Rooftop Pipe and Equipment Support Systems
This course is no longer active. AEC Daily will not report completion information for this course.
The proper selection of pipe and equipment supports is critical to managing dead weight on a rooftop and the overall performance of the roofing system. No matter how large or small the pipes or equipment are, improper support apparatuses and installation processes will inevitably lead to a breach in the roofing system. This course evaluates different types of pipe and equipment support systems and reviews the key steps in designing and installing a system that will successfully manage loads, as well as thermal movement and vibration, eliminating roof penetrations.
Upon completion of this course, the Learner should be able to:
- Describe engineered pipe and equipment support systems, how they are constructed, and the advantages associated with using this these systems.
- Specify the preparation and installation of an engineered pipe and equipment support system in accordance with CSI 3-Part Master Specification – Section 07 72 00.
- Identify the components of an engineered pipe and equipment support system, and explain the assembly and installation process.
- Illustrate the mechanical benefits of an engineered pipe and equipment support system.
- Discuss the design process and the options available during each stage of the process.
Approximately 1 hour. Delivered online, at your own pace.
Presented by Arthur J. Valentz on behalf of PHP Systems/Design. View the Privacy Policy .
Presenter Information

Name: Arthur J. Valentz
Title: President and Founder, PHP Systems/Design
Background: After spending the earlier part of his life in aviation as a pilot, Art later became involved with piping, specifically oil industry related. However, due to years of experience with piping,
he discovered an industry in need of a way to manage dead weight, including piping, on commercial and industrial roofing systems. In early 1990, Art started a company to develop a system and method for supporting dead weight on any roofing system. After years of research and development, the problem became widely recognized and acknowledged. A trend started taking hold across the industry, and roofing system manufacturers, architects, and consultants now require that the support systems for the management of dead weight on roofing systems be designed, engineered and manufactured by a professional with an expertise in the industry.