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For greater cooling capacity and higher flow rates than other heat sinks for oil, these have a large fan.
Dozens of fins and coolant tubes quickly dissipate excess heat.
To provide a more consistent flow of cooled water than other heat sinks for water, these have a built-in pump and reservoir.
A fan cools water as it moves through the tubes.
Remove excess heat by sticking these heat sinks onto circuit boards, semi-conductors, relays, and other heat-sensitive electrical components.
Clip these heat sinks onto circuit boards, semiconductors, and other heat-sensitive electrical components.
Cool down enclosures, laser and optical equipment, and other small devices to maintain their ideal temperature.
Connect these plates to cold liquid lines in process chillers and liquid-to-air cooling systems to cool equipment through direct contact.
For more cooling capacity than other liquid chillers, these have a heavy duty pump that can handle higher flow rates and pressures.
These liquid chillers maintain a stable temperature within 0.18° F for the most precise temperature control.
Protect computers, sensitive electronic components, lighting, injection molders, and HVAC systems from damage by routing heat away from them and toward a heat sink, where the heat can be dissipated.
Also known as shell and tube heat exchangers, these transfer heat using liquid or steam that flows through the shell to heat or cool liquid in the tubes.
Stacked, corrugated plates maximize contact with liquid or steam flowing through these brazed plate heat exchangers for faster heat transfer than shell and tube heat exchangers.
Place these heat exchangers in open tanks to heat or cool their contents by transferring heat from water or steam that flows through passageways in the panel.
Cool hot liquid samples to safe temperatures for testing. These heat exchangers are often used to monitor boiler water quality without shutting down the system.
With more than three times the pressure rating of standard heat exchangers, these are often used for high-pressure condensing, evaporating, heating, and cooling. They are also known as shell and tube heat exchangers.
Quickly heat or cool beverages and condiments using these heat exchangers, which have a sanitary design certified by 3-A.
Keep contents colder longer than standard coolers; ice can last up to nine days. With a rugged construction, these coolers are built to last a lifetime and go anywhere.
Fill these insulated coolers with ice packs or ice to keep contents cold.
In the plant or in the field, these coolers keep refreshments cold for hours.
Often used in break rooms and cafeterias, these dispensers make it easy to serve beverages to a few people or a crowd.
Water bottles have a flip-up lid for convenient use.
Durable and reusable, these packs are less messy and keep contents colder longer than ice.
Carry coffee, tea, and other hot or cold drinks with you around the workplace.
Often used for science and laboratory applications, these refrigerators and freezers provide fast cooling and quick temperature recovery after the door has been opened. An oversized fan motor helps them maintain critical temperatures.
Add water and freeze to make ice cubes.
Keep electronics inside enclosures from overheating by converting compressed air into a stream of cold air.
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.
Quietly cool electronics inside enclosures while keeping out rain, snow, splashing water, and dirt.
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.
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.
Also known as Peltier coolers, these coolers use electrical current to transfer heat away from your enclosure while sealing out contaminants.
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.
Suitable for washdown applications, these air conditioners are rated NEMA 4X to resist dirt, washdowns, and corrosion.
Produce twice as much cool air as standard mobile evaporative air coolers.
Also known as swamp coolers, use these air coolers wherever air conditioning is impractical.
Mount these air conditioners in a window.
Install these air conditioners in an opening in an exterior wall.
Built to withstand harsh environments, these air conditioners meet ANSI/ISA 12.12.01 and NEC Class I, Division 2, Groups A, B, C, and D ratings for hazardous locations.
Be comfortable year-round with units that cool and heat your space.
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.
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.
Keep electronics cool in areas as hot as 190° F, such as commercial ovens.
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.
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.
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.
Kits include a fan, guard, and power cord. They keep heat-sensitive equipment such as electronic components cool.
With the addition of a thermostat, the fans in these kits switch on only when needed.
Cool electronics and other sensitive equipment in potentially unsafe areas.
Cool heat-sensitive electronics without having to hardwire your fan—these kits include the fan, guard, and power cord.
Filters remove dust and other particles from the air.
Made of conductive metal, these guards cover fans to block EMI (electromagnetic interference) and RFI (radio frequency interference).
To keep unenclosed electronic components cool, place trays on top of equipment to direct a stream of air below.
Also known as crossflow blowers, these create a wider stream of air than other equipment-cooling blowers.
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.
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.
Tilt fans to direct air where it's needed.
Wheel these mobile fans wherever you need them. Direct-drive fans have fewer moving parts than belt-drive fans for less maintenance.
With an aluminum housing, these fans stand up to corrosion better than economy fans.
Position these fans near meeting areas to circulate air without drowning out voices.
With a ball-bearing motor and cupped fan blades, these fans last longer and focus airflow better than economy fans.
A bright yellow guard makes these fans easy to spot.
Generate at least 25% greater airflow than economy and premium fans.
Often used on loading docks, these fans have a pivoting extension arm and tilting fan head so you can direct air where it's needed as well as move it out of the way when it's not.
These fans meet U.S. Navy specification MIL-DTL-68.
Cool down areas where you don't have an outlet—these fans are lightweight and battery-powered so you can tote them anywhere.
Connect these fans to a garden hose to produce a fine cooling mist.
Wheels make it easy to move these fans.
Generate at least 25% greater airflow than standard office pedestal fans.
Draw fresh air in or push stale air out of your windows. Reverse airflow with the flip of a switch.
