Weller FT91000011 Pre-Filter F 7 2.5m2 Laser Line 200V. Part Number: FT91000011 ESD Safe: Yes UPC: 037103365675 Product Family: Laser Line Replacement Filters
The Weller FT91000011 Pre-Filter F 7 2.5m2 Laser Line 200V is an essential first stage in multi-layered fume extraction systems, designed to capture large airborne particles and prevent premature clogging of more sensitive downstream filters such as HEPA and gas filters. Constructed from high-quality, non-woven synthetic fibers, the pre-filter efficiently traps dust, soldering particulates, smoke, and other coarse contaminants at the source. This extends the lifespan of the main filter elements and maintains consistent airflow and suction power throughout the extraction system.
Engineered for high-volume use, the Weller FT91000011 Pre-Filter F 7 2.5m2 Laser Line 200V delivers optimal particulate retention without significantly restricting airflow. Its layered design ensures even particle distribution, reducing pressure drop and improving overall system efficiency. The filter is easy to install and replace, enabling quick maintenance with minimal downtime, which is critical in fast-paced production environments. Its robust construction resists tearing and collapse, even under heavy dust loads, ensuring long-term reliability.
The Weller FT91000011 Pre-Filter F 7 2.5m2 Laser Line 200V is ideal for use in a variety of work environments, including electronics manufacturing, soldering stations, laser processing areas, R&D labs, and repair benches. It plays a vital role in maintaining clean air quality by capturing large contaminants before they reach finer filtration stages. This not only reduces maintenance costs but also ensures the fume extraction system continues to perform at its highest efficiency. For facilities seeking to maintain regulatory compliance, extend filter service life, and support operator health, the Weller Pre-Filter is a practical and necessary component of a complete air purification solution.
Part Number | FT91000011 |
---|---|
ESD Safe | Yes |
UPC | 37103365675 |
Product Family | Laser Line Replacement Filters |
The Weller FT91000011 Pre-Filter F 7 2.5m2 Laser Line 200V is an essential first stage in multi-layered fume extraction systems, designed to capture large airborne particles and prevent premature clogging of more sensitive downstream filters such as HEPA and gas filters. Constructed from high-quality, non-woven synthetic fibers, the pre-filter efficiently traps dust, soldering particulates, smoke, and other coarse contaminants at the source. This extends the lifespan of the main filter elements and maintains consistent airflow and suction power throughout the extraction system.
Engineered for high-volume use, the Weller FT91000011 Pre-Filter F 7 2.5m2 Laser Line 200V delivers optimal particulate retention without significantly restricting airflow. Its layered design ensures even particle distribution, reducing pressure drop and improving overall system efficiency. The filter is easy to install and replace, enabling quick maintenance with minimal downtime, which is critical in fast-paced production environments. Its robust construction resists tearing and collapse, even under heavy dust loads, ensuring long-term reliability.
The Weller FT91000011 Pre-Filter F 7 2.5m2 Laser Line 200V is ideal for use in a variety of work environments, including electronics manufacturing, soldering stations, laser processing areas, R&D labs, and repair benches. It plays a vital role in maintaining clean air quality by capturing large contaminants before they reach finer filtration stages. This not only reduces maintenance costs but also ensures the fume extraction system continues to perform at its highest efficiency. For facilities seeking to maintain regulatory compliance, extend filter service life, and support operator health, the Weller Pre-Filter is a practical and necessary component of a complete air purification solution.
Part Number | FT91000011 |
---|---|
ESD Safe | Yes |
UPC | 37103365675 |
Product Family | Laser Line Replacement Filters |
Discontinued