WANWAY TECH G30 User manual

G30 User Manual
Content
G30 User Manual ................................................................................................................................1
1. Product Overview....................................................................................................................2
2. Product specifications .............................................................................................................2
3. Instructions for use .................................................................................................................4
3.1. Start-up and setup process...........................................................................................4
3.2 Connection Diagram......................................................................................................5
3.3 Application note about SOS and recording function.....................................................6
3.4 Application Notes on ACC ON/OFF................................................................................6
3.6 MODE 2 and MODE 21 Operating Modes .....................................................................7
3.7 Vehicle Guard Alarm and Low Battery Alarm................................................................8
3.8 Device Photosensitive Alarm Description .....................................................................9
3.9 Vehicle collision alarm parameter setting instructions .................................................9
3.10 Vehicle acceleration/deceleration and sharp turning parameter settings..................9
3.11 About time zone settings and related instructions ...................................................11
3.14 Common Query Commands......................................................................................11
3.15 Common Setting Instructions....................................................................................12
4. Manage your device..............................................................................................................12
5. Cautions ................................................................................................................................13

1. Product Overview
2G/3G/4G Global Frequency Bands Supported;
Support cell ID base LBS(Location base service);
Support all Global Navigation Satellite Systems (GNSS) that have been deployed,
default GPS+Beidou hybrid mode;
Support MODE, 2 real-time tracking, device enter low power mode automatically
when [ACC OFF];
Support MODE,21 real-time tracking with ultra-low power mode when [ACC OFF],
the working current <1mA;
Wide range input voltage from 8-45V;
Built-in anti-reverse connection and 1500W anti-surge protection circuit;
High-temperature safety explosion-proof rechargeable lithium polymer battery;
Built-in hardware monitoring circuit;
Support remote control for fuel or electricity;
Support hardware ACC detection and smart ACC detection without wiring;
Support SOS alarm with the SOS button accessory;
Support MIC accessory for voice recording;
Built-in light detection alarm;
Support wire cut alarm;
Support low battery alarm;
Support collision alarm and flip alarm;
Support reporting for rapid acceleration, rapid deceleration, and sharp turns;
Support weak signal alarm and signal recovery notification;
Support real-time reporting of satellite signal strength;
Support real-time reporting of network signal strength;
Support real-time reporting of working voltage;
Support real-time reporting of temperature; [optional]
Support remote firmware upgrade;
IP67 waterproof design.
2. Product specifications
Frequency Band:
Module CLM920_TE3: Version for EMEA/Korea/Thailand
4G LTE FDD: B5
4G LTE TDD: B41
3G UMTS/HSPA+:B5
2G GPRS/EDGE: 850MHz
Module CLM920_TD3NA: Version for North America
4G LTE FDD: B5
4G LTE TDD: B41
3G UMTS/HSPA+: B5

GPRS/EDGE: 850MHz
Module CLM920_TD3AU: Version for Australia/South America
4G LTE FDD: B5
3G UMTS/HSPA+: B5
GPRS/EDGE: 850MHz
Working Voltage:
Input Voltage: 8 - 45V.
Applicable for motorcycles, cars, trucks, boats etc .;
Working Current:
MODE 2/21 Working current: <20mA @ 12V
MODE 2 flame-out sleep current: <10mA @ 12V
MODE, 21 Flame-out sleep current: <1mA @ 12V
GPS Fixed Time:
Cold start <29s (Open sky)
Warm start <29s
Hot start <1s (open sky)
Backup Battery:
170mAh lithium polymer battery
4 hours working for reporting per hour
Working environment temperature: -20 ℃～+ 70 ℃
Physical size: 84 * 41 * 17 (mm)
Weight: <45g

3. Instructions for use
3.1. Start-up and setup process
After the device is connected to the vehicle power supply, the recommended
installation flowchart is as follows:
Note:
Fist Insert SIM, then turn power key on.
Please make sure the SIM with data service from your operator.
If your SIM card with a PIN code, please refer to your mobile phone user manual
to remove the PIN code.
Open the A case
waterproof cover
Insert the SIM card in the
direction shown, apply power
supply to the device, and turn
the key to ON position.
Check the LED status:
1. Red LED Blink: Network registered;
2. Red LED ON: Server connected.
3. Blue LED Blink: Searching for GPS Fixed.
4. Blue LED ON: GPS Fixed.
Note: LEDs will turn off after 5 minutes.
Login system using app or web, check the
status and the functions.
Assemble the cover
Place the device flat with the
GPS antenna facing the sky
and the wiring harness toward
the rear of the car.
END

