need help.
#1
Hi guys..
Need some help..
I just bought an Airtronics m12 transmitter..
Previously using the m11..
Initially I tought I can bring over the 3s lipo which I was using for m11.
But when I plugged in to the m12, it sounded an alarm and showing over voltage on the screen. I immidiately switched it off and plugged off the battery.
I just realised that it only needs 2s lipos. .
I then take the normal alkali AA batteries to switch in on and it works ok. But ive not bind the receiver yet.
My question is will it damage the transmitter?
Thanks for viewing in advance.
Do advise.
Need some help..
I just bought an Airtronics m12 transmitter..
Previously using the m11..
Initially I tought I can bring over the 3s lipo which I was using for m11.
But when I plugged in to the m12, it sounded an alarm and showing over voltage on the screen. I immidiately switched it off and plugged off the battery.
I just realised that it only needs 2s lipos. .
I then take the normal alkali AA batteries to switch in on and it works ok. But ive not bind the receiver yet.
My question is will it damage the transmitter?
Thanks for viewing in advance.
Do advise.
#4
The regulator circuitry in the TX will protect your TX during that brief moment of of high voltage connection.
Not to worry, chances are that everything is ok. Just watch out for the tell tale signs of damages such as lateancy issues, glitches and software crashes.
Not to worry, chances are that everything is ok. Just watch out for the tell tale signs of damages such as lateancy issues, glitches and software crashes.
#5
Tech Addict
iTrader: (1)
Joined: Jan 2013
Posts: 563
From: Spring Texas
Hi guys..
Need some help..
I just bought an Airtronics m12 transmitter..
Previously using the m11..
Initially I tought I can bring over the 3s lipo which I was using for m11.
But when I plugged in to the m12, it sounded an alarm and showing over voltage on the screen. I immidiately switched it off and plugged off the battery.
I just realised that it only needs 2s lipos. .
I then take the normal alkali AA batteries to switch in on and it works ok. But ive not bind the receiver yet.
My question is will it damage the transmitter?
Thanks for viewing in advance.
Do advise.
Need some help..
I just bought an Airtronics m12 transmitter..
Previously using the m11..
Initially I tought I can bring over the 3s lipo which I was using for m11.
But when I plugged in to the m12, it sounded an alarm and showing over voltage on the screen. I immidiately switched it off and plugged off the battery.
I just realised that it only needs 2s lipos. .
I then take the normal alkali AA batteries to switch in on and it works ok. But ive not bind the receiver yet.
My question is will it damage the transmitter?
Thanks for viewing in advance.
Do advise.
#6
M11 an older were 11.1V
M11X AND NEWER ARE 7.4v
My advice is to run through all of the settings, epa adjustments, and see if everything works first. Then bind it, if it binds, then run through the settings again and make sure that they are adjusting the servos and such.
Being that it turned on, I believe you are fine, and I believe the warning light is to inform you that the voltage is to high. I would presume that had you completely disreguarded that light and just used it, over time you would mess it up.
BOL.
M11X AND NEWER ARE 7.4v
My advice is to run through all of the settings, epa adjustments, and see if everything works first. Then bind it, if it binds, then run through the settings again and make sure that they are adjusting the servos and such.
Being that it turned on, I believe you are fine, and I believe the warning light is to inform you that the voltage is to high. I would presume that had you completely disreguarded that light and just used it, over time you would mess it up.
BOL.
#7
Tech Adept
Joined: Dec 2012
Posts: 235
The m12 takes a 2s lipo max. You can adjust voltage warnings buzzing, vibrating, etc... but the manual says no to anything above 2s. To answer your question, if it still works, it appears that plugging in a 3s lipo doesn't break it? Sounds like it has a mechanism to avoid frying the circuits.




