Authoring, Suspicion Of
Are you trying to write a book?
Anyway:
As previously, and quite recently, mentioned: steel chords conduct heat away from the heat sink at the large joint between sidewall, belt and cleat. The outer flap would stay much cooler than the sink after curing and even during curing. Edges would warp. ■
No Cords Below Side Wallreply
sganesh
I am not sure of the question but let me take a stab at the answer. The flat belt of the pocket conveyor is cross-rigidised. Transverse steel cords make the belt very stiff and resistant to transverse bending or dishing of the pockets. The cross cleat also provides locally a cross-line of very high rigidity. The cross-rigidizing of the belt is thus required otherwise the dished belt (bottom of each pocket) would gallop as it travels over each flat carrying roll. Even with cross-rigidizing this phenomenon limits the acceptable belt speed for a pocket belt.
Joe Dos Santos ■
Progressive Rate Of The Cut Is Higher At The Steel Cords Area
Dear Mr.Joseph A. Dos Santos & Others,
In one of the conveyors, we faced a through cut from the edge. The progressive rate of the cut from the edge up to the side was faster. But after the sidewall the cut not proceeded. This could be possible as the elongation of the rubber is higher than that of steel cords.
I think that above could be the reason for not providing the steel cords below the side wall in the steep angle conveyors.
Thanks & Regards to all, ■
No Cords Below Side Wall
Dear Experts,
In the vertical ( cleat & side wall ) conveyors, below the side wall, steel cords are not provided. But in the normal flat conveyors, steel cords are placed across the width at uniform pitches. Request your reply, if you know the reason, please.
Regards, ■