This model is simply the best for radiant floor heating and the one that deserves first position.
Water heaters for infloor radiant heat.
It will also last 30 plus years if well maintained while a furnace lifespan runs from 10 15 years in most cases.
On demand water heaters radiant floor company pioneered the use of on demand tank less water heaters for radiant floor heating nearly 20 years ago when many in the heating industry believed that on demand water heaters would never work for radiant heat we disagreed.
Most radiant heating installations use a boiler to heat the water but a simple hot water heater can do the job and save you several hundred to a few thousand dollars.
Radiant floor heating is more efficient than a forced air system primarily because it does not lose any energy through ductwork.
Water heaters on the other hand are perfectly happy being fed 55 f supply water and chugging along at 110 f to 140 f perfect for radiant floors and more than adequate for many baseboard and panel radiator applications.
In all you can expect to pay anywhere from 6 000 to 14 000 to install a hydronic radiant floor heating system.
It is efficient and is built based on the latest technology.
We ve been doing this longer than anyone with great success.
This includes the system itself and the cost for a dedicated water heater or boiler generally 360 to 1 000 for a 50 gallon water heater or approximately 6 000 for a boiler.
You really only need a maximum of 120 f for your floor.
You will get a gas powered unit which is outstanding when it comes to hot water supply.
That temperature is safe and comfortable as well as being efficient.
You will need to make a few modifications to the heater and have knowledge of basic plumbing techniques.
Dual purpose systems a dual purpose system relies on only one water heater to supply both the hot water requirements for the home and the warm water needed for the radiant floor heat.
With this model you can enjoy up to a maximum flow rate of 10 gallons per minute which many users love.
You will need to be aware of the incoming groundwater temperature as cold water will drop the overall water temperature.
The system designer may have to increase the size of the radiators to account for the lower water temperature.