LFT/Specific Lifts/TBT-LFT-012
Lifting Near Overhead Power Lines
Lifting Operations › Specific Lifts › Lifting Near Overhead Power Lines
Lifting Near Overhead Power Lines
Toolbox Talk Record
Ref: TBT-LFT-012 | Issue: 1 | Date: March 2026
| Presenter | Project | ||
| Location | Date |
What?
- Crane jibs, loads, and lifting accessories contacting overhead power lines cause instant fatal electrocution.
- Electricity can arc across an air gap of several metres at high voltages without direct contact.
- HSE guidance GS6 requires a minimum safe clearance distance that increases with voltage level.
- For 11kV lines the minimum clearance is 3 metres; for 132kV lines it is 6 metres from any part of the crane.
- Goal posts, height restrictors, and physical barriers are used to prevent crane approach to power lines.
- The lift plan must specifically address overhead power line proximity and identify the safe working envelope.
- The crane operator may not be able to see the power lines from the cab during complex lifting sequences.
- A banksman or signaller must monitor clearance and warn the operator if approach limits are near.
- De-energisation or re-routing of power lines is the safest option where cranes must work close to lines.
- LOLER 1998 and HSE guidance GS6 both require formal controls for lifting near overhead power lines.
Why?
| Instant death | Contact between a crane and overhead power lines causes instant fatal electrocution of the operator and ground workers. |
| Arc flash distance | High voltage electricity arcs across air gaps without contact. Even approaching lines without touching them is lethal. |
| Legal requirement | HSE guidance GS6 and LOLER 1998 require specific controls, clearances, and planning for lifts near power lines. |
| Do | Don't |
|
See also: Overhead Power Lines | Lift Plan Requirements |
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