500151R07 DAVISCOMMS (S) PTE LTD MTD1000/Evaluation Kit User Guide Daviscomms Confidential
500151R07 DAVISCOMMS (S) PTE LTD Contents Preface 1 2 3 4 5 Page No.
500151R07 DAVISCOMMS (S) PTE LTD 6. Application Examples 6.1 Example 1: Retrieving GPS data remotely on the MTD1000 --------------------------24 without the use of a SIM card 6.2 Example 2: To program the MTD1000 and get data and reports from it via SMS -25 6.3 Example 3: Configuring the MTD1000 to send an output to a vehicle to -----------28 disable the fuel pump 6.
500151R07 DAVISCOMMS (S) PTE LTD 1.2 Family of options available for MTD1000 hardware configurations Model: MTD1000 - IE2N3F - Embedded GPS antenna. External GSM antenna Easy in-vehicle mounting flange installation option. Model: MTD1000 - EIDN3F - Embedded GSM/GPRS antenna. External GPS antenna Model: MTD1000 - IIDN3F - Embedded GSM/GPRS antenna Embedded GPS antenna Easy in-vehicle mounting flange installation option.
00151R07 DAVISCOMMS (S) PTE LTD 1.
500151R07 DAVISCOMMS (S) PTE LTD 1.4 Parts Description of MTD1000 GSM External Antenna Connector SMA (option) Mounting Flange (Option) GSM Indicator Panic Button (Option) GPS External Antenna Connector SMA (option) Charging Indicator GPS Indicator Power Connector DC Jack or 2pin (Option) Data Connector 3 Pin Li- Polymer connector (Male) SIM card insertion slot 3.
500151R07 DAVISCOMMS (S) PTE LTD 1.5 Pin layout description The factory default 10 port settings of the MTD1000 are 2 outputs (Out-1 and Out-2) and 3 inputs (IN1, IN-2 and IN-5), 4 RS232 ports for RXD, TXD, CTS, RTS and 1 port for GND IN-5 can be configured as (Out-3) output port and Out-1, Out-2, CTS, RTS can be configured as input port; upon factory hardware customization.
500151R07 DAVISCOMMS (S) PTE LTD 2. Product Package Overview 2.1 MTD1000 Evaluation kit package description In the MTD1000 evaluation kit box, you will receive 10 items as described below. a. MTD1000 device (GSM/GPRS/ GPS) The communication device that processes the GSM/GPRS and GPS functions. b. Power Adapter 1X Power adaptor (100 – 240V~ 50/60Hz 650mA Max) for the MTD1000 device 1X Power adaptor (100 – 240V~ 50/60Hz 650mA Max) for the evaluation kit Power DC jack dimension: 3.5mm*1.35 mm c.
500151R07 DAVISCOMMS (S) PTE LTD f. GSM/GPRS antenna (SMA right angle) The receiver component required to receive GSM/GPRS data to the MTD1000 device in a network cell location. g. Li- Polymer battery for MTD1000 An alternative solution to power up the MTD1000 without a power adaptor up to 24 hours. Voltage/ current specification: (3.7V/ 780mAh) h.
500151R07 DAVISCOMMS (S) PTE LTD 2.2 Installation and starting up on the MTD1000 Step 1 - Insert the SIM card (Not included in package) Connect the Li-Polymer battery to the into the MTD1000 Note: If the SIM card is inserted after the power is connected to the MTD1000, the unit will not be able to detect the SIM card and register to the network. Always unplug the external power supply and battery before removing the SIM card.
500151R07 DAVISCOMMS (S) PTE LTD Step 3 Connect the GSM/GPRS antenna to the GSM External Antenna Connector. Screw in the SMA connector firmly. Step 4 Connect the GPS antenna to the GPS External Antenna Connector. Screw in the SMA connector firmly.
500151R07 DAVISCOMMS (S) PTE LTD Step 5 Connect this end to RS232 comport of PC An example of the MTD1000 hardware setup with the 10 pin data harness cable/ RS232 for AT command communications and firmware flashing.
500151R07 DAVISCOMMS (S) PTE LTD 2.3 LED indicators 2.3.1) RED LED (Charging Indicator) • Red LED constant on: Li-ion battery is charging • Red LED off: Charging completed Charge the battery by plugging in power adapter connector into the power connector of the unit. Use power adapter with similar or better ratings to prevent damage to the power adapter. If not sure, use only power adapter provided in the package. 2.3.
500151R07 DAVISCOMMS (S) PTE LTD 3. Interfacing the MTD1000 / Evaluation kit for AT commands communication 3.1 Hyper-terminal settings How to create a hyper-terminal connection from your PC to your device Step 1 On the Windows Start menu, select Run.... The Run dialog appears. The Windows Run Dialog Step 2 In the Open: field, type hypertrm.exe, and click OK. The HyperTerminal splash screen appears while HyperTerminal loads.
