Problems solved. Rewired them all in series with the following results.
Voltage 3.3
Current .750
This gives me a wattage of 2.475 watts per LED, and yes they do get hot.
Just a thought, if I ran 10 LEDs on each driver I would have the following
.750ma
3.3 volts X 10 = 33volts
24.75 watts
This all falls into the correct range for the driver without pushing it
42volts
.750ma constant current not .700ma
.750 X 42 = 31.5watts or 29.4 at .700ma
Now that this is done I will attach the heat sinks and do a test run for 10 hours before I buy the rest of the drivers needed.
We are on our way.
Voltage 3.3
Current .750
This gives me a wattage of 2.475 watts per LED, and yes they do get hot.
Just a thought, if I ran 10 LEDs on each driver I would have the following
.750ma
3.3 volts X 10 = 33volts
24.75 watts
This all falls into the correct range for the driver without pushing it
42volts
.750ma constant current not .700ma
.750 X 42 = 31.5watts or 29.4 at .700ma
Now that this is done I will attach the heat sinks and do a test run for 10 hours before I buy the rest of the drivers needed.
We are on our way.