Cendrex PFI-00 Fire-Rated Insulated Access Door with Exposed Flange, Ring/Tool Key-Operated Slam Latch, Piano Hinge

Cendrex PFI-00 Fire-Rated Insulated Access Door with Exposed Flange, Self-Latching Ring/Tool Key-Operated Slam Latch, Piano Hinge

The fire-rated insulated access door can be installed on fire-rated walls and ceilings.

• Material: 20-gauge galvanneal steel door and 16-gauge cold rolled steel frame
• Hinge: Continuous piano hinge
• Locking mechanism: Self-latching tool-key operated slam latch and ring-operated slam latch, both included
• Flange: 1″ exposed flange, made of cold rolled steel
• Frame: 2-1/2″ in depth, made of cold rolled steel
• Insulation: 2″ thick fire-rated mineral wool
• Inside panel release: Mechanisms to allow panels to open from inside, standard on all doors over 12″ X 12 inches
• Rough opening: Door sizes + ¼ ” or + 6mm
• Finish: High quality white powder coat primer
• Packaging: Individually wrapped, 1 door per box

Fire-rated access doors, for vertical use, are subject to the following:

Vertical wall assembliesFire rated access doors, for vertical use, are subject to the following:

• Certification: UL 10B (2009), NFPA 252 (2012), CAN/ULC S104 (2010).
• Rating Achieved: 3 hours, neutral/negative pressure
• Maximum size: 48″ x 48″ (1219mm x 1219mm), maximum area of 2304 in², tolerance on height and width limitation is more or less 3″ (76mm) as long as the area does not exceed 2304 in².
• Temperature rise: 250°F (121°C) after 30 minutes and 450°F (232°C) after 60 minutes.

Fire-rated access doors, for horizontal use, are subject to the following:

Horizontal ceiling assemblies – Fire rated access doors, for horizontal use, are subject to the following:

• Certification: ASTM E119 (2012), CAN/ULC S101 (2007)
• Rating Achieved: 3 hours in non-combustible construction and 1 hour in combustible construction
• Maximum size: 24″X36″ (610 mm X 914 mm) (hinges and latches on the side of 36″), tolerance on dimension limitations are more or less 3″ (76 mm) as long as the area does not exceed 864 in².
• Temperature rise: Within allowable per ASTM E119 and CAN/ULC S101