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DAVISCOMMS (S) PTE LTD
EaziTRAC 1000 User Guide
Daviscomms Confidential
500224R07
DAVISCOMMS (S) PTE LTD
Revision History
Rev Date Author Description
01 30-Apr-09 Yingsi Initial release.
02 8-May-09 Yingsi Updated picture of battery.
Added 1 step for setting up of EaziTRAC 1000.
03 30-June-09 Yingsi Added Revision History Column.
Amended Lithium Battery Current.
Amended Model Product Code.
04 27 July 09 Yingsi Updated Pictures of EaziITRAC 1000
Added Section 1.5
Added CLA and open ended wire harness for optional
accessory.
05 21-Oct-09 Yingsi Amended 22 pin male data cable harness to RS232
standard 9 pin D male connector cable pin out description.
Remove Extended operating temperature.
06 8-Jun-10 Wayhin Updated Section 1.7
Added option accessory kit.
Updated pictures of Driver ID tag, Driver ID reader,
External microphone & speakers for option accessories.
07 21-July-10 Wayhin Update Appendix A
“Gsensor calibration process”
Added Section 1.5 “I/O port definition overview”
Updated Section 1.1
“From 300 to
5000 full detail reports”
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CONTENT
PAGE
CONTENT PAGE
1. SYSTEM OVERVIEW 1
2. PRODUCT PACKAGE OVERVIEW 8
1.1 EAZITRAC 1000.......................................................................................................................................1
1.2 UNDERSTANDING THE PRODUCT MODEL OF YOUR HARDWARE ...............................................................2
1.3 PARTS DESCRIPTION OF EAZITRAC 1000.................................................................................................4
1.4 PIN LAYOUT DESCRIPTION........................................................................................................................4
1.4 PIN LAYOUT DESCRIPTION........................................................................................................................5
1.5 I/O PORT DEFINITION OVER VIEW...............................................................................................................7
7
REMARKS 7
(1) WITH DRIVER ID, IN3 CANNOT BE USED AS INPUT....................................................................................7
(2) ANALOG I/P AND DEAD RECKONING SHARE THE SAME PORTS, HENCE BOTH FEATURES CANNOT BE
IMPLEMENTED AT THE SAME TIME
1.6 OPERATING VOLTAGE AND TEMPERATURE...............................................................................................7
.......................................................................................7
2.1 EAZITRAC 1000 DEVICE WITH OPTIONAL ACCESSORIES.........................................................................8
2.2 INSTALLATION AND STARTING UP ON THE EAZITRAC 1000..................................................................11
2.3 LED INDICATORS....................................................................................................................................14
3. INTERFACING THE EAZITRAC 1000 FOR AT COMMANDS COMMUNICATION 15
3.1 HYPERTERMINAL SETTINGS....................................................................................................................15
4. TERMINOLOGY 18
4.1 GSM……………………………………………………………………………………………………18
4.2 SIM CARD ............................................................................................................................................18
4.3 GPS……………………….....................................................................................................................18
4.4 GPRS……………..................................................................................................................................18
4.5 SMS……………....................................................................................................................................18
4.6 HYPERTERMINAL....................................................................................................................................18
5. APPLICATION EXAMPLES 19
5.1 EXAMPLE 1: RETRIEVING GPS DATA REMOTELY ON THE EAZITRAC 1000 WITHOUT THE USE OF A SIM
.................................................................................................................................19
CARD
5.2 EXAMPLE 2: TO PROGRAM THE EAZITRAC 1000 TO RECEIVE DATA AND REPORTS VIA SMS .................20
5.3 EXAMPLE 3: CONFIGURING THE EAZITRAC 1000 TO SEND AN OUTPUT TO RELAY DEVICE AND DISABLE
THE FUEL PUMP OF THE VEHI CLE
5.4 EXAMPLE 4: PROGRAMMING THE EAZITRAC 1000 TO LOG SR MESSAGES TO MEMORY WHEN GPS
LOCATION IS FIXED AND DUMPING THE
6. APPENDIX A 30
........................................................................................23
SR MESSAGES TO A TEXT FILE ..............................25
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1. System Overview
1.1 EaziTRAC 1000
The EaziTRAC 1000 is a small, economical and low cost, high quality multi-purpose GPS/ GSM
tracking solution for personal and vehicle tracking. It can also be used as 2-way telemetry to control
relays, transmit short messages and make voice and silent calls. With battery embedded, it can
remain on standby for at least 24 hours. It transmits the GPS data by using GPRS/SMS. It allows a
switch between 2 SIM cards for border crossing. EaziTRAC 1000 can also be used for motion
detection and monitoring of distance moved by a mileage counter
For efficient data management, it comes with a memory capacity of 5000 full detail reports that
include date, time, latitude, longitude, speed, heading, system and input/output ports status enabling
continuous recording of position and time. The data can be downloaded either over-the-air or stored
for downloading at a later time.