500151R07 DAVISCOMMS (S) PTE LTD Step 3 On the Connection Description screen, for Name type "Daviscomms" or any name you would prefer and select an icon for the definition, and click OK. The Connect to dialog appears. HyperTerminal Connection Description dialog Step 4 On the Connect To dialog, select your primary COM port (COM1 e.g. the example above) for the Connect using: field, and click OK. (The Country/region:, Area code: and Phone number: fields are not used.) The COM 1 Properties dialog appears.
500151R07 DAVISCOMMS (S) PTE LTD Step 5 At the COM 1 Properties dialog, make the following selections, and then click OK: • • • • • Bits per sec: 115200 Data bits: 8 Parity: none Stop bits: 1 Flow control: none HyperTerminal COM 1 Properties dialog Note The settings in the Hyper Terminal need to be set correctly; otherwise, strange-looking or garbage characters may show up on the screen.
500151R07 DAVISCOMMS (S) PTE LTD 3.2 Evaluation Kit 3.2.1 Evaluation kit usage description The evaluation kit is used for development purposes to test the MTD1000 unit on its functionalities on GSM/GPRS/GPS applications. You will not require to power up the evaluation kit if only for AT commands communication to the MTD-1000 unit. Configuring the jumpers requires the evaluation kit to be powered up by the external power adaptor 3.2.
500151R07 DAVISCOMMS (S) PTE LTD 3.3 Jumper pin orientation Out-1 LED Out-2 LED Out-3 LED Eval kit power LED Pin 2 Pin 1 Pin 3 3.3.
500151R07 DAVISCOMMS (S) PTE LTD 3.3.2 Jumper default positions description 3.2.2.1 2 output port option: 1. JUP21 and JUP22 short PIN2 and PIN3 to make the Input Port 1 and Input Port 2 be pulled to +5V position 2. JUP11 and JUP12 short PIN2 and PIN3 to get MTD1000 to be ready of RS232 flow control function. 3. JUP13 and JUP14 PIN2 and PIN3 are shorted. 4. JUP15 PIN1 and PIN2 are shorted. JUP27 shorts PIN2 and PIN3. 5. JUP23, JUP24, JUP25 and JUP26 are opened. 3.2.2.2 3 output port option: 1.
500151R07 DAVISCOMMS (S) PTE LTD 4. Firmware Downloading 4.1 TR-800 GSM/GPRS Module Firmware Downloader There is NO need to perform the firmware download for the MTD1000 unit (unless requested by Daviscomms). The MTD1000 is already loaded with the latest firmware. However if require the follow steps in this section will show you how the process is being carried out. 4.
500151R07 DAVISCOMMS (S) PTE LTD Key in COM port number TR-800 PROGRAMMER Step 1: Enter your COM Port number. The default value is 1. The programmer will set the COM port to the following settings: COM Port Baud Rate = 115200 bps Data Bits = 8 Parity = None Stop Bit = 1 Flow Control = None Step 2: Browse for the m0 file (firmware file) to be programmed into the module. Ensure that the path and file name of the m0 file is correct before proceeding.
500151R07 DAVISCOMMS (S) PTE LTD Browser firmware file Click to begin programming Step 3: Click the “Download Target File” button to begin programming. Step 4: A new console window will be displayed as below: Step 5: Totally power off the Product and re-Power it up.
500151R07 DAVISCOMMS (S) PTE LTD Step 6: The flashing process will run automatically. Wait for the process to be completed. Note: Do not remove the module, power off the Product or close the TR-800 Programmer software during this period. Doing so might cause unforeseen damage to the module. Step 7: If the downloading is successful, a "Downloading Completed" window will be displayed as follow: If the downloading process is not successful, a display window showing "Fail. Please Try Again" will appear.
500151R07 DAVISCOMMS (S) PTE LTD 5. Terminology 5.1 GSM Global System for Mobile Communications. A digital cellular phone technology based on TDMA that is the predominant system in worldwide. 5.2 SIM CARD Subscriber Identity Module (SIM) smart card that contains user account information 5.3 GPS Global Positioning System, a worldwide MEO satellite navigational system formed by 24 satellites orbiting the earth and their corresponding receivers on the earth 5.
500151R07 DAVISCOMMS (S) PTE LTD 6. Application examples 6.1) Example 1 Retrieving GPS data remotely on the MTD1000 without the use of a SIM card You may download the GPS data readings directly from the MTD1000 via hyper terminal to your PC. The readings will be captured in a text file format which can be later used to map out the coordinates on your GPS application map. Setup: Voltage value to trigger the MTD1000 to start collecting GPS data.
500151R07 DAVISCOMMS (S) PTE LTD 6.2) Example 2 To program the MTD1000 to receive data and reports via SMS The MTD1000 can be installed in your vehicle as a security tracking device. This setup alerts your mobile phone via SMS when your vehicle security has been breached, sending the GPS data of your car’s location using standard/compressed or NMEA report. Setup: Run the hyper terminal to configure the MTD1000 via AT commands 1.
