How many turns of cables you need on the drum for cage and skip to move up and down bt 500m
To determine the number of turns of cables needed on the drum for the cage and skip to move up and down by 500m, we first need to gather some information.
1. Find the cable pitch: The cable pitch refers to the vertical distance traveled by the cage or skip per revolution of the drum. It is usually expressed in meters per revolution (m/rev) or millimeters per revolution (mm/rev).
2. Determine the required vertical distance: In this case, the required vertical distance is 500m.
Once we have information about the cable pitch and the required vertical distance, we can calculate the number of turns of cables needed on the drum using the following formula:
Number of turns = required vertical distance / cable pitch
Let's assume the cable pitch is 2 meters per revolution (2m/rev):
Number of turns = 500m / 2m/rev
Number of turns = 250 turns
Therefore, with a cable pitch of 2m/rev, you would need 250 turns of cables on the drum for the cage and skip to move up and down by 500 meters.