Kingwo NT07E User manual

+-++
CatM1 NB loT Asset GPS Tracker
NT07E
User manual

1
Declaration
The contents of this manual is expected to be renewed from time to
time without prior notice; the updated content will be added to the new
version of this manual. KINGWO will improve or update the products or
procedures described in the manual at any time. If there is a description
of the product in the manual that does not match the actual product,
the actual product shall prevail. KINGWO has the final interpretation
rights of this manual.

2
1.1 Appearance
PART 01
Product Overview

3
Enclosure
IP67 waterproof
Magnets
To stick the device to metal surface
Power button
Inside the enclosure for hidden installation purpose,
to turn on or turn off device
Light sensor
To detect removal alarm ,remove the sticker on the
light sensor, when the device expose to light, it will
trigger a removal alarm
Temperature sensor
To measure the environment temperature
Motion sensor
To detect the motion or static status of the device,
detect motion alarm and collision alarm
1.2 LED status
LED type
Event
Status
Cellular LED (Red)
Network connecting
Fast flash
Network connected
Slow flash
Module error
Solid on
GPS LED(Green)
GPS position
Solid on
LBS position
0.5 seconds on, 0.5 seconds off
Wifi Position
2 seconds on, 2 seconds off
No position
Off
1.3 Product features summary
●Built in 8100mah batteries, it can last 5+ years if upload data once a day
●Multiple work modes: Regular, Clock, Track ,motion and static modes
●Alarms: Motion alarm, removal alarm, collision alarm
●Multiple position modes: GPS, WIFI, LBS, AGPS
●Temperature monitor
●Battery level upload
●Weatherproof for outdoors assets monitor
●No wires and magnets for easy installation
●Jamming detection

4
1.4 Hardware parameters
Physical
Dimension
81mm*66mm*33mm（L*W*H）
Weight
193±5g
Cellular
Communication
module
Quectel BG95
Frequency
Working frequency:
Cat M1: LTE-FDD B1/B2/B3/B4/B5/B8/B12/B1
3/B14/B18/B19/B20/B25/B26*/B27/B28/B66
/B85
• Cat NB2: LTE-FDD B1/B2/B3/B4/B5/B8/B12/
B13/B18/B19/B20/B25/B26*/B28/B66/B71/B
85
• EGPRS: 850/900/1800/1900MHz
protocol: Embedded TCP/IP stack
Sensitivity: -107dBm@850/900MHz
-106dBm@1800/1900MHz
Output power: Class 4 (2W)@850/900MHz
Class 1
(1W)@1800/1900MHz
GPRS data: GPRS Class 10, Mobile Station
Class B
GPS
Channels: 50
Sensitivity: -147dBm
Position accuracy:5-10m
Accuracy: 5m CEP
Cold start: <27s
Hot start: <1s
Processor
ST
Motion sensor
DA260
Wifi position
Wifi 4.0
Power
Battery
Disposable Lithium-ion battery and （3.6V，
8100mAh）
and ultra-low discharge rate：less than 1%,
store one year below 25℃
Power consumption
Average working current <100mA; Power save
current <10uA;
GSM antenna
Internal High Gain
GPS antenna
Internal High Gain

5
SIM
Microsim
Indicator
2 status LEDs, Green: GPS, Red: Celluar
Environme
ntal
Parameter
Working
Temperature
-30℃~ +80℃
Humidity
5% ~ 95% (no fog)
Ingress Protection
Rating
IP67
2.1 Work modes
The default work mode is regular model:upload interval is one-day one ping, the
data packets information includes GPS status, longitude and latitude, cellular signal
Strength, satellite numbers, battery level etc, there are multiple track modes
available from the device, below is the explanation for work mode priorities:
●Track mode>Warehouse >Regular mode =Clock mode=Week mode= Motion and
static mode；
●The work mode which is equal can be replaced by each other and the last
configuration will prevail
PART 02
Product Functions