The EaziTRAC 1000 is also capable of producing its own unique device ID.
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1.2 Understanding the Product Model of Your Hardware
The hardware product code as follows in your EaziTRAC 1000
EaziTRAC
Model No:
Example 1:
Model No:
(1) GPS
"E" = External GPS Antenna
"I" = Internal GPS Antenna
(2) GSM
"E" = External GSM Antenna
"I" = Internal GSM Antenna
(3) G Sensor
G Sensor
“1” = √
“N” =
(4) Analog, Dual SIM Card, Ext Watch Dog Kits
Analog I/O Kit
“1” = √
“2” = √ √
“3” = √ √
“4” = √
“5” = √ √
"6" = √
“N” =
“A” = √ √ √
1000 - x
EaziTRAC
1000 - E
(1) External GPS,
(2) Internal GSM,
(3) With G Sensor,
(4) With Analog I/O Kit and External Watch Dog Kits,
(5) With Audio Kit,
(6) With Driver ID.
(7) With Battery Kit,
x x x x x x
1 2 3 4 5 6 7
I 1 3 1 2 1
1 2 3 4 5 6 7
Dual SIM Card
Kit
Ext Watch Dog
Timer
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(5) Audio, Programmable I/O Kit
Programmable
Audio Kit
I/O
“1” = √
“2” = √
“N” =
“A” = √ √
(6) Driver ID, Dead Reckoning Kit
Dead
Reckoning Kit Driver ID Kit
“1” = √
“2” = √
“N” =
“A” = √ √
(7) Battery
Battery
“1” = √
“N” =
Option Available Option Description
G Sensor = For Motion Detection
Analog I/O Kit = Able to generate analog input and output signal
Dual SIM Card Kit = Ability to switch between 2 SIM Cards
Ext. Watch Dog Timer Kit = Prevent MCU Lockup
Audio Kit = Ability to make voice calls with external mic and speaker
Programmable I/O = Ability to program input to output ports and vice versa
Dead Reckoning Kit = Ability to estimate location of vehicle when GPS fix is lost.
Driver ID Kit = Ability to distinguish specific driver via an ID Tag.
Battery =
Accessory
Power Adaptor = Supply to the EaziTRAC 1000 thru External Power Adaptor
22 Pins Data Cable Hardness = For connection from the EaziTRAC 1000 device with open ended wires
22 Pins Data Cable Hardness with RS232 =
GSM External Antenna Kit = External GSM Antenna Option
GPS External Antenna Kit = External GPS Antenna Option
Cigarette Lighter Adaptor = External Supply to the EaziTRAC 1000 with Cigarette Lighter Socket
Driver ID Tag Kit = Driver ID Tag
Driver ID Reader Kit = Driver ID Reader/ Probe.
External MIC Kit = External microphone option connects thru the external microphone jack
External Speaker Kit = External speaker option connects thru the speaker/earphone jack.
