The discussion revolves around calculating the required speed of a second conveyor belt to maintain consistent gaps between cartons being transferred from a first conveyor. The context includes the mechanics of the transfer process and the relationship between conveyor speeds and carton spacing.
Participants generally agree on the need for the second conveyor to operate at a higher speed to achieve the required gaps, but there is uncertainty regarding the calculations and the specific speed needed. Multiple viewpoints on the calculation method and outcomes are present.
Some assumptions regarding the mechanics of the transfer and the neglect of slipping or falling cartons are noted, but not fully resolved. The calculations depend on the definitions of gaps and carton sizes, which may affect the outcomes.
Sorry, I corrected the numbers. (For some reason I read "16.5" instead of "37.5".)wesman said:the second conveyor needs to have an increased speed to increase the gap between the cartons. i understand that logic however the outcome is what doesn't make sense to me. I could be wrong though so i appreciate your input.
First conveyor. 5.5” + 2” = 7.5” between item centres.wesman said:the first conveyor is moving at 37.5 in/s with a gap of 2 in between 5.5 in cartons. The second conveyor needs to have a minimum gap of 11 in, how do i find the speed needed for the second conveyor.