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Stainless steel enclosures are more corrosion resistant than aluminum for use in environments with corrosive liquids.
Internal mounting bosses or mounting brackets enable you to use panels or DIN rail to mount components. Enclosures are made of nonconductive polycarbonate that resists denting, chipping, and cracking.
Internal mounting bosses enable you to attach panels or DIN rail inside the enclosures using self-tapping screws. Made of polycarbonate, these nonconductive enclosures resist denting, chipping, and cracking.
Fiberglass enclosures resist denting better than metal and are more UV resistant than polycarbonate enclosures. They are nonconductive.
Aluminum enclosures are a lightweight yet durable alternative to stainless steel.
These enclosures have thicker walls than standard aluminum enclosures, but are still a lightweight yet durable alternative to stainless steel.
With a hygienic design, these enclosures minimize spots where food, debris, and water could collect after washdowns. Use them to house and mount switches, buttons, and other components in sanitary environments.
PVC enclosures are nonconductive and chemical resistant, withstanding solvents, alkalies, and acids.
Made of polycarbonate, these enclosures resist denting, chipping, and cracking better than stainless steel enclosures.
Internal mounting bosses or mounting brackets enable you to use panels or DIN rail to mount components. These enclosures have a clear cover, so you can inspect components without opening the enclosure.
Made of polycarbonate, these enclosures resist denting, chipping, and cracking.
Fiberglass enclosures are stronger than polycarbonate enclosures and nonconductive.
Control access to these enclosures with a key-operated lock.
Mounting feet make attachment to machines and walls hassle-free. These enclosures are small and lightweight for use with sensors, switches, testing devices, and circuit boards.
View all sides of your installed components.
Holes in the cover allow easy installation of push buttons, switches, and indicating lights.
Protect electronics from washdowns in food plants and other sanitary environments. These enclosures have standard-size push-button holes, saving you the effort of measuring and cutting holes yourself. A shroud hangs over the holes to guard buttons from damage and accidental pushing.
Protect electronics from washdowns in food plants and other sanitary environments. These enclosures mount directly into walls to protect wiring and reduce the surface area that needs to be cleaned. Standard-size push-button holes are already installed, saving you the effort of measuring and cutting holes yourself.
Protect electronics from washdowns in food plants and other sanitary environments. These enclosures have standard-size push-button holes, saving you the effort of measuring and cutting holes yourself.
Made of fiberglass, these enclosures are lightweight and won’t rust, but still shield push-button controls from water, dirt, and oil.
Mounting feet make attachment to machines and walls hassle-free.
House electrical components in these general purpose enclosures.
These enclosures withstand temperatures up to 475° F.
Small and lightweight, these enclosures are used with sensors, switches, and testing devices.
These enclosures allow you to inspect your electronics without opening the cover.
Keep electronics safe from harmful contact with hands and tools while still allowing air and moisture to enter.
These enclosures have internal slots to hold circuit boards in place.
With internal slots and external fins, these enclosures hold circuit boards securely and dissipate heat to keep electronics from overheating.
Choose a body and two matching end caps to make your own dust-tight or watertight enclosure.
Inspect components without opening the cover.
These enclosures are rated NEMA 4 for protection from dirt and washdowns.
No need to cut your own holes—these enclosures already have them to make installing push-buttons, switches, and indicating lights quick and easy.
With standard-size, evenly spaced, aligned push-button holes, these washdown enclosures save you the time and effort of cutting those holes yourself.
These enclosures are rated NEMA 13 for indoor protection from dirt and oil/coolant spraying.
Make your push buttons, switches, and indicating lights more visible and ergonomic to use. Enclosures mount on either of two sides, creating a 30° or 60° slanted surface.
Holes in the cover of these enclosures allow easy installation of push buttons, switches, and indicating lights.
Two separate chambers allow you to access wiring connections in the lower section without disturbing components that you install in the upper section.
Able to withstand periodic submersion in water, these enclosures offer our highest level of protection from liquids. They’re made of fiberglass to resist impact and corrosion from solvents, alkalis, and mild acids.
Internal mounting bosses or mounting brackets enable you to use panels or DIN rail to mount components.
Lighter than stainless steel yet durable, these aluminum enclosures protect electronics from frequent washdowns and withstand periodic submersion in water.
Made of nonconductive polycarbonate, these enclosures withstand prolonged submersion in water while protecting electronics from dents, chips, and cracks.
