Sensecap T1000-a User manual

User Guide

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SenseCAP Tracker T1000-A/B

User Guide

Version: V1.0

User Guide

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Contents

1. Introduction................................................................................................................................4

2. Features.....................................................................................................................................5

2.1 Hardware Specifications ..................................................................................................5

2.2 Architecture......................................................................................................................6

2.2.1 Get the GNSS/Wi-Fi/Bluetooth Location ................................................................7

2.2.2 LoRaWAN Network................................................................................................8

2.2.3 Application.............................................................................................................9

2.3 Main Function..................................................................................................................9

2.3.1 Work Mode ............................................................................................................9

2.3.2 Sensor Description.................................................................................................9

2.3.3 Data Cache..........................................................................................................10

3. How to Operate the Button.......................................................................................................11

4. How to Configure via Bluetooth................................................................................................13

4.1 Download SenseCAP Mate App.....................................................................................13

4.2 Quick Start with SenseCAP Server................................................................................13

4.3 Setting the Tracker Parameters through the App............................................................14

4.3.1 Bluetooth Pairing .................................................................................................14

4.3.2 Test the Sensor....................................................................................................15

4.3.3 Set the LoRa Parameters ....................................................................................16

4.3.4 Explanation of Frequency Plan and EUI...............................................................17

4.3.5 Setting the Work Mode ........................................................................................19

4.3.6 Configuring Geolocation Settings.........................................................................22

4.3.7 Sending and Exiting Bluetooth Pairing.................................................................23

5. Binding the Device and Checking the Data..............................................................................24

5.1 Check Data via App .......................................................................................................24

5.2 Check Data via SenseCAP Portal..................................................................................24

5.2.1 Create Account and Query Data ..........................................................................25

5.2.2 API Instruction .....................................................................................................26

6. Payload Decoder .....................................................................................................................27

6.1 Decoder Code................................................................................................................27

6.2 Uplink Packet Parsing....................................................................................................27

6.2.1 Device Status Packet -Event Mode 0x01.............................................................28

6.2.2 Device Status Packet -Periodic Mode 0x02 .........................................................32

6.2.3 Heartbeat Packet -0x05.......................................................................................33

6.2.4 GNSS Location and Sensor Packet-0x06 ............................................................34

6.2.5 Wi-Fi Location and Sensor Packet-0x07..............................................................36

6.2.6 Bluetooth Location and Sensor Packet-0x08 .......................................................38

6.2.7 GNSS Location Only Packet-0x09.......................................................................40

6.2.8 Wi-Fi Location Only Packet-0x0A.........................................................................42

6.2.9 Bluetooth Location Only Packet-0x0B..................................................................44

6.2.10 Positioning Timeout and Error Code Packet-0x0D...............................................46

6.3 Downlink Packet, FPort=5..............................................................................................46

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6.3.1 Setting the SOS Mode -0x80 ...............................................................................47

6.3.2 Setting the Uplink Interval -0x81 ..........................................................................47

6.3.3 Open the buzzer -0x82 ........................................................................................47

6.3.4 Setting the Work Mode -0x83...............................................................................48

6.3.5 Setting the Work Mode -0x84...............................................................................48

6.3.6 Request Location -0x85.......................................................................................51

6.3.7 Setting Positioning strategy -0x86........................................................................51

6.3.8 Request Event Parameters -0x87........................................................................51

6.3.9 Request Device Status Packet -0x88...................................................................52

6.3.10 Reboot Device -0x89 ...........................................................................................52

6.3.11 Enable Temperature and Light Sensor -0x8C.......................................................52

6.3.12 Enable SOS Alarm -0x8D.....................................................................................52

7. FAQ .........................................................................................................................................54

7.1 Location Issues..............................................................................................................54

7.1.2 Why is Wi-Fi or Bluetooth location not displayed on theApp map？....................54

7.2 Battery Issues................................................................................................................54

8. Document Version....................................................................................................................56

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1.Introduction

SenseCAP T1000 is a credit card-sized tracker designed for asset and personal tracking. It utilizes

GNSS/Wi-Fi/Bluetooth to provide high accuracy positioning in both outdoor and indoor scenarios.

