In Stock

Aluminum Cable Ladder Tray Elbow 110mm Side, 450mm Width, 50×25mm Channels, 21mm Flange Width | Bahra Cables

Description

Aluminum cable ladder tray elbow by Bahra Cables with 110mm side height, 450mm width, 50×25mm channel size, and 21mm flange width. Features 2mm thickness for durable low-voltage cable support applications.

This item cannot be exchanged
Get 10% Off If quantity exceeds 10 Items.
Delivered to building doors
Sold by
Bahra Cables
Get better prices if quantity exceeds 100 Items.
Request a Quote

Product Description

Aluminum cable ladder tray elbow with a 90-degree horizontal bend and outside flange (OF), manufactured by Bahra Cables. Constructed from high-quality aluminum, this elbow ensures robust support for power cables while allowing optimal ventilation to prevent overheating. Ideal for use in construction materials and building supplies across Saudi Arabia.

  • Design Shape: Cable Ladder Horizontal Elbow 90 Degree
  • Material: Aluminum
  • Height: 110mm
  • Width: 450mm
  • Thickness: 2mm
  • Rack Type: Welded C-Channel
  • C-Channels Size: 50×25 mm
  • Flange Width: 21mm
  • Side Type: Outside Flange (OF)
  • Item Code: CL AL 90E 110 OF 450 2.0-2

Overview

Category Cable Ladder Elbows

Frequently Bought Together

Cable Ladder Tray Elbow ORF 127mm Height, 750mm Width, 41×21mm Channels, 21mm Flange | Bahra Cables
Cable Ladder Tray Elbow ORF 127mm Height, 750mm Width, 41×21mm Channels, 21mm Flange | Bahra Cables
SAR 0
Ladder Type Cable Tray Elbow (IF) PC Steel 150mm Height 450mm Width 50×25mm Channels 32mm Flange | Bahra Cables
Ladder Type Cable Tray Elbow (IF) PC Steel 150mm Height 450mm Width 50×25mm Channels 32mm Flange | Bahra Cables
SAR 0
Ladder Type Cable Tray Elbow (ORF) HDG Steel 127mm Height 600mm Width 32mm Flange 41×21mm Channels | Bahra Cables
Ladder Type Cable Tray Elbow (ORF) HDG Steel 127mm Height 600mm Width 32mm Flange 41×21mm Channels | Bahra Cables
SAR 0

Customers Also Viewed

Shop All
Company
Select Display Mode
Company Quotes & Bulk Orders
Individual Shop & Buy Directly