Several people, including myself, have reported less the hoped for results with the 510 "Passthrough". Just did not produce the vapor of a battery and was margional, at best.
Although,some folks said they worked fine. Still don't understand this. The circuit board in the battery box says "Kissbox".
The 510 USB device is not a true passthrough as the in line battery supplies the power for the atomizer. Without the battery, it will not function. The usb only CHARGES this device.
Here are the voltage measurements I found:
Voltage at the switch= 4.08VDC
Voltage at the inline battery=4.2 VDC
Voltage of a freshly charged battery= 4.22VDC
THESE ARE OPEN CIRCUIT MEASUREMENTS (NO LOAD)
Under load,(atomizer) these will drop a lot as the atomizer pulls about 1 amp.
It was clear that the tiny a** wire between the battery and switch was a problem.
This is what I did to correct the problem:
1) Cut the wire between the USB connector and battery box. Cut halfway to give solder room--you will need it.
2) Cut wire from battery box to the switch. Again, leave pigtails to solder 2.5" should do.
This removes all the tiny a** original wire.
3) Solder a 20-22 gauge 2 conductor (color coded) (I used 5 ft.)from the USB connector to the input pigtail of the battery box--(watch your polarity + -) . On this unit the blue tiny wire is pos. +++.
4) Solder the battery box output pigtail to the switch pigtail. This should give you about 2" from the battery box to the switch.
5) Attach the battery box to the switch..use your imagination here. I have it temp. using some mean tape called Gorillia Tape. They could be secured with epoxy or hot glue. May do that latter.
RESULTS--IT NOW PUTS THE RECHARGEABLE BATTERY TO SHAME.
Big time hit and vapor--The battery does not run down...This is how IT SHOULD HAVE WORKED.
Open circuit voltage at switch now is 4.19VDC..
This is the smallest wire I have ever seen (has to be 30 gauge or smaller) in a power circuit application. Someone needs to go back to school.
Because of the wire, this is a pretty tough job. If you are not good at soldering, I would find someone who is.
Check your solder joints at each solder, before putting the whole string together. Be sure you are getting voltage through the splices.
Good Luck, IT IS WORTH THE TROUBLE.
Although,some folks said they worked fine. Still don't understand this. The circuit board in the battery box says "Kissbox".
The 510 USB device is not a true passthrough as the in line battery supplies the power for the atomizer. Without the battery, it will not function. The usb only CHARGES this device.
Here are the voltage measurements I found:
Voltage at the switch= 4.08VDC
Voltage at the inline battery=4.2 VDC
Voltage of a freshly charged battery= 4.22VDC
THESE ARE OPEN CIRCUIT MEASUREMENTS (NO LOAD)
Under load,(atomizer) these will drop a lot as the atomizer pulls about 1 amp.
It was clear that the tiny a** wire between the battery and switch was a problem.
This is what I did to correct the problem:
1) Cut the wire between the USB connector and battery box. Cut halfway to give solder room--you will need it.
2) Cut wire from battery box to the switch. Again, leave pigtails to solder 2.5" should do.
This removes all the tiny a** original wire.
3) Solder a 20-22 gauge 2 conductor (color coded) (I used 5 ft.)from the USB connector to the input pigtail of the battery box--(watch your polarity + -) . On this unit the blue tiny wire is pos. +++.
4) Solder the battery box output pigtail to the switch pigtail. This should give you about 2" from the battery box to the switch.
5) Attach the battery box to the switch..use your imagination here. I have it temp. using some mean tape called Gorillia Tape. They could be secured with epoxy or hot glue. May do that latter.
RESULTS--IT NOW PUTS THE RECHARGEABLE BATTERY TO SHAME.
Big time hit and vapor--The battery does not run down...This is how IT SHOULD HAVE WORKED.
Open circuit voltage at switch now is 4.19VDC..
This is the smallest wire I have ever seen (has to be 30 gauge or smaller) in a power circuit application. Someone needs to go back to school.
Because of the wire, this is a pretty tough job. If you are not good at soldering, I would find someone who is.
Check your solder joints at each solder, before putting the whole string together. Be sure you are getting voltage through the splices.
Good Luck, IT IS WORTH THE TROUBLE.