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.

Steel-body padlocks are stronger than aluminum-body padlocks. They have a bumper around the body so they don’t scratch surfaces. 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.

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.

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.

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.

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

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.

Steel-body locks are strong, but they don’t hold up well in corrosive environments. Zinc-body locks are more corrosion resistant than steel-body locks. However, they’re not as strong as steel-body or aluminum-body locks.

Hardened steel shackles are tougher to cut or pry than steel shackles. Pin-tumbler key locking mechanisms are the most difficult to pick. The more pins a lock has, the harder it is to pick.

Style A and B locks have a bumper around the body, so they won’t scratch nearby surfaces.

To fit around large hasps and thick chains, these padlocks have over 1" of vertical shackle clearance. Multiple locks 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.

Steel-body locks are strong, but they don’t hold up well in corrosive environments. Chrome-plated steel-body locks have an added layer that protects them from corrosion and makes them stronger than plain steel-body locks. Aluminum-body locks balance strength and corrosion resistance. They’re stronger than zinc-body locks but not as strong as steel-body locks, and they’re more corrosion resistant than both.

Hardened steel shackles are tougher to cut or pry than steel shackles. Those that are copper-nickel-chrome plated have an added layer of corrosion resistance and strength.

Locks with a pin-tumbler key locking mechanism are harder to pick than locks with a disc-tumbler key locking mechanism. The more pins a lock has, the harder it is to pick.

Style D and E locks have a bumper around the body, so they won’t nearby scratch surfaces.