With a tall shackle and a palette of colors to pick from, these locks are easy to spot around large hasps or thick chains. Assign a color to individuals or departments and use them with lockout devices to prevent people from using equipment during maintenance or repair. This helps you comply with OSHA 29 CFR 1910.147 safety procedures.

All have a pin-tumbler key locking mechanism, which is the most difficult locking mechanism to pick. The more pins a lock has, the harder it is to pick. Each opens with a different key, and all have random key numbers.

Style B locks have an aluminum body that resists corrosion better than locks with a steel body, but it’s not as strong. A plated shackle also makes them more reliable in harsh environments. Those with a copper-nickel-chrome-plated hardened steel shackle are plated with multiple layers to stand up to corrosion better than shackles with a single layer of chrome plating. Key-retaining locks don’t let you remove the key from the lock until you close the shackle. This makes sure you properly secure locks before walking away with the key.

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

Lock out equipment outdoors to prevent accidental startups during maintenance. These padlocks come in a variety of colors that grab your attention and display a warning label that alerts you to locked-out machines. Assign colors to individuals or functions, such as blue for plumbing and red for electrical, to help meet lockout identification standards. Use them with a hasp, chain, or another lockout device to comply with OSHA 29 CFR 1910.147 standards for safe lockouts. To confirm equipment remains securely locked out during maintenance or repair, these padlocks retain the key in the cylinder until the shackle is relocked. Choose them if you need locks that each open with a different key. All have random key numbers.

These padlocks are made from materials that resist corrosion caused by rain and snow and have a plastic cover for an extra layer of protection. The cover also prevents them from scuffing nearby surfaces.

Brass-body locks resist corrosion better than aluminum-body locks. Aluminum-body locks are stronger than brass-body locks, which makes them more difficult to force open.

Steel shackles are plated with a combination of copper, nickel, and chrome for added corrosion resistance. They’re also stronger than stainless steel shackles. Hardened steel shackles are stronger than both steel and stainless steel shackles. Stainless steel shackles resist corrosion better than steel shackles and hardened steel shackles.

Shackles with a plastic coating resist corrosion. They’re less conductive than uncoated shackles, so they’re safer to use when locking out electrical equipment.

Padlocks with a 3″ body height have room for a second label (not included). They are useful when you need to add warning messages in multiple languages.

Padlocks with a plastic keyhole cover stop water and debris from entering the key cylinder to avoid jams and prevent internal components from freezing or rusting.

Fit the extra-long shackle of these padlocks around oversized hasps and chains to lock out equipment outdoors. They come in a variety of colors that catch your eye and display a warning label that alerts you to locked-out machines. Assign colors to individuals or functions, such as blue for plumbing and red for electrical, to meet lockout identification standards. To prevent accidental startups during maintenance, pair them with a lockout device. This helps you comply with OSHA 29 CFR 1910.147 standards for safe lockouts. Made from materials that resist corrosion from rain and snow, these locks will operate smoothly even when exposed to the elements. They have a plastic cover that protects the lock body and prevents them from damaging nearby surfaces.

These padlocks don’t let you remove the key from the lock until you close the shackle. This makes sure you properly secure locks before walking away with the key. These locks are keyed differently, so they each open with a different key.

Brass-body locks resist corrosion better than aluminum-body locks. Aluminum-body locks are stronger and hold up better against break-in attempts than brass-body locks. They’re made of at least 70% recycled materials to help meet UL 2809-2 requirements for LEED-certified facilities.

Steel shackles are stronger than stainless steel shackles. Hardened steel shackles are stronger than unhardened steel and stainless steel shackles. Stainless steel shackles are more resistant to corrosion than steel or hardened steel shackles. Plastic-coated shackles help resist corrosion. The plastic also makes them less conductive, keeping you safe when locking out electrical panels or other equipment.

For added security, locks have specially designed keys that cannot be duplicated and cannot be removed when the lock is open. Choose these locks if you need several locks that open with the same key.

