- Oct 4, 2020
- 123
- 189
- Funster No
- 76,537
- MH
- Hymer B544
- Exp
- Motorhoming since 2014
Hello everyone
I've been subscribed to MH Fun for a few years and have viewed many helpful posts so have decided to join and hopefully make some useful contributions.
Like many, I have experienced issues with the heating elements on my Truma 6E combi. It has stopped working on electric but is fine on gas so I think it is pretty safe to assume the elements have packed up. I realise they have a limited life and to be fair we have been using the system virtually continually for the last 18 months so I have no complaints with the longevity but now have the potentially epic task of replacing them.
I am going to tackle this myself and whilst I think the trickiest job will be the removal of the boiler the rest looks relatively straight forward (famous last words....). Anyway the main reason for raising this topic is to discuss the two options for replacing the elements.
The first seems to be the most straightforward and economical, which is also the only method I have found on the internet, and that is to simply remove the elements (easier said than done) from the heat exchanger and replace with new. From what I have seen and read on the internet most people have commented on how tight the elements are in the heat exchanger and end up having to resort to brute forcing for their removal. This option works out at around £155 depending on where you purchase the elements from - you can pay more and this will include some gaskets and O rings.
The second option is the more expensive (£460) which includes O rings, gaskets etc but more importantly the heat exchanger WITH the elements pre fitted. Now the reason I have highlighted the pre fitted elements is due to the fact that they are factory set into the heat exchanger and from what I understand this is a very crucial part of the replacement process. If the elements are not correctly clamped into the heat exchanger with the correct tolerances this will lead to premature failure as it causes hot spots in the elements...
I am pretty sure I am going to opt for the second and much more expensive option for two reasons. Firstly, the removal of the boiler is undoubtably going to be a real challenge so I really don't want to have to do this again anytime soon. Secondly and more importantly, as already mentioned, the tolerances for the elements in the heat exchanger are crucial from what I have read.
I would be very interested to hear from anyone who has tackled this job using either option and whether or not what I have been led to believe is correct.
I am also tempted to video and post the whole process (if successful..!!!) to help anyone else faced with the same issue.
Thanks for taking the time to read this post.
Simon
I've been subscribed to MH Fun for a few years and have viewed many helpful posts so have decided to join and hopefully make some useful contributions.
Like many, I have experienced issues with the heating elements on my Truma 6E combi. It has stopped working on electric but is fine on gas so I think it is pretty safe to assume the elements have packed up. I realise they have a limited life and to be fair we have been using the system virtually continually for the last 18 months so I have no complaints with the longevity but now have the potentially epic task of replacing them.
I am going to tackle this myself and whilst I think the trickiest job will be the removal of the boiler the rest looks relatively straight forward (famous last words....). Anyway the main reason for raising this topic is to discuss the two options for replacing the elements.
The first seems to be the most straightforward and economical, which is also the only method I have found on the internet, and that is to simply remove the elements (easier said than done) from the heat exchanger and replace with new. From what I have seen and read on the internet most people have commented on how tight the elements are in the heat exchanger and end up having to resort to brute forcing for their removal. This option works out at around £155 depending on where you purchase the elements from - you can pay more and this will include some gaskets and O rings.
The second option is the more expensive (£460) which includes O rings, gaskets etc but more importantly the heat exchanger WITH the elements pre fitted. Now the reason I have highlighted the pre fitted elements is due to the fact that they are factory set into the heat exchanger and from what I understand this is a very crucial part of the replacement process. If the elements are not correctly clamped into the heat exchanger with the correct tolerances this will lead to premature failure as it causes hot spots in the elements...
I am pretty sure I am going to opt for the second and much more expensive option for two reasons. Firstly, the removal of the boiler is undoubtably going to be a real challenge so I really don't want to have to do this again anytime soon. Secondly and more importantly, as already mentioned, the tolerances for the elements in the heat exchanger are crucial from what I have read.
I would be very interested to hear from anyone who has tackled this job using either option and whether or not what I have been led to believe is correct.
I am also tempted to video and post the whole process (if successful..!!!) to help anyone else faced with the same issue.
Thanks for taking the time to read this post.
Simon