For an alternative solution to power up the EaziTRAC 1000 without a
power adaptor
This cable interfaces the EaziTRAC 1000 to a serial COM port
connection of the PC
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1.3 Parts Description of EaziTRAC 1000
Charging
Indicator
(Red )
GSM
Indicator
(Green)
GPS
Indicator
(Yellow)
GSM External
Antenna
Connector SMA
GPS External
Antenna
Connector SMA
Speaker
Mounting Flange
Panic Button
EaziTRAC 1000
Battery
compartment
cover
USB Connector
Internal Microphone
External Microphone
Reset Button
Speaker/Earphone
DC Jack
22 Pin
I/O Connector
3 Pin Li- Polymer
connector
Dual SIM card
insertion slot
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1.4 Pin Layout Description
Pin Layout Description of EaziTRAC 1000 and 22 pins – 22 pins data hardness cable
Front View from EaziTRAC 1000
Pin No. Pin Name Pin Description
Pin 1: VPS
Pin 2: VPS_GND
Pin 3: IN-1 Input 1 Pin 14: TxD Transmitted Data
Pin 4: IN-2 Input 2 Pin 15: RxD Received Data
Pin 5: IN-3 Input 3 Pin 16: DGND Digital Ground
Pin 6: IN-4 Input 4 Pin 17:
Pin 7: I/O-1 Input / Output 1 Pin 18: PANIC Panic Button
Pin 8: I/O-2 Input / Output 2 Pin 19: RESET Reset Button
Pin 9: I/O-3 Input / Output 3 Pin 20: FS O/P Fail-Safe Output
Pin 10: I/O-4 Input / Output 4 Pin 21: ANA_I/P-
Pin 11: ANA_O/P Analog Output Pin 22: ANA_I/P+
Power Supply
(positive)
Power Supply
(negative)
Pin No. Pin Name Pin Description
Pin 12: RTS Request to Send
Pin 13: CTS Clear to Send
ALARM
LED
Alarm LED
Analog Input
(negative)
Analog Input
(positive)
Note:
Output ports (I/O-1, I/O-2, I/O-3, I/O-4) can be configured as input ports
upon software customization.
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DB-9 Ports Description
Pin 1: Data Carrier Detect
Pin 2: Received Data, RxD
Pin 3: Transmitted Data, TxD
Pin 4: Data Terminal Ready
Pin 5: Signal Ground, GND
Pin 6: Data set ready
Pin 7: Request to send
Pin 8: Clear to send
Pin 9: Ring Indicators
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1.5 I/O port definition overview
Remarks
(1) With Driver ID, IN3 cannot be used as input
(2) Analog I/P and Dead Reckoning share the same ports, hence both features cannot be
implemented at the same time
1.6 Operating Voltage and Temperature
Operating Temperature Range: -20 to 60°C (with internal battery)
Storage Temperature Range: -20 to 60°C
Operating Voltage: 8 ~ 30V
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2. Product Package Overview
2.1 EaziTRAC 1000 Device with Optional Accessories
The optional accessories consist of the 5 items as described below.
a) EaziTRAC 1000 device (GSM/GPRS/ GPS)
The communication device that processes the GSM/GPRS and
GPS functions.
a) Power Adapter
1X Power adaptor (100 – 240V~ 50/60Hz 650mA Max) for the
EaziTRAC 1000 device
b) Li - Polymer battery for EaziTRAC 1000
An alternative solution to power up the EaziTRAC 1000 without
a power adaptor for at least 12 hours.
Voltage/ current specification: (3.7V/ 2500mAh)
c) 22 pin male data cable harness (numbered / open ended)
For connection from the EaziTRAC 1000 device with open
ended wires.
