I have a reversible 12V dc gear motor. I want to design a timer for the motor that works similarly to a reversing garage door opener circuit.
The timer sequence is as follows: A circuit is activated and the motor runs 25-35 seconds. After 25-35 seconds the motor stops, the circuit is closed AND reset for reverse. The next time the circuit is opened, the motor runs for 35 seconds in reverse. Afterward the circuit is reset for reverse again.
I have been catching up a bit on electronics the past weeks, but remain a total novice > however I understand household circuitry. My website is waterheatertimer.org. I have a simple 'off-the-shelf' solution for electric water heater timers, but don't have a solution for gas water heaters. My design idea is for a retrofit on a gas water heater that moves the control dial between 'vacation' and the thermostatic setting. The 12V dc motor would retrofit over the water heater control dial > I am trying to find a timer to apply specific control over the motor.
Any suggestions?
The timer sequence is as follows: A circuit is activated and the motor runs 25-35 seconds. After 25-35 seconds the motor stops, the circuit is closed AND reset for reverse. The next time the circuit is opened, the motor runs for 35 seconds in reverse. Afterward the circuit is reset for reverse again.
I have been catching up a bit on electronics the past weeks, but remain a total novice > however I understand household circuitry. My website is waterheatertimer.org. I have a simple 'off-the-shelf' solution for electric water heater timers, but don't have a solution for gas water heaters. My design idea is for a retrofit on a gas water heater that moves the control dial between 'vacation' and the thermostatic setting. The 12V dc motor would retrofit over the water heater control dial > I am trying to find a timer to apply specific control over the motor.
Any suggestions?