Use and Care Manual

ULTRA-FIN: RADIANT HEATING
Welcome to Ultra-Fin
Ultra-Fin is the leader in cost efcient and high comfort radiant oor
heating. Ultra-Fin is a hydronic system designed specically for wood-
frame housing that is simple to install, and is compatible with all oor
coverings including carpet, tile, slate and hardwood.
How Ultra-Fin Works
The Ultra-n system uses tubing to circulate hot water through the
under-oor joist spaces, where heat is conducted to louvered aluminum
Ultra-Fins attached to the tubing. The Ultra-Fins radiate the heat and
warm the air in the joist spaces, creating hot air convection. The
heated air warms the oor uniformly and the oor radiates gentle heat
throughout the living space above.
GREAT PERFORMANCE
WITH SIMPLE INSTALLATION
1. TUBING INSTALATION
When you install Ultra-Fin, you start by installing the tubing. You can
either run the tubing parallel to the joists using SnakeHangers
or you
can drill the joists and run the tubing through the holes.
DRILLING
HANGING
What Makes Ultra-Fin Different?
Traditional radiant oor systems are based on heat contact transfer
technology where hot water tubing makes direct contact with oor
layers. Compared to Ultra-Fin, these systems are overly complicated,
time-consuming to install, provide lethargic heat response, and
require complicated construction measures such as extra oor layers
or concrete.
Ultra-Fin creates new efciency by generating hot air convection
inside regular wood-frame oor systems. By converting the entire oor
system into a giant heat radiator, Ultra-Fin generates uniform warmth
and comfort at unprecedented cost savings and convenience.
FLOOR SURFACE
WARM AIRWARM AIR
COOL AIR
CONVECTION
CURRENTS
CONVECTION
CURRENTS
COOL AIR
ULTRA-FIN
FIBERGLASS INSULATION
The science behind the Ultra-Fin™ system
INSTALLATION GUIDE
2. ATTACH THE ULTRA-FINS
You attach the aluminum Ultra-Fins by lapping two ns over a section of
tubing, then inserting two Tur nKeys and giving them a 90-degree turn.
OPERATING WATER TEMPERATURE
100 °F - 180 °F
3. READY FOR INSULATION
Simply connect your tubing to the supply and return manifold,
and you’re ready to insulate the system. Yes, it’s just that easy!

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