Stainless steel-body lock is stronger and more corrosion resistant than brass-body locks. It has a concealed shackle to make it more difficult to cut.

Stainless steel shackles are more corrosion resistant than hardened steel shackles, but not as strong.

Disc-tumbler key locking mechanisms offer good pick resistance. When choosing between padlocks with seven or eleven discs, the lock with eleven discs is harder to pick.

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

Made from corrosion-resistant materials, these padlocks lock out equipment outdoors and come in a variety of bold colors that stand out from regular padlocks. The body of these locks is enclosed in a plastic cover to protect against physical damage and corrosion. To adhere to lockout identification practices, assign colors to individuals or functions, such as blue for plumbing and red for electrical. Use them with a hasp, chain, or another lockout device to comply with OSHA 29 CFR 1910.147 standards for safe lockouts.

Choose these padlocks if you need several locks that open with the same key. They have a pin-tumbler key locking mechanism, which is the most difficult locking mechanism to pick. The more pins a lock has, the harder it is to force open.

Brass-body locks resist corrosion better than steel-body locks. They have a brass shackle that is more corrosion resistant than boron carbide but not as strong.

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

With an extra-long shackle, these padlocks fit around oversized hasps and thick chains on outdoor equipment to prevent accidental startup during maintenance. They come in a variety of colors that grab your attention and display a warning label to alert you to locked-out machines. To adhere to lockout identification practices, assign colors to individuals or departments, such as blue for plumbing and red for electrical. Use them with another lockout device to comply with OSHA 29 CFR 1910.147 standards for safe lockouts. They’re made from materials that resist corrosion caused by rain and snow. Their plastic cover protects the lock body and prevents them from damaging nearby surfaces.

These padlocks don’t let you remove the key from the lock until you close the shackle. This makes sure you properly secure locks before walking away with the key. Choose these locks if you need several locks that open with the same key.

Steel shackles are stronger than stainless steel shackles. Hardened steel shackles are stronger than both steel and stainless steel shackles. Stainless steel shackles are more corrosion resistant than both steel and hardened steel.

Padlocks with a plastic-coated shackle add a layer of protection against corrosion. They’re less conductive than uncoated shackles, so they’re safer to use when locking out electrical equipment.

Padlocks with a plastic keyhole cover shield water and debris from entering the key cylinder to avoid jams and prevent internal components from freezing or corrosion.

Lock out equipment outdoors to prevent accidental startups during maintenance. These padlocks come in a variety of colors to grab your attention and display a warning label that alerts you to locked-out machines. Made of corrosion-resistant materials and enclosed in a plastic cover, they stand up to rain and snow. The plastic cover also keeps them from scuffing up surfaces. To help you follow lockout identification practices, you can assign colors to individuals or functions. For example, use blue for plumbing and red for electrical. These padlocks help you comply with OSHA 29 CFR 1910.147 standards for safe lockouts. To make sure equipment remains secure, they retain the key in the cylinder until the shackle is locked. Choose them if you need several locks that open with the same key.

Brass-body padlocks are more corrosion resistant than aluminum-body padlocks, but they aren’t as strong. Aluminum-body padlocks are stronger than brass-body padlocks, so they handle physical attacks better. However, they aren’t as corrosion resistant.

Padlocks with a steel shackle have a stronger shackle than those with a stainless steel shackle. The shackle is coated in plastic to resist corrosion. The coating is also nonconductive for safe lockouts of electrical panels and other electrical equipment. For the strongest shackle, choose those with a hardened steel shackle.

Padlocks with a stainless steel shackle have a more corrosion-resistant shackle than those with a steel shackle. They also have a plastic keyhole cover that keeps out water and debris so the keyhole doesn’t freeze, jam, or rust.

Useful for lockout identification practices, these padlocks come in a variety of colors to catch your eye. Assign a color to individual people or departments, such as blue for plumbing or red for electrical. Use them with cables and other lockout devices to keep equipment off during maintenance or repairs. This helps you comply with OSHA 29 CFR 1910.147 procedures. All have a pin-tumbler key locking mechanism, which is the most difficult locking mechanism to pick. The more pins a lock has, the harder it is to pick.

