This is a favourite type of heating system for many reasons. Less draftee and generally quieter than forced-air systems, hydronic baseboard heat also offers less of the tendency to dry the air, which is easily split into separate thermostatically controlled zones.
But there are a couple of issues with baseboard heating in the toilet. The first is the issue of wall space for the convectors. Usually space is less in your bathroom, and sufficient measures of baseboard convectors have to contend with the fittings for room on the wall surfaces. Sometimes you will find runs of baseboard convectors stretching behind the bathroom, which in my own standard experience is a blunder. That is clearly a pretty wet environment, with splash over and condensation from the bathroom, and it generally does not take miss the metallic housings on the baseboards to start to corrode and rust.
Also, many fin-tube convectors are-to be brutally honest-pretty clunky looking. In a bigger room they aren’t as obtrusive; but in a small bathroom they are incredibly noticeable. An option is by using a thin-profile baseboard like Runtal’s, which is merely 2 in. profound and which varies high from 3 in. to 12 in. off the ground, depending on heat outcome of the machine. With a heating output around 900 BTU/hour per running foot . for the 12-in.-high 4-pipe product, this baseboard is perfect for the limited free surfaces of the bathroom. Another solution is by using a wall-mounted -panel radiator; a few of them can increase as a towel warmer.
If there is a vanity in the toilet, another option is to attach a concise fan-coil convector underneath, in the toe kick space. These unit tie in to the existing hydronic system; they may have a small electrically driven fan, which circulates air around a heat coil before blowing it out in to the room. They released plenty of high temperature, routinely have an changeable blower, and the heated air they exude seems good on your toes without having to be so hot that it might burn them.
According to me, these fans can be very noisy, plus they also require a working water temperature around 140 levels F to place out sufficient temperature, so they don’t really work nicely with lower temperature systems (like temperature pushes). Another problem is their lack of a filtration system. The fans pull in air along the toe kick heating installation, generally a very dusty place, and it does not take long for the fins on the blower to get clogged up with dust, cutting in to the performance of the blower. And I haven’t been very impressed with the longevity; replacing or servicing a unit installed underneath a cabinet is not fun, despite having an access -panel cut in to the bottom of the cabinet.
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