Tsunami Filtration Packages

Tsunami filters are machined from the highest quality materials and are anodized inside and out to ensure ultimate durability against corrosion and trapped contaminates. The Tsunami Water Separator removes water, up to one quart per minute, and filters particulate down to 10 micron. The Oil Coalescing Filter removes oil aerosols down to .001 ppm and particulates down to .01 micron. The Activated Carbon filter removes oil vapor down to .003, and any taste or odor. The Regulator allows pressure control to ensure down stream components do not exceed their maximum operating pressures.

• Removes water - up to one quart/minute
• Filters particulate down to .01 micron
• Removes oil aerosols down to .001 ppm
• Oversized tube length allows both gravity and velocity to assist in the removal of water and air contaminates
• Removable bottom cap provides ease of service
• Machined drain port allows for various drain capabilities
• Regulator provides optimal air pressure

WATER SEPARATORS

 TSUNAMI WATER SEPARATORS

The Tsunami Water Separator is a high-quality filtration product that removes dirt, particulate, and water from compressed air systems. Machined from 6061 aluminum alloy and anodized for maximum corrosion resistance, our filters prevent rust from forming inside the housings unlike filters manufactured out of die cast materials. The Tsunami Water Separator uses a unique up-flow gravity separation process to remove water droplets and aerosols from the air before being discharged through an automatic drain.

Key features and benefits: 

• Point-of-use protection for air tools and pneumatic equipment.
• Machined from 6061 aircraft aluminum.
• Minimal maintenance required with easy-to-service float drain.
• Removes large amounts of moisture (up to one quart of water or oil per minute).
• Filters particulate down to 10 micron. 
• Available for systems with a flow rating from 20 to 800 CFM.
• Made in America.

OIL COALESCING FILTERS

REMOVE OIL AEROSOLS AND FINE PARTICULATE

Tsunami oil coalescing filters deliver high grade compressed air and protect critical equipment from oil aerosols and particulates. Tsunami oil coalescing filters use a non-wicking drain layer secured to the outside support core to separate oil and water from the air flow and drain the liquid to the filter sump. The Tsunami Oil Coalescing Filter removes oil aerosols down to .001 ppm, traps particulates down to .01 micron, and is rated for up to 800 cubic feet per minute (CFM). 

Key features and benefits: 

• Chemical-resistant polypropylene cores and layers support coalescing media.
• Removes oil, oil mist, vapor, and particulate down to .01 micron.
• Non-Wicking layer collects and drains oil into drain sump of the filter housing, preventing entrainment.
• Available with float, electronic, or pneumatic drain options.
• Available for systems with a flow rating from 20 to 800 CFM.
• Made in America.

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ACTIVATED CARBON FILTERS

The Tsunami Activated Carbon Filter removes oil vapor from compressed air as the air passes through a multi-layer^ carbon impinged element eliminating odor and taste from the air. 

Key features and benefits: 

• Adsorbs oil vapors down to .003 ppm.
• Removes odor and taste.
• Easy installation and serviceability.
• Made in America.

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2-STAGE MEMBRANE AIR DRYERS

PURE SERIES WALL MOUNTED

Pure Series Regenerative Dryers provide the same high quality air as the Ultra Dryer line at a reduced cost. The Pure systems utilize a simple control system and Tsunami pre-filtration to assure removal of water, oil, and particulates before entering the dryer.

• 2-stage Pre-filtration; Water Separator, Oil Coalescing Filter

• Molecular Sieve Desiccant

• Solenoid Valve Timer

• Automatic Drains

• Purge Exhaust Mufflers

• Wall Mounting Brackets

• Outlet Regulator*

• Heater pads available for cold temp applications

(* With some models)

ULTRA SERIES DRYERS

Tsunami regenerative dryers are built to withstand the largest surges of contamination. Similar to other Tsunami drying systems, these dual-inlet units are built as complete packages.

 

Key features and benefits: 

• Provides ultra low dew points, down to -80°F.
• Low relative humidity, down to .01% RH.
• Dual inlet and outlet ports, installation versatility.
• Auxiliary port allows for filtered but not dried air downstream.
• Cartridge style regeneration orifices.
• Less parts, more reliable, and easy to service.
• Waterborne ready.
• Factory expandable.
• Made in America.

REDUCE ENERGY AND SAVE MONEY WITH A DUST COLLECTOR DRYER

Tsunami’s world-class drying technology is configured specifically for dust collectors to offer a clean air package designed to maximize system performance and reduce operating costs like nothing before.

WHY DRY AIR MATTERS IN DUST COLLECTORS

It's obvious that dust collector systems play a critical role in maintaining air quality cleanliness for manufacturers. For years^ plant operators have sought for any advantage to improve pulse jet cleaning in bags (sock) or reverse flow cartridge systems. The challenge faced in every dust collector application is to maximize pulse effectiveness and extend bag life while minimizing compressed air consumption. The dust collector system is optimal when the pulses effectively remove cake from the filter^ returning the filter effectiveness to the point where the filter meets or exceeds the manufacturer's specification. In order to effectively remove cake^ the air needs to be completely free of moisture and contaminants.

DUST COLLECTOR BEST PRACTICES

p>Shown in the graphics are two plumbing setups often found in facilities using dust collector systems. Setup 1 shows a regulator being used as the sole component of the system. With this setup^ we often find the regulator set to the highest pressure possible because the small diameter piping (example: 1~ dia) creates very high pressure drops when the valves are pulsed. Not only does this affect the efficiency of the pulse or shock wave to the collector bags or cartridges^ it also causes pressure drops in the surrounding air system. This can cause further issues and reduce production on air operated equipment nearby.