Fiberglass Fire Ladders Series YGR-Roof

Fiberglass Fire Ladders Series YGR-Roof

SKU:
DUO-YGR-ROOF
$508.00 - $1,122.00
(No reviews yet)
Current Stock:
Adding to cart… The item has been added
Description

Fire ladders using extruded fiberglass channel rail construction and aluminum rungs welded to aluminum blocks and riveted to the fiberglass side rails.

All fiberglass ladders are non-conductive for single phase 110 volt service with a maximum of 30,000 volts only, dependent upon conditions.

Series YGR-Roof

  • 3-3/8" Channel Rail
  • 750 lb Duty Rated
  • Special Self-extinguishing Resin - Will Not Support Flame
  • Special High Temperature Resins For Heat Resistance
  • Special Ultra-violet Screen For Fade Resistance
  • Safety Yellow Color For Better Visibility In Smoke
  • Prong Feet as Standard
  • Rubber Safety Shoes Optional for Hard Surface Use
Specifications
SERIES YGR-Roof
Size Closed Length Width Banking Thickness Weight*
10' 10' 2.812" 19.25" 3.375" 33 lbs
12' 12' 2.812" 19.25" 3.375" 35 lbs
14' 14' 2.812" 19.25" 3.375" 41 lbs
16' 16' 2.812" 19.25" 3.375" 47 lbs
18' 18' 2.812" 19.25" 3.375" 50 lbs
20' 20' 2.812" 19.25" 3.375" 56 lbs

Please contact our sales department for an accurate price quote for the shipping and production time due to size and availability from the manufacturer.

Warranty
Duo-Safety Ladder products shall be free from defects in material and workmanship under normal use and service. This warranty is in effect within the first two years of use. The Company's warranty is limited to repair or replacement of any product Duo-Safety determines has failed during the warranty period due to defective material or workmanship. After written approval by the Seller, the product or defective part must be returned prepaid to the Seller's plant, Oshkosh, Wisconsin. The provisions of the warranty shall not apply to any Duo-Safety product which has been subject to misuse, negligence, alteration or accident, or which has been repaired by someone other than the Seller. There are no warranties which extend beyond the description on the face hereof.