Transcript Floor Warming - California Detection Systems: Welcome!

Floor Warming
RaySol System
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RaySol Applications
• Freezer Frost Heave Prevention
• Concrete Floor Warming
• Heat Loss Replacement
• Tile and Marble Floor Warming
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Tile and Marble Floor Warming
•Application Overview
– Not primary heat source - comfort heat
– Residential bathrooms
– Embedded in mortar under tile
– Low density concrete
(Gypcrete) often used
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Heat Loss Replacement
•Application Overview
– Used in areas over unheated space such as parking
–
–
garage
Objective is to have net zero heat flux
Run in conduit or attached to bottom of floor
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Concrete Floor Warming
•Application overview
– Not primary heat source - comfort heat
– Schools, gymnasiums, bathrooms
– Run in conduit
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Frost Heave Prevention
•Application Overview
– Moisture in ground under cold
storage areas (<32 degrees)
freezes forcing up floors
– Insulation slows, but does
not prevent, freezing
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RaySol Installation Methods
• Embedded in mortar
• In conduit embedded in concrete
• In conduit embedded in subsoil
• Attached to the bottom of concrete floor
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Tyco Thermal Controls Solution
• Self-regulating heating cable
– RaySol 1 and RaySol 2
• Components
– FTC-XC, FTC-P -- Power connections
– RayClic-E -- End Seal
• Design Software
•
– Automated design guide
(RS-ADG)
Literature
– Design guide
– Installation and operation manual
– Installation instructions
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Define the Application
•Each section of the design Guide is a Unit
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Select the Heating Cable Spacing
•Use the proper table to select spacing and determine amount
of heating cable required.
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Heating Cable Layout
•Determine the heating cable and component layout
for your application.
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Design the Electrical System
•Use the maximum circuit length to determine the number of
circuits required.
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