These lockouts plug into standard two- and three-prong plugs and lock with keys so the plug can't be used. They help you comply with OSHA 29 CFR 1910.147 procedures for the control of energy sources that could injure workers.

Keyed-alike lockout includes keys with a specific key number. Keyed-differently lockout includes keys with a random key number.

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

Make sure no one inserts a plug into an IEC socket on your equipment during maintenance. Fit these lockouts in your socket and twist the key end to clamp them onto the prongs. Then secure with a padlock and lockout tag. Made of plastic, they’re durable and resist wear. They’re also nonconductive for safe use with electronics. They help you comply with OSHA 29 CFR 1910.147, which requires controls to be locked out during maintenance to prevent injuries.

Padlock these lockouts over the ends of battery cables to keep forklifts, pallet jacks, and other machinery powered off during maintenance. They signal that equipment is being serviced, preventing accidental startups. These lockouts have space for two padlocks, so teams can safely perform two maintenance tasks at once.

Made from nonconductive plastic, they insulate battery terminals and protect workers from accidental shocks, helping you comply with OSHA 29 CFR 1910.147 requirements for the control of electricity. These lockouts are also rated UL 94 HB, which means they have been tested in a horizontal position for flame resistance; the slow-burning plastic keeps flames from spreading.

Hinged lockouts fully enclose battery cable ends and inline connections. Fit battery connectors, such as lugs and terminal clamps, over the internal post to hold cables in place.

Slide-on lockouts are best for large battery connectors.

These have a chain to attach to equipment so they won't get lost. Use them to lock out a single energy control on machinery and electrical equipment so it can't be used. Lockouts are vinyl coated so they won't mar surfaces. They help you comply with OSHA 1910.147 procedures for the control of energy sources that could injure workers.

With a smaller overall length, these lockout hasps fit in tighter spaces than other lockout hasps yet still hold a similar number of locks. Use them to lock out a single energy control on machinery and electrical equipment so it can't be used. They help you comply with OSHA 29 CFR 1910.147 procedures for the control of energy sources that could injure workers.

Lock out electrical panels, switches, and other power sources to keep machinery off during repairs. These hasps have multiple holes for multiple padlocks and tags, so each person can add their own as they start the job. Until the last padlock is removed, these hasps won’t open. They help you comply with OSHA 29 CFR 1910.147 requirements for the control of hazardous energy.

Aluminum hasps resist corrosion better than steel hasps, so they won’t wear as easily. Steel hasps are stronger than aluminum and stainless steel hasps. Stainless steel hasps are both strong and corrosion resistant. While not as strong as steel hasps, they resist corrosion much better. They’re also stronger and more corrosion resistant than aluminum hasps.

Vinyl- and epoxy-coated hasps won’t scuff the surfaces they touch. Epoxy-coated hasps resist corrosion.

Hasps that meet UL 2809-2 are made of 100% recycled materials and are sustainably sourced to meet purchasing requirements for LEED-certified facilities.

Same as our other low-profile lockout hasps, but with an attached label to record employee name and department. Use this lockout hasp to lock out a single energy control on machinery and electrical equipment so it can't be used. It helps you comply with OSHA 29 CFR 1910.147 procedures for the control of energy sources that could injure workers. Hasps that meet OSHA 29 CFR 1910.145 adhere to safety color standards for indicating hazards.

A Danger label on these hasps alerts passersby that an energy control is locked out. Use them to make sure machinery doesn’t get powered up during repairs. They have multiple holes for multiple padlocks and tags—mark them with names or maintenance tasks and remove them individually as work is completed. Until the last padlock is removed, these hasps won’t open. They help you comply with OSHA 29 CFR 1910.147 requirements for the control of hazardous energy.

Steel hasps are stronger than aluminum hasps. Aluminum hasps resist corrosion better than steel hasps.

Style A have a stop sign design. Write on them with a dry erase marker so they can be reused without changing the label. Style B have a warning label on the front and space for 6 names and dates on the back.

Lockouts come in different colors for easy identification and to help meet OSHA standards. The label is permanently attached to record employee name and department. Use these lockouts to lock out a single energy control on machinery and electrical equipment so it can't be used.

Like two lockout hasps in one, there's a jaw at each end with different clearances for added versatility. Use these lockout hasps to lock out a single energy control on machinery and electrical equipment so it can't be used. They help you comply with OSHA 29 CFR 1910.147 procedures for the control of energy sources that could injure workers.

Ideal for circuit breakers and other electrical equipment, these hasps are made of nonconductive plastic to prevent shocks. They also resist corrosion better than hasps with a metal body. Use them to lock out controls to keep machinery off while completing repairs. They have multiple holes for multiple padlocks and tags, so each person can add their own as they start the job. Until the last padlock is removed, these hasps won’t open. They help you comply with OSHA 29 CFR 1910.147, which requires electrical controls to be locked out during maintenance to prevent injuries.

