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Set the thermostat and these vortex tubes switch on only when needed.
Often used in low-noise environments such as labs and clean rooms, these are quieter than standard enclosure-cooling vortex tubes.
Keep electronics inside enclosures from overheating by converting compressed air into a stream of cold air.
Cool electronics inside enclosures while keeping out rain, snow, splashing water, and dirt.
Quietly cool electronics inside enclosures while keeping out rain, snow, splashing water, and dirt.
Cool electronics inside enclosures to your desired temperature while keeping out rain, snow, splashing water, and dirt.
Quietly cool electronics inside enclosures to your desired temperature while keeping out rain, snow, splashing water, and dirt.
In addition to being quieter than standard enclosure-cooling vortex tubes, these stand up to washdowns and weather. They convert compressed air into a stream of cold air to keep electronics within enclosures from overheating while also keeping dust and other contaminants out.
These NEMA-rated vortex tube are designed to keep water out during washdowns.
UL classified for hazardous locations, these vortex tubes convert compressed air into a stream of cold air to keep electronics within enclosures from overheating while also keeping dust and other contaminants out.
Mount these air conditioners to walls inside enclosures and cabinets to keep equipment from overheating.
Protect equipment in enclosures and cabinets from overheating with chilled air.
Keep your equipment cool in hard-to-reach enclosures.
Suitable for washdown applications, these air conditioners are rated NEMA 4X to resist dirt, washdowns, and corrosion.
Also known as Peltier coolers, these coolers use electrical current to transfer heat away from your enclosure while sealing out contaminants.
Cool the air in your enclosure to protect electronic components from excessive heat. These heat exchangers absorb heat in the enclosure, then use cooler air outside the enclosure to draw the heat away, lowering the temperature inside.
Vortex tubes convert compressed air into a stream of cold air.
Kits include one vortex tube for converting compressed air into a stream of cold air as well as airflow adjusters, a cold-air muffler, a tube fitting, and tubing.
Running on 48V DC power or lower, these compact fans fit inside electronics and other small, heat-sensitive equipment to keep things cool.
While standard equipment-cooling fan motors degrade when used in high-temperature areas, these fans run continuously without issue in temperatures up to 190° F.
These fans produce greater airflow than standard equipment-cooling fans.
Also known as muffin fans, these keep heat-sensitive equipment such as electronic components cool.
Safely cool electronics and equipment where explosive gases could be present due to equipment failure. ATEX certified, these fans meet European standards for hazardous locations.
Keep electronics from overheating in places that must be sanitized often. These DC-powered fans are rated IP69K, meaning you won’t damage them with harsh jets of water and they block out dust.
Cool down electronics in areas that require frequent and intense sanitizing. Rated IP69K, these AC-powered fans withstand harsh jets of water and block dust from reaching their motor.
Able to withstand dust and water splashes, these fans are IP rated.
Operate these fans with a DC power source.
Keep electronics cool in wet areas. These fans withstand weather, washdowns, and occasional time spent underwater.
Able to withstand submersion in up to 3 meters of water, these fans cool electronics in food processing areas and outdoors.
Filters remove dust and other particles from the air.
Protect fingers, cables, and debris from coming into contact with moving fan blades.
Made of conductive metal, these guards cover fans to block EMI (electromagnetic interference) and RFI (radio frequency interference).
With the addition of a thermostat, the fans in these kits switch on only when needed.
Kits include a fan, guard, and power cord. They keep heat-sensitive equipment such as electronic components cool.
Cool heat-sensitive electronics without having to hardwire your fan—these kits include the fan, guard, and power cord.
Cool electronics and other sensitive equipment in potentially unsafe areas.
To keep unenclosed electronic components cool, place trays on top of equipment to direct a stream of air below.
For use in tight spaces where other equipment-cooling blowers won't fit, air enters through the center of the unit and then expels along the edges.
Create a more concentrated stream of air than equipment-cooling fans to blow away the heat generated by electronic equipment, induction heaters, and high-wattage bulbs.
Also known as crossflow blowers, these create a wider stream of air than other equipment-cooling blowers.
Able to withstand dust and water splashes, these fans are IP54 rated.
Protect equipment in enclosures and cabinets from heat.
Slide these trays in to cool your standard 19" wide enclosure.
Expandable fan trays come with three fans but can hold up to nine for greater airflow.
Create a more concentrated stream of air than enclosure-cooling fans to cool equipment faster.
These two-piece guards attach to NEMA frame motors.
Cool large machinery such as transformers.
The magnetic base mounts to your work surface and has a control valve for adjusting airflow.
Nozzles are attached to a flexible hose that bends and holds its shape until you reposition it.
The flat nozzle tip distributes air over a wider area than focused-airflow nozzles.
Choose a base, hose, and nozzle for a custom setup.
Often used for simultaneously spot cooling and blowing parts, these nozzles cool compressed air without electricity or refrigerants.
Blow air backward to clean out the inside of pipes, tubes, and channels without pushing debris into your system.
Extend these telescoping nozzles to increase your reach.
Also known as air-shield and safety-shield nozzles, a center airstream blows away debris while an outer air curtain deflects flying chips and dust.
Control consumption and noise by adjusting the airflow.
Made from rubber, these nozzles won’t scratch or damage sensitive workpieces.
These premium nozzles are engineered for the most efficient airflow consumption.
Attach to your blowgun to direct airflow.
The extra length allows access into hard-to-reach areas.
These nozzles are made of FDA-listed materials.
At less than 2" long and with a wide airflow pattern, these nozzles are ideal for tight spaces where you need to distribute air over a wider area than a focused-airflow nozzle.
Air blows out of these flat nozzles in a wide pattern at a 90° angle from the inlet, distributing air over a wider area than focused-airflow nozzles. They’re FDA compliant 21 CFR 110.40 for use in the food industry.
These needle-style nozzles force air to a precise pinpoint.
As compressed air flows through these nozzles, they rotate to efficiently and evenly blow off large areas.
Air blows out of these nozzles at a right angle in a wide pattern, distributing air over a wider area than focused-airflow nozzles.
Adjust airflow to control consumption and noise.
Focus air with pinpoint precision.
Shaped to fit into extremely tight spaces, these nozzles can be used to remove parts from molds. Tap the wedge into position, attach the nozzle to a blowgun, and activate the airflow to release the part.
Turn your blowgun into a scraper to remove and blow away debris at the same time.
Convert your blowgun to a spray gun. These nozzles spray air and liquids at the same time.
Cool down enclosures, laser and optical equipment, and other small devices to maintain their ideal temperature.
Replace messy mist coolant dispensers—these convert compressed air into a stream of cold air. They can be used in applications where liquid coolant can't.
Fans built in to these enclosures keep electronics at the temperature you set, and the filtered intake and exhaust let cool air flow through the enclosure without letting water and contaminants in.
Plug these cords into fans that have quick-disconnect terminals.