ACCOMMODATING THERMAL MOVEMENT

IT CAN BE DONE WITH GROOVED TECHNOLOGY AND HERE IS HOW AND WHY YOU WANT TO USE IT.

Some of the most damaging affects to a piping system can be the result of not accommodating for movement. For example, temperature changes can exert dangerous and damaging reactive forces on pipe components and equipment.

THERE ARE 4 ADVANTAGES OF USING VICTAULIC
COUPLINGS TO ACCOMMODATE PIPE MOVEMENT DUE TO
THERMAL CHANGES
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Pipe design flexibility

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Reduced stress on the piping system

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A more compact, inspectable and productive method of installation over other pipe-joining methods such as welding

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Conforms to industry practices in industrial building services

The key to effectively accommodating pipe thermal expansion and contraction in a building is to allow the predictable, controlled movement of the piping itself. This can be achieved in a variety of ways; the selection of a specific method is based upon the engineer, the type of piping system and the project parameters.

EXPANSION
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CONTRACTION
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4 WAYS GROOVED COUPLINGS ACCOMMODATE THERMAL MOVEMENT

They provide an expansion joint utilizing grooved
mechanical pipe components.

They allow the system to “free-float”.

They utilize the linear movement/deflection
capabilities of flexible grooved couplings.

They provide an expansion loop utilizing grooved
mechanical components.

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3 REASONS WHY GROOVED COUPLINGS ARE A SMART ALTERNATIVE

Grooved pipe couplings are easier and faster to install over welding.

They accommodate movement within the design capability of the grooved coupling, and are done within the product’s "free range of motion.”

Piping system movement caused by pipe thermal expansion and contraction can be accommodated in smaller spaces, with low stress on the components.