Faster and easier to reposition than articulating-arm lights, these gooseneck-arm lights attach to your workspace for additional lighting. They're more rugged than office desk lamps. All are furnished with LEDs that last longer, are more efficient, and generate less heat than other light technologies. They produce a warm light appearance that casts a yellow tone similar to incandescent lights.

For technical drawings and 3-D models, click on a part number.

These lights have a longer reach and hold their position better than gooseneck-arm lights, especially around vibration. Attach them to your workspace for additional lighting. All are furnished with LEDs that last longer, are more efficient, and generate less heat than other light technologies.

Lights with a neutral light appearance cast a white light that is consistent with those often found in workspaces. Lights with a cool or daylight appearance highlight white/blue tones, which is good for inspecting.

These lights cast a narrower beam than other gooseneck-arm machine lights. Reposition them faster and more easily than articulating-arm lights. They have a durable glass lens that's sealed to keep out fluids, chips, and shavings, so they can be mounted directly inside machines. With built-in LEDs, these lights last longer, are more efficient, and generate less heat than other light technologies. They produce a cool or daylight appearance that highlights white/blue tones, which is good for inspecting. IP67 lights withstand temporary submersion in a maximum of one meter of water for up to 30 minutes, so they are built tougher than needed for machine environments.

Power supplies, also known as transformers, convert your facility's 120 or 240 AC voltage into 24V DC voltage.

The articulating arm on these lights holds its position better than gooseneck-arm lights, especially around vibration. Mount these lights directly inside machines—they have a heat- and chemical-resistant glass lens that's sealed to keep out fluids, chips, and shavings. They’re rated IP67 to withstand temporary submersion in a maximum of one meter of water for up to 30 minutes, so they are built tougher than needed for machine environments. With built-in LEDs, these lights last longer, are more efficient, and generate less heat than other light technologies. They produce a cool light appearance that highlights white/blue tones, which is good for inspecting.

Gooseneck arms can be repositioned faster and more easily than articulating arms. Mount these lights directly inside machines—they have a heat- and chemical-resistant glass lens that's sealed to keep out fluids, chips, and shavings. They’re rated IP67 to withstand temporary submersion in a maximum of one meter of water for up to 30 minutes, so they are built tougher than needed for machine environments. These lights have built-in LEDs that last longer, are more efficient, and generate less heat than other light technologies. They produce a cool light appearance that highlights white/blue tones, which is good for inspecting.

Power supplies, also known as transformers, are for use on the hardwire lights to convert your facility's 120 or 240 AC voltage into 24 DC voltage. They cannot be sold to California or Vermont due to local energy efficiency requirements.

Pivot the head to cast a narrow beam of light to exactly where it's needed. Mount these lights directly inside machines—they have a heat- and chemical-resistant glass lens that’s sealed to keep out fluids, chips, and shavings. They’re rated IP67 to withstand temporary submersion in a maximum of one meter of water for up to 30 minutes, so they are built tougher than needed for machine environments. These lights have built-in LEDs that last longer, are more efficient, and generate less heat than other light technologies. They produce a cool light appearance that highlights white/blue tones, which is good for inspecting.

Power supplies, also known as transformers, convert your facility's 120 or 240 AC voltage into 24 DC voltage. They cannot be sold to California or Vermont due to local energy efficiency requirements.

Install sockets for medium (standard household) screw-in base light bulbs.

Styles A-C mount to outlet boxes.

Also known as pigtail holders. Temporarily wire these sockets to provide light during construction. They have a rubber lip that molds around bulbs to form a water-resistant seal.

Small enough to fit in your pocket, these slim flashlights have built-in LEDs that last longer, are more efficient, and generate less heat than other light technologies. The bodies are knurled for a slip-resistant grip. All penlights were tested and rated to ANSI/NEMA FL 1 standards.

Penlights with a flood beam are especially good for close-up tasks and inspection work. Penlights with a spot beam have a bright center for long-distance illumination.

