Tag4M Getting Started

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1 1 Tag4M Datasheet Cores Electronic LLC 9806 Llano Estacado Lane Austin, TX, Tel: +1 (512) Tag4M Getting Started Introduction Thank you for your purchase of Tag4M tags. We calibrated the tag channels very carefully in the factory, before shipping. This gives us confidence that your measurement using Ta4M tags will be very precise and successful. We already shipped the package to you. It is the right time for you to read our Getting Started document. We have tags posted on the Internet for you at and will be live in your account until you get the package. You can take this opportunity to log into the web site and use them. Please go to: You will notice that there are many tags listed in the page. Please click on Log In (upper right corner) Username: ***** you should have received one already Password: ***** you should have received one already Click on Log In Notice that ONLY your tags are listed in this page. Your MACs should be B8-00-xx-xx B8-00-xx-xx B8-00-xx-xx etc This panel is your Tag4M - Web Page Instrument (also named Cloud Instrument that covers the entire measurement system: tags connected to sensors send digitized data to Access Points that route data to the Internet and Server IP which runs the Tag4M Web Page Instrument ). You can configure your tags now. Click on the tag MAC (any tag on your page, it has to be on your page!) The tag Configuration Panel opens Mark/unmark measurements and/or change sleep time to 1s or something else. Click Apply Click Close This brings you back to the instrument page and the tags will be configured accordingly. It may take some time to get the new configuration depending on the length of the tag sleep time period setting (default 3s).

2 2 Tag4M Datasheet The next Getting Started tasks that need to be looked at are: 1) Access Point Configuration 2) C++ exe and source code (optional) 3) LabVIEW driver (optional) 4) Tag4M Communication protocol 5) Web Page 1) Access Point (AP) configuration Please designate a DEFAULT Access Point (AP) to be used in configuring the WiFi tags. This default AP needs to have the following configuration: Wireless Interface: Enabled ESSID Broadcast: Show ESSID (or SSID): witagserver Channel: 6 Mode: Access Point Encryption Type: disabled Tag association with the AP The tag by DEFAULT will try to associate with an AP that is configured with SSID=witagserver. If the tag finds an AP with SSID=witagserver, then the AP will tell the tag if its Encryption Method is disabled, WEP or WPA/WPA2. 1) If AP Encryption Method = disabled, then the tag associates with the AP and they start working together. This is the case with the default AP. 2) If AP Encryption Method = WEP then the AP will ask the tag for its WEP Key. The tag default WEP key is If the AP WEP key is different then you need to use a different AP that can associate with the tag (witagserver, Encryption Method = disabled) and configure the tag with the WEP key needed for the other AP. 3) If AP Encryption Method = WPA/WPA2 then the AP will ask the tag for its WPA Key. The tag default WPA key is a string of 64 characters HEX (32 bytes) derived from the SSID string and a passphrase (witagserver in our case). This is our default WPA/WPA2 key: f6137d325b872d76f75f8f25a0b2d f80c2bddb7feb0c750bb44111da You can use the following web site to get a WPA/WPA2 key: If the AP WPA/WPA2 key is different then you need to use a different AP that can associate with the tag (witagserver, Encryption Method = disabled) and configure the tag with the WPA/WPA2 key needed for the other AP. At this point your tag is associated with the default AP (SSID = witagserver and Encryption Method = disabled). If you want to run the Web Page Instrument DEMO, it is very important that this AP is connected to the Internet. Please verify at this point that your default AP is connected to the Internet.

