What is the locking off procedure?

What is the locking off procedure?

Lockout Tagout Procedure

  1. Step 1: Preparation. Prepare for a shut down of energy source.
  2. Step 2: Notification. Locate the isolator(s) and prepare to ‘lock off’ energy source.
  3. Step 3: Shut-down.
  4. Step 4: Lock Off.
  5. Step 5: Test.
  6. Step 6: Repair or rework.
  7. Step 7: Return to service.

How do you isolate and lock out electrical equipment?

The following lock-out process is the most effective isolation procedure:

  1. shut down the machinery and equipment.
  2. identify all energy sources and other hazards.
  3. identify all isolation points.
  4. isolate all energy sources.
  5. control or de-energise all stored energy.

What are the 5 steps of Lockout/Tagout?

  1. Step 1: Develop and document your energy control program and policies.
  2. Step 2: Create and post written, equipment-specific lockout procedures.
  3. Step 3: Identify and mark all energy control points.
  4. Step 4: Training, communication and inspection.
  5. Step 5: Equip your employees with the proper lockout tools and warning devices.

What are the six steps of Lockout/Tagout?

A lockout/tagout procedure should include the following six steps:

  1. Preparation.
  2. Shutdown.
  3. Isolation.
  4. Lockout/tagout.
  5. Stored energy check.
  6. Isolation verification.

What are the steps of isolation?

THE RULES OF SAFE ISOLATION ARE:

  1. Obtain permission to start work (a Permit may be required in some situations)
  2. Identify the source(s) of supply using an approved voltage indicator or test lamp.
  3. Prove that the approved voltage indicator or test lamp is functioning correctly.
  4. Isolate the supply(s)
  5. Secure the isolation.

How many steps are there to a safe lockout?

The Eight Steps of Lockout Tagout (LOTO)

What is electrical isolation procedure?

Safe isolation refers to the process of disconnecting an electrical installation from the rest of the circuit and testing that no current is flowing through it. The purpose of isolating an installation is to ensure the safety of the people who are working on it, preventing them from receiving an electric shock.

What is the first task during an isolation procedure?

Step 1: Determine with relevant individuals that it is acceptable to isolate the circuit. Step 2: Identify the type of supply system: TN-S (double-pole main switch)

WHO removes lock out/tag out?

Lockout or tagout device removal: Each lockout or tagout device must be removed from the energy-isolating device by the employee who applied the device [29 CFR 1910.147(e)(3)].

How do you write a lock out/tag out procedure?

Lockout Tagout Procedure in 8 Simple Steps

  1. Find the procedure to be used.
  2. Notify anyone affected by the lockout tagout.
  3. Locate all listed energy sources.
  4. Shut down the machine or equipment.
  5. Lockout and tag all energy isolating devices.
  6. Release any stored energy (steam, hydraulic, etc.).

Which is the first task during an isolation procedure?

What is an isolation and lock off procedure?

It includes templates for a site-specific procedure and a list of isolators and the items of equipment they isolate. What is this? This is a written procedure which covers all aspects of isolation and lock off, and provides detailed information on its implementation within the workplace.

How does the electrical isolation procedure work?

Once you have signed off on the electrical isolation permit, you are all systems go on beginning the isolation procedure. The first parts of the actual lockout procedure involve shutting down the machinery or equipment which will be inspected, maintained or repaired.

How do you set up a safe isolation system?

The process goes as follows: 1 identify suitable point (s) for isolation 2 carry out the safe isolation process 3 secure the point of isolation (place notices) 4 prove dead 5 apply safety earths 6 place danger notices 7 issue electrical permit to work

How do you lock off an electrical isolator?

How do you lock off? When electrical isolators are switched to the off position, holes line up through which a calliper can be inserted and locked with a personal padlock. This ensures that unless the padlock is removed the equipment cannot be switched back on and re-energised.