Wireless Barometric Pressure Sensor - LoRaWAN®
The Seeed Studio SenseCAP Wireless Barometric Pressure Sensor measures atmospheric pressure, featuring high-precision, stability, and high EMC robustness. It’s designed with an air pressure sensor, a custom battery, and an industry-grade enclosure, optimized for outdoor use cases that need reliable data collected over years. The collected data is sent over the LoRaWAN® network for further processing and decision making.
About this device
The Seeed Studio SenseCAP Wireless Barometric Pressure Sensor measures atmospheric pressure, featuring high-precision, stability, and high EMC robustness. It’s designed with an air pressure sensor, a custom battery, and an industry-grade enclosure, optimized for outdoor use cases that need reliable data collected over years. The collected data is sent over the LoRaWAN® network for further processing and decision making.
The Wireless Barometric Pressure Sensor - LoRaWAN® supports 4 regional frequency plans and operates as a Class A LoRaWAN device. A payload codec is published in the repository, so uplinks are decoded automatically when you onboard it to The Things Stack.
Key features
- Sensors: barometer.
- LoRa Alliance certified, verified interoperability with The Things Stack and other LoRaWAN network servers.
- Payload codec included, uplink decoder ready for one-click activation.
- 4 frequency plans supported: AS923, AU915-928, EU863-870, US902-928.
- Battery powered (Lithium Thionyl Chloride (non-rechargeable)), user replaceable.
Vendor
At a glance
Hardware specifications
| Model ID | sensecap-pressure |
| Dimensions | 173 × 56 × 56 mm |
| Weight | 237 g |
| IP rating | IP66 |
| Operating temperature | -40 °C to 85 °C |
| Relative humidity | 0% to 1% |
| Power | Battery — Lithium Thionyl Chloride (non-rechargeable), replaceable |
Sensors & capabilities
Certifications & compliance
| Safety | 62368-1 — IEC |
| Radio equipment | 301 489-1 (2.2.3) — ETSI |
| Radio equipment | 301 489-3 (2.1.1) — ETSI |
Standards
Network profiles
Capabilities are defined per firmware version and frequency plan, exactly as published in the repository.
Firmware 3.4
| Frequency plan | MAC | Reg. params | Class | Join | Max EIRP | Certified |
| AS923 | 1.0.2 | RP001-1.0.2-RevB | A | OTAA | 16 dBm | ✓ Yes |
| AU915-928 | 1.0.2 | RP001-1.0.2-RevB | A | OTAA | 16 dBm | ✓ Yes |
| EU863-870 | 1.0.2 | RP001-1.0.2-RevB | A | OTAA | 16 dBm | ✓ Yes |
| US902-928 | 1.0.2 | RP001-1.0.2-RevB | A | OTAA | 16 dBm | ✓ Yes |
Frequency plan coverage
Live decoder playground
Decode any hex payload client-side with the device's published codec, the exact code The Things Stack runs.
// pick an example or paste a payload, then Decode
Example uplink from The Things Stack
The full JSON message your application receives via MQTT or webhook when this device sends the payload above, raw bytes, decoded fields and radio metadata included.
// decode a payload above to see the full envelope
Codec source
// loading codec…
Add to The Things Stack
Manual setup
Create an application
In The Things Stack console, go to Applications → Create application and pick a unique application ID.
Register an end device
Choose From the LoRaWAN Device Repository and search for “Wireless Barometric Pressure Sensor - LoRaWAN®”. Select your firmware version and frequency plan.
Enter device credentials
Provide the DevEUI, JoinEUI and AppKey printed on the device label or QR code.
Power on & verify uplinks
Within a few minutes you'll see the join request and decoded uplinks in the Live data tab.