This is a safety poster that breaks down how to protect yourself from electrical work hazards. The main message at the top says it all:

 This is a safety poster that breaks down how to protect yourself from electrical work hazards. The main message at the top says it all:

Right PPE + Right Standards = Safer Work, Brighter Future

Electrical PPE is your last line of defense against 3 main hazards: electric shock, arc flash, and burns.

Here is what each part means:

ELECTRICAL PPE - The 6 essentials

1. Insulating Gloves

Red rubber gloves that stop current from passing through you. 

Always use with leather over-gloves to protect the rubber from cuts

Must check for cuts, holes, and test date before use. If expired or damaged, don't use.

Standard: IEC 60903 - covers classes 00 to 4, which is basically the voltage rating. Higher class = higher voltage protection.

2. Arc Flash Suit

This is not just normal workwear. An arc flash is an explosive release of energy when electricity jumps through air - extreme heat, molten metal, pressure wave.

Made from flame-resistant fabric, covers whole body: hood, jacket, trousers

Protects from heat and molten metal, not just shock

Standard: NFPA 70E - the US standard for electrical safety in the workplace. It tells you when you need an arc suit and what category.

3. Safety Helmet (Electrical)

Your yellow hard hat, but with an electrical rating.

Protects from impact and falling objects, plus electrical shock

Must be non-conductive, not metal. Some are vented, but for electrical work you want non-vented.

Standard: ANSI/ISEA Z89.1 - head protection. Look for Type E for Electrical, and HT for High Temperature if near arc flash.

4. Safety Footwear

EH means Electrical Hazard protection - the sole and heel are insulated to reduce shock if you step on a live part

Slip-resistant, and steel or composite toe for impact

Standard: ASTM F2413 - covers impact, compression, and slip resistance plus EH.

5. Safety Glasses / Face Shield

Your eyes are very vulnerable to arc flash UV, sparks, flying debris.

Safety glasses for everyday, face shield for higher arc risk tasks

Must be rated lenses, not just any glasses

Standard: ANSI Z87.1 - ensures lens impact resistance and optical clarity.

6. Flame Resistant Clothing

That orange coverall.

It won't prevent shock, it reduces burn injury. The fabric is self-extinguishing - it won't keep burning after the flash is gone.

Must be long sleeves and trousers, never rolled up

Standard: NFPA 2112 - performance for flame-resistant clothing, including thermal protection and wash durability.

KEY ELECTRICAL STANDARDS

The middle section is saying: don't just wear PPE, wear PPE that is tested to a recognized standard.

IEC 60903: How insulating gloves are made and tested

ANSI/ISEA Z89.1: How industrial helmets are tested

ASTM F2413: How safety shoes are tested

NFPA 70E: How to assess arc flash hazard, select PPE category, and safe work practices

NFPA 2112: How flame resistant clothing must perform

ANSI Z87.1: How eye and face protection must be marked and tested

If your PPE doesn't have one of these marks, you can't trust it for electrical work.

ALWAYS REMEMBER - 5 Golden Rules

At the bottom:

Inspect PPE before use - look for damage

Use the right PPE for the right task - low voltage shock needs different protection than high energy arc flash

Follow standards and manufacturer instructions - don't modify it

Never use damaged or expired PPE

Training and proper fit save lives - loose gloves or wrong size helmet won't protect you

In practice for HSE, this poster is perfect for toolbox talks. It reminds workers that electrical safety is not just wearing any gloves or coverall - it's matching the hazard (shock vs arc flash) to the correct, standards-compliant PPE, and making sure it fits and is in date. ⚠️🚧🏗️🚥🗼🌡️🚦⛑️🦺