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EZ-Path Series 44+ Fire-rated Pathway

EZ-Path Series 44+ Fire-rated Pathway
EZ-Path Series 44+ Fire-rated Pathway
EZ-Path Series 44+ Fire-rated Pathway

EZ-Path Series 44+ Fire-rated Pathway

The EZ Path Series 44+ Fire-Rated Pathway is designed for high cable volume conditions through fire-rated walls and floors while eliminating the burden of ongoing maintenance. The Series 44+ incorporates self-sealing intumescent pads that automatically adjust to the installed cable fill without the need for user manipulation. Under fire exposure, the intumescent pads expand and swell resisting the passage of smoke and flame.

Test Standards ASTM E90
ASTM E814 (UL1479)
CAN/ULC-S115
Third Party Approvals

Features

  • Self Sealing design provides exceptional fire and smoke leakage ratings
  • Allows for easy Moves, Adds, and Changes
  • Designed for New and Existing conditions
  • Variety of accessories available for any field condition
  • Modular grid system for riser applications
  • Greatest achievable cable density of any solution on the market
Applications
Cables
Cable Tray
Properties
Finished Product
Intumescent
No Expiration
Paintable
Re-Enterable
STC Rating
Zero Maintenance
Smoke Barrier

Specifications

Property Value
Shell Composition 0.059" Galvanized Steel (1.5 mm)
Cable Loading Area 12.66 sq in (81.7 sq cm) 3 3⁄8" x 3 3⁄4" (86 mm x 95 mm)
Allowable Cable Fill 0% to 100% Visual
Fire Resistance Ratings 1, 2, 3 and 4 hour
Expansion Begins 350°F (177°C)
Volume Expansion 15x
Sample Cable Volume - Cat 6 (0.236" OD) 210 (nom.)
In Service Temperature -10°F (-23°C) - 120°F (49°C)
Storage Temperature Less than 120°F (49°C)
Shelf Life No Limit

Ordering Information

EZ-Path Series 44+ Fire-rated Pathway
The EZ Path Series 44+ Fire-Rated Pathway is designed for high cable volume conditions through fire-rated walls and floors while eliminating the burden of ongoing maintenance. The Series 44+ incorporates self-sealing intumescent pads that automatically adjust to the installed cable fill without the need for user manipulation. Under fire exposure, the intumescent pads expand and swell resisting the passage of smoke and flame.