Bloqueo de enchufes y tomas

14 productos

Cuando trabaja con máquinas y equipos eléctricos, una de las formas más efectivas de evitar la reactivación accidental es desconectar estas máquinas de su fuente de alimentación. Simplemente desenchufarlos de sus enchufes durante el mantenimiento y la reparación no será suficiente, ya que cualquiera puede pasar y enchufarlos de nuevo.


Por lo tanto, los dispositivos de bloqueo de enchufes y enchufes pueden garantizar que las máquinas no se vuelvan a enchufar mientras se realizan el mantenimiento y las reparaciones. Los dispositivos de bloqueo de enchufes encierran los enchufes y se bloquean con candados LOTO, lo que hace que sea físicamente imposible que alguien vuelva a enchufar una máquina hasta que se elimine el bloqueo. Mientras tanto, los bloqueos de enchufes se aplican a los enchufes eléctricos y pueden evitar que las máquinas en toda un área se vuelvan a enchufar.


Estos dispositivos de bloqueo son esenciales para los procedimientos de etiquetado y bloqueo eléctrico. Son simples y fáciles de instalar, pero serán muy difíciles de quitar por parte de personal no autorizado. Debido a que están hechos de un material duradero y resistente a los impactos, no se torcerán, doblarán ni romperán sin una fuerza extraordinaria.

Frequently Asked Questions

What is electrical lockout?

When electrical machines or equipment in a facility are undergoing maintenance or repairs, it’s important to ensure that they will not be accidentally re-energized. Electrical lockout tagout thus refers to procedures that prevent unauthorized access to sources of electrical energy. These procedures help protect employees from injury or death.

How do you lockout an electrical socket?

Locking out an electrical socket can be as simple as properly installing a socket lockout device and securing it with a lockout tagout lock. As long as the socket lock is the correct size and is properly applied, it can prevent unauthorized access to electrical sockets

What are pin and sleeve devices?

Pin-and-sleeve devices are often used to seal power connections in heavy-duty industrial applications due to their durability and consistency. Using these devices, power delivery can be protected from moisture, dirt, filth, and chemicals which are common in industrial workplaces.

There are five main types of pin and sleeve devices, namely: plugs, connectors, inlets, receptacles, and mechanically interlocked receptacles. Among these five types, mechanically interlocked receptacle is the least commonly used pin-and-sleeve device.

What is a pin and sleeve socket lockout?

Pin and sleeve socket lockout is a type of LOTO device that is used to keep electrical plugs from being inserted into sockets. This lockout tagout device comes in different sizes to accommodate various pin and sleeve socket sizes. The appropriate lockout device must be selected for the correct fit and effective lockout.

TRADESAFE pin and sleeve socket lockout can be easily inserted into the socket, after which a hasp and a padlock are affixed to ensure security and prevent unauthorized access.

Is a pin and sleeve socket lockout reusable?

Yes, TRADESAFE pin-and-sleeve socket lockout is reusable. This LOTO device is made of high-quality polypropylene which makes it reliable in harsh industrial environments. Even with heavy and repeated use, this electrical socket lockout is guaranteed to retain its shape and remain intact.

How does a mechanically interlocked receptacle work?

Mechanically interlocked receptacles are designed to keep plugs from being inserted or removed from the receptable while the power is on. There is a switch outside the receptacle’s enclosure which is used to power it on or off. The switch will be mechanically interlocked with the receptable if a plug is inserted. Only when the switch is turned off that the plug can be removed.

What is IEC 60309?

IEC 60309, developed by the International Electrotechnical Commission, is a set of international standards for “plugs, socket outlets, and couplers for industrial purposes”. This standard lists down the accepted types, colors, sizes, and keying system of sockets, outlets, connectors, and inlets. As an overview, IEC 60309 maximum of 100 V DC or AC for voltage, 800A for current, and 500 Hz for frequency.

How do plug locks work?

Plug locks are designed to go directly on electrical plugs. They typically encase the plug itself and can accommodate one or multiple plugs, or plugs of different sizes. Once the plug lock has been applied, it will need to be secured with a lockout tagout lock. As long as the LOTO lock is in place, it will be physically impossible for the plug to go into an electrical socket, thus cutting electrical equipment off from their power source.
More FAQ's

People Also Ask

How to use an electrical plug lock out?

Open the plug lockout device and place the electrical plug inside. Apply a padlock to secure the lockout device. Make sure that the plug can not be pulled or removed from the lockout device once the padlock is applied.

What are the safety precautions for plug and socket?

  • Two-prong electrical outlets are outdated. If you’re still using it, then it’s time to replace your outlet.
  • Always check cords and covers. Exposed wires from damaged cords or chipped or cracked cover must be replaced. Give time to examine them because improper insulation can be deadly.
  • Do not overload an outlet. Never plug more than two machines using extension cords to prevent overheating. Overheating will make the wire insulation melt that can cause fire.
  • Unplug cords slowly and safely. 
  • Ensure that plugs and sockets are locked out during repair or maintenance.

What happens if you touch a live plug socket?

An electric shock will occur to the person who touched it. Moreover, the after-effects can also include headaches, unconsciousness, and more. Serious effects include burns, brain damage and death.