(Accessory option with EaziTRAC 1000 only)
d) 22 pin male data cable harness to RS232 standard 9 pin D
male connector cable (numbered)
The cable that interfaces from the EaziTRAC 1000 to a serial
COM port connection of your PC
Accessory option with EaziTRAC 1000 onl
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e) GPS antenna (SMA connector) for the EaziTRAC 1000
device
The receiver component required for the EaziTRAC 1000
device (External GPS option) to receive GPS data for a location
fix.
f) GSM/GPRS antenna (SMA right angle)
The receiver component required for the EaziTRAC 1000
device (External GSM option) to receive GSM/GPRS data in a
network cell location.
g) Cigarette Lighter Adaptor
1X Cigarette Lighter Adaptor (12V, 1.5A) for the EaziTRAC
1000 device
h) Driver ID Tag
1X Driver ID Tag for the EaziTRAC 1000 device
(Accessory option with EaziTRAC 1000 only)
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i) Driver ID Reader
1X Driver ID Reader for the EaziTRAC 1000 device
(Accessory option with EaziTRAC 1000 only)
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j) External Microphone
1X 3.5mm active MIC
(Accessory option with EaziTRAC 1000 only)
k) External Speaker
2x 0.7 W speakers with 3.5mm Jack
(Accessory option with EaziTRAC 1000 only)
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2.2 Installation and Starting Up on The EaziTRAC 1000
Step 1
Insert the SIM card (Not included in package).
Connect the Li-Polymer battery to the connector in the EaziTRAC 1000.
Insert
Battery
Caution:
If the SIM card is inserted after the power is connected to the EaziTRAC
1000, 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. Removing the SIM card with power supply connected may
damage your SIM card and the device.
Do not use the internal Li-Ion battery beyond standard operating
temperature of -20C to +60C. The EaziTRAC 1000 can function directly
from DC power supply adaptor without the internal Li-Ion battery.
Insert SIM
Card
Step 2
Ensure that battery wires are fitted at the corners to ensure the battery cover can be closed properly.
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Step 3
Insert the battery cover into the case, press down and ensure catch is attach firmly.
2
Insert
battery
cover
2
1
1
Step 4
Connect the GSM/GPRS antenna to the GSM External Antenna Connector.
Screw in the SMA connector firmly.
3
Step 5
Connect the GPS antenna to the GPS External Antenna Connector.
Screw in the SMA connector firmly.
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Step 6
An example of the EaziTRAC 1000 hardware setup with the 22 pin – DB9 wire harness cable for AT
command communications and firmware flashing. (Recommended)
Connect this end
to RS232
COM port of PC
To 12V
Power Adaptor
Step 7
For installation of EaziTRAC 1000 on the vehicle, connect EaziTRAC 1000 to open ended wire
harness for external connection. An example of the EaziTRAC 1000 hardware setup with the open
ended wire harness cable.
To power
supply
Open ended
harness cable
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2.3 LED Indicators
a) 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 unsure, use only power
adapter provided in the package.
b) GREEN LED (GSM Indicator)
• Green LED Blinking
o Fast Blinking (600ms on / 600ms off).
No SIM card inserted or no PIN entered, or
network search in progress, or ongoing user
authentication, or
o Slow Blinking (75ms on / 3s off)
The mobile is registered to the GSM network
(monitoring control channels and user
interactions). No call is in progress.
network login in progress.
o 2 Blinks (75ms on / 75ms off / 75ms on / 3s
off)
One or more GPRS PDP contexts activated.
o (500ms on / 25ms off)
Packet switched data transfer is in progress.
• Green LED On
o Voice call: Connected to remote party.
o Data call: Connected to remote party or exchange
of parameters while setting up or disconnecting a
call.
• Green LED Off
GSM module is in sleep mode.
c) Yellow LED (GPS Indicator)
• Yellow LED constant on: GPS data valid.
• Yellow LED off: GPS data invalid.
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3. Interfacing the EaziTRAC 1000 for AT Commands
Communication
3.1 HyperTerminal Settings
How to create a HyperTerminal connection from your PC to your device
Step 1
Click 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 to launch HyperTerminal. The HyperTerminal
splash screen appears while HyperTerminal loads.
