The Schneider XVBL4B3 is a robust and versatile indicating beacon designed to deliver clear and reliable visual signals in various industrial environments. This beacon is part of the Harmony XVB Universal range, known for its high-quality signalling solutions. With a mounting diameter of 70mm, the XVBL4B3 is equipped with a flashing light signalling type, ensuring high visibility for safety and operational alerts.
Crafted with a glass-reinforced polyamide base unit and a polycarbonate illuminated unit, the beacon is built to withstand challenging conditions while maintaining its structural integrity. The green lens colour is vibrant and easily distinguishable, making it an effective communication tool for indicating status changes or emergencies.
The XVBL4B3 operates with a supply voltage range of 24V AC to 48V DC and is designed to accommodate a BA 15d type incandescent bulb, which must be ordered separately. The beacon's flashing frequency is set at 1 Hz, providing a consistent and noticeable pulse of light.
For installation, the beacon offers flexibility with options for direct or tube mounting, catering to different setup requirements. Connection to the electrical circuit is made simple with screw clamp terminals that can accommodate cable ends up to 1.5 mm².
In terms of compliance, the XVBL4B3 meets the necessary standards and certifications, including UL 508, CSA C22-2 No 14, and is CE marked. It is also RoHS compliant, ensuring that it adheres to environmental regulations regarding hazardous substances.
The beacon's protective treatment and IP66 rating on the base unit, along with an IP65 rating on the fixing base, provide a high degree of protection against dust and water ingress, making it suitable for both indoor and outdoor applications. Additionally, it boasts a NEMA 4X rating for indoor use, highlighting its durability in various settings.
Overall, the Schneider XVBL4B3 is a reliable and efficient solution for industrial signalling needs, offering durability, compliance, and high visibility to support safety and operational efficiency.