3.2 Connection Diagram
Figure1. Connection Diagram
Serial
number
Description
Colour
Use
1 Equipment positive/V +
Red
Can be connected to vehicles with working
voltage of 8 ~ 36V, max 45V
2 Ignition test/ACC
White
Vehicle ignition detect
ion line, active high
3 Relay driver/RELAY
Yellow
Relay or speaker driver line, MAX 1A @
3
-45V
4 Equipment negative/V-
Black
Vehicle negative

5 Microphone positive/MIC + Brown
5/6 line can be used as an external MIC
[standard function] or NTC temperatur
e
detection [optional function]
6 Microphone
negative/MIC-/GND Gray
Equipment ground
7 Serial Receive/RXD Orange
7/8 line can be used as SOS line access
[standard function]
Or 6/7/8 line for UART communication,
compatible with 3.3V/5.0V UART [optional
fu
nction]
8 Serial transmission/TXD Orange
3.3 Application note about SOS and recording function
1) After the user presses the SOS button 3S, the device automatically starts recording for 60s
and reports the SOS distress alarm;
2) Send the JT instruction and the device will start recording.
1 JT,<time> Enable device monitoring, time: 10 ~ 300 (default 60s)
3.4 Application Notes on ACC ON/OFF
1) ACC switch and GPS switch related instructions: ACCCTLGNSS;
2) Parameter setting and related instructions of vehicle voltage and ACC switch: FCG =
SET1/SET2.
3) Pay attention to the relationship between ACCCTLGNSS and MODE, 21. The MODE, 21
instruction is valid only when ACCCTLGNSS, 1 #.
1 ACCCTLGNSS, A # instruction
A = 0, GPS is forcibly turned on when there is
external powe
r
A = 1, GPS turns on when ACC ON; GPS turns
off when ACC OFF
Default 1

2
FCG = SET1, ACCON1, ACCOFF1, A #
Automatic ACC detection
configuration for 12V
battery-
powered vehicles such as cars
and motorcycles.
ACCON1: ACC ON voltage, default 132
ACCOFF1: AC
C OFF voltage, default 128
A:
1. Enable the function of judging ACC status
based on voltage (default)
0, forbidden
Remarks: 132 means 13.2V, query instruction
FCG = SET1
3
FCG = SET2, ACCON2, ACCOFF2, A #
Automatic ACC detection
configuration for trucks, trucks and
other 24V powered battery vehicles.
ACCON2: ACC ON voltage, default 264
ACCOFF2: ACC OFF voltage, default 256
A:
1. Enable the function of judging ACC status
based on voltage (default)
0, forbidden
3.6 MODE 2 and MODE 21 Operating Modes
1) Pay attention to the relationship between ACCCTLGNSS and MODE, 21. The MODE, 21
instruction is only valid when ACCCTLGNSS, 1 #.
1 Device real-time online instructions:
MODE, 2, T #
T: Position reporting period when the vehicle
is moving, unit: second
T = [3,60
], default T = 10
Example: Mode, 2,10 # Device factory default

2
Device intelligent reporting
instructions:
MODE, 21, <T1>, <T2>, <T3> #
instruction
Remarks:
1. When ACC OFF: Enter this mode
automatically, GPS, 4G will be turned off at
this time
Module an
d MCU goes to sleep.
2. When ACC ON: automatically exit this mode
and turn on GPS, 4G
Module, MCU wakes up.
3. T1, T2, and T3 are the time points reported
by the device to wake up after the device
sleeps.
Format: HHMM
4. Example: MODE, 21,1818 # When the
d
evice is in ACC OFF, the daily
18:18 Forced wake
-up report.
3.7 Vehicle Guard Alarm and Low Battery Alarm
1) The parking guard alarm function is the default support function of the vehicle,
which must be set. It will take effect automatically when the vehicle is ACC OFF;
2) If the device perceives vehicle movement: If ACC is ON within 1 minute, the device
cancels the alarm; otherwise, the device reports a guard alarm;
3) Note: The equipment needs to be connected to external power test.
4) Low battery alarm
1 Low battery alarm command
LOWW, <Low_Value>, 0
Set low voltage alarm value
Low_Value is three digits, and the last digit is a
decimal point. For example: 122 for 12.2v
Example: LOWW, 118,0 # The device reports a
low power alarm if it is lower than 11.8V.

