Network supporting
Pipe network support solutions are designed to ensure mechanical stability, optimized installation, and long-term durability across a wide range of drainage systems.
Whether working on a decentralized pipe network or a centralized layout, our brackets and stack support systems are engineered to adapt to multiple types of configurations and pipe infrastructure constraints.
To meet the needs of project engineers and specifiers, our product documentation is fully compatible with Revit, allowing users to integrate pipe labels, elevation data, and other technical specifications into their BIM workflow. Our models are available as file downloads and come preconfigured with default values for sizes, material profiles, and shape characteristics.
Tel. +33 (0) 3 66 74 00 89
BRACKETING: TECHNICAL
Pipe support except for the epams® system is designed to only carry the weight of the pipe and its content, which makes the specifiers’ design work easier.
Support Guidelines for Pipework
Support for horizontal pipework (wall and ceiling)
To guarantee consistent flow and stability in horizontal pipe runs, the recommendation is to install two load-bearing brackets per pipe. These must be positioned 0.75 m from each spigot to ensure optimal weight distribution and alignment. Ideally, brackets should be spaced 1.5 m apart, ensuring a continuous flow with a slight grading of 1 to 2%. A minimum elevation drop of 0.5% (or 0.5 cm per metre) helps prevent stagnation in drainage systems.
This configuration helps improve alignment in corridors, reduces mechanical stress, and aligns with most Revit-based programs requiring detailed profile integration. The structure is typically outlined in a panel within the design software and can be replicated using commands or a pre-set copy of the system configuration.
FOR INSTALLATION DETAILS, WATCH OUR TUTORIALS
Support for vertical pipework
For vertical pipework in drainage systems, one bracket per floor is advised to prevent collapse. Placement should be on the first third of the upper spigot, near the pipe connection joint. Avoid installing brackets in pre-stressed girders for safety and maintenance access.
For installation details, watch our tutorial
Support for vertical pipework
For vertical pipework in drainage systems, one bracket per floor is advised to prevent collapse. Placement should be on the first third of the upper spigot, near the pipe connection joint. Avoid installing brackets in pre-stressed girders for safety and maintenance access.
For installation details, watch our tutorial
SPECIFIC BRACKETING FOR ACOUSTIC INSULATION
Pam Acoustic Dampener
Enhanced Acoustic Comfort
For premium acoustic comfort in buildings requiring minimal noise, Pam Building offers Pam’Acoustic—a feature built to reduce structure-borne sound down to 5 dB(A). This dampener fits between the pipe’s support collar and frame.
Sound Insulation in Bracketing
Used in pipe networks, this system integrates an elastomer EPDM dampener, threaded M8/M10 rods, and galvanised components to minimize vibration from flow. The design suits multiple types of environments requiring specific pipe parts catalog configurations and pipe labels.
Main Components:
- Elastomer EPDM dampener
- Galvanised steel M8-M10 nut
- Stainless steel A2 housing
- Threaded connection (17 mm): galvanised steel
FOR INSTALLATION DETAILS, WATCH OUR TUTORIAL
When pipe support systems are installed near sensitive zones (meeting rooms, residences, auditoriums), managing structure-borne noise becomes critical. Pam Building provides dedicated acoustic insulation technologies designed to reduce vibration transfer and achieve superior sound isolation in pipe connection zones.
To learn more about our acoustic dampeners, elastomer-based supports, and tested configurations that achieve up to 5 dB(A) of structural noise reduction, please visit our dedicated page:
PIPEWORK STABILITY
Stack support pipe
On vertical straight runs, stack support pipes should be installed to address the stacks’ weight. At the bottom of the stack, the first stack support pipe addresses both the pipes' weight and the end thrust effort. For the last case, it is recommended that the support and fixings be adapted accordingly. We recommend positioning the first stack support pipe at the base of the first floor, and then every subsequent fifth floor, in the case of a standard average 2.5 m between floors, or more generally every 15 m.
PIPEWORK STABILITY
Stack support pipe
On vertical straight runs, stack support pipes should be installed to address the stacks’ weight. At the bottom of the stack, the first stack support pipe addresses both the pipes' weight and the end thrust effort. For the last case, it is recommended that the support and fixings be adapted accordingly. We recommend positioning the first stack support pipe at the base of the first floor, and then every subsequent fifth floor, in the case of a standard average 2.5 m between floors, or more generally every 15 m.
Stack support pipe and acoustic insulation
Pam Building includes a rubber gasket on the bracket for effective noise dampening within corridors. 2019 testing (EN 14366) showed that default use of rubber-lined support and console brackets improves the profile of structural sound insulation.
The results are consistent even when updates in file elevation or shape are required for project adaptation.
Explore the software and Revit file tools available to assist users with grading and pipe network support modeling.
Each step of the training includes commands for creating, modifying, and managing the panel, types, sources, and sizes in Revit. Users can also copy their pipe profiles and commands from the pipe parts catalog into a central project file requiring coordination. The Revit program facilitates updates and efficient pipe connection workflows.
Stack support pipe and acoustic insulation
Pam Building includes a rubber gasket on the bracket for effective noise dampening within corridors. 2019 testing (EN 14366) showed that default use of rubber-lined support and console brackets improves the profile of structural sound insulation.
The results are consistent even when updates in file elevation or shape are required for project adaptation.
Explore the software and Revit file tools available to assist users with grading and pipe network support modeling.
Each step of the training includes commands for creating, modifying, and managing the panel, types, sources, and sizes in Revit. Users can also copy their pipe profiles and commands from the pipe parts catalog into a central project file requiring coordination. The Revit program facilitates updates and efficient pipe connection workflows.
Download our brochure for more information
Download our brochure to have more information about network supporting.
FAQ – Pipe Network Support
What is the ideal spacing for horizontal pipe network support?
The ideal spacing is 1.5 meters between load-bearing brackets, with each bracket installed 0.75 m from the spigot end.
Is Revit content available for pipe support solutions?
Yes, Pam Building offers Revit families for pipe support brackets, including 3D objects with commands, tags, and profile details for accurate modeling.
Can I use Pam Building’s solutions for decentralized pipe networks?
Absolutely. Our support systems are designed for both centralized and decentralized pipe networks, with flexible options depending on project size and layout.
What types of pipe support components are included in the catalog?
The pipe parts catalog includes stack supports, acoustic dampeners, rubber-lined brackets, stainless steel hardware, and compliant fixings of all sizes.
How do I integrate updates into my design file?
New product updates are published in BIM-compatible formats. Users can download the latest file version and integrate it with minimal adjustments into their program or modeling platform.