3 3 Tag4M Datasheet In this setup, when you plug a battery into the tag, the tag will talk to the default AP via wireless, and the AP will send data to: - the Internet and a web page at and also to - the local LAN laptop. From wireless laptop browser go to: You will notice that there are many tags listed in the page. Plug battery in your first tag. Tag green LED should start blinking at 3s interval. If the green LED is ON all the time, take out battery and plug in again. Your tag will appear in the web page with a default sleep time of 3s. Now click on the Log In tab Username: ***** password: ***** Notice that ONLY your tags are listed in this page. Your MACs should be B8-00-xx-xx B8-00-xx-xx B8-00-xx-xx Etc. This is your tag instrument. You can configure the tags now. Click on the tag MAC The Configuration Panel opens Mark/unmark measurements and change sleep time value. Click Apply Click Close This brings you back to the instrument page and the tags will be configured accordingly. This ends the AP configuration step. 2) C++ exe instrument and source code At this point you need two archives: - The C++ instrument exe - The C++ instrument source code Please install/unzip both archives in the same directory on a local computer. We are assuming that the AP Configuration step has been completed at this time, and the AP and PC (i.e. local machine running the C++ exe) are in the same LAN. Steps for using the C++ exe on a local machine: Tags with no power at this time. Run tag4m.exe on PC. Plug battery in tag_1. Plug battery in tag_2. Plug battery in tag_3. Etc.

4 4 Tag4M Datasheet Notice that the tags show up in the C++ instrument panel and you can configure then just like on the web page instrument. Click on the tag MAC The Configuration Panel opens Mark/unmark measurements and change sleep time value. Click Apply Click Close This brings you back to the instrument page and the tags will be configured accordingly. This is an example of a local instrument using the C++ exe. Now that you have seen how the instrument works, please look at the C++ code. In essence, the application reads UDP port 50007; gets the data packets from tags and decodes the information (based on the Tag4M communication protocol) and displays measurement values in the instrument panel. Tag operating MODES: The tag operates in two modes: web and local. Web mode means that the tag sends data to an AP which sends data via the Internet to web IP address: Please go on the web site at Click twice on the MAC and open a tag configuration panel, Click on the Network tab and see the Server IP address. This is the IP address of the server that runs the web page instrument demo.tag4m.com Note: Server IP address can be changed to a different one, for example the IP address of your server running your web page. Local mode means that the tag sends data to the local LAN, IP address: Tag mode of operation: At boot-up or after a reset the tag sends data ALTERNATIVELY to IP# and Basically, we do not know if the user wants to use the tag in web mode or local mode, therefore we enable both modes. This explains why you can see that tag on the web at demo.tag4m.com AND also you can run the WiFiTag_Read_MAC.vi or the C++ exe and see MAC and IP# of the tag in those instrument panels.

5 5 Tag4M Datasheet The following RULE of operation applies: the tag will send data alternatively to the web page AND local (LabVIEW or C++ instrument) for as long as you do NOT configure the tag. If you configure the tag from either one of the environments (web or LabVIEW/C++) THEN the tag will only operate in that environment. 3) LabVIEW driver At this point you need the Tag4M LabVIEW driver (supported LabVIEW versions are and 2009). A LabVIEW Driver is a set of VIs (Virtual Instruments) that run on the computer from inside an application software package named LabVIEW. The VIs are ready made instruments that allow the user of Tag4M tags to build applications. The following VIs are part of the Tag4M LabVIEW Driver: WiFiTag_Read_MAC.vi WiFiTag_Read_MACs.vi WiFiTag_ReadTemperature.vi WiFiTag_Read_RSSI.vi WiFiTag_Read_BatteryVoltage.vi WiFiTag_Read_0-10V.vi WiFiTag_Read_4-20mA.vi WiFiTag_Read_AI0,1,2.vis WiFiTag_Read_DIO.vi WiFiTag_Read_Everything.vi - reads the tag MAC address - reads multiple tags MAC address information - reads the Thermistor located on the tag - reads the RSSI tag value - reads the tag battery voltage value - reads the tag 0-10V line - reads the tag 4-20mA line - reads the tag AI0, AI1, or AI2 lines - reads the tag DIO0,1,2,3 lines - reads all tag functionality (a superset of all above listed VIs). Notes: 1) WiFiTag_Read_0-10V.vi implements single point voltage read. If you run this VI in a loop you will get a max of 25 readings per second. Waveform read is not supported in this version of the firmware. 2) Tag firmware based alarms are not supported in this version of the firmware. Set Tag to operate in LOCAL mode from LabVIEW: If you plug a battery in the tag, it shows up on the web page. You open LabVIEW and run WiFiTag_Read_MAC.vi and see MAC and IP# of the tag while the tag is still shown on the web page. The tag will disappear from the web page ONLY if you run WiFiTag_Change_SleepTime.vi This VI changes settings in tag firmware, and THIS IS WHY the tag disappears from the web page. Please look at the control Array in WiFiTag_Change_SleepTime.vi This control is an array with the following values: Explanation of the function codes and associated values: 1 = start (1, 1000) set tag sleep time to 1000msec = 1s

