why dont you two have a fight?!!!!
In three years a typical boiler would burn about £2000 of gas.
In the one repair visit in those three years an engineer might use £3 of fuel to visit and repair.
The fan is difficult to quantify but obviously the fuel used is less that the final cost so perhaps a £100 fan might have £15 of fuel used?
So the boiler's £2000 of gas would have been about £3000 if it had been an old cast iron inefficient boiler.
Tony
Vulcan continental BF now there was a boiler odd thermocouple every ten years the odd solenoid operator and six way selector switch and you could just leave them from year to year .
Yep short off work only done 2 and a half days last week and only earned £1300 be around the same as that most weeks in this summer . Life is such a struggle carrying golf clubs around
You may start before 8.12 but some off us are still in bed before we then go to the cafe before we start work . Working day is ten till 6 with no breaks.
Get good at your job and you may be able to do it
The fast glib answer was about balanced flue which was the majority i didnt mention FF.
So no it was not wrong or in error
Your answers in here and in the CC merely prove you dont have enough experience in the domestic market to know what boilers are out there.
Golf course calling must go.
As namsag says, the perception that BF boilers are as rare as rocking horse droppings is misplaced, the main reason gasbanni or anybody else doesn't have much to do with them is probably because unlike the later generation of boilers with fanned flues and PCBs etc, the BF type boiler very rarely goes wrong
lawrance";p="1671403 said:If you were any good you would be working full time hours + overtime.
Why ? enjoy life I know quite a few tradesmen that have come off been vat reg and have eased up as long as they can pay the bills. Why kill youself work clever not hard. If hard work paid best Labourers would be rich men.
Whats the point in slaving for the 3l33ding tax man.
Very, very, very rarely and if it were possible to accurately audit the energy used by engineers driving to change fans and PCBs over the life of a boiler and the energy used in first making and then disposing/recycling the blessed things plus the environmental cost in pollution I'd be surprised whether there was any net saving in money or energy in adopting the new technology.
Keeps people busy however.
Agile wrote:
In three years a typical boiler would burn about £2000 of gas.
In the one repair visit in those three years an engineer might use £3 of fuel to visit and repair.
The fan is difficult to quantify but obviously the fuel used is less that the final cost so perhaps a £100 fan might have £15 of fuel used?
So the boiler's £2000 of gas would have been about £3000 if it had been an old cast iron inefficient boiler.
Tony
For fun only and maybe to provoke a little gentle debate.
3 years fuel typical condensing boiler = £2000 – I think that’s OK but an improvement of 30% in efficiency from a fully controlled SE boiler to a HE boiler is not realistic – 10-12% is I think reasonable so the £2000 fuel would rise only to £2,300 (Nobody I know was putting in gravity F&R uncontrolled systems 15 years ago).
Design life of boiler = 15 years.
5 repair visits to a HE boiler.
5 miles to job, 3 to parts centre, 3 back, 5 miles home. 16 miles @4.50/gall 30mpg yes, £3 fuel X5 = £15
5 broken items @ £100 each plus labour say £170. Fan to be made, refurbished or PCB made, or refurbished. Both shipped to parts centre then collected plus purchase cost. Plus energy used in manufacture and disposal including all the muck that is required while making a printed circuit board and the rubbish left when it’s finished with. £865 in money and unknown amount in energy and cost.
So over a lifetime of 15 years the high efficiency unit has cost the client 5 visits and 865 quid excluding services plus the inconvenience of the breakdown and £10,000 in fuel = £10865 not including the energy to run the fan (I wonder what that would work out at?).
The equivalent BF boiler might need a thermocouple (£50) over the same period. While costing £11200 with less inconvenience to customer and less pollution caused by manufacturing and shipping of parts = £11250 plus no fan to run.
Not a huge difference over 15 years (£25.60p/year) if I am anywhere near correct - except in our income and that of those making and selling boiler components. Dangerous knowledge.
An old customer rang me this afternoon today to ask if I suggest he update his system – a Potterton Netaheat and an AQ6000 energy management controller I put in 20 years ago. I’ve had to change a PCB once. It usually costs him £500 but rose to £600/annum in fuel this year he says for a 4 bed 70’s extended detached.
He asked me what I’d suggest, I said a Viessmann and a weather comp.
He asked me what I would do.
I said look at the back panel of the Netaheat when it’s serviced to make sure it’s in good shape along with the case seal, blow out the pots on the AQ6000 with canned air and keep the lot until it falls over.
I don’t think he will as new = good to most people but I like to tell it like I see it.
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