ProGARM 2660 Class 1 Arc Flash Safety Helmet

• The ProGARM® 2660 Class 1 Arc Flash Safety Helmet is built for industrial electrical, power generation, utilities and electric vehicles professionals who expect ProGARM®’s standard of protection and comfort.
• This helmet is certified to protect against the Thermal Hazards of an Electric Arc, making it ideal for industries such as Power Generation, Utilities, Industrial Electrical, Petrochemical, and Rail.

Description

• The ProGARM® 2660 Class 1 Arc Flash Safety Helmet from ProGARM® is built for industrial electrical, power generation, utilities and electric vehicles professionals who need dependable, comfortable protective wear.
• This helmet is certified to protect against the Thermal Hazards of an Electric Arc, making it ideal for industries such as Power Generation, Utilities, Industrial Electrical, Petrochemical, and Rail. Manufactured using Modified High Impact Polyamide, this helmet is built to withstand the toughest conditions. It is designed to protect the head against injuries caused by falling objects and electric shock by preventing shock current flow through the head. Additionally, it is approved with the faceshield for short circuit arc welding and protection against molten metal splashes. The faceshield of this helmet includes unique protection for the chin, a feature not commonly found on other Arc Flash helmets. This added protection ensures that the wearer is fully protected from all angles in hazardous situations.

Features & Benefits

• Stroke absorption after conditioning in temperatures of (-30°C) and (0°C)
• Resistance to penetration after conditioning in temperatures of (-30°C) and (+50°C)
• Live working symbol (Two Triangles)
• Working temperature range: -30°C to +50°C
• Wheel ratchet adjustment
• Adjustable head circumference from 53-63cm
• Two level height adjustment feature
• Short peak
• 4 point webbing harness
• Accessory slot for ear defenders
• Electrical insulation (Class 0) 1000V AC, 1500V DC
• Resistance to Molten Metal Splash (MM)
• Resistance to Lateral Deformations (LD)