectifier PVG612S If you use another vendor s solid state relay it should be able to handle 1A in an AC configuration Refer to the PDF PCB Assembly drawing for the location of the parts Rev 1 01 3 6 17 2013 Remote Analog Digital I O Board User Manual 3 Making Connections Refer to following PCB diagram for component placement mE E S an Port 7 4 E us US UB 8 Part amp Port 5 3 CL dh qe E Port 4 u7 X cs C RS Rev B a JZE 1 E e La10 PN 2040 UT SfI Port 3 AGND je EZ u ee iig ort T AIN3
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