HyperTerminal Splash Screen
HyperTerminal then appears; open to the Connection Description dialog
.
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Step 3
On the Connection Description screen, enter a name and choose an icon for the connection 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.
Connect using: field, and click OK. (The Country/region:, Area code: and Phone number: fields are
not used.) The COM 1 Properties dialog appears.
HyperTerminal Connect to dialog
the example above) for the
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Step 5
In 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 HyperTerminal need to be set correctly; otherwise,
strange-looking or garbage characters may show up on the screen. If you
are experiencing problems, make sure the router or modem is powered on,
you are attached to the proper Com Port and verify your cabling is working.
Without these correct settings, the device may display information, but does
not accept any keystrokes, making it appear as if it is hung, or has crashed.
If the default settings do not produce better results, your router may have
been configured to use non-standard settings. To verify, try to connect at
Step 6
To prove you have a valid connection to a modem, type "AT" and you should receive "OK" back from
the EaziTRAC 1000 device.
You should now be communicating with the EaziTRAC 1000 device at COM port 1.
different speeds until you get a valid prompt.
Note:
Please refer to section 5 for application examples to use the EaziTRAC
1000.
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4. Terminology
4.1 GSM
Global System for Mobile Communications. A digital cellular phone technology based on TDMA that
is the predominant system in worldwide.
4.2 SIM CARD
Subscriber Identity Module (SIM) smart card that contains user account information
4.3 GPS
Global Positioning System, a worldwide MEO satellite navigational system formed by 24 satellites
orbiting the earth and their corresponding receivers on the earth
4.4 GPRS
General Packet Radio Services (GPRS) is a packet-based wireless communication service that
promises data rates from 56 up to 114 Kbps and continuous connection to the Internet for mobile
phone and computer users. The higher data rates allow users to take part in video conferences and
interact with multimedia Web sites and similar applications using mobile handheld
4.5 SMS
Short Messaging System, service for sending short text messages to mobile phones
4.6 Hy perTerminal
HyperTerminal is a terminal emulation program that comes standard with every PC running Windows
95/98, Windows 2000 or NT. HyperTerminal allows you to configure the EaziTRAC 1000 unit through
the serial port on the PC.
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5. Application examples
5.1 Example 1: Retrieving GPS data remotely on the EaziTRAC
1000 without the use of a SIM card
You may download the GPS data readings directly from the EaziTRAC 1000 via HyperTerminal 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 EaziTRAC 1000 to start collecting GPS data.
AT$XE=2,1,248 // If external power supply 2nd flag is set at
AT$XB=5,1,589 // If battery 5th flag is set at 3.8V to trigger
Assign:
AT$EV=1,1,1,”E2=1 B5=1”,$SR=”Data”,”D”,180,0 // Condition: To check if the external power
AT$EV=2,1,1,”E2=0 B5=0”,$SR=”Data”,”D”,60,1 // Condition: To check if the external power
Connect the EaziTRAC 1000 to your PC after you have collected the GPS data remotely.
Run HyperTerminal and click the “Transfer” at menu, select “Capture Text”.
Decide the location and name of the data document which you want to save the data.
In HyperTerminal, click “Start” to be ready for data to be saved
In HyperTerminal key in AT$DD=1 to dump the GPS coordinates to the data document on your PC.
The data will scroll out at the HyperTerminal screen.
To end this data log, click the “Transfer” at menu, select “Capture Text” and “Stop”. The data has
been saved to your file. You may look into your file for the logged tracking information.
8V to trigger
supply is turned on OR battery is plugged in
// Command: Set the EaziTRAC 1000 to
start saving data to logging memory every 3
minutes after the external power is turned on
or the battery is plugged in.
supply is turned off OR if the battery is taken
out
// Command: Set the EaziTRAC 1000 to
stop sending and saving GPS.
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5.2 Example 2: To program the EaziTRAC 1000 to receive data
and reports via SMS
The EaziTRAC 1000 can be installed in your vehicle as a security tracking device.