Choose these locks if you need several locks that open with the same key. If the lock or key with the key number you want isn’t listed, order the "Other Key Numbers" and specify your desired key number.

Style A locks have an aluminum body that resists corrosion better than locks with a steel body, but they’re not as strong. Their shackle is either aluminum or boron alloy, both of which resist corrosion better than a hardened steel shackle. Locks with an aluminum shackle have an FDA-approved lubricant, so you can use them in food production facilities. They also have a compact body that fits into tight spaces, such as inside electrical cabinets. Key-retaining locks don’t let you remove the key from the lock until you close the shackle. This helps you properly secure locks before walking away with the key, reducing risk in lockout applications.

With an extra-long shackle, these padlocks can secure equipment locked out by oversized hasps, chains, and other devices. They come in a variety of eye-catching colors. To help you follow lockout identification practices, you can assign colors to individuals or functions. For example, use blue for plumbing and red for electrical. Use these padlocks with a lockout device to comply with OSHA 29 CFR 1910.147 standards for safe lockouts.

They have a pin-tumbler key locking mechanism—the hardest type to pick. Choose these padlocks if you need several locks that open with the same key. If the lock or key with the key number you want isn’t listed, order the "Other Key Numbers" and specify your desired key number.

Aluminum-body padlocks resist corrosion better than steel-body locks.

Padlocks with a dual-locking shackle prevent attempts to break them open from prying, shimming, or tapping because both ends of the shackle lock inside the padlock body.

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

Lock out electrical equipment safely—made entirely of plastic, these padlocks don’t conduct electricity. They’re also nonmagnetic and won’t spark, unlike metal padlocks. To alert others to locked-out equipment, they display a warning label and come in a variety of eye-catching colors. To help you follow lockout identification practices, you can assign colors to individuals or functions. For example, use blue for plumbing and red for electrical. Pair them with a hasp, chain, or other lockout device to meet OSHA 29 CFR 1910.147 procedures to prevent accidental startups.

They have a pin-tumbler key locking mechanism—the hardest type to pick. Choose these padlocks if you need several locks that open with the same key. If the lock or key with the key number you want isn’t listed, order the "Other Key Numbers" and specify your desired key number.

Padlocks with a key cover make it easy to spot the included key—it matches the color of the padlock. These padlocks are compact to fit in tight spaces such as electrical cabinets.

Key-retaining padlocks won’t let you remove the key from the lock until you close the shackle. This makes sure you properly secure them before walking away with the key.

Simplify keying and rekeying around your facility with locks that let you slot in your own cylinder. These locks make expanding your facility or adding more padlocks easy—just match the cylinders to your existing keying system, even if your key number isn’t common. If you need to rekey your locks, just swap out the cylinders instead of replacing the entire padlock. They accept easy-change lock cylinders, which are also called small format interchangeable core (SFIC) cylinders. To install and remove a cylinder, you'll need a control key that matches the cylinder (not included).

The dual-locking shackle prevents attempts to force them open from prying, shimming, or tapping because both ends of the shackle lock inside the padlock body.

Padlocks with aluminum bodies resist corrosion better than steel lock bodies, but they are not as strong. Padlocks with hardened-steel bodies are strong, so they stand up to break-in attempts better than steel. Padlock bodies that are chrome-plated have an extra layer of strength and protect against corrosion.

Hardened-steel shackles are stronger than steel shackles, so they stand up to prying and cutting. They are also copper-nickel-chrome plated for added corrosion resistance and strength.

Hardened boron alloy shackles are the hardest and most cut-resistant shackle material.

