ArchiveFM

The Occupational Safety Leadership Podcast

Episode 2 - Lockout-Tagout Application Steps

🔧 The Key LOTO Application Steps 1. Prepare for Shutdown Identify all energy sources (electrical, mechanical, hydraulic, pneumatic, thermal, chemical). Review equipment procedures and understand the hazards before touching anything. 2. Notify Affected Employees Communicate clearly with operators and nearby workers. Explain what will be locked out, why, and for how long. 3. Shut Down the Equipment Follow the manufacturer’s or site‑specific shutdown sequence. Ensure all motion stops before proceeding. 4. Isolate the Energy Sources Open disconnects, close valves, block mechanical parts, bleed pressure, or secure moving components. The goal: zero energy flow. 5. Apply Locks and Tags Each authorized employee applies their personal lock. Tags explain who applied the lock and why. Dr. Ayers emphasizes: One worker = one lock = one key. 6. Release or Restrain Stored Energy Drain capacitors, bleed hydraulic lines, block gravity hazards, release tension, or vent pressure. Stored energy is often the most overlooked hazard. 7. Verify Zero Energy State Try‑start the equipment to confirm it cannot operate. This is the most critical step — and the one most often skipped. 🔄 Removal Steps (When Work Is Complete) Inspect the area and ensure tools are removed. Confirm all employees are clear. Remove locks only by the person who applied them. Restore energy in a controlled, communicated manner. 💡 Leadership Takeaways LOTO is not just a compliance requirement — it’s a life‑saving discipline. Supervisors must model consistency: no shortcuts, no exceptions.
Broadcast on
16 Oct 2022
🔧 The Key LOTO Application Steps 1. Prepare for Shutdown

  • Identify all energy sources (electrical, mechanical, hydraulic, pneumatic, thermal, chemical).

  • Review equipment procedures and understand the hazards before touching anything.

2. Notify Affected Employees

  • Communicate clearly with operators and nearby workers.

  • Explain what will be locked out, why, and for how long.

3. Shut Down the Equipment

  • Follow the manufacturer’s or site‑specific shutdown sequence.

  • Ensure all motion stops before proceeding.

4. Isolate the Energy Sources

  • Open disconnects, close valves, block mechanical parts, bleed pressure, or secure moving components.

  • The goal: zero energy flow.

5. Apply Locks and Tags

  • Each authorized employee applies their personal lock.

  • Tags explain who applied the lock and why.

  • Dr. Ayers emphasizes: One worker = one lock = one key.

6. Release or Restrain Stored Energy

  • Drain capacitors, bleed hydraulic lines, block gravity hazards, release tension, or vent pressure.

  • Stored energy is often the most overlooked hazard.

7. Verify Zero Energy State

  • Try‑start the equipment to confirm it cannot operate.

  • This is the most critical step — and the one most often skipped.

  🔄 Removal Steps (When Work Is Complete)

  • Inspect the area and ensure tools are removed.

  • Confirm all employees are clear.

  • Remove locks only by the person who applied them.

  • Restore energy in a controlled, communicated manner.

  💡 Leadership Takeaways

  • LOTO is not just a compliance requirement — it’s a life‑saving discipline.

  • Supervisors must model consistency: no shortcuts, no exceptions.

  •  

🔧 The Key LOTO Application Steps 1. Prepare for Shutdown Identify all energy sources (electrical, mechanical, hydraulic, pneumatic, thermal, chemical). Review equipment procedures and understand the hazards before touching anything. 2. Notify Affected Employees Communicate clearly with operators and nearby workers. Explain what will be locked out, why, and for how long. 3. Shut Down the Equipment Follow the manufacturer’s or site‑specific shutdown sequence. Ensure all motion stops before proceeding. 4. Isolate the Energy Sources Open disconnects, close valves, block mechanical parts, bleed pressure, or secure moving components. The goal: zero energy flow. 5. Apply Locks and Tags Each authorized employee applies their personal lock. Tags explain who applied the lock and why. Dr. Ayers emphasizes: One worker = one lock = one key. 6. Release or Restrain Stored Energy Drain capacitors, bleed hydraulic lines, block gravity hazards, release tension, or vent pressure. Stored energy is often the most overlooked hazard. 7. Verify Zero Energy State Try‑start the equipment to confirm it cannot operate. This is the most critical step — and the one most often skipped. 🔄 Removal Steps (When Work Is Complete) Inspect the area and ensure tools are removed. Confirm all employees are clear. Remove locks only by the person who applied them. Restore energy in a controlled, communicated manner. 💡 Leadership Takeaways LOTO is not just a compliance requirement — it’s a life‑saving discipline. Supervisors must model consistency: no shortcuts, no exceptions.