6 6 Tag4M Datasheet (2, 300) set tag receive time to 300msec. Tag receive time is the period of time the tag will wait, inside a wake up period, after its own data transmission to get commands from the AP. (131, 4095) Enable all 12 measurement capabilities of the tag (0 to 11). Opcode 131 (means hex 0x83 = ) activate ALL tag measurement capability The tag has 12 measurement capabilities: #define SENSOR_LINE_TEMP 0 #define SENSOR_LINE_A0 1 #define SENSOR_LINE_A1 2 #define SENSOR_LINE_A2 3 #define SENSOR_LINE_DIO0 4 #define SENSOR_LINE_DIO1 5 #define SENSOR_LINE_DIO2 6 #define SENSOR_LINE_DIO3 7 #define SENSOR_LINE_CURRENT 8 #define SENSOR_LINE_VOLTAGE 9 #define SENSOR_LINE_VBATT 10 #define SENSOR_LINE_RSSI = = 2*12 1 Enable all 12 measurement capabilities of the tag (0 to 11). This function is very powerful because it lets you enable the tag functionality you desire. Please look into the WiFiTag_Functionality.VI diagram for opcodes and values. This VI implements the entire tag measurement functionality. Using the Tag4M tag from LabVIEW - Open LabVIEW. - Open WiFiTag_Read_MAC.vi - Plug a battery in your tag and run the VI to get tag MAC and associated IP information. - (OPTIONAL, Windows XP)Use the tag MAC and IP address information to execute an "arp -s" command at the DOS prompt.

7 7 Tag4M Datasheet The arp -s command sets up a static MAC-IP table in your computer. It associates MAC: B to IP address: Open and run WiFiTag_Change_SleepTime.vi with the IP control set to This VI changes tag sleep time to 3s. If tag sleep time is in its default value (of 3s) then change in the VI, control Array, 3000 in 1000 (which means change sleep time from 3s to 1s). - Run VI. The tag is now configured for LOCAL Instrument mode. Read tag MAC Each tag has a unique MAC address that is stored in its EEPROM memory. Tag MAC address is printed on the tag package label. You need to be able to read tag MAC address, because in applications, tags are identified by their unique MAC address. Every time the tag wakes up it connects to the AP which assigns the tag(mac) an IP address. The IP address may be different next time (if you do not have an arp table set up in the

8 8 Tag4M Datasheet computer), therefore it is the MAC that uniquely identifies the tag and not the IP address. WiFiTag_Read_MAC returns the tag MAC address. There is another function, WiFiTag_Read_MACs which returns a MAC List of all powered tags that are "seen" by the AP. This concludes the Read tag MAC task. Set tag Sleep time Tag sleep time is set to 3000 msec. In order to change tag sleep time from 3s to 1s you need to run WiFiTag_SetSleepTime with Array values 1=write; 1=sleep time; 1000=1000ms.

9 9 Tag4M Datasheet Read tag Temperature sensor The tag is populated with a thermistor that can be used as a temperature sensor. Make sure the tag is powered and run the function WiFiTag_ReadTemperature. This function returns tag MAC and tag Temperature (thermistor temperature reading in Deg. C) from all powered tags that are "seen" by the AP.

10 10 Tag4M Datasheet This concludes the Read tag temperature task. Read tag Battery Voltage Make sure the tag is powered and run the function WiFiTag_ReadBatteryVoltage. This function returns the tag MAC and tag Battery Voltage (V) reading from all powered tags that are "seen" by the AP.

