Eye catching and visually distinct from typical padlocks, these padlocks come in a variety of colors that are useful for lockout identification practices. Assign a color to individual workers or departments and use these locks with cables and other lockout devices to prevent workers from operating equipment during maintenance or repair. This helps you comply with OSHA 29 CFR 1910.147 procedures. These locks each open with a different key and all have random key numbers.

All have pin-tumbler key locking mechanisms, which are the most difficult locking mechanisms to pick. When choosing between padlocks with four or five pins, the lock with five pins is harder to pick.

Style A locks have an aluminum body that resists corrosion better than locks with a steel body but are not as strong. Their shackles are either aluminum or boron alloy, both of which resist corrosion better than hardened steel shackles. Locks with a boron alloy shackle have the hardest and most cut resistant shackle material.

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

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 a boron alloy shackle have the hardest and most cut-resistant shackle material.

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