LOTO (Lock Out Tag Out) is a safety procedure used to protect workers from harm while they’re performing maintenance or repairs on machinery and equipment. It involves physically disconnecting the power or energy sources that are associated with the equipment and tagging them to show they’ve been disconnected.
The right personnel must lock out the energy source before beginning work so as to prevent an unexpected release of the energy source.
Lototo is a lottery game that is available in some parts of the world. Lototo allows players to purchase tickets and select numbers from a predetermined pool of numbers. The winning numbers are determined through a random drawing and the prize money is determined on the value of tickets sold.
Lototo is generally intended for amusement purposes and does not offer safety or health benefits to participants.
What is the meaning of Lototo?
Lototo is a philosophical and spiritual concept that originates from the continent of Africa, specifically in the Mossi region of Burkina Faso. It is a complex concept that incorporates many aspects like a universal energy, the power of the mind, and the energy of the soul.
It has many connections with African religion and spirituality, which views the world and all it contains as intertwined. For example, all living things are related and the energy of the soul flows from the ancestors.
Lototo is associated with fortune, understanding, and power, which leads people to seek it out for their own personal growth. In many respects, Lototo is like a spiritual compass, helping to guide people in their life journey.
Ultimately, Lototo seeks to help everyone reach their full potential as a human being by encouraging them to live in harmony with nature and to find joy and clarity in their daily lives.
What are the two lockout/tagout types?
The two types of lockout/tagout (LOTO) procedures are:
1. Group Lockout/Tagout – In this procedure, multiple employees use the same lock to lock out an energy source. A single employee is designated as the Energy Control Authorized person and is responsible for controlling access to the energy source.
This procedure typically applies when multiple workers are involved in a repair or maintenance task, and each needs access to the energy source.
2. Individual Lockout/Tagout – This procedure requires each employee working on or potentially exposed to the hazardous energy source to use a padlock and key. The individual keys are then kept in the possession of the Authorized Employee, who oversees the LOTO procedure.
This ensures that only the Authorized Employee has access to the energy source and safeguards against accidental release of energy.
In both scenarios, lockout/tagout devices are used to physically secure a circuit, valve, or other energy-isolating devices to prevent unexpected startup of the machines. These devices can include locks, tags, chains, covers, and other physically secured equipment.
The use of lockout/tagout devices, in addition to all of the other steps involved in the procedure, helps ensure a safe work environment.
What are the 7 steps of LOTO?
LOTO stands for Lock Out/Tag Out and is a vital safety procedure used to avoid unexpected start-up of machinery or equipment, which might cause injury or death. It serves to protect workers from hazardous energy sources.
The seven steps of LOTO are as follows:
1. Prepare for shut down. Determine the type and levels of hazardous energy that may be present. Also, inform other workers that the lockout procedures will be taking place and enlist their help during the process, if necessary.
2. Shut down the machine or equipment. This is done by turning off any and all energy sources connected to the specific machine or equipment.
3. Isolate energy sources. This is done by closing lockout, tagout devices and/or disconnecting any electrical sources of energy.
4. Lockout or tagout. Attach lockout or tagout devices to the appropriate energy isolation points and secure them with a key or special tool.
5. Test for safety. Turn on select components of the machinery such as power switches and test that the lockout or tagout devices are functioning properly.
6. Perform maintenance. Here is where the actual maintenance or repairs of the machine or equipment can take place.
7. Restore energy and remove lockout or tagout devices. Once all maintenance or repairs have been completed, the hazardous energy is allowed back on the machine or equipment, and the lockout or tagout devices are removed.
What are the three 3 levels of training in LOTO?
The 3 levels of training in Lockout/Tagout (LOTO) are Awareness, Authorized, and Competent Person.
Awareness Level Training is intended to provide knowledge to employees that work on or around energy sources. This level of training includes topics such as identifying energy sources on the equipment, understanding the hierarchy of control, and the procedure for getting machines back in service.
It also includes information on why machines are shut down and tagged out.
Authorized Level Training is to prepare personnel to be LOTO Authorized and implementation of lockouts/tagouts in a work setting. This level of training typically includes subjects such as recognition of hazardous energy sources and type of protective measures that are required for controlling these sources.
This training also includes specific safety measures and procedures for conducting lockouts and tagouts.
Competent Person Training requires that the personnel receive formal training to ensure that they are able to assess and handle hazardous energy control situations. This level of training typically includes topics related to recognizing hazards, guarding against hazards, and other methods for controlling the release of hazardous energy.
This training also covers the correct ways for applying locks and tags and procedures for lockout/tagout maintenance. This training must also cover energy control and evaluation program maintenance requirements specified in the LOTO program.
What type of control is LOTO?
LOTO (Lock Out/Tag Out) is a type of control used to protect workers from hazardous energy during maintenance or servicing activities. It is a specific type of physical control that uses locks and tags to ensure that the energy source is isolated and can not unintentionally be re-energized.
The purpose of this type of control is to prevent accidental energization of machines and equipment where servicing or maintenance activities are being done. The procedure typically requires that machines or equipment be shut off, disconnected, and the main power source locked out using individual locks, each with its own unique identification tag.
Only the authorized individuals that applied the locks and tags should re-energize the machine or equipment. The control should remain in place until all necessary servicing has been completed and all maintenance workers have safely cleared the area.
Additionally, the procedure should be properly documented to ensure that all relevant personnel are aware of hazardous situations.
How many types of LOTO are there?
The specific types of LOTO can vary by country or region, but some of the most common variations include bingo, keno, scratch cards, and raffles.
Bingo is a popular type of LOTO in which players match pre-marked numbers on a card with the numbers called out by a caller. In some variations of the game, players may mark a row, column, or pattern of numbers on their card to win.
