How to reduce total installed cost with B-Line series cable ladder

Extensive laboratory testing has enabled the Eaton B-Line series cable ladder to meet and exceed the National Electrical Manufacturer’s Association (NEMA) VE-2 support recommendations for cable ladder installations. When assessing a project for the lowest total installed cost, Eaton recommends focusing on four key design considerations; longer straight section spans, fitting support locations, vertical adjustable support locations, and thermal expansion support locations.
Eaton’s B-Line series metallic cable ladder systems are designed to provide superior strength to weight ratio while providing a lower total installed cost. To achieve a lower total installed cost, Eaton’s engineers developed an innovative means to significantly reduce the number of structural steel supports needed in cable ladder installations, without diminishing the load carrying capacity of the system. The outcome is structural steel savings for your next project.
As the cost of structural steel continues to increase, the impact of reducing the quantity of supports on a projects can offset the cost of the cable ladder system all together.
0:42 Deliver lower installed cost
1:15 Cable ladder installation methods
2:09 Horizontal bend support recommendations
2:25 Horizontal crosses and tees
2:57 Vertical cable ladder bend
3:45 Splice plate support recommendations
4:25 Heavy duty expansion splice plate

[@MrGodisded]

Go NAECA!! Yay!

[@willburke5843]

I'm sure that this was designed by people who are smarter than me,so please take this as an honest question: why use legs on the cable ladder instead of hanging it with steel cables? You could have trouble finding places to hang it from, but you'd have the same space problems with the manufacturing floor.