11 11 Tag4M Datasheet This concludes the Read tag Battery Voltage task. Note: you can read tag RSSI value in the same way using WiFiTag_Read_RSSI.vi Read Voltage using the 0-10V line - single point read Connect your voltage signal to tag I/O connector block J2 lines (1) = 0-10V(V+) and (2) = AGND.

12 12 Tag4M Datasheet Power the tag. Run WiFiTag_Read_0-10V.VI This function returns the tag MAC and tag line 0-10V Voltage (V) reading from all powered tags that are "seen" by the AP. This is a single point read in a loop.

13 13 Tag4M Datasheet This concludes the Read 0-10V line task. Read Low Voltage using the AI0, AI1, or AI2 lines [0; 0.4V] - single point read Tag line AI0 is a low voltage measurement channel (signals in the range -100mV to +500mV) In order to read voltage line AI0, connect your voltage signal to tag I/O connector block J2 lines (6) = AI0 and (9) = AGND. Power the tag. Run WiFiTag_Read_AI012.VI

14 14 Tag4M Datasheet This function returns the tag MAC and tag lines AI0, AI1, AI2 Voltage (V) reading from all powered tags that are "seen" by the AP. This is a single point read in a loop. This concludes the Read AI0, AI1, AI2 lines task. Read Current using the 4-20mA line In order to read the 4-20mA current line, connect your signal to tag I/O connector block J2 lines (3) = 4-20mA(I+) and Is(AGND)(5) or lines (4) = 4-20mA(I-) and (5). Power the tag. Run WiFiTag_Read_4-20mA.VI This function returns the tag MAC and tag line 4-20mA (ma) reading from all powered tags that are "seen" by the AP. This is a single point read in a loop. This concludes the Read 4-20mA line task. Read tag DIO0,1,2,3 lines In order to read tag DIO lines 0,1,2 and 3, connect your digital TTL compatible signal to tag I/O connector block J3 lines (8) = DIO0 and (9) = DGND, or/and (7) = DIO1 and (9) = DGND, or/and (6) = DIO1 and (9) = DGND, or/and (5) = DIO1 and (9) = DGND.

15 15 Tag4M Datasheet Power the tag. Run WiFiTag_Read_DIO VI. This VI returns the state of Digital Lines DIO0,1,2,3 as an I32 integer (N) with the following interpretation: (N=0 ; DIO0,1,2,3 = 0000), (N=1 ; 1000), (N=256 ; 0100), (N=257 ; 1100), (N=65536 ; 0010), (N=65537 ; 1010), etc, etc. (see WiFiTag_Read_DIO VI diagram for all values). This concludes the Read DIO0,1,2,3 lines task. Read Everything (0-10V, 4-20mA, AI0, Temperature, RSSI, VBAT, DIO0,1,2,3) This application is a super VI which includes all the previously described tasks under one panel. Run WiFiTag_Read_Everything VI. This example is a LabVIEW VI that looks like on a web page, very similar to the web DEMO.

16 16 Tag4M Datasheet This concludes the Read Everything example. 4) The Tag4M communication protocol Tag communication is done via UDP. Tags send their messages to port on a listening host (broadcats in LAN on startup) and receive commands on the same connection (meaning the host sends to the port where the connection came from - automatically and transparently handled by most networking libraries by writing to the same socket where the read was done). The command needs to be done as soon as the message was read as the tag waits for a short while before going to sleep. Messages contain a starting value followed by any number of (function code, value) pairs. The starting value is 1 (32 bit big endian). Function codes and values are both 32 bit integers, represented in network order (big endian). Most function codes are read/write, which means that both carry the value from the tag and are also used to set that value in a message going to the tag. Some function codes include a reference to a sensor line that is encoded in the function code value. The following Sensor line codes have been defined: #define SENSOR_LINE_TEMP 0 #define SENSOR_LINE_A0 1 #define SENSOR_LINE_A1 2 #define SENSOR_LINE_A2 3 #define SENSOR_LINE_DIO0 4 #define SENSOR_LINE_DIO1 5 #define SENSOR_LINE_DIO2 6 #define SENSOR_LINE_DIO3 7 #define SENSOR_LINE_CURRENT 8 #define SENSOR_LINE_VOLTAGE 9 #define SENSOR_LINE_VBATT 10 #define SENSOR_LINE_RSSI 11

