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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.
Snap these wall plates onto flush-mount outlet strips to secure the outlet strip in a cutout.
Create a permanent outlet system without opening walls. These outlet strips mount to a wall with clips and hardwire to an existing electrical system.
For use with washdown receptacles, these outlet boxes withstand corrosive and washdown environments.
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.
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.
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.
Stainless steel enclosures are more corrosion resistant than aluminum for use in environments with corrosive liquids.
PVC enclosures are nonconductive and chemical resistant, withstanding solvents, alkalies, and acids.
Fiberglass enclosures resist denting better than metal and are more UV resistant than polycarbonate enclosures. They are nonconductive.
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.
Mounting feet make attachment to machines and walls hassle-free.
Made of polycarbonate, these enclosures resist denting, chipping, and cracking.
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.
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.
Made of polycarbonate, these enclosures resist denting, chipping, and cracking better than stainless steel enclosures.
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. 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 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.
Holes in the cover allow easy installation of push buttons, switches, and indicating lights.
These enclosures are rated NEMA 13 for indoor protection from dirt and oil/coolant spraying.
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.
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.
House electrical components in these general purpose enclosures.
These enclosures have internal slots to hold circuit boards in place.
Choose a body and two matching end caps to make your own dust-tight or watertight enclosure.
With internal slots and external fins, these enclosures hold circuit boards securely and dissipate heat to keep electronics from overheating.
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 withstand temperatures up to 475° F.
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.
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.
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.
Internal mounting bosses or mounting brackets enable you to use panels or DIN rail to mount components.
Install these enclosures on control panels and walls and inspect what’s inside without exposing their contents in wet and outdoor locations.
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.
Check on the contents inside these enclosures from every angle without opening them in wet environments.
Mount these enclosures directly to machine control panels in wet environments and view the contents without opening them.
Inspect components without opening the cover.
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.
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.
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.
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.
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.
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.
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.
UL and C-UL classified, these enclosures safely house push-button controls and electronics where there’s explosive dust and gas.
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.
Protect keypads, push-buttons, and other handheld controls with these round enclosures that are more comfortable to hold than square enclosures.
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.
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.
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.
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.
A 9-volt battery fits inside a compartment in these enclosures to power testing devices and other hand-held instruments.
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.
Build out human-machine interfaces by installing buttons, switches, gauges, and other components to monitor and control machinery.
Protect monitors and televisions from environmental damage with these enclosures.
Rated NEMA 12 for protection from dirt and oil/coolant dripping.
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.
Knockouts allow you to modify these boxes to fit your application.
Close off unused switches.
Add depth to your switch box.
Close off unused outlets.
These boxes come ready to use with receptacles and/or light switches installed.
Add depth to your outlet box.
Add depth to octagonal outlet boxes.
Protect the edges of carpet surrounding your outlet boxes.
With built-in threaded connections, these boxes allow you to attach conduit without using fittings.
Enclose and protect outlets in concrete and under carpeted or tile floors.
Mount these boxes to the outside of an enclosure to access a programmable logic controller or other networked device without opening the enclosure.
Use the built-in connections to attach conduit without using fittings.
Mount these boxes on the surface of your wall in areas where you can't create a recess.
Designed for commercial use, these heavy duty boxes have thick, rigid walls.
These boxes have an open back to accommodate extra-deep low-voltage devices.
These boxes come ready to use with receptacles installed.
Build your own outlet box or replace a damaged box.
These corrosion-resistant boxes are built to withstand exposure to rain, snow, and wet conditions.
Keep the cover closed during operation to completely shield the outlet and plug from rain, snow, and wet conditions.
Exposure to rain, snow, and wet conditions won't damage these corrosion-resistant boxes.
Add depth to your weatherproof outlet box.
These corrosion-resistant covers can withstand rain, snow, and wet conditions without being damaged.
Rain, snow, and wet conditions won't damage these corrosion-resistant covers.
Mount enclosures to the floor above hazards such as water.
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.
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 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.
Customize component placement without drilling leaky holes—these channels screw into the mounting bosses in your enclosure.
Add a secondary panel that swings to mount more components in your enclosure.
Raise your enclosure to access switches, gauges, screens, and other parts at a comfortable working height.
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.
This raceway system is also known as wireway and wire trough.
Gaskets on the covers and at connection points protect against dust as well as seeping oil and coolant.
In areas exposed to washdowns, chemicals, and corrosion, install this stainless steel raceway system that has gaskets at the connection points.
The triangular shape fits into corners.
Insert and remove cable at any point along the length of this open-top, hook-shaped raceway.
Route power, data, and control cable rated up to 600 volts AC/DC.
With more than one channel, this raceway allows you to separate power and data wiring to prevent signal interference.
Surface mount with the adhesive back to route low-voltage data and control cable where you can't get inside walls.
Use the mounting holes to attach monitors to a flat surface.
Mount these monitors to DIN rail.
Plug monitors into relay sockets for fast installation and replacement.
Rated NEMA 4X, these switches are protected from corrosion and washdowns.
