2s lipo pack discharge protection board question

Hi everyone,
I am working on a project using a 2s lipo battery with a deans connector output and balance plug for charging.

The website states that it does not have over discharge protection. I would like to add this.
The problem is that these require a connection between the batteries and this pack is shrink wrap sealed. Is there a way of using the balance plug, I feel like I’m missing something. Any help would be greatly appreciated.
Here is a link to the battery and protection board I planned to use.

The balance plug is for charging. Over Discharge protection needs to be added to the Deans T plug. My hunch is that it is already inside, but I don't see it mentioned anywhere either.
NOTE: I would trash the supplied charger and use a professional charger, LiPOs are not to be messed with.
I see you are in the UK so I don;t have a reference, but in NA many RC guys prefer SkyRC. Maybe look up an appropriate charger there and find a similar unless of course if SkyRC does business in the UK.
I found a UK site that carries SkyRC HERE

Thank you, I already had a lipo 2s charger so have been using that.
Do you know if the over discharge protection would work without the ‘bm’ connection between the batteries?

The white wire in the balance connector would be the green wire in the image shown below.

However you are now limited to 8Amax from the battery

@pem1 Are you positive that it is an 'over discharge' protection circuit? It doesn't appear to be able to influence the load current.

Probably not. Is connecting a 3 wire a big problem?

It’s not a problem if I can connect to the white wire of the balance plug, I’ll just buy a socket and just have 1 wire going to the discharge protection bm and the others coming from the deans plug. I didn’t realise that was an option before. Thank you

Just remenber that the board will also cut power if you draw more than 8A

Good point I will look for a higher rated one as I am using 12 mg996r servos.

I misread the specs. The max working current is 8A, it doesn't really specify the overcurrent cutoff value other than Transient Current: 16A.

It may be OK for 12 servos, if they are not all stalled at the same time