dcwatson84
Member
I think this has already been defined, but the thread has taken many turns. So for clarity...
The required inputs are simply a timer momentarily turning on a power source via a latching-relay. (The timer cannot hold a relay open, so it needs to be a latching-relay).
The response is that a motor should run until it triggers a switch, then the system should shut off. When the timer activates again, the motor should run in the *reverse* direction until it hits another switch. So this implies the switches might need to perform two functions 1) stopping the system, and 2) flipping a switch/h-bridge to reverse the motor.
The timer and the motor are constraints that cannot be changed.
The required inputs are simply a timer momentarily turning on a power source via a latching-relay. (The timer cannot hold a relay open, so it needs to be a latching-relay).
The response is that a motor should run until it triggers a switch, then the system should shut off. When the timer activates again, the motor should run in the *reverse* direction until it hits another switch. So this implies the switches might need to perform two functions 1) stopping the system, and 2) flipping a switch/h-bridge to reverse the motor.
The timer and the motor are constraints that cannot be changed.
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