Fasten these enclosures to machine control panels or walls without exposing the contents to wet and oily environments.
Attach these enclosures to machine panels and walls by their mounting feet—no need to open the cover and expose sensors, switches, and other electronics in wet locations. Made of aluminum, they’re lighter in weight than stainless steel yet resist rusting from water.
Install these enclosures on control panels and walls and inspect what’s inside without exposing their contents in wet and outdoor locations.
Keep components safe from rain, snow, and ice. These enclosures are rated NEMA 3R for protection from dirt, falling liquids, and light splashing.
With an overhanging top and a NEMA 3RX rating, these enclosures guard electronics from snow, rain, and sleet as well as dirt and light splashing.
Mounted horizontally, such as on machinery or rooftops, these enclosures protect wiring and other electrical components from rain, snow, and ice thanks to their overhanging top.
Made of aluminum, these enclosures resist corrosion from rain, sleet, and snow. While not as corrosion resistant as stainless steel, aluminum is lighter for better mobility, and also easier to machine for custom mounting.
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.
Check on the contents inside these enclosures from every angle without opening them in wet environments.
Made of nonconductive polycarbonate, these enclosures withstand prolonged submersion in water while protecting electronics from dents, chips, and cracks. A clear cover lets you monitor the inside without opening them.
Mount these enclosures directly to machine control panels in wet environments and view the contents without opening them.
UL and C-UL classified, these enclosures safely house push-button controls and electronics where there’s explosive dust and gas.
For use in hazardous locations, these enclosures are rated NEMA 7 and 9 and meet UL Class I, Divisions 1 and 2, Groups B, C, and D; Class II, Divisions 1 and 2, Groups E, F, and G; and Class III, Divisions 1 and 2.
Often used to house emergency-stop buttons, switches, and lights, these bright yellow enclosures are easy to spot, even in dimly lit areas. All have standard-size push-button holes to save time—no need to measure and cut your own holes.
These enclosures reduce electromagnetic interference (EMI) and radio frequency interference (RFI), which can cause electrical problems like flickering monitors, interrupted data signals, and unwanted radio noise.
Suitable for installing in the ground or for use in wet environments, these direct burial enclosures are rated NEMA 6P for protection from dirt, washdowns, corrosion, and water submersion.
Bury these enclosures in the ground or in concrete. They withstand freeze/thaw conditions and have an open bottom for water drainage.
House emergency stop buttons, life safety equipment, and other devices that need to be seen with these brightly colored enclosures, which are easy to spot even in high-dust areas.
Protect keypads, push-buttons, and other handheld controls with these round enclosures that are more comfortable to hold than square enclosures.
These freestanding enclosures have a gasketed door with clamps to ensure a watertight seal. They are rated NEMA 4 and 13 for protection from dirt, washdowns, and oil/coolant spraying.
Rated NEMA 12 for protection from dirt and oil/coolant dripping.
Build out human-machine interfaces by installing buttons, switches, gauges, and other components to monitor and control machinery.
Use these open boxes with adhesive for electronics (also known as potting compound) to encase electronic assemblies and protect them from vibration, tampering, moisture, and corrosives.
For use in enclosures and panels where components require battery power, these enclosures have contacts for AA and 9-volt batteries.
Create a human-machine interface that’s designed to attach to a suspension arm, so you can move your HMI around.
Keep enclosures locked until the power is cut. A multipoint latch connects to a flange-mount disconnect switch (not included) to hold the door closed, preventing potential electrical shock.
Protect monitors and televisions from environmental damage with these enclosures.
Snap these enclosures onto 35 mm DIN rail and lock them in place.
These enclosures shield electrical components from water, so they’re safe to install onto DIN rail in wet and washdown environments.
The unique shape of these enclosures provides a handle to hold scanners, detectors, and remote switches.
Protect tablet computers, touch displays, and readouts in these specially sized enclosures. They are rated IP65 for protection from spraying water.
A 9-volt battery fits inside a compartment in these enclosures to power testing devices and other hand-held instruments.
Create battery-powered, hand-held devices such as card and signal readers—these enclosures have a clear cover for checking screens and status lights inside.
Monitor HMI covers make it easy to access HMI devices, push-buttons, and other electronics mounted on the exterior of an enclosure through a clear window without opening the cover.
Easily access HMI devices, push-buttons, and other electronics mounted on the exterior of an enclosure while keeping contents safe from water, oil, dust, and weather.