Dimension:

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2.Features

2.1 Hardware Specifications

General Parameters

Product Model

T1000-A/T1000-B/T1000-C/T1000-D

Backhaul

LoRaWAN® (v1.0.4 Class A)

Bluetooth

Bluetooth v5.1, setting via App

LoRaWAN Channel Plan

IN865/EU868/US915/AU915/AS923/KR920/RU864

Temperature

Range: -20 to 60℃;

Accuracy: ±1℃(min ±0.5℃, max ±1℃)

Resolution: 0.1℃

Light

0 to 100% (0% is dark, 100% is brightest)

3-Axis Accelerometer

3-Axis Accelerometer to detect movement

LED and Buzzer

1xLED and 1x buzzer to indicate status

Button

1xButton to operate and trigger events (SOS)

Antenna

Internal (GNSS/LoRa/Wi-Fi/BLE)

Communication Distance

2 to 5km (depending on gateway antenna, installation, and

environments)

IP Rating

IP65

Dimensions

85 x 55 x 6.5 mm

Device Weight

32g

Operating Temperature

-20℃to +60℃

Operating Humidity

5% - 95% (No condensation)

Certification

CE /FCC /TELEC /RoHS /REACH

Location

GNSS Constellation

T1000-A/B: GPS/GLONASS/Galileo/BeiDou/QZSS

T1000-C/D: GPS/ BeiDou

GNSS Sensitivity

-145dBm cold start / -160 dBm Tracking

GNSS Location Accuracy

~1m CEP, GPS, -130dBm

Wi-Fi Positioning

Passive scanning, uploads the scanned 4 MAC addresses

Bluetooth Positioning

uploads the scanned 3 best signal MAC addresses of Beacon

Data Cache

Cache 1000 data when there is no LoRaWAN network

Battery

Battey Capacity

Rechargeable lithium battery, 700mAh

*Battery Life Estimates

4 months on a single charge (uplink every 1 hour, only GNSS

data)

Battery Life Monitoring

Periodic uplink battery level

Charge Cable (Adapter not

included)

USB magnetic charging cable, 1 meter

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Power Input Voltage

4.7 to 5.5V DC

Charging Temperature Limit

0 to +45℃(Beyond the temperature range, the charge will be

limited, and the LED will blink quickly)

*Battery life depends on temperature, installation, location interval, network coverage and sensor settings.

2.2 Architecture

We offer two different solutions:

1) T1000-A/T1000-B: GNSS data without special encryption.

2) T1000-C/T1000-D: GNSS data encrypted via Semetech LoRa Edge, GNSS data needs to be

decrypted through LoRa Cloud.

The main chip used in the T1000 is based on Semetech LR1110, LR1110 has built-in GNSS function

to obtain encrypted satellite data, which is finally uploaded to the Cloud and parsed by LoRa Cloud.

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As depicted in the above figure, the entire network comprises multiple components ranging from

hardware to software.

2.2.1 Get the GNSS/Wi-Fi/Bluetooth Location

1. GNSS

Location is obtained outdoors via satellite, such as GPS.

2. Wi-Fi

Use the passive Wi-Fi AP MAC address scanner to obtain the MAC address and RSSI of nearby

Wi-Fi and upload it through LoRaWAN. The application server resolves the location according to the

global Wi-Fi location service (such as Google Geolocation API) to obtain the final location.

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3. Bluetooth

The Tracker T1000 scans the MAC address and RSSI of nearby Bluetooth beacons and uploads

them through LoRa. The application server needs to calculate the real geographical location based

on the MAC address and signal strength (RSSI) of the Bluetooth beacons.

2.2.2 LoRaWAN Network

There are already many large LoRaWAN network providers around the world whose base stations

already fully cover many cities and regions, so the tracker can run on these large LoRaWAN

networks.

Such as Helium, The Things Network, Actility, Loriot, Senet, Everynet, KPN etc.

(Helium Network)

If you want to deploy your own private network, you can also purchase a gateway. SenseCAP offers

cost-effective indoor and outdoor gateways.

⚫SenseCAP Outdoor Gateway

⚫SenseCAP Indoor Gateway

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2.2.3 Application

SenseCAP provides the SenseCAP Mate App and SenseCAP Portal, which are mainly used as

device settings and basic functions for users to quickly experience the basic functions of the Tracker.

We also provide App and platform customization services. Please refer to the last chapter and

contact our team.

2.3 Main Function

2.3.1 Work Mode

The Tracker can run different modes in different scenarios.

Work Mode

Description

Scene

Standby Mode

Only heartbeat packets are

uploaded, just includes battery info.

The location can be obtained using

the LoRa downlink command.

If you needto locate the device for a

long time and the device can run for a

long time before beingcharged, the

cloud platform can issue a location

request command to locate the device.

Periodic Mode

Set aninterval at which the device

periodically uploads location and

sensor data.

This mode is recommended for most

scenarios.

Event Mode

Adjust the upload interval according

to the temperature, light and

acceleration sensor of the tracker,

including temperature event, light

event, motion event, motionless

timeout, and shock event.

It can be used in complex scenarios,

such as monitoring the transportation of

important items. But the power

consumption increases a lot.

2.3.2 Sensor Description

You can choose whether to use these sensors:

1) Turn off all sensors, but you can also choose a version without sensor to reduce costs.

