ARC Suit
Key Features of the Raychem RPG’s Arc Suit
- Flame-Resistant Properties:
- Retains protective properties throughout the garment’s lifespan.
- Ensures maximum safety in high-risk environments.
- Lightweight Fabric:
- Ranges from 6.5 to 9 oz/yard.
- Designed for user comfort and ease of movement.
- Unique Design:
- Available in various combinations.
- Engineered to minimize fatigue and enhance operational efficiency.
- Durable Stitching:
- Garments feature stitching made with FR-rated thread for enhanced safety and durability.
- Versatile ATPV Values:
- Garments available with ATPV (Arc Thermal Performance Value) ranging from 8.4 to 100 cal/cm².
- Suitable for a wide range of applications and protection levels.
- Heat Attenuation Factor (HAF):
- HAF up to 80% ensures minimal exposure to flash incidents, providing superior protection.
- Accessories
- Comprehensive Protection:
- Accessories available to complement various risk categories.
- Tailored to specific applications and incident energy handling requirements.
- Comprehensive Protection:
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Frequently Asked Questions
What is a Raychem RPG Arc Suit used for?
It is flame-resistant PPE worn to protect against arc flash incidents while working on or near live electrical equipment, retaining its protective properties throughout the garment's lifespan.
What ATPV range do Raychem RPG Arc Suits cover?
Garments are available with ATPV (Arc Thermal Performance Value) ranging from 8.4 to 100 cal/cm², suiting a wide range of arc-flash risk categories and applications.
How lightweight are Raychem RPG Arc Suits?
Fabric weight ranges from 6.5 to 9 oz/yard, designed for user comfort and ease of movement during electrical work.
What is the Heat Attenuation Factor (HAF) of these arc suits and why does it matter?
HAF reaches up to 80%, meaning up to 80% of incident heat energy is attenuated before reaching the wearer, minimising exposure during a flash incident.
Are matching accessories available alongside the Raychem RPG Arc Suit?
Yes — accessories are available to complement various risk categories, tailored to specific applications and incident energy handling requirements.
