3M Scott Ska-Pak Plus SAR328FF0415301 Kevlar 4500 psi Carbon 15 min with Mask

3M™ Scott™ Ska Pak Plus SAR328FF0415301, E/E, Kevlar®, 4500 E-Z Fill, Carb 15 min Dr, E-Z Flo, HSkt AL, AV-3000 SS Kevlar®M, NC

The 3M™ Scott™ Ska-Pak Plus Supplied-Air Respirator is a supplied air respirator that utilizes an E-Z Klip cylinder retention system for quick and easy cylinder change out.

The 3M™ Scott™ Ska-Pak Plus Supplied-Air Respirator features a streamlined profile with E-Z Klip cylinder attachment mechanism for quick and easy cylinder change-out. The Ska-Pak Plus is available with either a padded fire resistant Kevlar® harness, a padded nylon harness or an integrated full-body harness for fall protection. Ideal for confined space applications.

Features:

• Combination Type C positive pressure respirator with escape cylinder for entry into or escape from hazardous, confined space, or immediately dangerous to life or health (IDLH) situations
• Available with either a padded Kevlar® harness, a padded nylon harness or integrated full-body harness for fall protection
• E-Z Klip cylinder retention system for quick and easy cylinder changes
• Available in 2216, 3000 and 4500 psi and 5, 10 or 15 minute rated-cylinder egress options for versatility based on job at hand
• The E-Z Flo regulator is designed for easy use with gloved hands, enables easy breathing, and has a two-step secure attachment and removal to help ensure worker confidence
• NIOSH approved for use with 3M Scott AV series facepieces that can also be used for APR, PAPR, supplied air, and SCBA applications
• Padded Nylon that is designed to be comfortable and lightweight
• Padded fire-resistant Kevlar® for high heat environments or when there is potential for sparking
• Integrated full-body harness combines 3M’s Fall Protection technology with the 3M™ Scott™ Ska-Pak Supplied-Air Respirator. This integrated solution is a NIOSH-approved respirator and suitable for confined spaces and working at height applications, providing workers with fall and respiratory protection in hazardous conditions