Mobilogix ATD600S User manual

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ATD600S User Guide
August 10, 2021
Version 0.1.1

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目录
1Preface................................................................................................................................................................4
1.1 Purpose .......................................................................................................................................................4
1.2 Glossary.......................................................................................................................................................4
1.3 Reference ....................................................................................................................................................4
2Installation..........................................................................................................................................................4
2.1 Before installation.......................................................................................................................................4
2.1.1 Unpackaging and accessory checking..................................................................................................4
2.1.2 Active device........................................................................................................................................6
2.1.3 Config device .......................................................................................................................................6
2.2 Installation...................................................................................................................................................6
3Function..............................................................................................................................................................8
3.1 Brief introduction of beacon scanning........................................................................................................8
3.1.1 When to scan beacons.........................................................................................................................8
3.1.2 Beacon scanning..................................................................................................................................8
3.2 Brief introduction of sampling location data ..............................................................................................8
3.2.1 When to sample location data ............................................................................................................8
3.2.2 Get location data .................................................................................................................................8
3.3 Data report..................................................................................................................................................9
3.3.1 When to report data............................................................................................................................9
3.4 alarm ...........................................................................................................................................................9
3.4.1 UAM alarm...........................................................................................................................................9
3.4.2 Low Battery alarm ...............................................................................................................................9
3.4.3 Geofence in and/or out alarm.......................................................................................................... 10
3.5 Power management................................................................................................................................. 10
3.5.1 Into sleep .......................................................................................................................................... 10
3.5.2 Wake up............................................................................................................................................ 10
3.6 button and LED indication........................................................................................................................ 10
3.6.1 Device under “normal work” mode.................................................................................................. 10
3.6.2 Device under “set up” mode ............................................................................................................ 11
3.6.3 LED description................................................................................................................................. 11

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4LKL, Historical data .......................................................................................................................................... 11
4.1 LKL ............................................................................................................................................................ 11
4.2 Historical data .......................................................................................................................................... 11
4.2.1 When to save historical data and report history data...................................................................... 11
5How to do a BLE FOTA..................................................................................................................................... 12
5.1 Connect with BLE...................................................................................................................................... 12
5.2 FOTA......................................................................................................................................................... 18
6Wireless UART ................................................................................................................................................. 23
6.1 What is wireless UART?............................................................................................................................ 23
6.2 How to setup wireless UART? .................................................................................................................. 23
6.3 How to connect a device?........................................................................................................................ 25
7Use BLE to config device.................................................................................................................................. 29
Version
Date
Author
Comments
0.1.0
3/12/2021
Tina Zhou
Init version, for DVT sample
0.1.1
8/10/2021
JQ Wang
Add some photos

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1Preface
1.1 Purpose
For better support sales team, R&D team make this document to let team know how to install and use ATD600
device.
1.2 Glossary
UAM: Un-authorized Movement
LKL: Last Known Location
NCL: Network Connection Lost
MQTT: Message Queue Telemetry Transport
QoS: Quality of Service
1.3 Reference
For the information of reference manual or document of this document please see Table 1.1.
Name
Version
Table 1.1 Reference Document List
2Installation
2.1 Before installation
2.1.1 Unpackaging and accessory checking
When you get device, you will see the key information like SN, IMEI, MAC address on the box’s label, please
check them with label of the back of device, if you find them are not match, then should pop up an issue.

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Figure 2.1 label on the box(will update)
⚫Accessory
Here is the component list:
1. ATD600
2. package
3. screw, 2 pcs
Figure 2.2 Device and cables

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2.1.2 Active device
Due to device will go to “Set Up” mode after production, so, before using it, we need active the device, the easy
way to do this is pressing the button for more than three seconds, you can see the green led and blue led blink,
it means device is activated.
Figure 2.3 Button
2.1.3 Config device
There are 3 ways to config the device, such as wireless UART, APP, and over backend, chapter 7 shows you how
to use APP to config the device.
Key items
The APN (username (apn username), password (apn psword)), server URL (and Port) and cellRAT(Network
setting) we need config at first, otherwise, device cannot make connection established.
Notice:
1: default APN is: mobilogix1.telefonica.com
2: default URL is: mbxiotfusion.mobilogix.com:1883
3: default cellRAT is 3, which support both GSM and eMTC RATs.
Here is the RAT selection
•0: 2G only
•1: 2G + NB
•2: 2G + NB + M1
•3: 2G + M1
•4: NB only
•5: NB + M1
•6: M1 only
2.2 Installation
Step 1

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Step 2
Step 3
Figure 2.8 Example location