House and organize up to 800 lbs. of components such as servers, automation controls, and computers. All are compatible with standard 19" wide components.
These cabinets accommodate up to 3,200 lbs. of equipment and have larger interiors than standard electronics cabinets.
Mount servers, automation controls, and computers in these open racks, they make it easy to organize and swap out components. Less bulky than electronics cabinets, you can line up these racks to maximize limited storage space. All are compatible with standard 19" wide components.
Raise your enclosure to access switches, gauges, screens, and other parts at a comfortable working height.
Mount enclosures to the floor above hazards such as water.
Add a secondary panel that swings to mount more components in your enclosure.
These kits come with everything you need to mount enclosures to round poles or beams. They clamp on to a range of pole diameters to hold enclosures securely in place.
With a top that overhangs the cover, this raceway keeps out rain. It is rated NEMA 3R for protection from liquids and light splashing.
Protect wire and cable from dust, dirt, and oil/coolant dripping—this raceway is rated NEMA 12.
Connect these boxes to a main box—they do not have a main circuit breaker switch. Use with Square D QO series circuit breakers.
These boxes have a main circuit breaker switch and main service knockouts in the corners. Use with Square D QO series circuit breakers.
Connect these boxes to a main box—they do not have a main circuit breaker switch. Use them with Homeline series circuit breakers.
With a main breaker installed and main service knockouts, these boxes are the entry point for electricity into your facility and the first step in protecting your electrical systems.
Conceal live electrical components in circuit breaker boxes to prevent injury and damage.
Built for long-lasting safety and service, these refrigerators provide cold storage of flammable liquids in your laboratory or plant.
Rollers inside the cabinet make contents easy to load and remove.
Store your drums horizontally to allow gravity-flow dispensing.
Keep your workplace safe and free up valuable floor space by storing drums outdoors.
These cabinets are more corrosion resistant than steel.
Two slide-out shelves store up to 24 aerosol cans and offer easy access.
Keep nonflammable liquids secure in these plastic cabinets. They resist corrosion from acid vapors and harsh chemicals.
Store harsh, nonflammable liquids in these plastic cabinets—even acid vapors won't corrode them.
Made of stainless steel, these cabinets are corrosion and acid resistant.
Built to store your heaviest supplies, parts, and equipment.
The doors of these cabinets are made of steel mesh for air circulation and visibility.
The full-height compartment provides storage for tall items such as brooms and shovels.
This cabinet is built to store your heaviest supplies, parts, and equipment.
Provide controlled access to supplies with compartments that lock separately.
Keep an eye on inventory without opening the doors.
These cabinets have open shelves for storing larger supplies and equipment.
These cabinets have the thickest steel construction that we offer and come with removable bin boxes that hang from panels.
Turn a tight space into an efficient storage center with these shallow-depth cabinets.
These stainless steel cabinets resist corrosion in harsh enviroments.
These cabinets are made of steel mesh for air circulation and visibility.
Hang these cabinets on the wall or place them on a workbench to keep floor space clear.
These cabinets have a shelf capacity of 1,900 lbs.—nearly 10 times more than other wall-mount shelf cabinets.
Use the pegboard in these cabinets to hang and organize tools, keys, and other items.
Often used outdoors, these cabinets are impact and weather resistant.
Often used outdoors, these plastic cabinets are corrosion, weather, and impact resistant.
Store up to 1,000 lbs. per shelf.
These durable cabinets have the thickest steel construction we offer and can hold 1,200 to 1,900 lbs. per shelf.
These cabinets are scratch and corrosion resistant for extra durability outdoors.
Mesh sides on this cabinet allow air circulation and visibility.
These cages are chrome plated for corrosion resistance and meet NSF/ANSI 2 standards for food equipment.
Padlock these cages to limit access to equipment and supplies.
Keep aerosol cans organized and secure.
Carry multiple compartmented boxes at once using the built-in handle.
Create your own storage system by choosing a frame and adding boxes, which come in a variety of compartment configurations.
Use cabinets individually or stacked.
Use cabinets individually, stacked, or connect side-by-side.
Protect against corrosion with these stainless steel cabinets.
Remove the stackable cabinet and carry only the tools you need.
Store your heaviest tools and parts. Use cabinets individually, stacked, or connect side-by-side.
Use cabinets individually or stacked on top of compatible bench-height drawer cabinets.
Keep your heaviest tools and parts in a single cabinet, or stack them for more storage.
Secure all the drawers in these cabinets with a single lock.
