A cinching collar tightens these locks around items, so you don’t have to wrap excess cable around several times to remove slack. Shorter than other cable locks and lightweight, they’re best for securing small items. The lock is integrated with a flexible cable that has a steel core to wrap around and through the items you’re locking. Unlock them with a combination that you can change at any time.

For a snug fit around objects of different sizes and shapes, adjust the cinching collar on these locks to lengthen or shorten the cable. Because you can adjust the length, there’s no need to loop the cable around several times. Made of strong, flexible braided steel, the cable easily bends around or through equipment and tools. It’s coated with vinyl, so it stands up to weather and won’t scratch what it’s wrapped around.

Choose these locks if you need ones that each open with a different key. The attached pin tumbler lock is more difficult to pick than a wafer lock.

Similar to cable locks, except this lock has a cinching collar that allows you to tighten and loosen the cable around equipment. Choose this lock if you need several locks that open with the same key.

The body is weather-resistant aluminum. The cable has a vinyl coating to prevent scratches and add weather resistance.

Lock out panel boxes, multiple gate valves, and oversized controls with a pinch. Weave the free end of the cable through the loop and into the lockout clamping hole. Pull the cable taught before giving the lockout a squeeze to keep the cable in place. Secure the lockout with a padlock and lockout tag during maintenance and repair. With multiple padlock holes, each person can attach a padlock before starting their work. They help you comply with OSHA 29 CFR 1910.147 requirements for the control of power sources and supply lines to prevent injuries. To prevent damaging nearby surfaces, they’re coated in plastic.

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

Tighten these cables hassle-free—unlike pinch-point cables, you can pull them tighter even after they’re locked out. They won’t loosen until you remove all your padlocks and open them up. Weave them through and around equipment such as panel boxes, flanges, and multiple gate valves. All are coated in plastic so they don’t scuff up surfaces. They have multiple holes for multiple padlocks, so each person can add their own as they start a job. The holes are large enough to fit lockout hasps, so you can add more padlocks for larger groups. These cables help you comply with OSHA 29 CFR 1910.147 safety procedures.

Style B have a warning label on one side to alert passersby to the maintenance. On the other side, they have a reusable write-on label for recording your name and department. Style C have a wheel you turn to retract the cable. It’s easy to turn, even if you’re wearing gloves. Since the cable retracts into the body, it stays protected and neatly coiled. Plus, excess cable won’t get in your way.

Steel and stainless steel cables are more durable than nylon cables.

More secure than standard lockout cables, these lockouts clamp to a surface nearby, giving you a fixed point to pull the cable tight. Since the body of the lockout doesn’t hang freely like on standard lockout cables, their cable stays taut. After locking out, you can still tighten these cables, but they won’t loosen until you remove all your padlocks and open them up. Clamp them onto anything that fits between their jaws before weaving the cable around the item you’re locking out. They’ll even secure difficult-to-lock devices, such as ball and butterfly valve handles.

With holes for multiple padlocks, each person can add their own as they start a job. Use a hasp in the bottom hole to add more padlocks for larger groups. These cables help you comply with OSHA 29 CFR 1910.147 requirements for locking out controls to prevent injuries. The cable is plastic coated, so it doesn’t scuff up surfaces.

Swap between the included steel and rubber jaws to fit your application. The steel jaws are more durable and will last longer. The rubber jaws are a better choice for delicate surfaces because they won’t leave scratches.

Secure a single breaker switch with multiple padlocks to keep electricity safely off until the entire team is finished with a maintenance task. The key that unlocks these lockouts is at the end of a 2-ft. cable—wind it through the lock mount and secure by adding a padlock for each person working. The key is released only when all padlocks are removed.

Less disruptive than locking access to an entire panel, these lockouts isolate a single circuit. Because they're small and don't hold the padlocks, you'll still have room in your breaker box to flip adjacent switches on and off or close the panel door. These lockouts help your organization comply with OSHA 29 CFR 1910.147, which requires electrical circuits to be locked out during maintenance to prevent injuries.

Clamp-on lockouts can be installed on switches with or without through holes, since they clamp onto the surface of the switch.

Pin-in lockouts have two pins that snap into a switch’s through holes. Press a button on the end to open the pins and slide them over a switch.

When your valve has a small handle or no handle to secure a lockout onto, these compact lockouts prevent accidental turns. They make sure your line doesn’t start up and cause injuries while repairs are happening downstream. These lockouts help you comply with OSHA 29 CFR 1910.147 requirements for the control of hazardous energy.

Cable lockouts are quick to install, so they’re ideal for temporary use. Just place the body over your valve stem and secure by wrapping the cable around your pipe. You can continue pulling the cable tighter after locking. Made of plastic-coated steel, the cable is durable and won’t scuff your pipe. If the body doesn’t fit your stem, use the included rubber inserts to change the diameter. These lockouts have holes for up to 4 padlocks, so each person performing repairs can add their own lock to ensure safety. To add even more padlocks, put a hasp in the largest hole.