400 VAC 3 PHASE Industrial Welding Fume Extractor Portable Welding Air Extractor Multiple Layers Filter

400 VAC 3 PHASE Industrial Welding Fume Extractor Portable Welding Air Extractor Multiple Layers Filter

Product Description:

Advantages of Our Industrial Welding Fume Extractor. Our smoke extractor for welding is superior to other manufacturers in several ways: Ten years without any malfunctions; Designed to have a service life of twenty years; CE motor, with high vacuum pressure motor available; Inlet arm with a diameter of 160mm, suction arm can reach up to 2.0 M (maximum 3 meters); The whole machine is treated with rust prevention and exterior and interior of the body are powder coated with thickness between 200-1000 μm to resist high temperature, humidity, and corrosive gases; Independently developed cartridge filter with a service life of up to 8 months. The filter is made of imported Toray filtration material, which has high efficiency in filtering pollutants and high filtration grade (can filter dust with a minimum size of 0.3μm).
Easy to Use and Safe. Our industrial welding fume extractor is designed to be easily assembled, and it can be directly connected to a power source and compressed gas for immediate use. The suction arm requires simple assembly. The industrial welding fume extractor also has a pure copper motor and copper core cable with leakage protection and grounding protection to ensure user safety and meet European market access requirements. Additionally, the body is well-sealed, ensuring negative pressure and high air volume. Our industrial welding fume extractor can also be customized to suit your specific needs. With multilevel filtering and additional functions, your customized installation will be of the highest quality.

Advanced Packaging. Our industrial welding fume extractor is packaged for safe shipping, even over long distances. We use a multilayer packaging process to ensure that your product arrives in good condition, even after 1-2 months of transportation. When you select wooden crate or wooden box packing for your industrial welding fume extractor, there will be no extra cost. Our logo customization process uses computer painting, ensuring that your customized fume extractor is of the highest quality and appearance.

Features:

• Product Name: Industrial Welding Fume Extractor
• Air Flow: 2000-3000m3/h
• Voltage: 110V 220V 380V 415V
• Color: Customized In Any Color
• Weight: 60-140kg
• Filter Type: HEPA Filter
• Metal Cabinet Design
• 3 times larger capture zone
• Stronger cfm (airflow)
• More than 95% weld fume particulate filtering
• Automatic Filter Cleaning
• 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.

Technical Parameters: 

Applications:

*Heavy equipment manufacturing
*Fabrication
*Mining
*Maintenance and repair operations
*All metal welding
*Laser cutting and engraving
*Plasma cutting

Packing and Shipping:

Product Packaging:

• One Industrial Welding Fume Extractor
• One Power Cord
• One User Manual

Shipping Information:

• Shipping Method: Standard
• Estimated Delivery Time: 5-7 business days
• Shipping way: By air, or by sea

FAQ:

Here are some frequently asked questions and answers about the QD SBC30 Industrial Welding Fume Extractor:
1. Can I avoid using a filtration extractor and instead collect my fumes through a wall mounted arm and blower that exhausts the fumes outdoors?
Yes you can. Local authorities, however, may place certain restrictions on this practice, so we advise checking with applicable agencies to ensure conformance with the government requirements.
 
2. 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.
 
3. 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.
 
4. 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.
 
5. 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, above 95% smoke and fume suitable for use with cartridges style filter.
 
6. How long do filters last?
There is no clear answer to this question as too many factors can influence the life of filters, including, but not limited to, welding process.
 
7. If I were to exhaust welding fumes outdoors through a wall mounted arm and blower, can I retrofit the components to a filtration system should this method become prohibited?
Yes, the stationary system is designed to accommodate such a change in regulations, so you can purchase.
 
8. 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.
 
9. 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.