Wide instead of deep, these cabinets are often used in narrow aisles.
Store blueprints, CAD drawings, maps, and other large flat documents in these cabinets.
Save time when wiring connections in a junction box; these blocks come already installed in an enclosure.
Inspect the terminal block and wiring without opening the cover.
The spring-clamp terminals on these blocks make wire installation faster than other types of terminals. These wire connections also stand up to vibration and temperature changes.
A single row of terminals fits in narrow spaces.
Made of ceramic, these blocks withstand high-temperature applications that reach up to 1110° F such as ovens and furnaces. They have recessed screws to reduce the chance you’ll cause a short by accidentally connecting two circuits with a screwdriver or other tool.
Visually confirm your circuits are working as expected. These terminal blocks have integrated LEDs that indicate if your circuits are powered or not, helping you troubleshoot issues.
Quickly troubleshoot or change wiring without any tools. These terminal blocks have a lever clamp that you flip up to insert wiring and flip down to lock it in place.
No need to tighten or loosen any screws—these terminals lock your wiring in place with spring clamps.
Use with DIN 2 rail. Add as many circuits as you need with these terminal blocks and accessories.
One of the connections on these terminal blocks is a socket instead of a traditional terminal, making it easy to swap out equipment or change your wiring even in small enclosures. Instead of having to attach wire inside the tight space of your enclosure, you can wire a connector wherever it’s easiest and then plug it into the socket.
Customize these blocks’ wiring as your application changes. They come with jumpers that connect terminals on the same block, either across or next to one another.
Recessed screw terminals prevent you from accidentally connecting two circuits with a screwdriver or other tool, causing a short.
Mount blocks to a panel or the surface of a machine. Also known as barrier terminal strips.
Rated IP20, these blocks have recessed terminals to prevent accidental contact with live circuits.
Best for equipment requiring regular servicing, these blocks disconnect without having to remove any wiring thanks to their plug-and-socket design. Their recessed screws prevent shorts by reducing the risk you’ll connect two circuits with a screwdriver or other tool.
Blocks mount in a cutout and have terminals on both sides.
Solder the pins on these blocks directly to your circuit board.
Use with DIN 3 rail. Add as many circuits as you need with these terminal blocks and accessories.
Keep padlocks, tags, and other lockout tools neatly stored and ready for use in these easy-to-spot stations.
Create a system of sensors and actuators that you can remotely update, view measurements from, and receive error messages in real time.
Store and secure keys and other small objects in these combination lock boxes.
Drop keys, access cards, and other small objects into the slot at the top of the box, and only the person with the access key can retrieve them.
Lock and keep track of keys in these wall-mount cabinets.
This wall-mount rack contains assorted-color key tags to store and easily identify keys at a glance.
Choose these if you need boxes that each open with a different key.
Once you snap these boxes closed to secure keys, access control cards, passwords, or codes, you have to break them open to access the contents.
For a higher level of key control than other cabinets, these have hooks that each hold two keys—a control key and a duplicate loaner key. The control key remains in the cabinet when its loaner key is removed.
Choose these if you need several boxes that open with the same key.
Organize, transport, and store keys in these portable zippered cases.
Choose these locking bars if you need several bars that open with the same key.
These locking bars have hinges and swing out of the way for easy access to cabinet drawers.
For security, choose a combination from over 2,000 possible five-number combinations.
Add these bars to drawer cabinets without a lock and secure with a padlock.
Choose these locking bars if you need bars that each open with a different key.
Control access to fire extinguishers and guard against theft and vandalism.
Connect and monitor your fire alarm system.
Connect thermocouples to extension wire or instrumentation.
Connect RTD wire leads to conduit or instrumentation.
Create a drop-off spot for documents and other small items.
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.
Secure batteries to trays with these adjustable hold-downs.
Holders have snap-on or screw-on covers to fully enclose and protect batteries.
Protect your clean room from contaminants by moving parts, materials, and equipment in and out through these cabinets. They limit the number of people entering the clean room, which helps you comply with pharmaceutical, semiconductor, food-processing, vehicle, and air and spacecraft industry standards.
Mount these cabinets in a wall to pass samples, supplies, and other materials between rooms while maintaining privacy and minimizing person-to-person contact. They’re common in sanitary environments such as labs.
The top compartment has a window that shields the monitor while providing a clear view of the screen.
With thicker steel and a thicker window than other stand-up-height computer workstations, these workstations protect a computer from tough plant environments.