17 17 Tag4M Datasheet The following function codes have been defined: #define TAG_SLEEP_PERIOD 0x01 //rw #define TAG_RECEIVE_PERIOD 0x02 //rw #define TAG_STORE_TO_FLASH 0x0A //rw #define TAG_COMMAND_COUNT 0x0D //r #define TAG_ASSETID 0x50 //r #define TAG_TEMP 0x084 //r #define TAG_AI0 0x184 //r #define TAG_AI1 0x284 //r #define TAG_AI2 0x384 //r #define TAG_DIO0 0x484 //r #define TAG_DIO1 0x584 //r #define TAG_DIO2 0x684 //r #define TAG_DIO3 0x784 //r #define TAG_CURRENT 0x884 //r #define TAG_VOLTAGE 0x984 //r #define TAG_VBAT 0xA84 //r #define TAG_RSSI 0xB84 //r #define TAG_SENSORS_ENABLED status) 0x83 (bitfield with 1 or 0 corresponding to that sensor lines enabled #define TAG_SENSORS_VALUE 0x84 (sensor line is in second byte) //w #define TAG_CALIBRATE_SENSOR_OFFSET 0x60 //w #define TAG_CALIBRATE_SENSOR_SLOPE 0x61 //w #define TAG_DATA_SERVER_IP 0x33 //rw set the IP address where the tag sends data. #define TAG_DATA_SERVER_PORT 0x34 //rw change port from the default the tag also sends back in each message the sequence number of the last command it received as a check for the client app. This is set in each command to any value (random or increasing) but the client needs to keep track of it and keep resending a command message until the message from the tag confirms that it was received (and thus handled) #define TAG_COMMAND_COUNT 0x0D //r The tag does one round of measurements and sends one data packet to the destination IP address on each wake-up. In the default configuration, this means every 3 seconds the tag wakes up and sends one packet, alternating between the local IP broadcast address ( ) and the IP address of the tag4m.com server. This setup allows receiving the tag packets either using a local-to-lan application acting as a server and running on one of the user's computers or by pointing the browser to and interacting with the tag with no custom installed software. This destination address, like most tag configuration options can be changed by sending special messages to the tag. Once changed, tag configuration can be made persistent across battery removal by writing them to the on-board EEPROM flash memory. Writing to flash is triggered by a certain message. Communication between the tag and the monitoring and controlling application is happening over UDP because of power efficiency considerations. When using UDP, packets may be lost. We do not worry much about packets from the tag being lost because they are the same kind of measurements and eventually we'll get updated on the next received packet. But for packets going from the application to the tag which are all commands we want to know if they were received so we use an application-level acknowledgment mechanism. In every packet sent from to the tag we include a different randomly generated packet ID. In each packet the tag always includes the ID it has seen the last time, so if the ID we see from the tag is not the ID we know we sent most recently we resend the command packet because it was most likely lost.