500151R07 DAVISCOMMS (S) PTE LTD d). Assign: AT$PS? //To read the current port status via Hyper Terminal Or AT$PS?; // To read the current port status via the mobile phone …… Please refer to 7 I/O Functions of MTD1000 Command Guide R2.6 e). Assign: AT$TL=1,”Intruder Alert!” //To assign text into the CAN Message #1 via Hyper Terminal Or AT$TL=1,”Intruder Alert!”; //To assign text into the CAN Message #1 via the mobile phone …… Please refer to 8 Text Messaging Functions of MTD1000 Command Guide R2.6 f).
500151R07 DAVISCOMMS (S) PTE LTD j). Assign: AT$ED=5,1,”E04 T01",”E04 T01” //To define the #5 event to detect the External-Power-Monitoring #3 is TRUE AND the Timer #1 is EXPIRED via Hyper Terminal Or AT$ED=5,1,”E04 T01",”E04 T01”; //To define the #5 event to detect the External-Power-Monitoring #3 is TRUE AND the Timer #1 is EXPIRED via the mobile phone …… Please refer to 13.2 Event Definition – ED of 13 Events Functions of MTD1000 Command Guide R2.6 k).
500151R07 DAVISCOMMS (S) PTE LTD 6.3) Example 3 Configuring the MTD1000 to send an output to relay device and disable the fuel pump of the vehicle. Schematic of relay connection to MTD1000 • Out 01 port of MTD1000 to pin 85 of BOSCH A relay device in fig.1 • IN-1 port of MTD1000 to pin 86 of BOSCH A relay device in fig.1 Fig.
500151R07 DAVISCOMMS (S) PTE LTD Canned messages configuration at$tl=1,"Ignition On" at$tl=2,”Ignition Off” at$tl=3,"Main Battery Disconnected" at$tl=4,"Internal Battery Disconnected" at$tl=5,"Immobilisor Switched On” at$tl=6,"Immobilizer Switched Off” Events Defined 1) When ignition on, connect to TCP/IP and send canned message "Ignition on" and send GPS data every 5 secs to TCP/IP server.
500151R07 DAVISCOMMS (S) PTE LTD 6.4) Example 4 Programming the MTD1000 to log SRS messages to memory when GPS location is fixed and dumping the SRS messages to a text file 1. Programming the MTD1000 to log SRS messages to memory when GPS location is fixed a. Type at$si="vehnum" to define vehicles plate number in MTD1000 (text in blue can be changed in its value up to six characters) b. Type at$ed=1,1,"S2","S2" to define MTD1000 to start logging GPS data when location is fixed c.
500151R07 DAVISCOMMS (S) PTE LTD e. Type at$ee=2,1,2,"$SRS|$SRS='GPSoff'&'C1 S0'" to define MTD1000 to stop logging GPS data when GPS is not fixed and send the last known GPS fix location to memory. *Note Now after enter these commands, the MTD1000 will automatically start logging data to its memory when there is GPS fix location. When there is no GPS fix location, the MTD1000 will stop logging GPS data to memory and send the last known fix location to its memory. 2.
500151R07 DAVISCOMMS (S) PTE LTD c. Create a text file with the following convention “GPS memory dump 220508” to identify the data dump file and click save d. Click start e.
500151R07 DAVISCOMMS (S) PTE LTD f. Type at$md=0 to stop dumping of data to serial port of PC g. Type at$mc to clear memory data of MTD1000 after dumping is complete h. In the hyper terminal menu click on Transfer/Capture text/Stop to end the text capturing i. Now go to the text file where you created to view the GPS data from the SRS messages captured from hyper terminal.
500151R07 DAVISCOMMS (S) PTE LTD j. To read and define the GPS messages are as below: Example of an SRS message which contains the latitude and longitude to provide the GPS data: +01.225296 in the standard report format above is the latitude value +103.
500151R07 DAVISCOMMS (S) PTE LTD 7. GSM Antenna GSM/GPRS/AMPS ANTENNA FOR AUTOMOBILE SPECIFICATION Vertical pattern Electrical Specification Product GSM/ GPRS/AMPRS type antenna Model Type BH015 Frequency 800/1900/900/1800Mh Range z Impedance 50 ohms VSWR 1:1:5 Gain (Typical) 2.15db Gain (Max) 2.
500151R07 DAVISCOMMS (S) PTE LTD Vertical pattern at 960Mhz Daviscomms Confidential Page 36 of 39
500151R07 DAVISCOMMS (S) PTE LTD Impedance circle diagram (Smith circle diagram) Daviscomms Confidential Page 37 of 39
500151R07 DAVISCOMMS (S) PTE LTD Usage: Connecting the SMA connector which is at the end of the antenna with the equipment directly.
500151R07 DAVISCOMMS (S) PTE LTD Regulatory and Warning Information Radio Frequency Interface Requirements Tested To Comply With FCC Standards Note: This equipment has been tested and found to comply with Part 22/24 of the FCC rules. Operation is subject to the condition that this device does not cause harmful interference.
