floor warming. 2 raysol system 3 raysol applications freezer frost heave prevention concrete floor...

Floor Warming

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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.