Rotary Limit Switches

I'm not clear on the restrictions to limit switches.

I require a limit switch that will trip after 0.2 revolutions, to "crack" a gate, and then 132 revolutions to fully raise the gate. I understand a 150:1 ratio would be suitable for the 132 revs, but what about the 0.2 revs?

If it takes 2 turns of the input shaft to reset the switch, does this mean that after lowering the gate, the limit switch will not trip when cracking it again? In other words, lowering from a fully raised position, will the limit switch trip 0.2 turns before closing, and then not not be be reset for the next time the gate is raised?