Final configuration is confirmed in the quotation.
LoRaWAN Water Leak Sensor
LoRaWAN water leak sensor with a remote probe and periodic or event-driven reporting for pump rooms, equipment spaces and distributed facilities.
Start with the information you have. Exact model, interface and certificates are confirmed in writing before order.
Image details
Representative LoRaWAN water-leak node visual derived from a reviewed exact-model reference and independently de-identified. It is not the final ordered-model photograph; regional frequency, hardware revision, probe and cable, reporting interval, battery, enclosure and markings are confirmed in the quotation.
Related solution: Water Monitoring
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
- Detection
- Water leak through a remote probe
- Reporting
- Periodic status and leak events
- Communication
- LoRaWAN; regional frequency plan confirmed before quotation
- Power
- 2 × AAA batteries
- Operating temperature
- Confirmed against the selected hardware revision; reviewed source records differ
- Application
- Pump rooms, equipment spaces and distributed facilities
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.
Confirm the leak path and LoRaWAN coverage before deployment
The reviewed evidence supports a battery-powered LoRaWAN node with a remote water-leak probe and both periodic and event-driven reporting.
- Place the probe where the first water is expected to collect, not simply beside the nearest wall or controller.
- Keep the radio enclosure accessible and away from routine washdown, impact and metal shielding that can reduce radio performance.
- Confirm the regional frequency plan, gateway coverage, network server and payload handling before the pilot.
Show 2 more reviewed selection notes
Model-selection reference
Water & Utilities 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
- Water leak and immersion detection
- SG-coded options
- 18
- PDF pages
- 11
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
- Confirm the LoRaWAN regional frequency plan and network server before selecting the radio variant.
- Mark each leak zone and show where the probe can touch the floor without being damaged by normal cleaning or maintenance.
- Define the normal status interval, leak-event alarm route and expected response so battery and network settings can be reviewed.
- State the minimum and maximum site temperature so the correct operating-temperature variant can be confirmed.
Compatible with
- LoRaWAN gateways and network servers using the regional frequency plan selected for the destination country
- Pump rooms, mechanical spaces, cabinets and distributed facilities where a remote point probe can be placed at the likely leak path
- Customer alarm workflows that consume periodic status and leak-event messages from the upstream LoRaWAN platform
- Battery-powered monitoring points where local power and autonomous shutoff are outside the sensor scope
Typical package
- Battery-powered LoRaWAN sensor node
- Remote point leak probe and project-confirmed lead arrangement
- LoRaWAN gateway or existing network coverage confirmed for the installation area
- Network-server payload mapping and alarm destination supplied by the customer or integrator
- Pilot check covering probe placement, dry-state reporting, wet-event reporting and restoration
Applications
Use this node for point leak detection where a remote probe can sit at the expected water path while the radio enclosure remains in a practical mounting position. It reports routine status and leak events through LoRaWAN; gateway coverage, regional frequency, reporting behavior and alarm handling are confirmed before the pilot.
- Pump-room floors and valve areas where a local leak should be reported before routine inspection
- Mechanical rooms, equipment cabinets and raised-floor zones with a defined water path
- Distributed facilities that already have LoRaWAN coverage or can share a site gateway
- Leak-alert projects that need monitoring only, with shutoff logic handled by a separate reviewed control system
What to include in your quote request
- Target country and LoRaWAN frequency plan
- Number of leak zones and probe locations
- Network server or gateway
- Reporting interval and alarm destination
- Site temperature range, quantity and project stage
Related selection guides
Related resources
LoRaWAN Water Tank and Wastewater Monitoring
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Frequently asked questions
Does this sensor close a valve automatically?
No. The reviewed device detects water at its remote probe and reports status or leak events through LoRaWAN. Any automatic shutoff requires a separately reviewed controller, valve, interlock and fail-safe design.
What must be confirmed before choosing the LoRaWAN version?
Confirm the destination country, regional frequency plan, gateway coverage, network server, payload mapping, reporting interval and alarm destination. These items determine whether the node will work with the intended LoRaWAN deployment.
Why is one fixed operating-temperature range not published?
The reviewed supplier records contain two different temperature ranges. SunGene therefore confirms the final hardware revision and applicable rating in the quotation instead of presenting one unqualified value.
What should I provide when requesting a quote for the LoRaWAN Water Leak Sensor?
Target country and LoRaWAN frequency plan; Number of leak zones and probe locations; Network server or gateway; Reporting interval and alarm destination
Where can I compare available model options?
Open the Water & Utilities 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 gateways and network servers using the regional frequency plan selected for the destination country, Pump rooms, mechanical spaces, cabinets and distributed facilities where a remote point probe can be placed at the likely leak path, Customer alarm workflows that consume periodic status and leak-event messages from the upstream LoRaWAN platform.