Innovative Schneider Electric Parts Weld Fume Extractor Top Security Through SGS Inspection

Product Description:

Our weld fume extractors are superior to those of other manufacturers in several ways: They have a track record of ten years with zero malfunctions and are designed to last for twenty years; They are equipped with brand new, CE-certified motors; They feature an independently developed cartridge filter with a service life of up to 8 months. The filter cartridge is made with imported materials, such as Toray filtration material, and has a high efficiency in filtering pollutants with a minimum size of 0.3μm, our filter cartridge's high filtration grade enables it to filter dust with a minimum size of 0.3μm, while maximum size does not exceed 1μm; They are designed with a pure copper motor, copper core cable, and have leakage protection and grounding protection to ensure user safety. They meet all European market access requirements.
Because of these advantages, our weld fume extractor is highly versatile and can be used in a variety of welding processes, including: TIG, GTAW, SMAW, Stick welding, Fluxed-Cored, FCAW, Robotic Welding, Aluminum Welding.

Features:

• Automatic Filter Cleaning.
• 68.5 dB.
• Negative pressure zone to funnel air efficiently.
• Superior filtering for welding fumes.
• Automatic Filter Cleaning: Extends filter life with pulse cleaning cycle.
• Particulate Disposal Bin: Provides easy access for emptying collected particulate.
• Metal Cabinet Design: Ensures durability in manufacturing environments.
• Convenient Air Connection: Required for operating the cleaning mechanism.
• Easy On/Off Power Switch: Conveniently located for accessibility.
• Lockable Swivel Casters: Keep fume extraction system stationary during arm movement.
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Technical Parameters:

Models:

Packing and Shipping:

Product Packaging:

• 1 Weld Fume Extractor unit
• 1 Set of filters
• 1 Power cord
• 1 User manual

Shipping:

• Shipping method: Standard Ground
• Estimated delivery time: 5-7 business days
• Shipping restrictions: Available for international shipping

FAQ:

• 1. How close should my fume extractor’s hood be to the welding arc?
• Welding fume extraction hoods should be placed close enough to the welding arc to be effective, yet not so close as to distrub shielding gases perform its function.
• 2. How do I dispose of used filters?
• Used filters can be easily removed from the extractors. We recommend the operator wearing gloves and protective eyewear, placing the removed filters into a trashbag;
• However, before this, please make sure that the filter cartridge can still be used after cleaning and drying, because we manufacture the filter cartridge with the material that can be used again and again.
• 3. How do I know which extractor to choose?
• There are several factors that determine the best extractor to use, including location, usage, materials, and quantity of smoke/fume produced. In general, however, this fume extractor is mainly used to remove smoke, not suitable for a large amount of dust working conditions.
• 4. How do I know which filters to use in my extractor?
• We makes a wide variety of filters available that work in combination to provide the best possible filtration for your work application. Generally speaking, 95% smoke and fume suitable for use with cartridges style filter.
• 5. What do the different filter ratings mean?
• Filters are rated on their efficiency to stop and trap particulate of a particular size. Most filters used in our fume extractors base on the particle size of their filtered dusty smoke.
• 6. Why should I use a fume extractor instead of an ambient (overhead) air cleaner?
• Ambient air cleaners are effective supplements to fume extractors, but should be avoided as a primary tool for fume control. Due to its filtering properties and relatively high usage costs.
• 7. Why should I use a fume extractor instead of placing fans in my shop to blow the fumes away from my welders?
• The practice of using fans and blowers in this manner is called the dilution method, and while it is commonly used, this method may not effectively remove toxic particles from the air and cannot avoid being inhaled by workers.