Axel
Active Member
Hi Curtis,
Thanks for the info. This is good to read (from my side...) I was not sure if my end test of the EHCs is good enough. I test the starter solenoid output of every EHC before and after potting with a 20 Ampere load for minimum 20 seconds. The current should not drop below 19 Ampere within this time. I think, this is already a bit out of the "real world" in my opinion.
By the way, do you know the power consumption of the Dacota digital speedo? I have one client, who had problems with his ignition, what fails for seconds when he drives faster than 150 km/h with 3000 rpm for more than 1 hour. His speedo fails also in this time, what indicate that one of the internal fuses, what is responsible for speedo, ignition and tag light limit the current for a moment. This effect is not happen when he drives a bit slower below 150 km/h. Beside of the question if a japanese plastic racer would be the better option for him, I would like to know, if the power consumption of the Dacota speedo is higher compare to the original one. I assume that the internal fuse limit the current at higher rpm and think about to increase it in the next EHC´s from 1,6 Ampere to 2,5 Ampere. However, these outputs need usually 1 Ampere and I´m a bit afraid to set the fuse value to a more than a double value, cause the harness cables to the speedo and tag light are not very thick...
All the best!
Axel
Thanks for the info. This is good to read (from my side...) I was not sure if my end test of the EHCs is good enough. I test the starter solenoid output of every EHC before and after potting with a 20 Ampere load for minimum 20 seconds. The current should not drop below 19 Ampere within this time. I think, this is already a bit out of the "real world" in my opinion.
By the way, do you know the power consumption of the Dacota digital speedo? I have one client, who had problems with his ignition, what fails for seconds when he drives faster than 150 km/h with 3000 rpm for more than 1 hour. His speedo fails also in this time, what indicate that one of the internal fuses, what is responsible for speedo, ignition and tag light limit the current for a moment. This effect is not happen when he drives a bit slower below 150 km/h. Beside of the question if a japanese plastic racer would be the better option for him, I would like to know, if the power consumption of the Dacota speedo is higher compare to the original one. I assume that the internal fuse limit the current at higher rpm and think about to increase it in the next EHC´s from 1,6 Ampere to 2,5 Ampere. However, these outputs need usually 1 Ampere and I´m a bit afraid to set the fuse value to a more than a double value, cause the harness cables to the speedo and tag light are not very thick...
All the best!
Axel