IP04 penlights withstand liquid splashed from all angles.

Note: Battery life is significantly reduced when flashlights are used at the high-beam light setting.

For technical drawings and 3-D models, click on a part number.

If the power goes out, you’ll find these flashlights right away. Store them in an area that gets a lot of natural or artificial light—they’ll absorb the light and emit it in the dark. All have a nonslip grip.

Style A and C have a magnet to stick onto easily accessible magnetic surfaces, such as machines. Style C are the best choice if you need a task light. The head tilts to point light where you need it, and the bottom is flat so you can stand them up and work hands-free. In addition to a magnet, these flashlights have a clip for securing near your work.

Flashlights with a flood beam cast a uniform spread of light that’s good for close-up tasks and inspection work. Flashlights with a spot beam have a bright center for lighting up long distances. Flashlights with a spot/flood beam emit both types of light at the same time.

Flashlights that meet ANSI/PLATO FL 1 standards have been tested to confirm the accuracy of performance attributes such as beam distance, impact resistance, and battery life.

IP08-rated flashlights withstand prolonged submersion, so they’ll still work if you drop them in water.

Clip these little flashlights to any surface up to 1/2” thick and keep your hands free for work. They’re rated for use in environments where ignitable concentrations of flammable or combustible gases, vapors, and liquids are present. They're intrinsically safe for NEC Class I, Division I Groups A, B, C, and D hazardous locations. This means they won't ignite an explosion. With long-lasting, built-in LEDs, they’re more efficient and generate less heat than flashlights with other light technologies. These flashlights cast a spot beam that is bright at the center for long-distance illumination.

Hazardous location environmental ratings indicate where manufacturers have included safety features in products to facilitate their safe use in hazardous environments. Before selecting a product for a hazardous location, ensure it is rated for your environment.

Keep your hands free by wearing a flashlight on your head. These headlamps have long-lasting, built-in LEDs that produce more light and generate less heat than other light technologies. An included strap secures the lamp to your head and adjusts for a comfortable fit.

Headlamps with a uniform beam are especially good for close-up tasks and inspection work. Headlamps with a bull's eye beam have a bright center that can reach long distances.

IP54 rated headlamps protect against dust and liquid splashed from all angles.

Headlamps that cannot be sold to Canada are restricted by local energy efficiency requirements.

Note: Battery life is significantly reduced when headlamps are used at the high-beam light setting.

Clip these headlamps right into a mount on your tactical or rescue helmet. You can also clip them onto your gear’s MOLLE strap. These headlamps all have multiple LED color options for different scenarios. Use the red or blue beam in low-light environments to preserve your night vision. The blue beam lets you see more details and color differences than the red beam—you can even read. The green beam shows more contrast than red and blue beams, but it can interfere with your ability to see in dark conditions. Meeting ANSI/Plato F1, these lights have been tested for light output, impact resistance, and run time.

Style A are best for close-up tasks and inspection work—they produce a flood beam with an even spread of light. Direct the light where you need it with the bendable arm. You can program the order the beam colors appear with each push of the button based on your preference. Rated IP04, these headlamps are sealed to keep out dripping, splashing, and falling liquids, as well as humidity. They include common helmet mount adapters such as ARC, M-LOK, MICH, Picatinny, and ABR.

Style B are best for lighting up long distances where water is a concern. Our most water-resistant option, they’re rated IP08 to handle prolonged submersion. Their spot beam has a bright center to illuminate faraway objects. When wearing night-vision goggles, switch these headlamps to infrared light to see clear, crisp images in dim light or pitch black. You can also program the order that the beam colors appear with each push of a button based on your preference. Bend the arm to direct light where you need it. To keep them from turning on accidentally, they have a digital lockout option. These headlamps include common helmet mount adapters such as ARC, M-LOK, MICH, Picatinny, and ABR.