Mount these fans on a bench top or in a vehicle.
Keep cool with these personal-size wall-mount fans.
You can mount these fans on beams and walls.
Position these fans in a window, set them on the floor, or attach them to an optional box fan stand.
Mount these fans on flat ceilings. All include a support cable and downrods to mount them into joists.
Often used in welding shops and oil refineries, the motor in these fans is rated as safe for use around flammable and combustible gas, vapor, and dust.
These two-piece guards attach to NEMA frame motors.
Powerful and durable, these blowers are able to blow air through larger systems that have more airflow resistance than standard blowers can handle.
Operate these blowers with a DC power source, such as your vehicle battery.
Install these blowers into ductwork where high static pressures are present.
Powerful and durable, these blowers are able to blow air through larger systems that have more airflow resistance than standard hazardous location spark-resistant blowers can handle.
Powerful and durable, these blowers are able to blow air through larger systems that have more airflow resistance than standard spark-resistant blowers can handle.
These blowers have an aluminum housing for spark resistance.
A 304 stainless steel housing offers good corrosion resistance.
For resistance to chemicals as well as corrosion, these blowers have a plastic housing.
These blowers have a motor that is UL listed for Class I, Divisions 1 and 2, Group D; and Class II, Divisions 1 and 2, Groups F and G hazardous locations.
Use your compressed air source to power these blowers.
Blow twice as much air as other portable blowers.
In addition to blowing twice as much air as other portable blowers, these have a motor that is UL listed for Class I, Divisions 1 and 2, Group D; and Class II, Divisions 1 and 2, Groups E, F, and G hazardous locations.
These blowers operate on 120V AC.
A plastic housing offers good corrosion resistance.
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.
Able to withstand dust and water splashes, these fans are IP54 rated.
Create a more concentrated stream of air than enclosure-cooling fans to cool equipment faster.
Aim a stream of air at hot spots and equipment inside your enclosure to prevent overheating.
To quickly dry flat surfaces, these fans direct air downward.
The body rotates to direct air where it’s needed.
Dry large flat surfaces such as floors with a concentrated stream of air.
Cool large machinery such as transformers.
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.
Cool welding guns and torches with these recirculating coolers.
Provide drinking water wherever it's needed—no plumbing hookup required.
Fill these lightweight bottles and use with any brand of water dispenser.
These wall-mount fountains are factory set at 50°F but can be adjusted.
These freestanding fountains are factory set at 50°F but can be adjusted.
These drinking fountains do not require a power source.
Attach one of these chillers to your nonrefrigerated drinking fountains to provide cold water. You can also install a glass filler or drinking fountain nozzle directly to the unit.
These high-clearance spouts can be attached to a water chiller or other water source for easy bottle filling.
These nozzles are also known as bubblers.
These aftercoolers have a fan that chills hot air coming from a compressor. Cooling the air condenses water for removal from your compressed air system.
Connect these aftercoolers to a cold-water line to chill hot air coming from a compressor—no electricity needed. Cooling the air condenses water for removal from your compressed air system.
Also known as regenerative blowers, use these to produce high-flow compressed air with low pressure or vacuum to operate pump drives, lift tables, and conveying systems.
Cool air through refrigeration to condense water vapor.
These all-in-one dryer/filters eliminate the need for individual dryers, separators, and filters. They cool air through refrigeration to condense water vapor for removal.
Weld longer without damaging your torch—replace the water in your welding cooler with these coolants to prevent mineral deposits and frozen lines. Coolants also tolerate colder temperatures than water. For use with MIG, TIG, spot, and stud welders. They are nonconductive.
Apply just a few drops of these coolants to your cutting tools before and during milling and machining to reduce heat with very little cleanup.
For use with micro-drop dispensers, these coolants are mixed with air to create small, controlled droplets that dissipate heat and are easy to clean up. Use for small jobs.
Designed for use with misting systems, these coolants have excellent cooling properties for intermittent machine cycles when milling and turning.
Use these lubricants with magnetic-base drill presses to cool machining cycles, improving workpiece surface finishes and extending tool life.
An alternative to nearly dry machining, apply these coolants to tools before milling and machining to reduce heat with minimal cleanup. They’re often used for shallow drilling, reaming, and tapping, as well as on saw blades.
Dissipate heat and prevent corrosion with these coolants that stand up to long machining cycles when milling and turning.
These coolants won’t react with or stain soft metal, such as aluminum or copper. They remove heat, prevent workpiece corrosion and distortion, and improve accuracy while cutting.
Use these coolants in drawing, stamping, and forming applications with all metal. They protect both dies and cutting edges as well as finished workpieces.
For general-purpose grinding, sanding, and finishing, these coolants prevent material from building up to ensure a high-quality finish and preserve tool life.
Increase the time between coolant changes—wear-resistant properties allow these coolants to perform longer than standard grinding coolants. They prevent material from building up to ensure a high-quality finish and preserve tool life.
Remove heat from long machining cycles with hard metal. These coolants prevent workpiece corrosion and distortion to improve cutting accuracy.
These coolants prevent material buildup on smoothing and sharpening stones. They are water-based, so they’re easy to clean from workpieces.
Designed to handle high pressure generated while tapping, threading, and reaming, these coolants dissipate heat and prevent corrosion to improve surface finishes and extend tool life.
Also known as thermal pads and thermal interface pads, these heat-dissipating pads pull heat away from electronic components.
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.