SenseCAP T1000 LoRaWAN Tracker Video User Guide
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- Опубликовано: 27 июл 2024
- SenseCAP T1000 is a card-size LoRaWAN® tracker utilizing GNSS/Wi-Fi/Bluetooth for outdoor and indoor location tracking. It boasts self-geo-adaptive capabilities, local data storage, and battery life for months. It's equipped with temperature, light, and motion sensors, making it ideal for a variety of applications for location & status monitoring. In this video user guide, you'll be walked through to get started with the SenseCAP T1000 step by step, and explore the how to configure and trouble shoot too.
Timeframe of this user guide：
01:06 - [Basic Configuration]-Download App and register account
02:03 - [Basic Configuration]-Register New device and quick configuration
04:13 - [Advanced Configuration]-LoRaWAN Platform explained
06:17 - [Advanced Configuration]-Work mode
08:56 - [Advanced Configuration]-Positioning methods
12:56 - [Product Tips]-Buttons interaction
14:05 - [Product Tips]-Update firmware
15:18 - [Product Tips]-Web portal intro
15:57 - [Troubleshooting]-No GPS location
17:31 - [Troubleshooting]-Force a restart
Learn more about SenseCAP T1000: www.seeedstudio.com/sensecap-...
Currently, the product is available for order from both our official store and our distributors' store. Learn more here: www.seeedstudio.com/blog/2023...
#SenseCAP #IoT #LoRaWAN #GPSTracking #AssetTracking #personnelmanagement #LoRaWANGPSTracker #SenseCAPT1000 #gpstrackers 
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Of what use are the mac addresses for geolocation. They're just a bunch of numbers.
If I use the “other network” rather than “Sensecap for the things network” I don’t get a beep after configuring the device even though I can use Chirpstack on the M2 Multiplatform. Plus whenever I hit “measure” on the device I only ever get 0% light. The sensors are off normally.
I just used a really bright torch on it and the light changed to 100%. It seems like it needs really large amounts of light. Can I adjust the sensitivity?
Hi if we use an alternative LoRaWAN network server, then can be see the decoded payloads on our Application server tied to our LNS? Do you provide the payload decoder? Or can the decoded payload data be only seen on your mobile application?
Something not covered in this video nor anywhere else (I believe?)is the motion event in the event mode. The value in Mg does not mean anything to me. How can we set the right value?
I thought this device had gnss so can it not track via gnss instead of Lora?
Yes, the tracker comes with GNSS as one of the positioning methods along with BLE and Wi-Fi. However, all the coordinations collected by the tracker (no matter with GNSS, BLE or Wi-Fi), will send to LoRaWAN Gateway via LoRa protocol. LoRa is only for data transmission, while the GNSS/BLE/WiFi are for positioning.
Can this device or another send location coordinates at a minimum rate of 1 per second instead of 1 per minute
Can we make helium with this tracker?
Yes, the tracker is compatible with all LoRaWAN networks, including Helium network. You can send the data from the tracker to the cloud via Helium Network.
This device does not track via satellite. I drove for 1 hour and only 4 pings were logged.
Hi Edward,
Thank you for bringing this issue to our attention. I understand your concern about the limited number of pins logged during your one-hour drive. Allow me to explain a few factors that may have contributed to this situation:
LoRaWAN Network Coverage: The availability of network coverage in the area you drove through can impact the tracker's ability to send out location data collected with GNSS. If there are areas without network coverage, the tracker may store the data while disconnected and upload it once it regains coverage at the same frequency as the uplink interval. It may take some time for all the stored data to be uploaded.
Uplink Interval: The number of location pins logged during your drive depends on the uplink interval you have set. In an ideal situation with full LoRaWAN network coverage and unobstructed satellite signals, a 10-minute interval would result in approximately six location pins being logged during a one-hour drive.
Deployment and Signal Reception: It's important to consider the placement of the tracker. If the tracker was placed inside your car with all windows closed, it may affect its ability to receive signals from the satellite, and this will lead to limited location pins logged on the map.
Positioning Method: When configuring the tracker, we recommend selecting the "GNSS Only" positioning method for outdoor scenarios. This setting allows the tracker to solely rely on GNSS for location data, enhancing its ability to receive satellite signals (although it may result in higher power consumption).
Weather Conditions: It's worth noting that some weather conditions (eg. thick cloud cover, heavy rain, storms, dense fog) can also affect the tracker's ability to receive signals from the satellite.
To assist you better, could you please provide information about the mode your tracker was in during your drive and the specific uplink interval you set? This will help us further investigate and provide you with appropriate support.Thank you for your patience and cooperation.
its a shame that you still need a subscription to view everything online
Hi there, our Portal and SenseCAP Mate App offer a free trial of 90 days for every SenseCAP T1000 Tracker to view the tracker data on our platforms. Subscription is the sustainable way we make these services available for global users. :)