Industrial Router for Construction Sites

　　Industrial routers for construction sites: Provide stable connections in dusty, vibrating, and mobile working environments.

　　Construction sites (such as high-rise buildings, infrastructure projects, and road construction) face unique challenges: high dust levels, frequent vibrations (from excavators and pile drivers), mobile equipment (cranes and automated guided vehicles), unstable temporary power supplies, and the need to transmit real-time construction data (crane load, concrete curing temperature, worker positioning). Ordinary routers can easily fail in these conditions. Our industrial routers for construction sites are designed specifically for these harsh environments, providing reliable and secure connections that streamline construction workflows and improve site safety.

　　Core Advantages: Tailored to the needs of construction sites

　　1. Dustproof, waterproof, and shockproof

　　Meets IP65 dustproof/waterproof standards, they withstand heavy construction dust (such as that from concrete cutting) and sudden rain showers without risk of short circuits or component damage. Passing IEC 60068-2 vibration (10-500Hz) and shock (50G) tests, it can withstand vibrations generated by pile drivers and unexpected impacts during material handling, ensuring stable operation even near heavy machinery.

　　2. Flexible Power Supply and Mobile Device Compatibility

　　A wide 9-48V DC input voltage with reverse polarity protection is compatible with temporary construction power sources (such as generator output and solar panels), preventing downtime caused by voltage fluctuations.

　　Support for PoE+ ports (802.3af/at) directly powers on-site cameras, RFID worker location devices, and sensor nodes, eliminating the need for additional wiring in cluttered construction areas.

　　3. Providing Stable Connections for Distributed Mobile Devices

　　Dual network backup (4G/5G + Gigabit Ethernet) ensures uninterrupted connectivity: Fixed equipment (such as concrete curing monitors) uses Ethernet, while mobile devices (such as tower cranes and on-site vehicles) use 4G/5G networks, ensuring uninterrupted signal during mobile operation. Supporting over 120 devices concurrently, it easily connects crane controllers, smart helmets, material tracking sensors, and temporary office networks, ensuring smooth data exchange between on-site and remote management teams.

　　4. Real-time Data Transmission and Security Monitoring

　　Critical construction data (such as crane load, concrete temperature, and worker location) is transmitted in real time to BIM (Building Information Modeling) systems and remote monitoring platforms, enabling managers to identify risks (such as crane overload) within 10 seconds.

　　Integrated AES-256 data encryption protects sensitive project data (such as construction drawings and progress reports) from unauthorized access—critical for large-scale infrastructure projects.

　　Typical Application Scenarios

　　Crane Monitoring: Connects crane load sensors, height limiters, and cameras to transmit real-time operating data to the control room to prevent overloading or collisions.

　　Concrete Curing Management: Connects to temperature and humidity sensors embedded in concrete structures, uploading data every 15 minutes to ensure curing meets strength standards (such as C30/C40 concrete). Worker Safety Location: Connecting RFID tags in smart helmets tracks the location of workers in hazardous areas (e.g., foundation pits, aerial work platforms), triggering alarms when workers enter restricted areas.

　　Temporary Office and Logistics: Providing stable Wi-Fi for on-site offices (document sharing, video conferencing), and connecting to material tracking systems (e.g., RFID for rebar and cement) to avoid inventory discrepancies.