Whether you can use the same power supply depends on its size. You need to add up all your 24 VDC loads (in Amps or Watts) and compare to the rated size of your existing power supply. If it is too small, you will have to buy another larger one, or use 2 smaller.
I recommend using 1 larger power supply to simplify your wiring and to make sure that you don't get two supplies cross-connected (which can let the smoke out)!
It appears that 3 of your outputs will be very low current, with only the solenoid requiring any measurable amount of power. So add the solenoid current to the EZ operating current, and if it is below your existing power supply rating, then you are good to go with that one.
Looking in the User Manual, Appendix, Technical Data, it appears that each Input of the EZ512-DC-RC uses 3.3 mA maximum, and the EZ uses about 80 mA (about 2 Watts at 24 VDC) maximum of internal power. I could not find a power usage for the relay outputs (have to AssUMe that the 80 mA includes the output relays also).
PS: I re-numbered your Inputs so that they are in numerical order as they occur in the program. This helps to keep them correct and they are easier to find (higher numbers are farther down in the program, lower numbers are near the top).
When you add each timer, make sure to change the default 00:00 time parameter to some number other than 0. I used 15 seconds for T01, 10 seconds for T02. Use whatever numbers that you estimate for the spray times.
I recommend using 1 larger power supply to simplify your wiring and to make sure that you don't get two supplies cross-connected (which can let the smoke out)!
It appears that 3 of your outputs will be very low current, with only the solenoid requiring any measurable amount of power. So add the solenoid current to the EZ operating current, and if it is below your existing power supply rating, then you are good to go with that one.
Looking in the User Manual, Appendix, Technical Data, it appears that each Input of the EZ512-DC-RC uses 3.3 mA maximum, and the EZ uses about 80 mA (about 2 Watts at 24 VDC) maximum of internal power. I could not find a power usage for the relay outputs (have to AssUMe that the 80 mA includes the output relays also).
PS: I re-numbered your Inputs so that they are in numerical order as they occur in the program. This helps to keep them correct and they are easier to find (higher numbers are farther down in the program, lower numbers are near the top).
When you add each timer, make sure to change the default 00:00 time parameter to some number other than 0. I used 15 seconds for T01, 10 seconds for T02. Use whatever numbers that you estimate for the spray times.
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