Description
The 2.5-SB-H is an innovative pipe clevis hanger, roller-bearing or band hanger pipe support designed for rooftop applications. It features a roller-bearing, clevis hanger, or band hanger design. This support is ideal for roof-mounted gas pipes and HVAC piping. Additionally, it accommodates electrical conduit and solar piping. One standout feature of the pipe clevis hanger is its ability to allow thermal expansion and contraction of pipes. This prevents damage to the roof membrane, which can occur due to temperature changes. By allowing this movement, the 2.5-SB-H maintains the integrity of the roofing system. This ensures long-lasting performance and reliability. The design allows pipes to rest securely on a polycarbonate or steel roller, clevis hanger, or band hanger. This flexibility provides users with options for their specific application needs. The polycarbonate roller offers a lightweight solution, while the steel roller provides enhanced durability for heavier piping systems. Installation of the 2.5-SB-H is straightforward and efficient. This makes it a preferred choice among contractors and engineers. Its user-friendly design ensures quick mounting on rooftops, saving valuable time during installation. Additionally, the pipe clevis hanger is engineered to withstand various environmental conditions. This ensures reliable performance in both commercial and residential settings. The 2.5-SB-H pipe clevis hanger is a robust and adaptable pipe support solution. It supports a wide range of piping systems while preventing damage to the roof membrane. With its unique features and reliable performance, the 2.5-SB-H is an excellent choice for rooftop pipe support.
Base Material
Polycarbonate
Size
The deck base is 9″ by 15.25" and the maximum cradle width is 4".
Max Pipe Size
4.5" outside diameter.
Max Pipe Clearance
Adjustable height up to 18"
Max Load Weight
Maximum load weight may not exceed 335 lbs. per pipestand
Spacing
Manufacturer’s recommended spacing is not to exceed 10 foot centers depending upon the load.