Style B have a slot instead of multiple holes, so it’s easier to install multiple padlocks.

Style C have a flexible clasp that you can bend to fit around irregular shapes. They also have a prominent warning label on the body.

Style D are good for tight-clearance applications, such as on circuit breakers. They have a thin, lightweight design.

Style E are bright red and shaped like a stop sign to remind you to be cautious near locked out equipment.

Hasps that meet UL 2809-2 are made of 100% recycled materials and are sustainably sourced to meet purchasing requirements for LEED-certified facilities.

Made of plastic, these hasps limit the risk of shock when you’re locking out electrical equipment. Plus, they resist corrosion better than metal hasps. They have a holder for a disposable lockout tag (sold separately) to alert others to repairs. The holder secures the tag flush with the hasp, so it doesn’t get damaged or ripped off. Use these hasps to lock out controls to keep machinery off while completing repairs. They have holes for up to three padlocks, so each person can add their own as they start a job. Until the last padlock is removed, these hasps won’t open. They help you comply with OSHA 29 CFR 1910.147 requirements for locking out electrical controls to prevent injuries.

With a fold-over clasp design, these hasps shut tight enough that picks and other tools can't pry them open. Use them to lock out controls so machinery stays off during repairs. With holes for multiple padlocks, each person can add their own as they start a job. Each padlock adds another layer of security, and until the last is removed, these hasps won’t open. They help you comply with OSHA 29 CFR 1910.147 safety procedures.

Plastic hasps resist corrosion and won’t scuff up surfaces.

Steel hasps are strong and zinc plated for corrosion resistance. Those with a vinyl coating won’t leave scratches on surfaces.

In addition to an overlapping hasp that interlocks when closed, lockouts have a chain that attaches to equipment so they won't get lost. Use these lockouts to lock out a single energy control on machinery and electrical equipment so it can't be used. All are vinyl coated so they won't mar surfaces. They help meet OSHA Compliant 29 CFR 1910.147 procedures for the control of energy sources that could cause injuries.

A fold-over closing design hinders prying, while a slot instead of holes makes it easy to install multiple padlocks. Use these lockouts to lock out a single valve, switch, or other control on machinery and electrical equipment so it can't be used. Have each person attach a padlock before starting their work—the power can’t restart until all the locks are removed and maintenance is complete. When used with labeled or tagged padlocks, these lockouts help you comply with OSHA 29 CFR 1910.147 requirements to prevent injuries from controls being accidentally used during maintenance. Made of steel, these hasps are strong. They’re zinc plated to resist corrosion.

Clasps interlock when you close these lockouts to protect against prying. Use them to lock out controls so machinery stays off during repairs. They have multiple holes for multiple padlocks and lockout tags, so each person can add their own as they start the job. Each padlock adds another layer of security, and until the last is removed, these lockouts won’t open. They help you comply with OSHA 29 CFR 1910.147, which requires controls to be locked out during maintenance to prevent injuries.

Vinyl-coated lockouts protect surfaces from getting scuffed up.

Lockouts that meet UL-2809-2 are made of 100% recycled materials and are sustainably sourced to meet ongoing purchasing requirements for LEED-certified facilities.

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.

Block air hoses from connecting to compressed air. These lockouts secure with a padlock and lockout tag so your equipment doesn't start up during repairs. They also help you comply with OSHA 29 CFR 1910.147 requirements for locking out controls to prevent injuries.

Style D can lock out an air hose and electrical plug at the same time. Stash them in your tool bag so you don’t have to carry two separate types of lockouts when completing maintenance work.

Lockouts for more than one padlock let multiple people add their own padlock as they start a job. Until the last padlock is removed, these lockouts won’t open.

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 can attach a padlock to the outside of the box before starting their work. The keys are only accessible once all padlocks have been removed, keeping everyone safe while maintenance is completed. Once these boxes are locked, you can still add keys through a slot. They help you comply with OSHA 29 CFR 1910.147 procedures for the control of energy sources that could cause injuries.

These lockout boxes resist corrosion. Plastic boxes are nonconductive. Stainless steel boxes have drain holes to keep moisture from building up inside. They're stackable for easy storage.

Styles A and C have a window, so you can view the keys inside. Made of polycarbonate plastic, the window protects your keys from water exposure and resists impact to prevent break-ins.

Boxes with a control-lock hole allow a supervisor to lock them with a control padlock. Boxes with a removable key cup make it easy to retrieve keys dropped in the key slot. Lift the cup out to access your keys.

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.