Style C project light the farthest of these headlamps. Tilt them up to 90° to point light where you need it. To view clear images through night-vision goggles in dim light or pitch black, switch them to infrared light. A digital lockout option keeps the beam from turning on accidentally. IP07-rated for temporary submersion, they’ll keep working if you drop them in water. These headlamps are compatible with NVG mounts and include a strap if you want to wear them without a helmet.

Light up your work from under your brim. These lights clip onto the rim of a cap or hard hat to keep your hands free from holding a flashlight. They have LED bulbs, which are brighter and less hot than incandescent and halogen bulbs. You can adjust how many lights you have on—one, three, or all five. Or you can set the lights to flash.

Mount these lights on a pole to illuminate pedestrian areas such as streets and walkways. No need for timers—a sensor automatically turns the light on at dusk and off at dawn. With built-in LEDs, these lights last longer, are more efficient, and generate less heat than other technologies. They produce a neutral white light. All include hardware for mounting to poles with 1 5/8" and 2 3/8" OD.

Attach these lights in one of the quick-clamp ports for a clear view of what's inside tanks, filters, and other closed containers used in brewery, pharmaceutical, and food-processing lines. Made with a 316 stainless steel body that is IP65 and NEMA 4X rated, they seal out dirt and dust, and won't corrode from frequent rinsing with harsh cleaners and sanitizers. With rounded edges, polished surfaces, and a fused lens, there aren’t any crevices for water and bacteria to hide in, so you can leave them mounted to machinery during cleaning. The lens doesn’t contain Bisphenol A (BPA), Bisphenol B (BPB), or BPA derivates (BPX), which are chemicals that could contaminate food and beverage applications. These lights also meet ASME BPE, which is a design standard for bioprocessing equipment that helps ensure purity and safety.

You’ll need to make sure your tank has at least two ports, since these lights require their own port. They mount to the port using quick-clamp clamps (not included), while leaving the other port for viewing. Mounting the light this way makes it easy to install and remove for cleaning.

With built-in LEDs, these lights last longer, are more efficient, and generate less heat than other light technologies. Their cool light appearance is good for viewing the contents of stainless steel containers, such as brew kettles and bioreactors. The narrow 25° beam angle concentrates light output through the lens and into the tank. Made of plastic, the lens resists shattering, high temperatures, corrosion, and chemicals. It’s reinforced around the edge with 304 stainless steel, so it won’t chip, crack, and break from the pressure of the quick-clamp fitting. Attach the lens to the body using the included set screws.

Hardwire these sockets to a power source.

For technical drawings and 3-D models, click on a part number.

Turn an overhead outlet or an extension cord into a temporary light. These sockets have a two-prong plug for a quick connection.

Replace worn sockets in light fixtures. These sockets work with tubular fluorescent bulbs, and some also work with LED bulbs.

Sockets for rapid and preheat ballasts are also known as non-shunted.

Sockets for instant-start ballasts are also known as shunted.

Lock bulbs in place to prevent vibration from shaking them loose. They replace worn sockets in light fixtures. These sockets work with tubular fluorescent or LED bulbs.

Sockets for rapid and preheat ballasts are also known as non-shunted.

Sockets for instant-start ballasts are also known as shunted.

Replace worn sockets in light fixtures. These sockets work with plug-in compact fluorescent and LED bulbs.

Push snap-on sockets onto fixture panels that are 0.023” to 0.039” thick.

Fastener-mount sockets provide more holding power than snap-on sockets so they withstand vibration better.

Stop vibration from shaking tubular fluorescent and LED bulbs loose.

Install miniature light bulbs into control panels, machines, and other devices using bulb holders. Pair a bulb holder with a lens cap to create a miniature lamp. The lens cap diffuses light and protects the bulb.

A sealing gasket keeps out oil and other contaminants. Pair a bulb holder with a lens cap to create a miniature lamp in control panels, machines, and other devices.