Hi,
I have a project I need help completing.
I have a 24v bank of batteries and am always keeping an eye on them as over time one set of 12v string will be alot lower
I was thinking of some sort of circuit that can detect the voltages of say 2x 12v or even 4x 6v strings using a comparator design
I would like the following features
High Performance
*I need the output to be triggered because once a load is on the batteries that voltage would drop causing the comparator to change
Such as the highest voltage battery would trip a timed relay (say runtime of 2minutes) , so I can connect a any load such as a light or anything else to aid in discharge
* After the run of 2 minutes let things settle for 5 minutes then repeat process.
*I would like sensitivity control of the compared voltages
Low Performance
I might build a second circuit that is always Live perhaps a switch from Highperformance into Low performance that will constantly run a load of minimal watts
I hope someone here can help me with what I would need to complete this circuit.
I have a project I need help completing.
I have a 24v bank of batteries and am always keeping an eye on them as over time one set of 12v string will be alot lower
I was thinking of some sort of circuit that can detect the voltages of say 2x 12v or even 4x 6v strings using a comparator design
I would like the following features
High Performance
*I need the output to be triggered because once a load is on the batteries that voltage would drop causing the comparator to change
Such as the highest voltage battery would trip a timed relay (say runtime of 2minutes) , so I can connect a any load such as a light or anything else to aid in discharge
* After the run of 2 minutes let things settle for 5 minutes then repeat process.
*I would like sensitivity control of the compared voltages
Low Performance
I might build a second circuit that is always Live perhaps a switch from Highperformance into Low performance that will constantly run a load of minimal watts
I hope someone here can help me with what I would need to complete this circuit.