Gateway, field nodes, antennas, enclosures and data-handoff planning for private LoRaWAN sensor networks.
Built for distributors and system integrators who need the radio plan, gateway placement, sensor enclosure, backhaul and payload path reviewed before a field pilot.
Tell us the country, what you need to measure, and any existing equipment, power or network. Send the details you know. We check suitable equipment and ask for any information still needed to quote a sample or pilot.
1. Purpose
Plan the outdoor LoRaWAN gateway, sensor nodes and enclosure as one field package.
2. Suitable sites
Outdoor or cabinet-mounted sensor networks that need weather protection and a radio plan.
3. What to send
Tell us the country, what needs measuring and approximate sensor count. A site map or photos can help us confirm the kit and pilot scope.
Gateway selection
The radio region, enclosure, connectors, antenna and mounting package are confirmed in the quotation.
Review gateway selection detailsCompare the options
An outdoor LoRaWAN enclosure must accommodate the equipment, cable entries, antenna arrangement and service access. Start by deciding whether you need an empty housing, protection for a sensor node, or a complete gateway package.
Field sensor
Node + enclosure
LoRaWAN gateway
Network + application
You already have the electronics and need a suitable outdoor enclosure.
Check before selection
Internal dimensions, mounting plate, cable bend space, glands and service access. An empty-box rating does not certify the finished assembly.
Protect a compatible node, interface and power source near the measurement point.
Check before selection
Sensor exposure, cable entries, condensation and antenna location. A metal box can obstruct radio signals; review the antenna arrangement.
Plan gateway, power, antenna and backhaul together for a remote site.
Check before selection
Heat dissipation, surge protection, grounding, regional radio plan and maintenance access. Check outdoor suitability for the complete configuration.
Ingress protection, UV resistance, corrosion resistance and operating temperature are separate checks. Request the selected enclosure datasheet and evidence for the assembled configuration; no universal IP rating is promised for this kit.
Field installation planning
Before choosing a box, check cable entries, condensation, antenna placement and access for the next service visit.
Read the guide
Commissioning guide
Follow one uplink from the field device to the screen before replacing hardware or changing the whole network.
Read the guideIs this the right LoRaWAN kit?
Use this kit when you need a LoRaWAN gateway, field sensor nodes and installation hardware selected as one deployable path. It is especially relevant when sensors sit outdoors, inside metal cabinets or at remote water, agriculture, utility or facility sites.
Connecting field equipment
Illustration: remote-monitoring integration with field enclosure, gateway, power and industrial equipment.
Review coverage, equipment identity and the path into your chosen platform.
Read the guideSize field power around the final equipment load, seasonal sunlight and visit interval.
Read the guideIndoor shelter, rain, washdown, temporary immersion, condensation, corrosion and service access determine the enclosure and cable-entry requirements.
Country, regional frequency plan, node positions, obstructions, mounting height and antenna location determine the radio variant and pilot coverage plan.
Ethernet, Wi-Fi or cellular backhaul plus PoE, DC or field power must be checked at the intended gateway location.
Network-server ownership, device onboarding, payload fields, reporting interval and customer-platform endpoint must be agreed before the pilot is configured.
Example equipment arrangement. Check compatibility and agree who handles software, PLC/SCADA programming and site installation.
Data destination
Customer platform or an agreed third-party service
Path 1
Best for: Warehouses, plant rooms and covered facilities with an indoor gateway location.
Path 2
Best for: Water, agriculture, utility and environmental sites exposed to weather.
Related hardware
The exact model, interface, enclosure and certificates are confirmed against the project before quotation.
IP65 outdoor multi-channel LoRaWAN gateway with Ethernet / Wi-Fi, 802.3af PoE, secure MQTT and optional cellular backhaul for distributed sensor networks.
Battery-powered LoRaWAN temperature and humidity logger with built-in flash, BLE 5.0 setup, selectable regional bands and ±0.2 °C temperature accuracy over 0 to 60 °C.
LoRaWAN water leak sensor with a remote probe and periodic or event-driven reporting for pump rooms, equipment spaces and distributed facilities.
Outdoor enclosure integration for an RTU, gateway, power and field terminals. Material, dimensions, ingress target, thermal load, cable entries, protection, grounding and mounting are engineered from the actual bill of materials and site conditions.
Field power package with a 60 W solar panel and IP67 12/24 V, 10 A controller for remote monitoring nodes; battery is selected and purchased locally.
An outdoor monitoring station
Illustration: outdoor monitoring station with weather sensor, solar supply, enclosure and field probe.
Product-family photos; the model and enclosure may vary.
Choose the enclosure from the actual exposure and the selected hardware. Rain or water jets, temporary immersion, condensation, cable entries, service access and corrosion are different conditions. The final protection claim must match the exact enclosure and IEC 60529 test scope.
A metal enclosure can attenuate the radio path. Plan an external antenna or an approved RF-transparent arrangement, then confirm connector type, feedthrough, cable loss, grounding and mounting before the field pilot.
No single network server is assumed. Provide the intended network server and onboarding method so gateway packet forwarding, device profiles, payload decoding and customer-platform handoff can be checked.
Start with the country, what needs measuring and the approximate node count. A site map or photos help if available. We then confirm the regional plan, field exposure, power, reporting interval, network server and customer application before proposing the kit and pilot scope.
The complete path also needs compatible nodes, gateway backhaul, a network server, payload decoding and a receiving application. Some functions may share one host, but their configuration and ownership still need to be agreed. Test actual decoded readings at the customer application before rollout.
LoRaWAN hardware and integration-document supply for pilots and recurring channel programs.
