92 in Overall H, Ladder, Aluminum, 5 Steps, Aluminum Mill Finish, 500 lb Load Capacity MPN:URTL905
92 in Overall H, Ladder, Aluminum, 5 Steps, Aluminum Mill Finish, 500 lb Load Capacity
Elevate your work or play with the TRI-ARC 5-Step Aluminum Ladder, perfect for rooftop access, attic ventilation, or high-level repairs. Its sturdy aluminum construction and 500 lb load capacity ensure a secure climb. The ladder's adjustable platform and 90-degree climbing angle provide a comfortable and stable ascent. The serrated step tread and included handrails enhance safety, while the ANSI and OSHA compliance guarantee a reliable product. Ideal for contractors, DIY enthusiasts, or maintenance personnel, this ladder offers versatility and convenience for a wide range of applications, from residential to commercial projects.
Top product features:
- Serrated step tread provides traction for safe climbing.
- Climbing angle of 90 degrees allows for easy and stable access to high areas.
- 500 lb load capacity ensures safe support for users and equipment.
Top product applications:
- Roof maintenance or repair
- Construction or building site access
- Warehouse or storage facility inventory access
Item Configurable Platform Ladder, Overall Height 7.7 ft, Overall Width 52.3 in, Step Tread Serrated, Load Capacity 500 lb, Material Aluminum, Climbing Angle 90 Degrees , Number of Steps 5, Configurable Platform Series U-Design Rooftop Platforms, Vertical Clearance 47 1/2 in, Color Silver, Finish Unfinished, Handrail Height 3.5 ft, Manufacturers Warranty Length 1 yr, Handrails Included Yes, Top Step Height 50 in, Standards ANSI, OSHA Compliant, Step Depth 1.6 in, Step Width 24 in
Additional Information
- Country of Origin: US
- Drop Ship Item: Yes
- Blind Ship Eligible: No
- LTL Freight Required: No
- Lead Time: Ships in 8 days
- Minimum Order Quantity: 1
- Unit of Measure: EA
- Package Length: 120.00
- Package Width: 40.00
- Package Height: 15.00
- Package Weight: 128.00
Product info last updated on February 2, 2026 12:24pm UTC
Category: Ladders, Scaffolding and Platforms