Use these switches to turn motors on and off, or with lighting and electric heat circuits. They do not provide overload protection.
These switches are rated NEMA 3R for protection from falling water and light splashing.
Use these switches where ignitable gas and dust may be present. They're rated Class I, Divisions 1 and 2, Groups C and D; and Class II, Divisions 1 and 2, Groups E, F, and G for hazardous locations.
These switches are housed in a protective enclosure.
Rated NEMA 4, these switches are protected from washdowns.
Use these switches with motors that run forward and backward, such as motors for conveyor belts.
Set these controls to automatically adjust motor speed.
Control the speed of low-voltage permanent-magnet DC motors.
Rated NEMA 4, these controls are protected from washdowns.
Manually control a motor's speed.
Mount these controls to DIN rail inside a control panel.
Use these controls with motors that run forward and backward, such as motors for conveyor belts.
Convert AC input voltage into DC output voltage and control the speed of permanent-magnet DC motors.
A NEMA 4X rated enclosure protects these controls from corrosion and washdowns.
Upgrade motor starters that use thermal overload protection with these solid-state overloads—they don't use heating elements, so enclosure ventilation and cooling is not required.
Provide on/off control for a motor and protect it from overloads. These starters shut the motor off if current exceeds the full-load current rating.
Use these starters with motors that run forward and backward, such as motors for conveyor belts.
Sealed coils protect these switches against moisture, heat, dirt, and mechanical and thermal stress.
Housed in a durable steel enclosure.
The NEMA 4X rated enclosure protects these starters from corrosion and washdowns.
With a shallower depth than most other starters, these fit in narrow spaces.
Assemble your own motor starter by combining a switch and a thermal overload element.
Operated by hand, these starters are more compact than electrically actuated motor starters; use them when multiple motor circuits are housed in one panel.
Rated NEMA 4X, these enclosed starters are protected from corrosion and washdowns.
Save electricity and extend motor life by reducing the motor's starting current.
Sized to fit in tight spaces, these starters have a shorter height and narrower depth than most other starters.
Combine a switch and a thermal overload element to build a starter that can handle high-current-rated motors. Also known as a NEMA starter.
Turn machinery, such as paint and conveyor lines, on and off after a set period of time.
Attach these relays to a flat surface using the mounting hole. They have no moving parts, so compared to mechanical switches, they require less maintenance, last longer, and are quieter.
These relays are rated for motors with 1-3 horsepower or 15-90 amps—use them with industrial automation systems, security and emergency lighting, and small motors. Also known as power relays.
A single, momentary input voltage switches these relays and locks them in position, so they don't require a constant input voltage to stay on or off.
The circular pin terminals plug into relay sockets for easy installation.
For use with equipment that cycles on and off, these relays meet UL 508 for air conditioning and heating. Also known as definite-purpose contactors.
Operate equipment that cycles on and off from your control cabinet.
These relays switch through a series of different circuit configurations every time they receive an input voltage. Also known as step relays.
Quickly and safely mount these relays on 35 mm DIN rail (also known as DIN 3). IP20 rated, they have recessed terminals that prevent fingers and other objects from touching live circuits.
Use the screw terminals to hardwire these relays.
Often used to regulate the speed of AC fans or keep a heater at a set temperature, these relays connect directly to sensors to calculate and adjust output power. This allows you to use an analog input without converting it to a digital signal to control output power.
A NEMA 4X enclosure protects the relay from washdowns, dirt, and corrosion. It has wire leads to hardwire to your equipment.
Using a low-current signal, these relays are often used to control small motors and heaters.
Prevent damage from voltage spikes, reduce signal interference, and amplify signal with these relays, which interface between your controller and components to isolate input and output circuits.
Sealed for safety, these relays are a good choice for hazardous locations where combustible or corrosive gases may be present.
Solder these relays directly to printed circuit boards using their solder pin terminals.
Unlike mechanical relays, these solid state relays have no moving parts, so they require less maintenance and last longer, switch faster, and are quieter. They mount on 35 mm DIN rail (also known as DIN 3) for fast installation.
These stepper motors are good for precise, repetitive movements, such as those made by the head of a 3D printer.
A lead screw that converts rotational motion to linear motion sits inside the motor body for a compact footprint. Add a driver and controller to these actuators to repeatedly position loads with speed and precision.
With a built-in controller and driver, these stepper motors come ready to program and operate.
Maintain speed automatically. These motors come with a speed control with a feedback sensor that adjusts power to maintain your set speed.
To precisely position loads in automated systems that are frequently rinsed, these stepper motors are IP65 rated to seal out water.
Convert AC voltage to power DC motors, solenoid valves, charging capacitors, and other devices that require large start-up current.
Sized to fit into small and cramped enclosures, these compact power supplies mount onto DIN rails to convert AC to DC voltage. Despite their size, they're designed to power motors, solenoid valves, and other devices that require large start-up current.
Made of durable components for a long life in demanding conditions, these power supplies convert AC voltage to power DC motors and other devices that require high start-up current.