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

Weave the shackle on these padlocks through lockouts on outdoor valves, electrical panels, or other equipment during repairs without the hassle of extra cables or padlocks. To alert others to the maintenance, they have a warning label and come in a variety of striking colors. Assign colors to individuals or functions to follow lockout identification practices. For example, use blue for plumbing and red for electrical. These padlocks help you comply with OSHA 29 CFR 1910.147 standards for safe lockouts. To make sure equipment remains secure, these padlocks retain the key in the cylinder until the shackle is locked. Because the shackle is flexible, you can also tuck the body out of the way or fit it into tight spaces. However, the shackle is thinner than a standard padlock shackle, so it’s easier to cut. Each padlock opens with a different key and all have random key numbers.

The aluminum body and stainless steel shackle resist corrosion from rain and snow. A plastic cover over the body and a plastic coating on the braided shackle add another layer of protection from the elements and prevent scuffs on nearby surfaces.

Eye-catching colors and a danger label on these padlocks alert others to locked-out machines. Snake the flexible shackle through cramped spaces or multiple lockouts—no extra cables or padlocks needed. The shackle is flexible enough that you can tuck the lock body into tight areas, such as a circuit breaker cabinet. To follow lockout identification practices, assign different colors to individuals or functions. For example, use blue for plumbing and red for electrical. They help you comply with OSHA 29 CFR 1910.147 safety procedures.

They resist corrosion and prevent scuffs and scrapes on nearby surfaces because the body is plastic and the shackle is coated in nylon. The shackle coating also reduces its conductivity, so they're a good choice for locking out electrical equipment. However, since the shackle is thinner than a traditional padlock, it's easier to cut.

To make sure you’ve secured equipment properly, you can’t take the key out until the shackle is locked. Choose these padlocks if you need locks that each open with a different key.

Alert others to locked-out equipment—these padlocks come in a variety of colors that will stand out from a typical padlock. Assign a color to individuals or jobs, such as blue for plumbing or red for electrical. A long, flexible shackle simplifies your lockout process by replacing the need for a separate cable and padlock. Weave the shackle through multiple hasps or lockouts. To make sure you’ve secured equipment properly, you can’t take the key out until the shackle is locked. They help comply with OSHA 29 CFR 1910.147 standards for safe lockouts. Choose these padlocks if you need locks that each open with a different key. All locks have random key numbers.

The shackle is braided stainless steel with a plastic coating, which gives it an extra layer of corrosion resistance and prevents it from scratching nearby surfaces. While the flexible shackle allows it to bend into tight spaces and around small parts, it’s thinner than a standard padlock shackle, so it is easier to cut.

Snake the shackle on these padlocks through lockouts on outdoor valves, electrical panels, or other equipment during repairs—no extra cables or padlocks needed. These padlocks come in a variety of eye-catching colors and include a warning label that alerts others to the maintenance. To adhere to lockout identification practices, assign colors to individuals or functions, such as blue for plumbing and red for electrical. They help you comply with OSHA 29 CFR 1910.147 standards for safe lockouts. As an added confirmation that equipment remains secure, these padlocks retain the key in the cylinder until the shackle is locked. Choose them if you need several locks that open with the same key.

The aluminum body and stainless steel shackle resist corrosion from rain and snow. A plastic cover over the body and polyurethane coating on the shackle add another layer of protection from the elements and prevent scuffs on nearby surfaces.

Color-code your lockout system with these flexible padlocks. Assigning a color to tasks or departments helps prevent equipment from being used during maintenance or repair. This helps you comply with OSHA 29 CFR 1910.147 procedures. The flexible braided steel shackle weaves through tight areas and around small tools and equipment to prevent theft and unauthorized use. It also easily secures multiple hasps or lockout devices without a separate cable or multiple padlocks. The flexibility of the shackle also makes the lock body easier to adjust once secured. You can tuck the body out of the way or fit it into tight spaces like a circuit breaker cabinet. The shackle is coated in polyurethane to resist corrosion and to prevent scratching nearby surfaces. However, it is thinner than a standard padlock shackle, so it’s easier to cut.

These locks are key retaining, so you can’t remove the key from the lock until the shackle has been relocked. This safety feature reduces risk in lockout applications. Choose these locks if you need several locks that open with the same key.