NL Module Coalescing Filters 210 - 17000 Nm3/h
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Features
- Efficient Equipment Protection: High-efficiency and coalescing filters with particulate filtration to 0.5 ppm, > 3 microns at 100%, between 0.1 to 3 microns at 99.98% . Class 2: effective oil removal – 2 ppm in = 0.01 ppm out – 10 ppm in = 0.05 ppm out
- Lower Energy Use: Low pressure drop (around 35mb compare to convetional filters average of 448mb) design saves on energy costs and provides an economical drying solution for your compressed air needs
- Application Versatility: Effective on all common mineral and synthetic lubricants
- Class 2: effective oil removal – 2 ppm in = 0.01 ppm out – 10 ppm in = 0.05 ppm out
- Maximize Uptime: Enhanced process security that reduces the effects of catastrophic air/oil separator failures
- Extend Equipment Life: High-quality, maintenance-free filters extend element life up to 10 years
- Real Savings: Near Zero pressure drop and low-maintenance resulting in low energy costs
HOW IT WORKS
Air contaminated with mineral or synthetic lubricant and water aerosols enters the NL Module housing...
1 - Air flows horizontally through a deep filter bed
2 - Sub-micron particles collect on individual bed fibers and coalesce to form droplets
3 - As the droplets move through the filter bed, they become larger and their resulting weight forces them to drop to the bottom of the housing
4 - Low internal velocity prevents oil re-entrainment, while the large surface area keeps the pressure drop very low over the life of the element. The long residence time through the deep filter bed ensures the highest coalescing efficiency. Automatic or manual drains can be used to discharge lubricant and water that accumulate in the bottom of the housing
5 - Compressed air and drain hookups are all that’s required to integrate an NL Module into your compressed air system — no electricity is used. No loss drains are included with each model.
Model Specifications
- Efficient Equipment Protection: High-efficiency and coalescing filters with particulate filtration to 0.5 ppm, > 3 microns at 100%, between 0.1 to 3 microns at 99.98% . Class 2: effective oil removal – 2 ppm in = 0.01 ppm out – 10 ppm in = 0.05 ppm out
- Lower Energy Use: Low pressure drop (around 35mb compare to convetional filters average of 448mb) design saves on energy costs and provides an economical drying solution for your compressed air needs
- Application Versatility: Effective on all common mineral and synthetic lubricants
- Class 2: effective oil removal – 2 ppm in = 0.01 ppm out – 10 ppm in = 0.05 ppm out
- Maximize Uptime: Enhanced process security that reduces the effects of catastrophic air/oil separator failures
- Extend Equipment Life: High-quality, maintenance-free filters extend element life up to 10 years
- Real Savings: Near Zero pressure drop and low-maintenance resulting in low energy costs
HOW IT WORKS
Air contaminated with mineral or synthetic lubricant and water aerosols enters the NL Module housing...
1 - Air flows horizontally through a deep filter bed
2 - Sub-micron particles collect on individual bed fibers and coalesce to form droplets
3 - As the droplets move through the filter bed, they become larger and their resulting weight forces them to drop to the bottom of the housing
4 - Low internal velocity prevents oil re-entrainment, while the large surface area keeps the pressure drop very low over the life of the element. The long residence time through the deep filter bed ensures the highest coalescing efficiency. Automatic or manual drains can be used to discharge lubricant and water that accumulate in the bottom of the housing
5 - Compressed air and drain hookups are all that’s required to integrate an NL Module into your compressed air system — no electricity is used. No loss drains are included with each model.