3 ways CAD is helping to make UFH installation easier for everyone

cad underfloor heating diagram example

We understand that an installer’s job is difficult enough without having to make changes halfway through a job. Often when installing underfloor heating systems, specifications can change mid-project as the customer, architect, and builder start to see a project take shape. This very often means that design drawings require modifications, and a project can be delayed as these changes are made.

As with many projects, preparation is key, and having a technically accurate CAD design can help to facilitate a more streamlined installation process.

This is why John Guest provides a free CAD design and a technical support service. Here are just three ways that CAD is helping us enhance your UFH installation projects:

1. CAD Gives Installers a Better Chance of a Successful First-Time Installation

The design of an underfloor heating system has a direct link to its output and efficiency. Careful consideration and planning should be given to any project to ensure that any system installed can be integrated with construction and floor plans.

With many floor plans varying, and more and more installation projects having different floor construction and unorthodox layouts, the best way to visualise an installation is by doing so digitally, through a CAD design. This ensures that a project has been carefully planned prior to installation. It gives an accurate list of materials required for the project and significantly increases the chances of completing a successful installation the first time every time, reducing the risk of errors and faults being discovered post-installation. By leveraging CAD design, installers not only save time and resources but also ensure customer satisfaction through well planned and flawlessly executed installations.

2. CAD Helps with Optimum Underfloor Heating Placement of the Manifold

The manifold position is one of the most significant elements for an Underfloor Heating installation. The manifold acts as the central hub or control point that connects the heating pipes to the heat source, such as a boiler or heat pump. The position of the manifold is crucial because it determines the length and layout of the heating pipes throughout the building. The length of the pipe used for each zone or area of the underfloor heating system depends on how far it is from the manifold. The manifold's location directly affects the flow and distribution of heated water or heat transfer fluid to each zone. By strategically placing the manifold in an optimal position, installers can ensure balanced heat distribution and minimise heat loss. The manifold's position should be chosen based on factors such as the building's layout, the number and size of heating zones, and the specific heating requirements of each area.

Often the position initially chosen by the homeowner may be inappropriate, leading to poor system performance and a more expensive installation. A discussion with a CAD designer or technical team member can usually confirm the most suitable position. Their expertise allows for comprehensive evaluation of factors like heat distribution, project-specific variables, and regulations as set by the British Standards Institute. Collaborating with them ensures an informed decision, leading to efficient heating and optimal system performance.

3. CAD Designs can Speed Up the Underfloor Heating Pipe Laying Process

There are several ways to lay pipe for an underfloor heating installation, depending on the pipe spacing, room layout and fixing method. Get this wrong and not only will it affect the overall efficiency of the UFH system, but it can be expensive and time-consuming to rectify. A CAD drawing will show all the specific pipe routes and patterns for each individual job. This is important to get right at the early stages of project planning because there is a myriad of different combined pipe layouts, particularly with irregularly shaped rooms.

Successful installation of underfloor heating does depend on a number of different factors including the layout of the building, the heat source, the type of floor surface and much more. CAD plays a vital role in simplifying UFH installation and giving installers as much preparation prior to installation as possible. This allows for a comprehensive evaluation and identification of potential risks or errors before installation begins. Any design flaws, inconsistencies, or conflicts can be addressed and rectified early on, minimising the risk of costly mistakes or post-installation issues.

Planning an underfloor heating system need not be daunting. Our JG Speedfit Support team delivers comprehensive design and technical support throughout the project. Get in touch with our JG Speedfit Support team about your project today, and you too can benefit from our design and planning expertise.

Let us design an energy efficient solution for you

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Andy Lea

Technical Sales Engineer

About the author

My journey in the construction industry began when I trained as a plumber.

Fuelled by ambition, I took the leap and became self-employed, running a successful business for eight years. Seeking to expand my knowledge and enhance my skills, I pursued a Higher National Diploma, which provided me with a broader perspective on the industry.

Today, I proudly celebrate 22 years with RWC, a company I've called home. As a spokesperson, I have the privilege of sharing my extensive expertise and insights, connecting with audiences and conveying RWC's vision and innovative solutions.