0700003884 - ESAB CarryVac 2 P150 AST Portable Smoke Extractor

Technical Overview of the ESAB CarryVac 2 P150 AST

The ESAB CarryVac 2 P150 AST (SKU: 0700003884) is a compact, portable fume extraction unit designed for source capture of welding fumes in mobile and maintenance applications. Engineered for versatility, this unit is capable of being carried directly to the working area, making it an ideal solution for environments where stationary extraction arms are impractical. The unit operates on a 230V single-phase power supply and utilizes a powerful 1000W motor to generate an airflow of approximately 150 cubic meters per hour, ensuring effective capture of particulate matter at the source.

A defining feature of the P150 AST model is its Automatic Start/Stop (AST) functionality. This system employs an inductive sensor that clamps onto the welding ground cable. When the welding arc is struck, the unit automatically activates; when the arc is extinguished, the unit runs for a brief post-weld period to clear residual fumes before shutting down. This intelligent control mechanism not only conserves energy but also significantly extends the service life of the filter media and the motor brushes by reducing unnecessary runtime.

Filtration is achieved through a multi-stage system comprising a pre-filter and a main filter cartridge, offering a filtration efficiency of 99.7%. This ensures that hazardous metallic particulates and oxides are effectively removed from the breathing zone. The unit is equipped with a filter condition indicator, providing visual feedback to the operator when the filter requires replacement or cleaning. The CarryVac 2 is compatible with a wide range of fume extraction MIG torches as well as separate suction nozzles, providing flexibility for different welding processes including MIG/MAG and TIG.

Structurally, the device is housed in a robust casing designed to withstand the rigors of industrial use while maintaining a manageable weight of approximately 16kg. Its compact footprint allows it to be positioned in tight spaces, making it a preferred choice for maintenance, repair, and overhaul (MRO) operations.