What standards govern electrician's helmets?
Helmets protecting against electrical hazards must meet two standards that guarantee their effectiveness:
EN 397 sets out the general requirements for protective helmets. It guarantees shock-absorption capacity up to 5 kN, as well as resistance to flame and penetration up to 3 kN;
EN 50365 is specific to helmets used for low-voltage electrical work. It certifies that the helmet is insulating, contains no metal parts and is suited to live environments up to 1,000 V AC and 1,500 V DC.
What are the features of electrician's helmets?
A protective helmet for electricians is designed to combine safety and comfort:
It is fitted with an insulating shell resistant to heat and flame, preventing the transmission of electrical current;
Its adjustable harness ensures a perfect fit of the protective headgear;
Its lightness and ventilation holes greatly enhance comfort;
It bears mandatory marking, the double triangle symbol.
Some models include built-in visors or clips for attaching accessories such as face shields, to protect the field of vision.
What is the difference between a construction helmet and an electrician's helmet?
Unlike construction helmets, which only protect against impact, electrician's helmets are specially designed to guard against electrical hazards thanks to their insulating materials.
Can a safety cap be used for live working?
No, safety caps do not offer the protection required against electrical hazards and do not meet the standards required for this type of environment.
When should an electrician's helmet be replaced?
Safety and protective helmets must be inspected regularly to detect any damage, such as cracks or scratches. Replace your equipment immediately in the event of impact, deterioration or once it reaches the recommended service life set by the manufacturer (generally 3 to 5 years).