K1655-10 - LTA 2.0 Telescopic Fume Extraction Arm, 3.0-4.5 ft

Advanced Source Capture for Confined Spaces

The Lincoln Electric K1655-10 LTA 2.0 Telescopic Fume Extraction Arm is a precision-engineered solution designed for effective source capture in welding environments where space is limited. Unlike standard rigid arms, the LTA 2.0 features a telescopic mechanism that allows the arm to retract to a compact 3.0 feet and extend up to 4.5 feet. This variability makes it an exceptional choice for smaller welding booths, training centers, or maintenance shops where maximizing floor space is critical. The unit is designed for wall mounting, providing a fixed, reliable extraction point that does not clutter the workspace floor.

Engineered for Stability and Control

Operational efficiency is central to the design of the LTA 2.0. The arm utilizes a sophisticated internal balance system that ensures stability throughout its range of motion. Once positioned by the operator, the arm remains in place without drifting, eliminating the need for constant readjustment during critical welding tasks. The extraction hood is capable of 360-degree rotation, allowing the welder to orient the capture zone precisely toward the arc, regardless of the weldment's geometry. Furthermore, an integrated baffle within the hood provides manual control over airflow, enabling the user to optimize suction based on the specific welding process and fume generation rate.

Industrial Durability

Constructed to withstand the rigors of daily industrial use, the LTA 2.0 is built with materials selected for their resistance to dents and scratches. This robust construction minimizes maintenance requirements and extends the service life of the equipment. By effectively bridging the gap between the welding arc and the filtration system, this telescopic arm plays a vital role in maintaining compliance with air quality standards and protecting personnel from hazardous particulates. It is a key component for any facility prioritizing both safety and spatial efficiency.