Locks have a vertical shackle clearance that's greater than 1” and include a Danger label as well as a write-on label marked Property of. Padlocks come in a variety of colors for lockout identification compliance. Choose these locks if you need locks that each open with a different key. All locks have random key numbers. They help you comply with OSHA 29 CFR 1910.147 procedures for the control of energy sources that could injure workers.

Pin-tumbler key locking mechanisms are the most difficult locking mechanisms to pick.

Stainless steel shackles resist corrosion better than hardened steel shackles.

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

Safely lock out electrical equipment—these padlocks are made entirely out of plastic, so they don't conduct electricity. Unlike metal padlocks, they’re nonmagnetic and won’t spark. They come in a variety of colors that grab your attention and display a warning label that signals a machine is locked out. To meet lockout identification standards, assign colors to individuals or functions, such as red for electrical and blue for plumbing. Pair them with a hasp, chain, or another lockout device to meet OSHA 29 CFR 1910.147 procedures to prevent accidental startups.

These padlocks 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 them if you need locks that each open with a different key. All locks have random key numbers.

Padlocks with 1” vertical shackle clearance need less space to be secured, which helps them to fit in tight spaces such as an electrical cabinet.

Key-retaining 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.

Padlocks with a key cover make it easy to spot the included key—it matches the color of the padlock.

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 to lock out several devices with the same key.

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.

Locks have a vertical shackle clearance that's greater than 1" and include a Danger label as well as a write-on label marked Property of. Padlocks come in a variety of colors for lockout identification compliance. They help you comply with OSHA 29 CFR 1910.147 procedures for the control of energy sources that could injure workers. 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.

Pin-tumbler key locking mechanisms are the most difficult locking mechanisms to pick.

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

All external parts are plastic, making these locks nonconductive, nonsparking, and nonmagnetic. Locks include a Danger label as well as a write-on label marked Property of. They come in a variety of colors for lockout identification compliance. They help you comply with OSHA 29 CFR 1910.147 procedures for the control of energy sources that could injure workers. 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.

Pin-tumbler key locking mechanisms are the most difficult locking mechanisms to pick.

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.

Locks have a vertical shackle clearance that's greater than 1" and include a Danger label as well as a write-on label marked Property of. Padlocks come in a variety of colors for lockout identification compliance. They help you comply with OSHA 29 CFR 1910.147 procedures for the control of energy sources that could injure workers. Choose these locks if you want individual locks or groups of locks that open with their own key, but also open with a master key. The included keys have random key numbers; master keys are sold separately. If the lock keyed to the master key number you want isn't listed, order the "Other Master Key Numbers" and specify your desired master key number and lock color.

Pin-tumbler key locking mechanisms are the most difficult locking mechanisms to pick.

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.

A long, flexible shackle means you can weave these locks through tight areas and around valves and other bulky tools. Use them like a cable lockout. They’re bright red with a danger label to make it clear that equipment is locked out to prevent unauthorized use for safety. This helps you comply with OSHA 29 CFR 1910.147 procedures. Because the cable is flexible, it also makes your lock body easier to adjust once secured. You can tuck the body out of the way and fit it into tight spaces, such as a circuit breaker cabinet. However, the shackle is thinner than a standard padlock shackle, so it’s easier to cut.

The lock body and coating on the cable are plastic, so they won’t scratch nearby surfaces. The lock body also resists corrosion. Choose these locks if you need locks that each open with a different key. All locks have random key numbers.