Peel. Attach. Activate.
Adhesive mounting and buttonless rip activation simplify installation. Follow the recommended placement procedure for your application.
NANOTAG / NANO.TMP
A lighter way
to stay informed.
Temperature monitoring in a 6.5 g tag.
A slim, adhesive-backed sensor with tear-off activation, designed to send temperature readings over LoRaWAN to the Thermologix management platform.
NanoTag product image · supplied brochureSMALL FORMAT. CONNECTED THINKING.
Designed to go
where temperature matters.
Low-power, long-range.
LoRaWAN carries device readings to the platform. Site conditions, gateways and network coverage determine connectivity.
Visibility beyond the tag.
Review readings, manage multiple devices, set notifications and download reports through ThermoCloud.
TECHNICAL DETAILS
Know the sensor.
Plan the deployment.
Specifications from the supplied NANO.TMP product material. Confirm the current device revision, coverage and application requirements when ordering.
Download product brochure ↗- Model
- NANO.TMP
- Measurement range
- −30°C to +60°C
- Dimensions
- 130 × 95 × 1.5 mm
- Weight
- 6.5 g
- Connectivity
- LoRaWAN
- Sampling
- 10-minute default; new brochure describes over-the-air configuration. Confirm device support.
- Battery
- LiMnO₂; published materials state up to 1.5–2 years, depending on revision and reporting configuration
- Memory
- Non-volatile flash; 2,000-sample rolling buffer
- Housing
- Water- and dirt-resistant, food-grade packaging
- Mounting
- 3M adhesive backing with release liner
- Activation
- Buttonless rip sensor
- Temperature accuracy
- Detailed sheet: ±1°C from −30°C to 40°C; ±0.5°C from 40°C to 60°C. New overview lists 0.5°C; confirm current calibration specification.
DEPLOYMENT CONSIDERATIONS
Get the right fit from the start.
Confirm network coverage
Assess LoRaWAN availability, gateway needs and obstacles before selecting installation locations.
Agree on thresholds
Choose limits that match the goods, environment and operating procedures you need to monitor.
Check validation needs
Discuss calibration certificates, required accuracy and sector-specific evidence before purchasing.
HOW THE SYSTEM WORKS
Sense locally.
Connect intelligently.
NanoTag sends temperature readings through LoRaWAN gateways to the Thermologix backend. The platform turns those readings into graphs, events, reports and app notifications.
01 / NanoTag
Install near the point you need to measure. Activate using the tear-off strip. The sensor takes readings at the configured interval.
The wireless connection.
Nearby gateways receive sensor transmissions. Coverage must be assessed for each site or route; the brochure describes network expansion where there is sufficient demand.
From packets to useful data.
In a standard LoRaWAN deployment, a network server handles gateway traffic before data reaches the application backend. Thermologix’s brochure identifies its backend as the layer that interprets data and creates events, alerts and reports.
See. Review. Respond.
Manage devices, review temperature data and receive push notifications about possible excursions. Your team decides how to respond using its operating procedures.
A QR code connects identity.
Scanning adds the device to the app. Temperature telemetry travels via LoRaWAN, rather than through the QR code or a continuous phone connection.
Memory supports continuity.
The brochures describe backup memory, with a 2,000-sample rolling buffer in the detailed sheet. Confirm how stored readings are retrieved after an outage; automatic backfill is not specified.
Notifications need connectivity.
The backend generates events and sends app notifications. Fresh readings and alerts depend on device reporting, network coverage and platform availability.
YOUR NEXT STEP
Let’s make temperature
one less uncertainty.
Tell us what you monitor. We’ll help you plan the right deployment.