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DL42846
Deleted User
Sounds like l have gone for the right choice for once then.
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That is normal it will go through it's cycle of holding 14.4v for 8 hours, don't worry about it Gel's are very tolerant.Reset power and charger went back to 14.4V despite being fully charged, still there an hour later when we disconnected to leave
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Both wet & Gel batteries charge to the same voltage, with a wet cell once the 14.4v is reach it requires a further one hour at 14.4v to ensure a full charge before reducing to 13.6-13.8v. With a Gel battery it requires 8 hours at 14.4v before reducing to 13.8v.I am trying to make some sense of my set up in the MH.
I have a Vipiemme Electric heart 105 AH battery which looks like the original battery. (8 years old)
I have ordered a new 110 AH Gel battery. I have had a quick look at the charger in the MH as I have read several comments saying the setting on the charger should be switched to Gel on the charger.
I have been advised by Alpha and DBS batteries that Gel batteries should be charged at 14.4 v and acid Batteries I think they said should be charged at 14.6V
I can't see any switch on the charger but I can see stamped on the charger that it charges at 14.4V.
Don't quiet know what to make of it all. I have a Gel Battery arriving next week , so I presume the charge rate will be alright.
But if that is the case why has a wet charged battery been running on a 14.4v charge for the last 8 years assuming the charger hasn't been changed prior to my ownership.
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What make and model is your charger? Somebody who already has one may be able to give you some more info. On some the switching between Gel and lead acid may not be obvious - it may just be moving an unmarked dip switch.I am trying to make some sense of my set up in the MH.
I have a Vipiemme Electric heart 105 AH battery which looks like the original battery. (8 years old)
I have ordered a new 110 AH Gel battery. I have had a quick look at the charger in the MH as I have read several comments saying the setting on the charger should be switched to Gel on the charger.
I have been advised by Alpha and DBS batteries that Gel batteries should be charged at 14.4 v and acid Batteries I think they said should be charged at 14.6V
I can't see any switch on the charger but I can see stamped on the charger that it charges at 14.4V.
Don't quiet know what to make of it all. I have a Gel Battery arriving next week , so I presume the charge rate will be alright.
But if that is the case why has a wet charged battery been running on a 14.4v charge for the last 8 years assuming the charger hasn't been changed prior to my ownership.
What make and model is your charger? Somebody who already has one may be able to give you some more info. On some the switching between Gel and lead acid may not be obvious - it may just be moving an unmarked dip switch.
Both wet & Gel batteries charge to the same voltage, with a wet cell once the 14.4v is reach it requires a further one hour at 14.4v to ensure a full charge before reducing to 13.6-13.8v. With a Gel battery it requires 8 hours at 14.4v before reducing to 13.8v.
If a wet cell it charged on a Gel setting it will overcharge the battery.
If a Gel is charged on the wet setting it will only reach 80% of full charge an it's life will be shortened, as it will never see a full charge.
With your charger I would only use a wet cell battery, I don't believe it is suitable for charging a Gel battery.
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Wet cell chargers either take the voltage up to 14.6-14.8 volts then reduce to 13.6-13.8v, better ones take the battery up to 14.4-14.6 then hold it there for an hour before reducing to 13.6-13.8v. Neither will fully charge a Gel battery.Why would you only use my charger for a wet battery when it will charge at 14.4 v which from my understanding is what a Gel battery should be charged at. I thought I read somewhere and was told by DBS that wet batteries should be charged at 14.6 v. That is if I have understood it all correctly.
Wet cell chargers either take the voltage up to 14.6-14.8 volts then reduce to 13.6-13.8v, better ones take the battery up to 14.4-14.6 then hold it there for an hour before reducing to 13.6-13.8v. Neither will fully charge a Gel battery.
From my earlier post:-
Both wet & Gel batteries charge to the same voltage, with a wet cell once the 14.4v is reach it requires a further one hour at 14.4v to ensure a full charge before reducing to 13.6-13.8v. With a Gel battery it requires 8 hours at 14.4v before reducing to 13.8v.
Good solar regulators have setting for wet, gel & agm, if your one doesn't have function could be worth changing.Thanks for the info. I do have a solar panel but I have no idea what that puts out. I have bought the Gel battery now anyway. I will just have to wait and see how it goes. I'm thinking during the summer months the solar panel should charge the battery up but it might struggle during the winter months.
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That looks to be the back of the charger where the mains come in. If there is a dip switch my guess is it will be in the other side, i.e. where the 12V electrics come out.This the battery charger which is in the MH. Looks like a cheap Italian job.No switches that I can see on there to change from wet acid to gel.
I haven't got round to the solar panel charger. I will have to emply a few crates of wine first.View attachment 147349 View attachment 147350
Looking into it a bit deeper it looks like I might have to upgrade the charger to a newer model that has a Gel or Acid setting.
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I checked the spec it doesn't have a gel setting, but later versions do.That looks to be the back of the charger where the mains come in. If there is a dip switch my guess is it will be in the other side, i.e. where the 12V electrics come out.
Good try, but I did look on the other side and there is nothing. From what I have been reading up it looks like the next model the NE143P is the one with Acid/Gel switchThat looks to be the back of the charger where the mains come in. If there is a dip switch my guess is it will be in the other side, i.e. where the 12V electrics come out.
I checked the spec it doesn't have a gel setting, but later versions do.
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I checked the spec it doesn't have a gel setting, but later versions do.
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To be honest all this is too much information overload for me but I have read its not good for the batteries or the charging devices to be on constant charge. This is why I only put mine on hook up now and then and also while on hook up I turn the charger off. I have assumed my batteries to be dead several times but they still keep doing the job ..........bet thats thrown spanner in the works I will be buying batteries very soon now lol
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I'm no expert here but I would be concerned when running an inverter. I have heard they can drain your battery rapidly. I have one which I carry in the MH but don't use it.