This setup alerts your mobile phone via SMS when your vehicle security has been breached, sending
the GPS data of your car’s location using standard/compressed or NMEA report.
Setup:
Run the HyperTerminal to configure the EaziTRAC 1000 via AT commands
1. Set SMS Number List for EaziTRAC 1000
To run HyperTerminal or use the mobile phone (which phone number has been set to the EaziTRAC
1000 via above AT command) to configure and program the EaziTRAC 1000 via AT commands.
2. To configure and program the EaziTRAC 1000 via HyperTerminal, the mobile phone which
Assign:
AT$SL=1,”12345678” //Set SMS #1
AT$SL=2,”87654321” //Set SMS #2
AT$SL=3,”+0987654321123456789” //Set SMS #3
… … ... …
AT$SL=10,"+1234567890123456789" //Set SMS #10
Up to 10 mobile phone numbers
Please refer to 8 SMS Command------8.1 SMS Number List – $SL of EaziTRAC 1000
Command Guide R07.
phone number has been saved at the EaziTRAC 1000.
a) Assign:
AT$SI=1,”ABC1234D” // Set the Unit ID via HyperTerminal
Or
$SI=1,”ABC1234D” // Set the Unit ID via the mobile phone
… …
Please refer to 7 System Command------7.2 System Identity–-AT$SI of EaziTRAC 1000
Command Guide R07
b) Assign:
AT$DC // Log Memory is cleared via HyperTerminal
Or
$DC // Log Memory is cleared via the mobile
phone
… …
Please refer to 12 Data Log Command------12.3 Data Clear–-AT$DC of EaziTRAC 1000
Command Guide R07
c) Assign:
AT$NT=1,” 192.168.104.173",2020 //Assign the socket #1 via HyperTerminal
Or
$NT=1,” 192.168.104.173",2020 //Assign the socket #1 via the mobile phone
… …
Please refer to 9 Network Command----- 9.1 TCP/IP Address List–-AT$NT of EaziTRAC
1000 Command Guide R07
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d) Assign:
AT$NG=1,” SINGTEL“,”user”,”password” //Assign the GPRS Profile #1 via
HyperTerminal
Or
$NG=1,” SINGTEL“,”user”,”password” // Assign the GPRS Profile #1 via the mobile
phone
… …
Please refer to 9 Network Command----- 9.2 GPRS Profile List–-AT$NG of EaziTRAC 1000
Command Guide R07
e) Assign:
AT$NC=1,0,1,1 //Connect TCP/IP Address #1 via GPRS
Profile #1 via HyperTerminal
Or
$NC=1,0,1,1 //Connect TCP/IP Address #1 via GPRS
Profile #1 via the mobile phone
… …
Please refer to 9 Network Command----- 9.2 Network Connection–-AT$NC of EaziTRAC
1000 Command Guide R07
f) Assign:
AT$PC? //To read the current port configuration via
HyperTerminal
Or
$PC? // To read the current port configuration via
the mobile phone
… …
Please refer to 14 Digital I/O Command----- 14.1 Port Configuration---AT$PC of EaziTRAC
1000 Command Guide R07
g) Assign:
AT$TL=1,”Intruder Alert!” //To assign text into the CAN Message #1
via HyperTerminal
Or
$TL=1,”Intruder Alert!” //To assign text into the CAN Message #1
via the mobile phone
… …
Please refer to 10 Text Message Command----- 10.1 Text Message List–AT$TL of EaziTRAC
1000 Command Guide R07
h) Assign:
AT$SR=”ALARM”,”D U N M007” //Send a standard report to local memory,
serial port and TCP/IP socket, and three
SMS number of list #1, #2 and #3 via
HyperTerminal
Or
$SR=”ALARM”,”D U N M007” // Send a standard report to local memory,
serial port and TCP/IP socket, and three
SMS number of list #1, #2 and #3 via the
