hi welcome to product review by Robo Jack's my name is Ahmed some shitty
presenting this review from Canada and this review are going to learn about the X H m60
to charged microcontroller device we're going to explain the hardware we are going to explain how
to wire it and also I'm going to test and demonstrate it let's get started with this
as the X H and sig v-22 module it operates with EC so you do need separate power for the fun we
will use this to control the charge of a battery and charge your battery so you will need separate
charger let's say you have a powerful and then you will connected to your battery and use this
to monitor the level of charge as the voltage increases reaches the optimal level of charges
then it will disconnect it you will connect your AC supposedly this is now 220 volts the easy in
tells us and from here it goes to your chargers this is your charger and this is your battery so
you will connect it to the battery but the battery is being charged and then the 2 terminal of the
battery will be connected here this input accepts up to 73 or 74 so if you have different type of a
battery it's ok you will connect it the voltage of the battery is being monitored and it will
be displayed constantly in here and you can set lower limit and upper limit any voltage which is
in between the upper and lower limit will cause this to turn on and allow the power to go when
the voltage reaches high enough which means when the battery is fully charged this will
turn off the relay and the power to the battery will be disconnected brief the input AC would be
connected to this point suppose let's say 220 volts live neutral and it is being converted
to 12 volts voltage AC this bridge rectifier is converting it to DC and where this transistor
the relief being driven turning on and off c2 the output is being controlled by relay with
the circuit this DC we have this regulator am s 1 1 1 7 which will convert it to 5 volts which
will feed this display and a microcontroller this DC we have this regulator am s 1 1 1 7 which will
convert it to 5 volts which will feed this display and a microcontroller we will have two switches
here this switch is for lower limit setting and this is for higher limit setting when you charge
the battery you will have a minimum voltage and the maximum which you will set here when
you do not touch these two buttons you will see the actual input voltage of the battery at this
point so these two terminals will be connected to the battery so you will concern the monitor
the voltage of the battery this microcontroller is new vote on this and 17600 3 and this is 1 th
0 v 1 based microcontroller the microcontroller is 8 bit which has 18 kilobytes of main flash
EP rom I call it a pyram and it has LD rom of 8 kilobytes the operating voltage is 2 point 4 to
5 point 5 volts so that's why we are using 5 volts I will provide you the link in case if you want to
have a look at this when this operates and the output relays on this LED will turn on when the
LED is turned off this LED will be turned off and their power will not pass through this relay and
the charger will be turned off the module operates with 220 volts I'm not sure if there is a hundred
and ten volts version but this is 220 to 12 volts this will convert the input voltage which will
be connected their life will be connected in here or the hot wire and then the initial in here this
goes into this transformer and if we look here this is one wire it goes through the delay and
exists back so this is a hot or live wire and that's the hot output and that's the neutral
which goes here and goes out so you have neutral N and neutral out and life which goes like this
comes through this relay and exits the output is connected to a charger which you can control a
battery and it is being turned on and off by this relay the output voltage for this one is 12 volts
which is converted using this bridge rectifier here the AC arrives at these two pin and the DC
is outputted so this converts AC 12 volts to DC and this is in 6 BS higher the datasheet at zero
point 5 ampere bridge rectifier and that's exactly the way I live and AC and enters on here that DC
will be exited and the one that we are using is mb 6 F RMS voltage is 600 so this parameter
does not matter much because the current is important and we are using it up to 12 volts
I will provide you the link for the rectifiers datasheet now let me show you the output of this
transformer this is my a that I said on AC let me show you the input I have 240 volts at the
input and the output is coming to these two pins of this rectifier and I can connect it in here
and as you can see we are reading 14.5 volts let me show you the DC on this side of rectifier
and here we are getting 18 volts because there is no load at the moment a relay is now on and
as you can see we are getting fourteen point eight volts almost fifteen volts but this relay is rated
as 12 volts let me now rotate this on the other side so we can see the voltage I turned it off
let me now rotate this on the other side so we can see the voltage I turned it off now I turned it on
this is the primary of the transformer these two or 240 volts enters and these two are the output
EC 13.3 volts and these two pants are DC pins for the relay okay so these two are the disciplines
for the relay and as you can see the release receiving 14 point 8 volts where they live on
so the voltage which is about supposed to be 12 volts is coming to the to this regulator which
converts us to 5 volts and the 5 volts will go to the rest of the circuit and this is a data sheet
for the AMS one one one seven they have different voltages including one point five one point eight
