Bubbles Galore
Active member
It's cold! This winter is already kicking my *ss and it's time to make some changes. After reading tons of different posts from guys like BigLeo and MEP001, I am going to design a prototype purge system for one of my bays to see how it will work out. With 8 bays, you can imagine the amount of water that I put out in weeping throughout the winter here in the Great Lakes!
Everyone will tell me to use a smart relay or plc of some sort. I don't want to make that initial investment in both the equipment and knowledge just to see if it will work. Any ideas on a timer/controller that can receive an input and then control (in series) 3 different outputs? This is far and away the most difficult aspect to the system.
Here's how I envision it to work:
1. Once the bay is turned on, the purge system would enter a standby mode until the input from the bay was closed (cycle ends).
2. An air purge system would begin via a solenoid attached to the HP line. Amount of purge time would vary per bay due to the distance of each line.
3. After the air purge was finished, a solenoid would open along with a circulation pump that would feed an isopropyl alcohol/water mix through the lines to prevent freeze ups.
4. That would essentially be it until another wash cycle began and then ended...
FYI...let's try and keep it constructive. Feel free to throw darts at it, but try to keep the darts constructive as to accomplishing this goal.
Suggestions, thoughts, ideas?!?
Everyone will tell me to use a smart relay or plc of some sort. I don't want to make that initial investment in both the equipment and knowledge just to see if it will work. Any ideas on a timer/controller that can receive an input and then control (in series) 3 different outputs? This is far and away the most difficult aspect to the system.
Here's how I envision it to work:
1. Once the bay is turned on, the purge system would enter a standby mode until the input from the bay was closed (cycle ends).
2. An air purge system would begin via a solenoid attached to the HP line. Amount of purge time would vary per bay due to the distance of each line.
3. After the air purge was finished, a solenoid would open along with a circulation pump that would feed an isopropyl alcohol/water mix through the lines to prevent freeze ups.
4. That would essentially be it until another wash cycle began and then ended...
FYI...let's try and keep it constructive. Feel free to throw darts at it, but try to keep the darts constructive as to accomplishing this goal.
Suggestions, thoughts, ideas?!?