Problem is that all the radios came without the 9.6V battery pack.
Since new batteries are expensive I had to brew my ow solution. I must say that I have no interest in putting new batteries in them since they will be operated at a fix position and from a 12v power supply.
So I came up with this simple fix for the problem....that is, built a fixed battery holder...
Terminal polarity identification
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjB8mHSdQzWiFbqDJQURNHnsAGuOm-Yiv1qmmBfzZYfGFaQXr-qaKRgTZcW2BdjA2DwpqPfjbHEc8ZZKR1KkpeO9FCfnydXUXb24X08IDPib7loNXwXuGCK7goIp1ErT9a1bfmC/s320/hx340-3.jpg)
First mechanical fitting test
The fix crews make pressure for the nails against the terminals and use already in the unit fixing points.
Regulator is a 7810 but the radio only need's 9.6V... it works.
Incidentally the power pins in the radio are easily soldered so I could had opted for a simpler solution (without the pressure brass nails), just the wires soldered directly to the terminals....maybe will do that on the other unit.
A bottom plug is also ready but I didn't sealed the unit yet, I have to get one panel power input plug and fit it on the side.
Now I only need to program the units for the frequencies that I want....and that will be another story....
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