mobile phone
… …
Please refer to 11 Location Report Command----- 11.1 Standard Report–AT$SR of
EaziTRAC 1000 Command Guide R07
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i) Assign:
AT$FT=1,1,10,1 //Setting timer #1 flag to be expired after 10
seconds via HyperTerminal (cyclic)
Or
$FT=1,1,10,1 //Setting timer #1 flag to be expired after 10
seconds via the mobile phone (cyclic)
… …
Please refer to 18 Timer and Counter Command----- 18.1 Timer–AT$FT of EaziTRAC 1000
Command Guide R07
j) Assign:
AT$EV=5,1,0,”E3=1 T1=1",$TM=1,”U” //To define the event #5 to detect the
External-Power-Monitoring #3 is TRUE AND
the Timer #1 is EXPIRED and send out Text
Message #1 to serial port via HyperTerminal
Or
$EV=5,1,0,”E3=1 T1=1",$TM=1,”U” //To define the event #5 to detect the
External-Power-Monitoring #3 is TRUE AND
the Timer #1 is EXPIRED and send out Text
Message #1 to serial port via the mobile
phone
… …
Please refer to 19 Event Command of EaziTRAC 1000 Command Guide R07
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5.3 Example 3: Configuring the EaziTRAC 1000 to send an output
to relay device and disable the fuel pump of the vehicle.
Schematic of relay connection to EaziTRAC 1000
Output port #1 of EaziTRAC 1000 to pin 85 of BOSCH A relay device in fig.1
Input port #1 of EaziTRAC 1000 to pin 86 of BOSCH A relay device in fig.1
Fig.1
Configuring the AT commands on the EaziTRAC 1000
SMS List number
AT$SL=1,"sms number 1"
AT$SL=2,"sms number 2"
Output port configuration
AT$PC=0F
Setting external power flag
AT$XE=1,1,100
Setting internal battery flag
AT$XB=1,1,100
GPRS profile list configuration
AT$NG=1,"apnname","user","password"
TCP socket list configuration
AT$NT=1,"tcpaddress",portnumber
Unit ID
AT$SI=1,”limoXX”
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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
1) When ignition is on, connect to TCP/IP and send canned message "Ignition on" and send
GPS data every 5 secs to memory, serial port and TCP/IP server.
AT$EV=1,1,0,"P1=1",$NC=1,0,1,1
AT$EV=2,1,0,"N1=1",$FT=1,1,10,0|$FT=2,1,60,0
AT$EV=3,1,0,"T1=1",$TM=1,"D U N"|$SR="IGNION","D U N",5,0|$EV=4,1
2) Configure EaziTRAC 1000 to check and reconnect to server when GPRS socket is not
present during Input #1 is high.
AT$EV=4,1,0,"T2=1 N1=0",$SR|$NC=0|$FT=3,1,10,0
AT$EV=5,1,0,”T3=1”,$NC=1,0,1,1|$FT=3,0
3) When ignition is off, send canned message ""Ignition off" to TCP server and disconnect
server connection.
AT$EV=6,1,0,"P1=0",$SR|$TM=2,"D U N"|$FT=5,1,5,0|$EV=4,0
AT$EV=7,1,0,"T5=1",$SR="IGNIOFF","D U N"|$NC=0
4) When external power is disabled, send message "External power disconnected" to SMS list
and send output to toggle relay device.
AT$EV=8,1,0,"E1=0",$TM=3,"M007"|$OUT=5,0”
5) When internal battery is disabled, send message "Internal battery disconnected" to SMS list
and send output to toggle relay device.
AT$EV=9,1,0,"B1=0",$TM=4,"M007"|$OUT=5,0
6) Configure EaziTRAC 1000 to reply SMS list 1 "Immobilizer Switched On" when output 1 is
low.
AT$EV=10,1,0,"P5=0",$TM=5,"S1"
7) Configure EaziTRAC 1000 to reply SMS list "Immobilizer Switched Off" when output 1 is high.
