Portable Ansell Afw/1/b/3nm/st Falcon Wall Black St Pro Version [eSfb8FU3]

Ansell Falcon Wall Emergency Light

The Portable Ansell Afw/1/b/3nm/st Falcon Wall Black St Pro Version [eSfb8FU3] is a cutting-edge emergency low-level light designed for both internal and external applications. This ultra-low profile recessed or surface mounted light is the perfect solution for enhancing safety and visibility in emergency situations. With its versatile design and advanced features, it is suitable for a wide range of installations, ensuring that critical areas are illuminated even during power outages.

Key Features and Specifications

The Falcon Wall Black ST boasts several impressive features that make it a standout product. Its cutting-edge lens design maximizes light output and performance, allowing for increased spacing and reduced costs. The integral IP65 open area lens is ideal for external escape route installations, providing robust protection against harsh weather conditions. Additionally, the low level installations offer the required lux levels on the floor, minimizing the need for ceiling emergency lighting. Available in both black and white finishes, this emergency light can seamlessly blend into any environment. The self-test and DALI options add to its functionality, ensuring that the system is always in optimal condition.

Dimensions and LED Information

With dimensions of 108 mm in length, height, and width, and a depth of 87 mm, the Falcon Wall Black ST is designed to fit perfectly into most installations. The cut-out size is 95x95mm, ensuring a hassle-free installation process. The LED information reveals that this emergency light delivers 80 lumens at a total of 1.3W, providing ample illumination without excessive power consumption. The color temperature of 6500K offers a bright, cool light, and the CRI of Ra 70 ensures true color rendering. With an input voltage of 220-240V and an operating temperature range of 0°C - 40°C, this emergency light is designed to withstand challenging environments. The included polar curve graph further highlights its exceptional performance and efficiency.