Attribute	Value
IP Rating	IP54 IP55 IP65 IP66
Application	Industrial, commercial, roads
Material	Mid Carbon Steel / Carbon Steel / Stainless Steel / Aluminum Steel
Color	Silver or Others
Customization	Logo printing, size and color customization available
Mounting Type	Wall mount, pole mount, free standing
Usage	Smart Building, Public Place or Others
Certifications	CE
Size	Various sizes available
Locking Mechanism	Key lock
Finish	Powder coated
Shape	Rectangular
Features	Durable, corrosion-resistant, weatherproof

Product Features

Urban roads: Dynamically adjust brightness (e.g., dim at midnight) based on traffic flow—balances safety and energy savings
Municipal areas: Parks/squares lower brightness or switch off lights during quiet hours; remote control simplifies festival lighting coordination
Rural/suburban roads: Pair with solar power and motion sensors to brighten temporarily for passing vehicles, cutting costs in sparse areas
Industrial parks: Sync with production schedules—full brightness for night shifts, minimal light during idle periods
Bridges/tunnels & hubs: Maintain stable, glare-free lighting with real-time fault alerts to avoid disruptions near airports, stations, or busy crossings
Scenic spots: Dim lights post-visitor hours to limit light pollution, balancing visibility and ecological protection

Design Specifications

Dimensions (mm)	Application Scenarios/Description
110×72×59	Suitable for small-scale intelligent lighting system control; compact size for easy installation
86×86×7	Standard 86 junction box size; commonly used for wall-mounted installation for user convenience
115×110×60	Suitable for lighting control scenarios with fewer circuits; rail-mountable
300×110×60	Can control more circuits; applicable to large lighting areas or buildings
1000×800×200	Floor-mounted; commonly used for outdoor street light lighting control
400×300×100	Applicable to unattended venues, etc.; single box supports up to 16 circuits

IP Grade

IP54 / IP55 / IP65 / IP66

Installation & Configuration Recommendations

Sensors: Urban areas use radar/AI cameras for traffic-based dimming; rural setups pair PIR sensors with solar backup
Connectivity: 5G/LoRaWAN enables urban cloud management; NB-IoT suits low-power remote regions
Power: PFC modules for high-traffic zones; MPPT controllers optimize solar-powered systems
Durability: IP66 enclosures with anti-corrosive coatings (coastal/humid areas); thermal modules handle extreme temperatures
Scalability: Pre-installed IoT ports and support for multiple lamp/dimming protocols

Inquiry Cart 0