Lock out a machine with fewer padlocks when a team is working. After locking one padlock to each electrical control and placing the keys in the box, each person locks their own padlock to the outside of these boxes. The keys are only accessible once all the padlocks have been removed—keeping your group safe. Once these boxes are locked, you can still add keys through a slot. Made of plastic, they’re lightweight, durable, corrosion resistant, and nonconductive. A plastic window lets you view the keys inside while protecting them from water exposure. These boxes help you comply with OSHA 29 CFR 1910.147 procedures for the control of energy sources that could cause injuries.

Prevent cranes, hoists, and other machinery controlled by pendant switches from starting up during maintenance. Unlike soft lockout bags, these lockouts have rigid sides that keep control buttons from being pressed while work is underway. With space for four padlocks, multiple people can safely work on the same equipment. These lockouts expand to fit over most switch sizes, and collapse flat for storage. They help you comply with OSHA 29 CFR 1910.147 procedures for the control of energy sources that could injure workers.

Carry these boxes from job to job and mount them near equipment to lock out valves, electrical controls, and other machines with fewer padlocks, saving your team time. With these lockout boxes, you only need one padlock to lock out a piece of equipment. When starting maintenance work, have each person lock their own padlock to the outside of the box and place their key inside. The keys are only accessible once everyone has removed their padlocks, keeping your team safe. Each box has hooks to keep your keys organized and easy to identify. Once these boxes are locked, you can still add keys through a slot. All boxes help you comply with OSHA 29 CFR 1910.147 procedures for controlling hazardous energy.

Block access to your entire panel during maintenance and repairs. With these lockouts, you don’t have to spend time locking out individual breakers or fussing with traditional lockout cables. They’re sized to fit common electrical panel widths and adjust for a tight fit to keep people from opening the door. Add a padlock to lock them out and prevent accidental startups during repairs. These lockouts help you comply with OSHA 29 CFR 1910.147, which requires electrical circuits to be locked out for safety.

Choose these locking bars if you need several bars that open with the same key. Mount them on the front of nonlocking cabinets to secure the contents. The bar slides over a notched pin at the bottom, fits into a notched or clevis pin at the top, and locks at the top. For access to cabinet drawers, remove the bar.

Choose these locking bars if you need bars that each open with a different key. Mount them on the front of nonlocking cabinets to secure the contents. The bar slides over a notched pin at the bottom, fits into a notched or clevis pin at the top, and locks at the top. For access to cabinet drawers, remove the bar.

These locking bars have hinges and swing out of the way for easy access to cabinet drawers. Mount them to either corner of a cabinet to secure the contents. The bar slides over a notched pin at the bottom, fits into a notched or clevis pin at the top, and is padlockable at the top (padlock not included). Bars require a minimum mounting width of _1/2" on the cabinet edge for installation.

Lock nonlocking drawer cabinets closed with a padlock (not included). These bars have a spring hinge and fold over the edge of cabinet drawers to keep contents secure. They require a minimum mounting width of _1/4" on the cabinet edge for installation. When mounting the bar next to a drawer pull, a minimum of _1/2" clearance from the drawer pull as well as _1/2" of mounting width on the cabinet edge is required.