Breaker Locks

Keep maintenance personnel safe and workplace accidents nonexistent with the right lockout tagout circuit breaker locks. Quickly and efficiently secure breaker switches with these heavy-duty clamp-on locks.

With TRADESAFE’s circuit breaker locks, you won’t have to worry about costly or dangerous mistakes. Because these locks are made of industrial-grade, non-conductive, and corrosion-resistant materials, they are guaranteed to be compliant with OSHA 1919.147. They are also easy to install and won’t require the use of screwdrivers or any other kinds of tools.

These circuit breaker locks can easily secure single-pole breaker toggles that are 5/8 inch to 2.75 inches wide and 1/2 inch to 1 inch thick. A single lock can be used on different breakers of different sizes while maintaining safety for all workers involved.

Breaker Locks FAQ

A lockout tagout circuit breaker lock is a device that is used to prevent specific electrical circuits from being turned on or off when a machine is under repair or maintenance. The lock has to be installed on a circuit breaker, then locked and tagged appropriately.

Circuit breaker locks are designed to lock a circuit breaker switch into the off or on position. The switch will remain in that position for as long as the lock is installed. Once the lock is removed, the circuit breaker can then be engaged and turned on or off.

These locks are an essential part of lockout tagout procedures because they help effectively isolate sources of hazardous electrical energy. They also come in different sizes to accommodate circuit breakers of differing voltages.

Employees should use personal protective equipment as well as the proper lockout tagout devices to prevent electrical hazards and keep themselves safe from injury. Aside from PPE like the proper gloves, boots, suits, and more, employees should also use circuit breaker locks, plug locks, and other devices.

Plug locks can prevent specific machines from being plugged into an electric power source. However, electricity can still flow to other machines in the same area. A circuit breaker lockout, however, can shut off electricity in entire areas, thus ensuring that no electronic machines in those areas will be able to run.

You can lock a circuit breaker by using the right circuit breaker lock. Circuit breaker locks are typically easy to use and easy to secure. Clamp-on locks in particular can easily be clamped over a circuit breaker switch, then secured with a lockout tagout safety padlock.

It’s also important to make sure that these circuit breaker locks are correctly tagged. This way, other employees can be informed of why the circuit breaker is locked out, who installed the lock, when it was installed, and more.

In lockout tagout, the main purpose of locking out an electrical circuit is to prevent electricity from powering certain machinery or equipment. Typically, this is because a particular machine has to be repaired or serviced. Stopping the flow of electricity to the machine keeps it from turning on and potentially harming the repair or maintenance personnel working on it.

Once any repair or maintenance work is done, employees have to follow a set of procedures to remove the locks they installed. This includes removing electrical circuit breaker locks, which can only be removed by the authorized employees who installed them.

When a part of your body comes into contact with a source of electricity, an electrical shock can occur. Electrical currents can also travel through the air, which can then come into contact with your or other exposed body parts.

Not all electrical shocks are equal, and the severity can vary depending on the voltage of the electrical current. Electrical shocks caused by high-voltage electrical currents can cause severe injuries, even death. Thus, proper electrical lockout tagout using the right devices, such as circuit breaker locks, is important in making sure that employees are safe from electrical shocks.

Electrical safety risks can include underground electrical wires, elevated electrical wires, electrical shocks or arc flashes from damaged wiring, and more. In industrial workplaces, it’s important to make sure that employees can reduce or even eliminate risks by executing proper lockout tagout procedures.

Lockout tagout procedures are designed to block hazardous energy from the source or, at the very least, physically prevent machines from accessing hazardous energy. Circuit breaker locks are made to cut off power at the source. Thus, if an employee happens to come by and plugs in a machine that’s under repair or maintenance, the machine will not re-energize. Any repair or maintenance personnel working on the machine will therefore be safe from harm.


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