3.8 Device Photosensitive Alarm Description
1). Place the device in a dark place for more than 60S. When the mobile device sees light for more
than 1S, it will trigger a photosensitive alarm.
1 ALARMMODE,L1/L0
L1 light sensitive: Default is on; L0 light se
nsitive
is off
3.9 Vehicle collision alarm parameter setting instructions
Used to adjust parameters according to actual installation and use.
1
Added GSENCOL, V, T, C # instructions
Used to set the sensitivity of collision alarm,
default 32/2/3
V = 1
-255, the higher the value, the less sensitive
T = 0
-11, the time to save the previous value
C = 0
-3, the number of interrupts
Different vehicles have different parameters. It is
recommended to set the parameters as follows:
Motorcycle: GSENCOL, 128,3,3 #
Car:
GSENCOL, 48,3,3 #
3.10 Vehicle acceleration/deceleration and sharp turning
parameter settings
1 Driving habits algorithm selection:
GPSGSE, <A> instruction
1. When A = 1, use GPS to calculate rapid
acceleration, rapid deceleration, and sharp turns
2. W
hen A = 0, use Gsesnor to calculate rapid
acceleration, rapid deceleration, and sharp turns
Default: A = 1,

When GPSGSE, 1 #, the following settings about angle increment and speed increment are valid
2 CARSET, A, B, C, D # instructions
A: Sharp turn ang
le: Degree
B: Average turn speed: KM
C: Rapid acceleration increment: KM
D: Rapid deceleration reduction: KM, default:
75,20,8,18
When GPSGSE, 0 #, the following settings about Gsensor are valid
1 GSENACC,A#
Used to set the sensitivity of device accelera
tion
events (A = 1
-6, Default: 5)
The following value indicates that the
acceleration event will be detected during the
time X (unit: S) from 0 to 100KM/H.
A = 1, X = 58; A = 2, X = 29; A = 3, X = 19; A = 4, X =
14;
A = 5, X = 11; A = 6, X = 9
2 Added GSENDIR, D # instructions
Used to set the coordinate system of the device
(D = 0
-15),
The default is D = 5: the GPS antenna is facing the
sky, and the cable is facing the rear of the car.
D = 7: GPS antenna is facing the sky, wire is facing
the front
D = 4; GPS antenna is facing the sky, wire is facing
to the left
D = 6; GPS antenna is facing the sky, wire is facing
to the right
3 Added GSENCAL, D # instructions
Used to calibrate equipment
When D = 1, the device will calibrate immediately
after receiving the
instruction
When D = 0, the device will be calibrated next
time after receiving the command
Note: It is recommended to adjust the coordinate
system under re
-calibration

3.11 About time zone settings and related instructions
1 GMT,<A>,<B>,<C>
Set time zone: A: E or W B: 0 ~ 12 time zone C: half
time zone
Example: GMT, E, 8 #
2 USELOCALTZ,1 Associated time zone: The reported data time is
synchronized to the set time zone
3 USELOCALTZ,0 Non-associated time zone: The default reported
data time is fixed to the time zone of UTC + 8
3.14 Common Query Commands
1 VERSION# Query software version
2 PARAM# Query the device parameters
3 STATUS# Query working status
4 123
Query the device address, the device will force a
position data to be reported to the server after
receiving the 123 command.
5 FACTORY Restore factory settings, IP and domain names will
not restored.
6 RESET# Device restart.

3.15 Common Setting Instructions
1 SERVER,1,<domain/ip>,<port>
Set server command.
<domain/ip>: server domain or IP
<port>: server port
2 LANG,<language>
Set language.
1: Chinese
0: English
Default: English
3 CENTER,A,<TelNumber>
Set the center number: PARAM # can check the
center number information, which is use for some
remote control.
4 CENTER,D,<TelNumber> Delete center number.
5 APN,<name> Set APN.
6 APN,AUTOAPN Set to automatic APN.
7 RELAY,0/1# 1: Remote control set.
0: Remote control clear.
8 LED,0/1#
Controls whether the LED is always on:
LED, 1 # is always on;
LED, 0 # is off after five minutes (default is 0)
4. Manage your device
1) Manage device on WEB using the account and password provided by the your
distributor to login for device management and location tracking.
2) Manage device on APP using the account and password provided by the your
distributor to login for device management and location tracking.
3) You can use third party server to management your device, contact us for more
detail information.

5. Cautions
1) Do not short circuit.
2) Do not put in fire or heat.
3) It is strictly prohibited for users to assemble or disassemble the battery by
themselves.
4) Do not use outside the allowed temperature range.
5) It is strictly forbidden to knock, disassemble or disassemble this product for repair
or modification.
6) The operating temperature environment and usage scenarios of the device will
affect the battery discharge efficiency.
FCC Statement:
Any Changes or modifications not expressly approved by the party responsible for
compliance could void the user’s authority to operate the equipment.
This device complies with part 15 of the FCC Rules. Operation is subject to the
following two conditions:
(1) This device may not cause harmful interference, and
(2) This device must accept any interference received, including interference that
may cause undesired operation.
FCC Radiation Exposure Statement:
This equipment complies with FCC radiation exposure limits set forth for an
uncontrolled environment. This equipment should be installed and operated with
minimum distance 20cm between the radiator& your body.