ECCO EW2031R Arc boundary line warning

Arc boundary line warning lamp ECCO EW2031R is a proven safety solution for industrial environments. It projects a 180° solid red arc beam around vehicles and equipment, creating a clear visual boundary. This helps alert workers and pedestrians to hazards, improving workplace safety and reducing risks.The design is compact and durable, built for demanding warehouse and factory conditions. A convex polycarbonate lens ensures strong light diffusion and impact resistance. The stainless steel mounting bracket adds stability, while the IP67 and IP69K ratings protect against dust, water, and high-pressure cleaning. These features guarantee long-term reliability both indoors and outdoors.The EW2031R uses a 6-watt LED that provides 156 lumens with low energy use. Its 12–80VDC operating range supports many types of vehicles, including forklifts and heavy machinery. It functions in extreme conditions, from -40°C to +70°C, ensuring consistent performance in both cold storage and hot industrial settings.Arc boundary line warning lamp can be combined with other ECCO safety lights such as the EW2110, EW2010, EW2011B Arrow, EW2015R, EW2025R, and EW2002 Spot. Together they form a complete perimeter safety system. This layered approach increases awareness, keeps operators on task, and improves navigation in busy areas.The ECCO EW2031R Arc Boundary Line is more than just lighting. It is a safety-enhancing tool that reduces accidents and raises visibility. With its rugged build, wide voltage range, and long-lasting LED technology, it delivers reliable safety in every application.
The Arc boundary line warning lamp is most effective when integrated with other safety solutions. When paired with a camera system and audio warning devices, it creates a multi-sensory safety environment. Visual boundaries, live monitoring, and audible alerts work together to provide maximum protection. This combination reduces blind spots, increases situational awareness, and ensures that both operators and pedestrians remain safe in high-risk areas.