two point five three point three and five volts and two point eight five and here are the pins
as you can see pent up and one is ground pan to is out and pin three is VN so this is the input
and that's output input and grounded and here these two let's measure the input and ground
I'm Andy see
14.8 volts at the input and the output is the middle pin five volts so we get
five or six microcontrollers and all the rest of the circuit
I have a wire like this this is a extension cord I'm going to cut it from here and use
it for this purpose and now this is the other piece we have to identify this is life and I
have to also label which one is the life one you have to identify the life and neutral pins for
example it has been mentioned here as hot the small one and the one that is a little longer
this is mutual here in a plug and also here this is the life or hot and here you can see
it and the one that is a little wider this is a neutral can use a continuity tester making sure
to know that which one is life for example this side so this is a life that this is a life pin
let's see which one is alive so that's life how my wires already this is this will be attached
to the device this goes to the wall and these two I'm going to connect it in here on the module it
says live and at the end its life and the middle one is neutral if you pay attention these two
neutral and here the wiring is done live neutral of this is connected in here and the neutral is
connected to this pin and life is connected to this then this goes to your main voltage
let's say 220 volts or 240 volts it enters and the relay is connecting the output voltage so
this is going to a charger you will connect it to your charger and then from the two terminal
of your a battery whatever battery you have you will connect two wires to this point things are
connected to your battery these are the sensing voltage and deciding when to turn it on or turn
it off we are positive on this side labeled and then the negative so we will connect it
like that because I don't have a charger and the battery I'm gonna change the voltage and we
will set this voltage so the output is turned on and off so I'm going to connect an AC bulb
oh I'm connecting it for the first time to see the power here so they have been connected now
I'm going to check this is the reading voltage from battery at this point and it's displayed
let's check if it is reading properly I trust this multimeter so eleven point nine nine eleven
point nine so this is very close let's let me change it to lower voltage it's nine point seven
six and that's nine point seven let's go higher nineteen point two this shows now 19.3 perhaps
the reason for this is that it might be nineteen point two closer with a rounding but that is how
we read it twenty-one point eight nine so you see this is very good thirty point six so the
reading of the voltage can be trusted but let's go to six volts at the lower value six point six
five six point seven so that's very accurate now let me demonstrate it at the moment this shows
the battery the battery voltage is connected here my battery and this is my charger in
order to show you the charger I'm gonna put this AC bulb here so you will see this turn
on and off every time this ball based on the charge is starting and every time this bulb is
off the charge will stop now when I press this button as you can see it shows the lower limit
eleven point two volts and the upper element fourteen point five and let's change this the
lower limit to let's say 12 volts to change it hold press it when you see it and press
hold again it will blink now you can go it up and load to change it so let's make it 12 volts
and wait until it exits now if I press it you will see that it has been set now let's change
the upper limit process and make Alyssa fourteen point four volts hold it again and thread blanks
and then let's say make it 14 two in four or whatever you want I will set it as fourteen
point four volts and wait now it is set this voltage that you read is the battery voltage
at this point I've just changed it so it doesn't operate and every time you want to just see it
process so we know our voltage they have to go below the lower limit which is 12 volts so let
me drop the voltage again twelve point five now it takes a few seconds before this turns
on now the charge has started because the charger that is connected is turned on and this valve is
present representing that now slowly when the voltage increases it will not turn off until
it reaches 14 point 4 volts I'm increasing it and it might take one hour or five or ten hours
depending on the charging rate of your charger if it charges with low current it takes longer
so I'm going to 14.4 let's say the voltage from this point is reading reaching 14 point 4 volts
as soon as it reaches 14.4 it will cut off to protect the battery and if the voltage again
drops below this and to not turn on until it goes below the lower limit of 12 volts I'm going back
at 1.9 and it takes like four or five seconds and it will turn it on again
this is very precise in terms of voltage I just checked at MIT to
reset the values press these two buttons simultaneously and the value will be reset
you
thank you for watching before the review and how to use this x-h m60 to charge controller
microcontroller module this is a very nice device the voltage is very precise the belt
is very solid and with the exception that it doesn't work below 220 volts other than
that it's very perfect device I definitely recommend it make sure when you operate this
operate safely and do not touch the area that has higher voltage and if you learn something
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