![]() If there is a possibility of re-accumulation of stored energy, such as an increase in pressure to a hazardous level, isolation of the equipment must be periodically verified until the maintenance or repair is completed, or until the possibility of such accumulation no longer exists. Tags must be attached to the energy isolating device(s) and to the normal operating control in such a manner as to prevent operation during the lockout.Īfter ensuring that no workers can be injured, operate the push button or other normal controls to verify that all energy sources have been disconnected and the equipment will not operate. An example is a common hasp to cover an operating button. Tags should be easily recognised and provide appropriate information about the lockout.įor some equipment, it may be necessary to construct attachments to which locks can be applied. Tags must be substantial enough to prevent accidental or inadvertent removal.īoth locks and tags are to be standardised by colour, shape, or size. Locks must be substantial enough to prevent removal without the use of excessive force. Information on the locks and tags should remain legible. ![]() Locks and tags must be durable enough to withstand the environment in which they are to be used. In a multiple lockout/tagout situation, it will also identify any workers(s) who may not have finished working. This identifies who is servicing the machinery or equipment. The name of the person who applied the device Locks and tags should clearly show the following: If more than one worker is working on the same piece of equipment at the same time, each one should lock out the equipment, by placing a personal lock and tag on the group lockout device when he/she begins work, and should remove those devices when he/she stops working on the machine or equipment. A worker will not be protected unless he/she uses his/her own padlock. Lockout and tag the energy-isolating device with an assigned, individual lock. Use one scissors and multiple lock on one machine. Place the lock into the scissors and lock it. Attach the scissors to the lock out point. Servicing and/or maintenance during normal production. To prevent unlawful machine start-up during maintenance or any other time. To minimize / manage risk of exposure to energy sources and hazardous substances. MAKROSAFE / SAFETYWALLET and MY SAFETY SHOP are in Partnership.Ĭlick on the image below to view / selet a SafetyWallet Subscription that suits your business: MAKROSAFE has been assisting clients for more than 23 years, they can assist you with all your Lock-Out Tag-Out needs, CONTACT US now. All such forms of energy must be locked out, blocked or released to ensure that machinery or equipment does not turn on or move during installation, repair or maintenance. There are many types of potentially hazardous energy including, electrical, thermal, chemical, pneumatic, hydraulic, mechanical and gravitational energy. ![]() Power is then restored and the necessary tests carried out before resuming normal operation. Personnel must all be accounted for and be clear of all moving or hazardous mechanisms. Replace all the machine guards and other guards. Post-lockout begins with a thorough inspection to remove all tools, loose parts and other maintenance equipment. ![]() Once all activities are completed, get permission to remove the lock and tag and to restore the power supply. The removal of a lock by someone other than the one who placed it there should only be allowed under extreme circumstances, and then only with the express authority of the person who signed the permit, that is in the absence of the key holder. This stage continues until all work is complete. Secure the key on the person who performed the lockout and start the maintenance or other work. Mid-lockout continues by ensuring that the correct control has been locked effectively disconnecting the power. ![]() It also makes it easy to see if the lockout is currently in use. This tag will show who is working on the machine and the date on which the lockout was done. This is accompanied by the completion and hanging of the tag on the lock. This is followed by the drawing of locks and keys, deactivating the equipment or process through conventional or other means and the securing of the lock on the lockout device. Pre-lockout starts with the issue of a lockout work permit by the responsible person. There are three basic steps for lock out procedures in the workplace: This is required for inspection on electrically powered equipment or machinery and also in the event of a break down, refuelling or while the vehicle remains in a parked area. To “Lockout” means to neutralise all energies on a vehicle or equipment while performing maintenance/inspection. ![]()
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