2) Only the temperature and light sensors are enabled to monitor data periodically with low power

consumption.

3) When temperature, illumination and accelerometer are used as trigger conditions, the sensor

will always be powered, and the device consumes a lot of power.

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Sensor

Description

Temperature

This is an onboard independent temperature sensor with an accuracy of ±0.5~1℃.

It should be noted that there may be some temperature measurement delay here,

because it is separated from theshell.

Light

The light sensor is not the actual lumen value monitored, but a percentageof the

light from dark to amount. Mainly can be used for anti-demolitionmonitoring and

some light sensitive monitoring.

3-Axis

Accelerometer

By setting the value of acceleration, motion event and shock event are triggered.

2.3.3 Data Cache

The device can cache data, which can be enabled through Bluetooth configuration by opening

"GNSS Data Cache". The device uploads confirmation packets. When the LoRaWAN signal

coverage is weak or there is no network coverage, the device cannot receive an ack when

uploading data. In this case, the data will be saved and entered the next cycle. When the device

successfully uploads data at some point, it will send offline data. The maximum number of data that

can be cached is 1000.

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3.How to Operate the Button

Actions

Description

LED Status

Buzzer

Press button and

hold for 3 seconds

If the tracker is powered off, press

and hold the button for 3 seconds to

turn it on. The Bluetooth pairing will

be activated automatically, and the

user can use the appto scan and

connect.

The LED flashes

once a second.

Melody of rise

If the device is powered on, press

and hold the button for 3 seconds to

activate Bluetooth pairing.

The LED flashes

once a second.

None

Press button and

hold for 9 seconds

Power off.

None

Melody of descent

Join LoRa network

After exiting the Bluetooth settings,

try to join the LoRaWAN network.

The breathing light

flashes when trying

to access the

network, and flashes

quickly if the network

is successfully joined

A quick and

cheerful melody

when the network

is successfully

joined

Press once

Get location/sensor data, upload

data, and trigger the "Press once"

event immediately.

The LED is bright for

2 seconds

A sound will beep

when the data is

uploaded

successfully.

If Bluetooth pairing is turned on,

press once can be turned off

Bluetooth.

The LED will off

None

Press twice

continuously

If the SOS is set to single-shot

mode, double-clicking the button will

activate the single-shot SOS mode

and upload the location/sensor data

and SOS events once.

Twinkle with the

sound

3 seconds of

alarm sound

If the SOS is set to continuous

mode, double-click the button to

activate the continuous SOS mode.

The location, sensor data, and SOS

events will be uploaded once every

minute, and the mode will

automatically end after 30 times.

Twinkle with the

sound

A constant alarm

sound

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Double-click twice to exit SOS

mode

None

Note:

1. Power off is recommended when not deployed.

2. When first turned on, it isrecommended to go to outdoors, and the GPS needs to update

the time via satellite.

2. If the frequency band does not matchthe gateway frequency, thetracker cannotjoin the

network.

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4.How to Configure via Bluetooth

4.1 Download SenseCAP Mate App

As a tool, SenseCAP Mate App is used to config LoRa parameters,interval, bind devices to your account

and check device basic information. You can download App from

https://install.appcenter.ms/orgs/seeed/apps/sensecap-mate/distribution_groups/public

1) For iOS, please search for “SenseCAP Mate” in the App Store and download it.

2) For Android, please search for “SenseCAP Mate” in the Google Store and download it.

4.2 Quick Start with SenseCAP Server

1) Add Device via scanning QR code.

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2) Press the tracker’s button for 3 seconds, and select device by SN. For quick start, you can

select quick config the basic parameters, if you want to set more parameters, please select

“Advanced Configuration”.

3) Select the frequency, it is same to your gateway. Set the Uplink interval, work mode default is

“Periodic Mode”, you can set other mode via “Device Bluetooth Configuration” on “User” page.

4) Tracker will try to join LoRaWAN network, the breathing light flashes when trying to join the network,

and flashes quickly if the network is successfully joined with a quick and cheerful melody.

4.3 Setting the Tracker Parameters through the App

4.3.1 Bluetooth Pairing

1) Press button and hold for 3 seconds to turn it on, then turn on the Bluetooth pairing automatically,

user can use the appto scan and connect.

2) Open the App and click the “Tracker T1000”. Select the “Setup” to config the tracker.

3) Select the device by S/N (S/N is on the label of the device). Then, the basic information of the sensor

will be displayed after entering.

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4.3.2 Test the Sensor

Click the “Measure”, it will read the sensor value:

Temperature

Range: -20 to 60℃; Accuracy: ±1℃(min 0.5℃, max 1℃);

Resolution: 0.1℃

Light

0 to 100%, (0% is dark, 100% is brightest)

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4.3.3 Set the LoRa Parameters

Trackers are manufactured to support universal frequency plan from 863MHz ~928MHz in one SKU.