18 18 Tag4M Datasheet Therefore, on each tag wakeup we may resend the same command until we get an acknowledgment of receipt. If the user sends commands in a fast succession it is considered they override each other so only the receipt of the last one is checked. A mechanism of queuing packets to the tag could be implemented but at the moment it is considered that it is better to include all commands in one packet that to send separate packets with different commands in a row, therefore a simple acknowledgment of the last packet works. Commands in the packets are key-value pairs with key always being a 32bit integer and value being a 32 bit integer or an ASCII sequence (for setting wireless authentication keys and net-word names). Commands can occur in any order in the packets. Packets from the tag are similarly key-value pairs, both 32 bit integers. Order does not matter, the pairs are evaluated independently. Function code Description The tag data packet contains pairs of function code (or opcodes) followed by value associated to that particular function. The following is a description of the function codes and associated vales: Sleep Time (1) Example: (1, 3000) Sleep time = 3000 ms Receive Time (2) Example: (2, 120) Tag receive period = 120ms Total Power Down Time (3) Example: (3, 300) Total power down period = 300msec Total Power Up Tine (4) Example: (4, 28) Total power up period = 28msec Check or KEY Value (13) Example: (13, xxx) check value = xxx Activate Tag Measurement Capability (131) Example: (131, 4095) tag measurement capability = 4095 Read Temperature from Tag Thermistor (132) (132, N) Temperature = N/1000 Deg. C Example: (132, 25686) Temperature value from tag thermistor = Deg. C Read 4-20mA Current channel (2180) (2180, N) Current = N/100 ma Example: (2180, 3705) Current reading at tag 4-20mA (I+) and (Is(AGND)) = 37.05mA Read 0-10V Voltage channel (2436) (2436, N) Voltage = N/100,000 Volts (2436, 1650) Voltage measured on channel 0-10V(V+) with respect to AGND. Voltage value = 1650/ V = V Read AI0 Voltage channel (388) (388, N) Voltage = N/100 mv (388, 2801) Voltage measured on channel AI0(6) with respect to AGND(9). Voltage value = 2801/100 mv = 28.01mV Read AI0 Voltage channel (644) (644, N) Voltage = N/100 mv

19 19 Tag4M Datasheet (644, 3250) Voltage measured on channel AI1(7) with respect to AGND(9). Voltage value = 3250/100 mv = 32.50mV Read AI0 Voltage channel (900) (900, N) Voltage = N/100 mv (900, 2901) Voltage measured on channel AI2(8) with respect to AGND(9). Voltage value = 2901/100 mv = 29.01mV Read DIO0 line (1156) (1156, N) State of Digital Line DIO0 (N=0/1) Read DIO1 line (1412) (1412, N) State of Digital Line DIO1 (N=0/1) Read DIO2 line (1668) (1668, N) State of Digital Line DIO2 (N=0/1) Read DIO3 line (1924) (1924, N) State of Digital Line DIO3 (N=0/1) Calculated Value: DIO = DIO *DIO *DIO *DIO3 Write DIO0,1,2,3 lines (32) (32, N) Set state of Digital Lines DIO0,1,2,3 to code that results from N value as described bellow. The function code for DIO Write is 32 = 0 20 followed by a value that defines the following settings: lines enabled, line direction(read/write), and line value(0/1). Example: 0x20, 0x000F0F0F From right to left: 0F= enable all DIO lines F=1111=DIO0,1,2,3 enabled 0F=configure all DIO lines for Write F=1111=DIO0,1,2,3 configured for Write 0F= set DIO0,1,2,3 to 1, F=1111 means DIO0=DIO1=DIO2=DIO3=1. DIO line write example values: F0F = Set DIO lines 0,1,2,3 to F0F = Set DIO lines 0,1,2,3 to F0F = Set DIO lines 0,1,2,3 to F0F = Set DIO lines 0,1,2,3 to F0F = Set DIO lines 0,1,2,3 to F0F = Set DIO lines 0,1,2,3 to F0F = F0F = F0F = A0F0F = B0F0F = C0F0F = D0F0F = E0F0F = F0F0F = 1111 The following DIO line behavior should be expected during a DIO write command. Example: (0x20, 0x00060F0F).

20 20 Tag4M Datasheet a) First wake-up period, command (0 20, F0F) is sent from AP to tag. DIO lines are not affected at this time. b) Tag enters Sleep time. c) Next wake-up period tag lines DIO0,1,2,3 are all enabled, configured for write, and set to 0110 (low, high, high, low). This setting stays in effect during the entire wake-up period. d) Tag enters Sleep time. DIO0,1,2,3 lines configured as input (i.e. lines set to 0). e) Next wake up period lines DIO 3,2,1,0 are all configured as input, i.e. lines DIO0,1,2,3 are 0,0,0,0 (low, low, low, low). The DIO HIGH voltage value is 3.2V Read RSSI (2948) (2948, N) RSSI = N dbm Example: (2948, -39) Tag RSSI value = -39dBm Read VBAT (tag battery voltage) (2692) (2692, N) VBAT = N/1000 Volts Example: (2692, 2844) Tag Battery Voltage value = 2844/1000 V = 2.844V Example of UDP tag packet Tag with all functionality ENABLED: B D D 1 1 3E8 2 12C 83 FFF EE A7B

