Industrial Outdoor LoRaWAN Gateway

The Industrial Outdoor LoRaWAN Gateway is designed for building reliable LoRaWAN networks in outdoor and industrial IoT environments. With an IP67 / NEMA-6 industrial enclosure, flexible backhaul options, and dual LoRa concentrators, it provides stable wireless access for smart metering, smart city, industrial monitoring, and utility IoT applications.

The gateway supports Ethernet, Wi-Fi, and LTE backhaul, allowing system integrators and utilities to deploy LoRaWAN networks in different field environments. It can be powered by PoE, DC 12V, or solar power, making it suitable for both fixed infrastructure and remote outdoor sites.

Key Features

• Industrial outdoor LoRaWAN gateway for IoT network deployment
• IP67 / NEMA-6 enclosure with cable glands
• Dual LoRa concentrators supporting up to 16 channels
• Supports PoE 802.3af with surge protection
• Flexible backhaul via Ethernet, Wi-Fi, and LTE
• Built-in GPS support
• DC 12V power input support
• Optional solar power supply with electricity monitoring
• Internal antennas for Wi-Fi, GPS, and LTE
• External antenna design for LoRa communication
• Optional Dying-Gasp function
• Suitable for long-range LoRaWAN device access
• Designed for harsh outdoor and industrial deployment

Applications

• LoRaWAN smart metering networks
• Smart water and gas meter reading systems
• Smart city IoT infrastructure
• Industrial IoT data collection
• Outdoor sensor network deployment
• Utility remote monitoring projects
• Agricultural IoT monitoring
• Environmental monitoring systems
• Public infrastructure monitoring
• Private LoRaWAN network construction

Compatible Device Types

This gateway can be used with compatible LoRaWAN end devices and field terminals, including:

• LoRaWAN water meter readers
• LoRaWAN gas meter readers
• LoRaWAN smart meters
• LoRaWAN sensor nodes
• LoRaWAN data loggers
• LoRaWAN valve control devices
• Industrial IoT terminals
• Smart city monitoring devices

Compatibility should be confirmed according to the LoRaWAN frequency plan, network server configuration, communication protocol, antenna layout, power supply method, and project deployment environment.