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Lock out electrical panels, switches, and other power sources to keep machinery off during repairs.
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.
Ideal for circuit breakers and other electrical equipment, these hasps are made of nonconductive plastic to prevent shocks. Use them to lock out controls to keep machinery off while completing repairs.
Same as our other low-profile lockout hasps, but with an attached label to record employee name and department.
Like two lockout hasps in one, there's a jaw at each end with different clearances for added versatility.
With a smaller overall length, these lockout hasps fit in tighter spaces than other lockout hasps yet still hold a similar number of locks.
These have a chain to attach to equipment so they won't get lost.
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.
Made of plastic, these hasps limit the risk of shock when you’re locking out electrical equipment. They have a holder for a disposable lockout tag to alert others to repairs.
Clasps interlock when you close these lockouts to protect against prying.
A fold-over closing design hinders prying, while a slot instead of holes makes it easy to install multiple padlocks.
With a fold-over clasp design, these hasps shut tight enough that picks and other tools can't pry them open.
In addition to an overlapping hasp that interlocks when closed, lockouts have a chain that attaches to equipment so they won't get lost.
Mount near machines your team is repairing to lock them out with fewer padlocks.
Lock out a machine with fewer padlocks when a team is working.
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.
Lock out hoist controls, large electrical connectors, spouts, and other odd-sized controls.
Mount these lockouts over a toggle- or rocker-style wall switch so it can’t be flipped during maintenance.
Prevent cranes, hoists, and other machinery controlled by pendant switches from starting up during maintenance.
Wrap these lockouts around levers on battery disconnect switches and other disconnect switches.
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.
Keep items for group lockouts organized and within reach with these sets. They mount to a wall and provide hangers for your lockout supplies.
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.
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.
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.
Replace the hinges on access doors or machine guards with these switches to keep your team safe from active machinery.
Also known as interlock switches, these ensure the safety of personnel by automatically shutting off power to machinery when an access door opens. They’re often used with machine guards.
Delay access to hazardous areas until conditions are safe; use these switches with machines that take time to stop after they are turned off. They mount to a door frame.
Light beams travel up to 32 ft. between the transmitter and receiver.
Scanning 275° side-to-side for people and objects, these switches (known as safety laser scanners) cover large areas and send signals to machinery to prevent accidents.
Control and diagnose issues with safety-critical circuits.
To protect equipment and personnel, these controllers shut down your machine when it gets too hot.
Built into an enclosure, these temperature controllers are protected when sitting on your workbench. They turn heating equipment on and off using a proportional-integral-derivative (PID) control algorithm to make fine adjustments, giving you the most precise and stable temperature control.