Boxes with a control-lock hole allow a supervisor to lock them with a control padlock.

Boxes with a wall-mount bracket make it easy to remove your box from a wall. After you mount the bracket, these boxes slide on and off of it.

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.

Plastic boxes are lightweight and corrosion resistant. They’re also nonconductive for use near electronics. While they’re a durable option, they aren’t as strong as steel and stainless steel boxes. Steel boxes are stronger than stainless steel boxes. They’re powder coated for corrosion protection. Stainless steel boxes resist corrosion better than steel boxes, and they’re powder coated for even more corrosion resistance. They’re stronger than plastic boxes, but weaker than steel boxes.

Boxes with a polycarbonate plastic window let you view the keys inside. Thanks to its material, the window protects your keys from water exposure and resists impact to prevent break-ins.

Boxes with a wall-mount bracket make it easy to secure your box to a wall and remove it. To secure and prevent unwanted removal, place the box against the mounted bracket and slide the locking mechanism inside of the box in place. To remove, unlock the cover of the box and slide the locking mechanism to the unlocked position.

Boxes with a document display let you view checklists and permits as you lock out equipment, reducing the risk of injury. Thanks to an IP-rated gasket, they’ll keep your documents protected in damp environments. The lock caddy is removable so it’s easy to transport your padlocks and keys during lockout. For easy retrieval of the keys you drop through the slot, the key cup that collects them is removable as well.

Boxes with a control-lock hole have a dedicated spot for supervisors to lock the box closed.

Boxes with a dry erase label are helpful to write down permit and work order numbers.

Keep items for group lockouts organized and within reach with these sets. They mount to a wall and provide hangers for your lockout supplies. All padlocks and hasps are red, and the board or case is yellow plastic, so these sets are easy to see. They help you comply with OSHA 29 CFR 1910.147 requirements for the control of hazardous energy.

Cases have a clear plastic cover to protect lockout items against water and dust.

Sets that meet UL 2809-2 are made of 100% recycled materials and are sustainably sourced to meet purchasing requirements for LEED-certified facilities.

Lock out nearly any power source or supply line in your facility, from circuit breakers and valve handles to wall switches and air hose. These sets include padlocks, hasps, and other lockouts in a carrying case—just grab them and go. They also include a cable lockout for panel boxes, handwheels, and other devices that require extra length to secure. To alert others to maintenance and repair, the lockouts are red. The lockouts in these sets help you meet OSHA 29 CFR 1910.147 requirements to prevent injuries caused by accidental startups.

Keep everything you need to lock out most electrical equipment and valves around your facility in a single spot against the wall. These sets have supplies for locking out circuit breakers, valves, plugs, wall switches, and other controls. The supplies are red or yellow to alert people to maintenance. They help you comply with OSHA 29 CFR 1910.147, which requires power sources and supply lines to be locked out to prevent injuries.

Cabinets are made of stainless steel, so they resist damage better than our plastic cases. They meet UL 2809-2, so they’re made of at least 90% recycled materials to meet purchasing requirements for LEED-certified facilities.

Cases have a clear plastic cover to protect lockout items against water and dust while still letting you see inside. They have a larger set of supplies than our cabinets, including a cable lockout for weaving through and around panel boxes, valve wheels, and other hard-to-secure equipment.

Everything you need to lock out your electrical equipment or valves. These sets are your one stop shop for padlocks, hasps, and other lockout devices. Bright red, they alert others to service or repairs. Use them to comply with OSHA 29 CFR 1910.147 requirements to prevent injuries caused by accidental startups during maintenance.

Sets with a cable lockout can be used on panel boxes or handwheels. Thanks to their extra length, they weave between handles or wheels to prevent them from turning.

Sets in a carrying case store lockout components in a soft, portable bag.

Sets in a fanny pack are strapped around your waist to keep lockout devices within reach.

Sets in a plastic box are more weather resistant than sets in a carrying case or fanny pack.

Sets that meet UL 2809-2 are made of 100% recycled materials, so they meet purchasing requirements for LEED-certified facilities.

Keep an assortment of padlocks, hasps, and other electrical lockouts on hand. Stored in a portable case, these sets have everything you need to lock out electrical equipment around your facility—just grab them and go. The lockouts are red or yellow to grab your attention and alert you to maintenance. Use them to help comply with OSHA 29 CFR 1910.147 requirements to prevent injuries caused by accidental startups during maintenance.

Sets in a carrying case store lockouts in a soft, portable bag.

Sets in a plastic box keep lockouts organized in a durable plastic container, like a toolbox. They’re more resistant to rain and snow than sets in a carrying case.

Sets that meet UL 2809-2 are made of 100% recycled materials, so they meet purchasing requirements for LEED-certified facilities.