Keno is another common type of LOTO. In this game, players choose a set of numbers from a pool of numbers, and then wait to see if they have matched any of the numbers chosen by the calling ball machine.
Scratch cards are another popular type of LOTO. This game involves the player scratching off symbols or numbers printed on a game card, and matching them with symbols or numbers printed on the surface of the game card.
Raffles are another type of LOTO that involves players buying a ticket for a chance to win a prize. Numbers are assigned to each ticket, and then a drawing is held to determine the winner of the prize.
Ultimately, there are many distinct types of LOTO, each with its own rules and regulations. Depending on the country or region, the types of LOTO available can vary greatly, so it is important to check the regulations in your area before playing.
How many steps are in lockout tagout?
The lockout/tagout procedure involves 7 steps:
1. Identification of all potential energy sources – A thorough evaluation must be conducted to identify any and all potential energy sources.
2. Isolation of the energy sources – Every single energy source must be isolated from the equipment by either turning off power or using locking devices, with the authorization and approval of a qualified supervisor or engineer.
3. Verification of isolation – All workers must verify that the energy source has been completely isolated.
4. Application of lockout/tagout devices – Personnel must securely attach a lockout device to each energy-isolating device controlling hazardous energy sources.
5. Worker notification – All personnel working on or in the vicinity of the machine must be informed of the lockout/tagout procedure and the presence of hazardous energy in the work area.
6. Stoppage of the start-up procedures – Start-up procedures that were previously taken prior to the lockout/tagout procedure must be reversed.
7. Clearing of machines and equipment – All workers on-site must leave the machinery/equipment area after completing any further verification that all energy sources have been effectively isolated and locked out.
What is the procedure for lockout?
The procedure for lockout is a safety measure used to help ensure the safety of personnel and property in the workplace. It involves the temporary prohibiting and preventing of any machine or equipment from being operated until the completion of necessary maintenance, repair or safety checks.
Generally, lockout involves a mechanical, electrical or procedural chain of events.
First, all personnel must be thoroughly made aware that lockout is necessary by posting prominent signs around the work area to indicate the lockout. The lockout must then be authorized by the supervisor in charge, who is then responsible for making sure all workers in the vicinity are accounted for.
The next step is to then turn off the main power source to the machine or equipment that is being locked out. All electrical outlets, switches, circuit breakers and main disconnects must all be identified, labelled and then switched off.
Then, each power source must be given a tag and identified with the employee responsible for placing it in the lockout position.
After that, it’s then important to physically secure the machine or equipment from any unauthorised access or use. All hazardous energy sources must be contained, locked out or in a safe isolation state.
Lockout devices should be used for this purpose and the employee responsible for the lockout should always have the only key.
Once complete and all personnel have returned to a safe position, the supervisor in charge should perform a final safety check and ensure everything is as it should be. All signage and lockout tags should be checked and the employee responsible should account for all keys that have been used in the lockout procedure.
The lockout should then remain in place until any necessary repairs are completed, the machine or equipment is switched off and the supervisor in charge has signed off and decreed it is safe to remove the lockout.
After that, all signs, tags and lockout devices should be removed.
What 3 words must be on a lock out/tag out?
The three words that must be on a Lock Out/Tag Out are “do not operate”, “authorized personnel” and “danger”. Lock Out/Tag Out is a safety procedure used to prevent machinery and equipment from being unexpectedly energized or started up while personnel are completing maintenance or repair work on that equipment.
By affixing Lock Out/Tag Outs to the power source, “do not operate” warns others not to use the equipment until valid permission is given; “authorized personnel” notifies those who have permission to unlock the power source; and “danger” warns of the potential of danger if the Lock Out/Tag Out is not followed.
Is the lockout process a six step procedure?
No, the lockout process is not a six step procedure. The lockout process is actually a multi-step procedure that depends on the type of hazardous equipment being locked out. Generally, the steps of the lockout process involve the preparation to lockout, shutting down the equipment, isolating the energy sources, locking out the energy sources, verifying the off condition of the equipment, and the completion and documentation of the process.
Depending on the type of hazardous equipment, there may also be additional steps necessary to complete the lockout process. For example, when dealing with equipment that has hydraulic or pneumatic actuators, then the necessary steps may require an additional ‘venting’ step.
If there is electrical equipment, then all exposed conductors will need to be de-energized, tested, and locked out. Additionally, personal protective equipment may also be required before any work can begin.
As you can see, the lockout process involves more than just six steps and is subject to various additional steps depending on the type of hazardous equipment.
What is the first step of the six step lock out tag energy control process?
The first step of the six-step Lock Out Tag Out (LO/TO) Energy Control Process is identifying the energy sources associated with the equipment or process. This includes identifying any energy sources or components (e.
g. , electrical, mechanical, hydraulic, pneumatic, gravity, stored energy, motion, etc. ) that might pose a threat to workers during servicing or maintenance of the equipment or process. Additionally, the potential risk of each energy source must be identified, as well as any previous incidents related to the equipment that might suggest additional precautionary measures.
Include any possible radiation sources in the scope for the energy source evaluation. This includes whether the energy source control devices may have hazardous energy stored inside. Finally, the Workers must be trained on the necessary identification and risk assessment.
What is the last step you should always perform when you are removing a lockout device?
The last step you should always perform when you are removing a lockout device is to properly store or dispose of the lockout device, ensuring that it will not be used again until it has been tested and inspected for any damage.
Depending on the type of lockout device, specific storage or disposal instructions should be followed to ensure worker safety. It is also important to ensure that the lockout device is properly documented, such as noting the time and date of when it was applied, who removed it, and the reason for the lockout.
This can be recorded in the lockout log, which serves as the official record of the lockout process. Additionally, it is important to account for any spare lockout devices, to ensure they are stored securely when not in use.