6
2.1.1 Track mode
Configuration
SMS Command
Set Track mode
ZZ,A,T1,T2# or MODE,1,T1,T2#；
For example:
ZZ,300,60# (MODE,300,60#)
indicates enter into track mode,
upload data each 300 seconds,
track duration time is 60 mins
ZZ,0# or MODE,0# indicates exit
track mode
A：1- Enter in track
mode，0- Exit track mode；
T1：upload interval
unit ：seconds ；value
range 30-300 seconds；
T2：Track duration
time ，Unit：minutes，
value range 5-57600
minutes ；
Exit track mode
ZZ,0# or MODE,0#
Note:
1.Under track mode, GPS position is on priority, meanwhile LBS and WIFI data will
be captured each 30 seconds
2.Device would enter into power save mode if the device stopped 5 minutes, GPS
will be turned off, but it will keep connection with backend and upload packet
according to the configured intervals
3.Under track mode, if the SIM card loosen, network register failure or server
failure happens, device will turn off celluar and GPS for 30 minutes and then
attempt connection, however if the removal alarm triggered during this period ,
it will immediately attempt a connection.
3.GPS will wake up if motion detected in power save mode.
2.1.2 Warehouse mode
Configuration
SMS Command
Set storage mode
STORAGE,T#
For example:
STORAGE,2880#
indicates enter into storage
mode, upload data each 2880
minutes
T：Upload interval
Unit: Minutes
Value range:
2880-43200minutes
（2-30 days）
Exit storage mode
STORAGE,0#
Note:
This mode is designed for power save purpose before the devices goes to field:
1.Under warehouse mode, if light sensor triggered, device will exit warehouse
mode
2.Under warehouse mode, if other work mode has been configured, device will exit

7
warehouse mode
3.Under warehouse mode, device can’t be wake up by vibration
4.Under warehouse mode, use command STORAGE,0# to exit warehouse mode
2.1.3 Regular upload mode (Recommended)
Configuration
SMS Command
Set regular
upload mode
HX,T# or MODE,0,T#
For example
HX,1440# or MODE,0,1440# indicates
upload each 1400 minutes (24 hours)
T：Upload interval
Unit: Minutes
Value range:
5-43200minutes
（2-30 days）
Exit storage
mode
STORAGE,0#
Note:
Default setting is wake up each 1440 minutes(24 hours)
Fixed upload mode can’t be wake up by motion
2.1.4 Clock mode
Configuration
SMS Command
Set clock mode
MODE, 4, N, T1, T2..TN#
For example
MODE,4,3,0800,1400,2100##
T1-TN is time point, format
is HHMM, for example
0800 indicates 08:00
Delete clock mode
and return to fix
upload
WAKEUP,#
Note:
Time interval between each two clocks should be no less than 5 minutes
Clock mode can’t be wake up by motion

8
2.1.5 Week mode
Configuration
SMS Command
Set week mode
MODE,3,T1,T2#
For example
MODE,3,246,09:00# indicates
wake up at 9:00am at Tuesday,
Thursday and Saturday
T1=1:Monday, T1=137
indicates Monday,
Wednesday and Sunday
T2 indicates wake up
point , format is HH:MM
Note:
Clock mode can’t be wake up by motion
2.1.6 Motion and static mode
Configuration
SMS Command
Set motion
and static
mode
MODE,6,T1,T2,A# or MS, T1,T2,A#
For example:
MODE,6,60,300,1# Indicates
upload interval in motion status is
60 minutes, upload interval in
static status is 300 minutes, motion
alarm on
T1:Upload interval in
motion status , value
5-43200 minutes
T2: Upload interval in static
status, value 5-43200
minutes or set clock mode,
format (HH:MM)
A:Motion Alarm on,
0:Motion Alarm off
Note:
Device can’t be wake up by vibration while in motion mode
Device can be wake up by vibration while in static mode
After wake up, there should be 3 seconds vibration in 6 seconds, device will turn
on cellular module and upload data packet, otherwise it would enter into sleep
mode again and maintain the previous configuration parameters

9
2.2 AGPS
When the device successfully registers on network, AGPS is available to speed up the
position speed and improve the position accuracy
2.3 LBS
If device enters into the blind zone and GPS cannot be fixed, the device will switch to
LBS position, LBS provides the reference location which might not be accurate
2.4 Wi-Fi
The device has built in Wi-Fi Chip, it automatically connects to the WIFI hotspot
nearby and filter the hotspot info then select the WIFI hotspots with strongest signal,
the device will pack those hotspots info and saved into the packet that will be
uploaded, after the backend receives Wi-Fi information, it will interpret the WIFI info
and acquire the current location from the Wi-Fi database, The default setting is WIFI
priority, once it detects WIFI Hotspot, it will upload WIFI info only , and do not use
GPS, if WIFI is not detected, it will use GPS to position.
Kindly reminder: To use Wi-Fi feature, please make sure your software supports
Wi-Fi database
2.5 Blind data storage
When the device enter into blind zone when in sleep mode, it will store the trace
data according to the preconfigured time interval and it will upload the data in the
blind zone to the backend when the cellular network recovers