0904272003 - ESAB LED Work Light for Fume Extraction Arms

Technical Overview of the ESAB LED Lamp Arm

The ESAB LED Lamp Arm, identified by part number 0904272003, is a precision-engineered accessory designed to enhance the functionality of ESAB's fume extraction systems. In industrial welding environments, proper lighting is critical not only for weld quality but also for operator safety. This unit is specifically developed to integrate seamlessly with ESAB's range of extraction arms, such as the Original and Eco series, providing a streamlined solution for workspace illumination.

Unlike traditional halogen or incandescent work lights, this accessory utilizes advanced LED technology. This shift to LED offers significant advantages in an industrial setting, including a substantially longer operational lifespan and reduced energy consumption. The light emitted is bright and focused, designed to cut through the ambient haze often found in fabrication shops, ensuring that the operator has a clear view of the workpiece and the extraction zone. The assembly is constructed to withstand the rigors of daily use, featuring durable housing materials that resist impact and heat associated with welding processes.

Installation of the 0904272003 is straightforward, designed to mount directly onto the hood of the extraction arm. This strategic placement ensures that the light source is always aligned with the capture zone. As the operator positions the arm to capture fumes, the light follows, eliminating the need for constant readjustment of separate floor-standing or magnetic lights. This integration streamlines the workflow and reduces clutter in the welding cell.

For procurement and maintenance teams, selecting genuine ESAB accessories ensures compatibility and reliability. This LED lamp kit is an OEM part, guaranteeing that it meets the electrical and mechanical specifications of the host equipment. It is an essential upgrade for facilities looking to modernize their existing extraction setups or for new installations requiring optimal visibility standards.