
The Miller FILTAIR® SWX-D (Disposable Filter) Single-Arm Package (951513) is a stationary, wall or column-mounted fume extraction system engineered for industrial environments. Designed to capture welding fumes at the source, this system utilizes a high-vacuum blower and a 7-foot standard extraction arm to remove airborne particulates effectively. The unit is powered by a 1 HP motor operating on 115V single-phase power, generating a class-leading 1,200 CFM of airflow at the fan and an Accu-Rated™ minimum of 875 CFM at the hood. This ensures robust capture velocities even at extended distances from the arc.
At the core of the SWX-D system is Miller's proprietary FilTek® XL Filter Technology. Unlike standard cellulose media, FilTek XL utilizes a surface-loading nanofiber design that captures up to 95% of weld fume particulates, including sub-micron sizes. This technology earns a MERV 15 rating, providing superior filtration efficiency while maintaining lower pressure drops for longer periods. The disposable filter model is specifically optimized for light-duty to intermittent welding operations found in maintenance shops, vocational training centers, and fabrication facilities.
The included 7-foot standard extraction arm features external support adjustments, minimizing internal airflow resistance and maximizing suction power. The durable bellmouth-shaped hood offers 360-degree rotation, allowing operators to position the capture zone precisely where needed. The system's cabinet is constructed from industrial-grade metal to withstand harsh shop environments. Installation is streamlined with the included mounting bracket, flexible ducting, and control box, making the SWX-D a comprehensive solution for stationary welding stations.
| Additional Information |
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| Brand:Miller |
| Item:Fume Extractor |
| Packaging Description:1-per-ea |
| Input Voltage:115 V |
| Nominal Airflow:875 CFM |
| Filter Type:Disposable, FilTek XL |
| Arm Length:7 ft |
| Arm Diameter:8 in |
| Motor Horsepower:1 HP |
| Sound Level:74 dBA |
| Phase:1-Phase |