theres nothing on the hot wfp market apart from a professionally fitted diesel heater if you want hot water on tap all day long.....
1.gas heaters are not reliable and can be dangerous....(not worth the risk)
2.immersion heaters are good for frost protection but not viable for proper hot water on tap all day long(luke warm at best)....
3.filling up from a hot water tap at home is not viable option either....(same as an immersion)....and can severely deplete resin prematurely running hot water through your vessels...
4.DIY diesel heaters are only for DIY competent guys(im not!)and even then theres usually a lot of faffing about and reliability/safety has not been proved....
Daz, please, please just please don't make statements you know nothing about - I've got a tank unto 65 degrees - hardly 'luke warm'
Darran
This bit is crap too, I run mine through a DI on the van and hot makes no difference.
Its an interesting assumption. Heated water shows a higher tds than the same cold water does. When that heated water cools back down the tds goes back to its original figure. So you can understand why someone would automatically conclude that you will use more resin processing hot water.
But its still the same water. Heating it hasn't changed the tds.
Chopsie put up a link on this site a couple of years ago to a tds meter that compensates for water temps.
http://www.cleanitup.co.uk/smf/index.php?topic=210561.0You also reported on that link it hasn't effected your resin usage. You mentioned this some 2 years ago and as your conclusion is still the same with added experience, we must deduce that
hot water doesn't effect the resin beads at the temps windies use.
I've just looked this up. It was what Doug Atkinson posted many years ago with regard to Tulsion MB115 resin, but he didn't say anything about the temperatures.
"Tulsion MB-115 is a mixture of strongly acidic cation exchange resin Tulsion T-46in Hydrogen form and strongly basic type I anion exchanger resin Tulsion A-33in Hydroxide form in 1:1.5 volume ratio quantities."Tulsion T resin remains stable up to a maximum temperature of 120 degrees C.
Tulsion A resin remains stable up to a maximum temperature of 80 degrees C.
So hot water through Tulsion MB115 resin needs to be lower than 80 degrees C.