About Telecom Duct Spacer
Duct Spacers shall be made from ABS Acrylonitrile Butadiene Styrene (ABS). (1.04 specific gravity
has been chosen by TECAFINE for the manufacture of all interlocking module spacers
because of its flexibility, strength, and resiliency.
(A) Under compressive stress
(B) The spacer modules can be freely handled on the job site without breakage.
Since many utilities install underground systems year-round, and most large projects carry through more than one year, it is important to use a formulaon of ABS for spacers that will not be adversely by the extremes of summer or winter temperares. Finally, Rib wall construction makes it possible to design a spacer which will hold safely the vertical
loads normally encountered when men work atop large duct banks.
Spacers shall consist of interlocking modules. The interlocking modules shall include an
internal vertical channel on both side edges of the spacers. When the duct bank is
assembled.
Precision Engineering for Robust InstallationsWith a rigid yet lightweight design, the Telecom Duct Spacer guarantees consistent and accurate separation of up to four ducts per spacer. Its 8 mm thick, grey PE100 structure withstands tough subterranean conditions across a temperature range of -10C to 60C, ensuring enduring performance and safety in underground telecom cable duct installations.
Enhanced Efficiency and Long-Term ReliabilityEquipped with snap-fit/locking tabs and stackable architecture, these spacers promote swift manual placement without specialized tools. Their resistance to UV radiation and soil chemicals improves longevity and minimizes maintenance, providing enduring value for extensive infrastructure projects while adhering to relevant TEC/DoT guidelines.
FAQ's of Telecom Duct Spacer:
Q: How is the Telecom Duct Spacer installed during underground cable duct projects?
A: The spacer is manually placed between ducts using its snap-fit or locking tab connection, ensuring secure positioning and efficient separation of up to four conduits per spacer. No specialized tools are required, making the installation process straightforward for technicians.
Q: What advantages does the UV and chemical resistance of the spacer provide?
A: The UV and chemical resistance enable the spacer to endure harsh outdoor and underground environments, protecting it from degradation due to sunlight and common soil contaminants. This ensures long-term durability and stable performance throughout the duct system's operational life.
Q: When should this spacer be used in telecom duct installations?
A: This spacer is ideal for any situation requiring organized, separated routing of multiple telecom ducts underground, especially when TEC/DoT-compliant installation is mandated. It is suitable for new networks or when upgrading existing conduits for improved reliability.
Q: Where can the Telecom Duct Spacer be used effectively?
A: The spacer is engineered for outdoor and underground environments, especially suited for locations where environmental challenges such as soil chemicals and variable temperatures might compromise lesser products. Its adaptability allows for broad application in underground telecom infrastructure.
Q: What does the snap-fit interlocking mechanism achieve during the duct laying process?
A: The snap-fit mechanism provides a secure, tool-free connection between spacers, allowing multiple units to be stacked for layered duct installations. This feature speeds up deployment and promotes reliable alignment and stabilization of cables throughout the run.
Q: How does using this spacer benefit long-term maintenance and system organization?
A: The reusable and stackable design supports ongoing system reconfigurations and expansions, while maintaining clear separation and minimizing the risk of duct entanglement or misalignment. The smooth finish and rigidity also facilitate cable pulling and reduce potential abrasion to duct surfaces.