Final configuration is confirmed in the quotation.
LoRaWAN Vibration Monitoring Node
Battery-powered LoRaWAN monitoring node with an external three-axis acceleration probe and built-in ambient temperature and humidity sensing.
Start with the information you have. Exact model, interface and certificates are confirmed in writing before order.
Image details
Representative LoRaWAN vibration-node visual derived from an exact-model reference and independently de-identified. It is not the final ordered-model photograph; radio region, probe mounting, payload, reporting interval, enclosure details and alert use are confirmed in the quotation.
Related solution: Machine Runtime and Condition Data Hardware
Where the hardware sits in the monitoring path
A planning view, not a fixed bundle. Signal type, protocol, power, network and the customer endpoint are confirmed before quotation.
Customer system
SCADA, BMS or customer-owned platform
Specifications
- Wireless link
- LoRaWAN
- Vibration input
- External three-axis acceleration probe
- Built-in temperature
- -40 to +80 °C; typical ±0.3 °C
- Built-in humidity
- 0–96% RH; typical ±3% RH
- Battery
- 2400 mAh Li-SOCl2
- Project boundary
- Mounting, payload, reporting interval and alarm use confirmed before quotation
How the model is selected
The written quotation ties the site requirement to one reviewed hardware configuration.
Site requirement
Application, medium, mounting and environment
Hardware configuration
Signal, protocol, power and enclosure
Quote confirmation
Model, quantity, certificates and delivery
Remote integration context
Representative site context. Sensors, interfaces, enclosure, power and mounting are confirmed against the actual project before quotation.
Model-selection reference
Industrial Monitoring Hardware Catalog
Use this audited section to compare available hardware configurations. The representative website image is not an exact model photograph; the ordered configuration is confirmed in the quotation.
- Catalog section
- Vibration and non-contact temperature monitoring
- SG-coded options
- 10
- PDF pages
- 11–12
Continue product selection
Compare adjacent hardware families for the same monitoring path. The final combination is checked against the project I/O, protocol, power and enclosure requirements.
How to choose
- Use this node when the project needs LoRaWAN vibration-state reporting from an external three-axis acceleration probe, with ambient temperature and humidity as supporting context.
- Do not treat this node as an ISO vibration-severity instrument or assume it supplies RMS velocity, spectrum, raw waveform or bearing diagnosis. Those needs require a specialist sensor and acquisition path.
- Document the asset, mounting point, machine speed, normal operating states and the maintenance action expected from an alert.
- Confirm the LoRaWAN regional plan, gateway coverage, payload fields, reporting behavior and customer network-server path before the pilot.
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Compatible with
- LoRaWAN gateway
- Customer network server or IoT platform
- Split-core current sensor for run-state context
- Mounting accessory selected for the asset
Typical package
- LoRaWAN monitoring node with external three-axis acceleration probe
- 2400 mAh Li-SOCl2 battery
- Asset-appropriate probe mounting accessory
- Compatible LoRaWAN gateway and network-server path
- Reviewed payload, reporting and alarm notes for the pilot
Applications
Use this node when a pump, fan, motor or similar asset needs remote vibration-state reporting over LoRaWAN. The external three-axis acceleration probe is mounted on the target asset, while the built-in temperature and humidity readings describe the node environment. Payload fields, reporting behavior and alert thresholds are validated during the pilot.
- Remote vibration-state observation for pumps, fans, motors and similar equipment
- LoRaWAN pilot projects where wired backhaul is impractical
- Vibration context combined with the node’s built-in ambient temperature and humidity readings
- Maintenance alerts only after the payload, reporting behavior and thresholds are validated on the target asset
What to include in your quote request
- Asset type, quantity, speed and normal operating states
- Expected maintenance action and required vibration output or alert behavior
- Probe mounting point, surface, orientation and cable routing
- Target country, LoRaWAN regional plan, gateway coverage and network server
- Required payload fields, reporting interval, pilot duration and acceptance test
Related selection guides
Related resources
Frequently asked questions
How does this vibration node send data?
The reviewed node uses LoRaWAN. A compatible gateway forwards the payload to the customer’s network server or IoT platform. The regional plan, gateway coverage, payload fields and reporting behavior are confirmed for the pilot.
Does it provide ISO vibration severity, RMS velocity or spectrum data?
Those outputs are not claimed for this reviewed node. It is positioned for project-validated vibration-state reporting from its external three-axis acceleration probe. Applications that require ISO severity, RMS velocity, spectrum, raw waveform or bearing diagnosis need a separately verified specialist sensor and acquisition path.
What do the built-in temperature and humidity readings represent?
The built-in sensor measures the node’s ambient environment: temperature from -40 to +80 °C with typical ±0.3 °C accuracy, and humidity from 0–96% RH with typical ±3% RH accuracy. These readings are not bearing or machine-surface temperature, and the temperature range is not presented as an enclosure operating rating.
What should I provide when requesting a quote for the LoRaWAN Vibration Monitoring Node?
Asset type, quantity, speed and normal operating states; Expected maintenance action and required vibration output or alert behavior; Probe mounting point, surface, orientation and cable routing; Target country, LoRaWAN regional plan, gateway coverage and network server
Where can I compare available model options?
Open the Industrial Monitoring Hardware Catalog linked on this page. It lists audited SG-coded selections; the ordered configuration is confirmed in the quotation.
Will it work with my existing system?
Compatibility is reviewed against your field signals, protocols and upstream platform. Typical pairings include LoRaWAN gateway, Customer network server or IoT platform, Split-core current sensor for run-state context.