Every single device can support 7 frequency plans.

Parameters

Description

Platform

SenseCAP for The Things Network

Default platform.

It must be used with SenseCAP

Gateway. SenseCAP builds a

proprietary TTN server that enables

sensors to be used out of the box

when paired with an SenseCAP

gateway.

⚫SenseCAP Outdoor Gateway

⚫SenseCAP Indoor Gateway

SenseCAP for Helium

When there is the Helium network

coverage, data can upload via

Helium. Devices run on a private

Helium console of SenseCAP.

Users do not need to create devices

on Helium console, out of the box

with SenseCAP Mate App and

Portal.

Helium coverage:

https://explorer.helium.com/

Helium

Connect device to your public

Helium console.

The Things Network

Connect device to your TTN(TTS)

server.

Other Platform

Other LoRaWAN Network Server.

Frequency Plan

EU868 / US915 / AU915 / KR920 / IN865

/ AS923-1 / AS923-2 / AS923-3 / AS923-4

Default EU868

Packet Policy

LoRaWAN use confirm packet.

LoRaWAN ADR

Default open.

LoRaWAN parameters, default open

is recommended.

Restore LoRa

Configuration

When “Platform” switches back to

SenseCAP from another platform, LoRa

parameters (EUI/App EUI/ App Key etc.)

You can use this function when you

need to restore LoRa parametersto

factory defaults.

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need to be restored.

4.3.4 Explanation of Frequency Plan and EUI

The sensor supports two network accessmodes, OTAA by default.

Parameter

Description

OTAA (default)

Over The Air Activation, it joins the network through Device EUI,

App EUI, and AppKey.

ABP

Activation By Personalization, it joins the network through

DevAddr, NwkSkey, and AppSkey.

The device uses OTAA to join the LoRaWAN network by default. So, it can set the device EUI, App EUI

and App Key.

Parameter

Type

Device EUI

16, hexadecimal from 0 ~ F

App EUI

16, hexadecimal from 0 ~ F

App Key

32, hexadecimal from 0 ~ F

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Frequency

Common

Name

Sub-band

EU863-870

EU868

--------

US902-928

US915

Sub band from 1to 8(default sub-band 2)

AU915-928

AU915

Sub band from 1to 8(default sub-band 2)

KR920-923

KR920

--------

IN865-867

IN865

--------

AS923

AS923-1

Frequency plan for Helium

AS923-2

AS923-3

AS923-4

RU864-867

RU864

--------

Note1:

Different countries and LoRaWAN network servers use different frequencyplans.

For Helium network, please refer to:

https://docs.helium.com/lorawan-on-helium/frequency-plans

For The Things Network, please refer to:

https://www.thethingsnetwork.org/docs/lorawan/frequency-plans/

Note2:

1) When using the SenseCAP platform, the EUI, APPEUI and APP Key are fixed and are

the same as the sensor label.

2) When the sensor is selected to be used with a public platform such as Helium or TTN, the

EUI will not change, andthe sensor will generate a new fixed App EUI and App Key for

network access.

3) To obtain EUI information in batches, please contact our sales team.

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4.3.5 Setting the Work Mode

Parameters

Description

Heartbeat Interval

If the tracker does not upload any data for

a certain period of time, the heartbeat

packet will be triggered.

Default 720 minutes.

Enable

Temp&Light

If this switch is turned on, temperature

and light will be collected and uploaded,

but it will increase power consumption.

Off by default.

SOS Report Mode

Single

If SOS is set to single mode, double-

clicking the button will enable the

single-shot SOS mode and upload

the location/sensor data and SOS

events once

Continuous

Default use continuous.

If SOS is set to continuous mode,

double-click the button to open the

continuous mode of SOS, and

upload location, sensor data and

SOS events once in 1 minute, and

automatically end after 30 times

Work Mode

Standby Mode

The device goes to sleep and

uploads heartbeat according to

heartbeat interval.

Periodic Mode

Location and sensor data are

uploaded according to the upload

interval.

Event Mode

Set threshold trigger conditions

according to measured values such

as temperature, light, and

movement, and adjust the upload

interval after trigger.

Uplink Interval

(min) –Periodic

Mode

Periodically locate and upload data.

Default 60 minutes.

The higher the frequency, the higher

the power consumption.

Restore All

Settings

Restore all configuration parameters to

factory Settings, includes LoRa, Work

Mode and Geolocation.

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Event Mode

Description

Uplink Interval –

Non-event (min)

This is the upload interval when no events

are triggered.

Default 60 minutes.

Range: 1~10080 min.

Shock Event

When the shock event is enabled, the

shock of the tracker will trigger a data

report, including the vibration event,

location, and sensor data.

Off by default.

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