AT$ED=11,1,0, "P5=1",$TM=6,"S1"
8) To disable or enable the output ports via SMS
Set Output #1 to low: $OUT=5,0
Set Output #1 to high: $OUT=5,1
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5.4 Example 4: Programming the EaziTRAC 1000 to log SR
messages to memory when GPS location is fixed and
dumping the SR messages to a text file
1. Programming the EaziTRAC 1000 to log SR messages to memory when GPS location is
fixed
a) Type AT$SI=1,"
can be changed in its value up to ten characters)
vehnum" to define vehicles plate number in EaziTRAC 1000 (text in blue
b) Type AT$EV=1,1,0,"L2=1",$SR=”GPSon”,”D”,60,0 to program EaziTRAC 1000 to start
logging GPS data every 1 minute when the location(GPS Data) is fixed
c) Type AT$EV=2,1,0,"L2=0", $SR|$SR=”GPSoff”,”D” to program EaziTRAC 1000 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 EaziTRAC 1000 will automatically start logging data to
its memory when there is GPS fix location.
When there is no GPS fix location, the EaziTRAC 1000 will stop logging GPS data to memory
and send the last known fix location to its memory.
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2. Dumping of SR messages to a text file
a) Create a text file with the following convention “GPS memory dump 270709” or any other
name you prefer to identify the data dump file later and click save.
b) Select Transfer and “Capture Text” in HyperTerminal to capture the GPS data to a text
file.
c) Click “Browse…”. Select the text file which you have saved in Part A.
d) Click “Start”.
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e) Type AT$DD=1 in HyperTerminal to start dumping the logged GPS data to serial port of
PC.
Note*
“$MTD: 1001” indicates that the data dumping has started
“$MTD: 1002” indicates that the data dumping is completed
f) Type AT$DD=0 to stop dumping of data to serial port of PC and clear the rest of the data
logs in the memory of the device.
g) Type AT$DC to properly clear memory data of EaziTRAC 1000 after dumping is complete
h) In the HyperTerminal menu click on Transfer/Capture text/Stop to end the text capturing
i) Now go to the text file where you created to view the GPS data from the SR messages
captured from HyperTerminal.
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3. To read and define the GPS messages are as below:
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6. Appendix A
Gsensor Calibration Process
** Remark
For the installation of EaziTRAC 1000 on vehicle, Gsensor needs to be calibrated to zero for sensitive
detection of motion/ acceleration every time.
Calibration process by SMS
After installed EaziTRAC 1000 in the vehicle, calibrate the device as follow;
Step 1:
▪ Long press the “reset” button for >3sec to enter calibration mode. (See Fig.1)
**
Reset button
Step 2:
▪ Wait until GREEN LED light is Slow Blinking.
Step 3:
▪ Send SMS command ($mz) to the device to start the calibration. The device will take less than 1min
for calibration and return an unsolicited response to indicate calibration result.
Fig. (2) Shows the examples of calibration results on iphone.
Fig.1
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SMS to EaziTRAC 1000
SIM card No.
Response from EaziTRAC 1000
Calibration result (data can be varied)
Calibration process by Serial Port
Step 1:
▪ Connect the RS232 to the PC, with Hyperterminal set as below;
Bits per sec: 115200
Data bits: 8
Parity: none
Stop bits: 1
Flow control: none
Step 2:
▪ Long press the “reset” button for >3sec to enter calibration mode
Step 3:
▪ Use the command (AT$MZ) to start the calibration.
Fig. (3) Shows the examples of calibration results on Hyperterminal.
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Reset the unit
Enter the command
Calibration entry
Calibration results
Calibration exit
**Note
▪ Once the motion detect is calibrated (by $mz command) or 5 min due,
EaziTRAC 1000 will return normal mode.
▪ After calibration is done; the device will run according to the script.
▪ Without calibration, the device can’t detect motion.
**
Fig.(3)
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