Schenck Process introduces the new Vertical Cartridge Filter (VCF) that removes industrial dust while incorporating a unique design for handling medium to high air volumes.
The new dust collector comes equipped with many time and cost savings features.
An easy-to-use cartridge clamp system simplifies replacement of the filter media minimizing maintenance time and lowering overall cost of operation. The filter is also equipped with a smart timer which includes an on-board sensor that reads the pressure drop across the filtering elements for on demand cleaning. This results in reduced compressed air consumption and greater cartridge life. A standard radial inlet allows for excellent material separation during moderate air volume applications while the optional high entry inlet with a pre-separation chamber is designed for optimal performance in high volume systems. The chamber separates the largest powder particles safeguarding the media from excess loads of pollutants and guaranteeing longer media life.
A robust design adds to the overall stability of the filter. Each unit is constructed with reinforced carbon steel that is rated for 6.5 psi Pred. The VCF has also been Pred validated through a full scale third party explosion test. Explosion mitigation devices are also available with the new VCF. The new filter will be manufactured in the US and can be quoted by our sales team by contacting 1-816-891-9300 or by email at email@example.com.
About Schenck Process
Schenck Process is the global technology and market leader in applied measuring technology. We make processes work in all areas of industry throughout the world. For us that means improving our customer processes in terms of reliability, efficiency, and accuracy. Combining outstanding equipment and extensive process knowledge, we develop and manufacture innovative solutions for weighing, feeding, conveying, screening, automation, and air filtration applications. We focus on the needs of our customers and support them through the whole lifecycle of a product. For more information, visit www.schenckprocess.com.