worcester or remeha

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After some opinions on which combi boiler to go for. My choices are between a worcester 28i or a remeha avanta 39c?

i have been quoted the same price for either but which one would i better off with?

i don't want to create a war just some opinions to point me in the right direction :D
 
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After some opinions on which combi boiler to go for. My choices are between a worcester 28i or a remeha avanta 39c?

i have been quoted the same price for either but which one would i better off with?

i don't want to create a war just some opinions to point me in the right direction :D

Baxi Duo Tec 33HE better and Far cheaper but you have now started a war :D
 
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i didnt want to start a debate on which boiler i should have, just wanted opinions on the 2 i listed,if i really had to have one or the other which one? :LOL:
 
really dont like worcestor, not keen on the heat exchanger, out of the 2 id go remeha but its your choice
 
After some opinions on which combi boiler to go for. My choices are between a worcester 28i or a remeha avanta 39c?
But you are not comparing like with like. The WB 28i can only handle a flow rate of 10 litres per minute for a 35C temperature rise. The Avanta 39C can handle a flow rate of 16 litres/min.

There is no point buying the 28i if your flow rate is higher than 10 litres/min.
 
The Worcester every time, i have installed both and the worcester is a better boiler, but don't go for the i range, go for the cdi slightly more money but worth it.
 
what degree rise is that at 16 litres d hailsham on the Avanta?


Are we comparing like for like or is that a 28c rise instead of 35,this will make a huge difference and can artifically inflate the figures
 
What degree rise is that at 16 litres d hailsham on the Avanta?

Are we comparing like for like or is that a 28c rise instead of 35? This will make a huge difference and can artificially inflate the figures.
Both figures are for a 35C temperature rise. (It's actually 15.9 litres/sec on the Avanta.)

The calculations are as follows:

Flow = (60 x kW) / (4.2 x temp rise) litres per minute.

or

Temp Rise = (60 x kW) / (4.2 x flow)
 

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