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3Function
3.1 Brief introduction of beacon scanning
3.1.1 When to scan beacons
There are two ways to scan beacons.
1. periodically sample (default 4h, GNSS sample frequency)
2. double press button
3.1.2 Beacon scanning
When the sampling period is reached, device begins to scan beacons for 10s (default, Duration of sleep beacon
scan), then stop scanning until next calling. Enable/Disable/Scan Duration/Scan Period are configurable.
Notice:
1. Beacon scanning is disabled by default.
2. Beacon scanning can be configured by GNSS sample frequency, Duration of sleep beacon scan). Sample
frequent should be more than 4 and report period should be less than or equal to 24h.
3. Data format:
{"000383":[{"ts":1615515383072,"values":{"mac":"5C:85:7E:20:01:F7","type":"250e","rssi":-
38,"bat":2915,"t":22.4,"h":60.6,"p":1010.0,"mj":1001,"mn":383,"gps":0,"lat":0.000000,"long":0.000000,"mcc":"
460","mnc":"00","lac":"1D2B","cellid":"2C5EB3F","gateway":"A600S20500002H"}}]}
3.2 Brief introduction of sampling location data
3.2.1 When to sample location data
There are four ways to get location data.
1. periodically sample (default 4h, GNSS sample frequency).
2. UAM event trigged.
3. Low battery event trigged.
4. double press button
3.2.2 Get location data
On the upon conditions, device begins to sample location data once.
Notice:
1. Get location data is enabled by default.
2. Get location data can be configured by GNSS sample frequency. Sample frequent should be more than 4 and
report period should be less than or equal to 24h.
3. Data format:

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{"ts":1615269209136,"values":{"ET":"LD","SN":"A600S20500029H","IMEI":"864475040056136","IMSI":"460044
339301547","IPW":3979,"SS":0,"CS":"LTE Cat NB1","OP":"CHINA
MOBILE","LAC":"","CI":"","GFT":0,"LAT":22.576006,"LONG":114.054672,"Heading":240,"Altitude":157.000000,"
HDOP":1.230000,"NoS":5,"GFS":1}}
3.3 Data report
3.3.1 When to report data
After setting the sampleCount(default 4, report sample data after sample a certain number of times) and sample
frequent(default 4(h), GNSS sample frequency), every (sampleCount)*( sample frequent) hours will try to report
data to cloud.
Notice:
1. sample frequent should be more than 4 and report period should be less than or equal to 24h.
2. Report data can be configured by report sample data after sample a certain number of times, GNSS sample
frequency
3. When you press button for two times, device will report “BP” message, then sample and report beacons
data
3.4 alarm
3.4.1 UAM alarm
UAM is a key feature for our device, when shake device, once reach the threshold (UAM shake Value default is
20, UAMAlarm shake number default is 5), device will report UAM once and report location data once.
Notice:
1. UAM alarm can be configured by UAM Alarm En-Disable, UAM shake Value, UAMAlarm shake number
2. UAM alarm is disabled by default.
3. Data format:
{"ts":1615278226096,"values":{"ET":"UAM","SN":"A600S20500002H","IMEI":"865284046405886","IMSI":"4600
46260108483","IPW":3559,"SS":0,"CS":"GSM","OP":"CHINA MOBILE
CMCC","LAC":"25F0","CI":"DDF","GFT":0,"LAT":0.000000,"LONG":0.000000,"Heading":0,"Altitude":0.000000,"H
DOP":0.000000,"NoS":0,"GFS":0}}
3.4.2 Low Battery alarm
If internal power lower than 3300mv, device will report “Low internal battery” to server.
Notice:
1. Low Battery alarm can be configured by bat alarm endisable, bat alarm value
2. Low Battery alarm is disabled by default.
3. Data format:
{"ts":1577836861040,"values":{"ET":"IBL","SN":"A600S20500002H","IMEI":"865284046405886","IMSI":"460046
260108483","IPW":3555,"SS":0,"CS":"GSM","OP":"CHINA MOBILE

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CMCC","LAC":"25F0","CI":"DDF","GFT":0,"LAT":0.000000,"LONG":0.000000,"Heading":0,"Altitude":0.000000,"H
DOP":0.000000,"NoS":0,"GFS":0}}
3.4.3 Geofence in and/or out alarm
This alarm can be divided into “Geofence In”and “Geofence Out”alarm, after setting center point
(geofenceAlarm Point) and radius of geofence cycle and enable it, device will report the alarm after get location
data from GPS. Here is an example of Geofence Out.
Notice:
1. Geofence in and/or out alarm can be configured by geofenceAlarm Point, geofenceAlarm Radius
geofenceAlarm En-disable
2. Geofence in and/or out alarm alarm is disabled by default.
3. Data format:
{"ts":1615282576160,"values":{"ET":"GO","SN":"M420S202000086H","IMEI":"865284046405738","IMSI":"4600
46260108484","IPW":4115,"SS":0,"CS":"GSM","OP":"CHINA MOBILE
CMCC","LAC":"25F0","CI":"DDF","GFT":1615282575,"LAT":22.575430,"LONG":114.053322,"Heading":208,"Altitu
de":321.000000,"HDOP":11.400000,"NoS":4,"GFS":1}}
3.5 Power management
3.5.1 Into sleep
When BLE is not connected, on the one of the below circumstances, device will go to sleep, otherwise, device
will never fall asleep.
1. sleep time is timeout (timeout value is different in different scenes, when sampling beacons, the value is
60S, when reporting messages, the value is 540S).
2. If GPS is fixed, and there is no message need to be uploaded to the cloud, device will go to sleep in seconds.
3. If GPS is not fixed, and there is no message need to be uploaded to the cloud, device will read GPS for about
30s then enter sleep.
3.5.2 Wake up
Wake up condition:
1. UAM
2. Button press
3. periodically wake up (default 4h, GNSS sample frequency)
3.6 button and LED indication
3.6.1 Device under “normal work”mode
key action
function