21 21 Tag4M Datasheet 884 FFFFFDDB F3 A84 BA2 B84 Note: All fields are in ASCII Hex This is a message from Tag to Host application. 50, B , 52, D This is the tag MAC address last 8 characters in two parts B8:00:22:09 D Control character. 1 Message START. (1, 3E8) = (0x1, 0x3E8) = (1, 1000) Sleep time = (2, 12C) = (0x2, 0x12C) = (2, 300) Receive time = 300. (83, FFF) = (0x83, 0xFFF) = (131, 4095) 4095 = activate ALL tag measurement capabilities. The tag has the following measurement capabilities: #define SENSOR_LINE_TEMP 0 #define SENSOR_LINE_A0 1 #define SENSOR_LINE_A1 2 #define SENSOR_LINE_A2 3 #define SENSOR_LINE_DIO0 4 #define SENSOR_LINE_DIO1 5 #define SENSOR_LINE_DIO2 6 #define SENSOR_LINE_DIO3 7 #define SENSOR_LINE_CURRENT 8 #define SENSOR_LINE_VOLTAGE 9 #define SENSOR_LINE_VBATT 10 #define SENSOR_LINE_RSSI = = 2*12 1 (184, 6212) = (0x184, 0x6212) = (388, 25106) AI0 voltage = 25106/100 mv = mV (284, 6268) = (0x284, 0x6268) = (644, 25192) AI1 voltage = 25192/100 mv = mV (384, 61EE) = (0x384, 0x61EE) = (900, 25053) AI2 voltage = 25053/100 mv = mV (484, 0) = (0x484, 0x0) = (1156, 0) DIO0 = 0

22 22 Tag4M Datasheet (584, 0) = (0x584, 0x0) = (1412, 0) DIO1 = 0 (684, 0) = (0x684, 0x0) = (1668, 0) DIO2 = 0 (784, 0) = (0x784, 0x0) = (1924, 0) DIO3 = 0 (84, 6A7B) = (0x84, 0x6A7B) = (132, 27259) Temperature = 27259/1000 Deg C = Deg C (884, FFFFFDDB) = (0x884, 0xFFFFFDDB) = (2180, 0) 4-20mA Current = 0/ = 0mA (984, 14F3) = (0x984, 0x14F3) = (2436, 5363) 0-10V Voltage = 5363/ V = V (A84, BA2) = (0xA84, 0xBA2) = (2692, 2980) VBAT = Battery Voltage = 2980/1000 V = 2.98V (B84, FFFFFFC1) = (0xB84, 0xFFFFFFC1) = (2948, -63) RSSI = -63 dbm 5) The Tag4M Web Page Instrument The Web page description and operation mode has its own document named Tag4M_WPI_Datasheet.

23 23 Tag4M Datasheet Visit and use the Tag4M Web Page Instrument in DEMO mode with your Username and Password. Sales and Technical Support Info Visit for current product offering, pricing and a list of our distributors. Technical support contact information: Cores Electronic LLC Tel: (512) Web: info@tag4m.com Disclaimer: Cores Electronic LLC reserves the right to make corrections, modifications and other changes to its products, documentation and services at any time. Customers should obtain the latest relevant information before placing orders and should verify that such information is current and complete. Cores Electronic LLC assumes no liability for applications assistance or customer product design. Customers are responsible for their products and applications using Cores Electronic LLC components. To minimize the risks associated with customer products and applications, customers should provide adequate design and operating safeguards. Cores Electronic LLC products are not authorized for use in safety-critical applications (such as life support) where a failure of the Cores Electronic LLC product would reasonably be expected to cause severe personal injury or death, unless officers of the parties have executed an agreement specifically governing such use. All other trademarks are property of their respective owners. Copyright 2010 Cores Electronic LLC. All rights reserved.

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