PROJECT
SUBWAY PIPING
DP pipe ductwork
Our high-density polyethylene (HDPE) plastic pipes for electrical conduits are used to carry the piping network of an electrical system.
Manufactured with high quality materials such as high density polyethylene (HDPE). High-density polyethylene (HDPE) is widely recognized for its strength and durability, making it a popular choice for electrical conduit.
Its ability to resist corrosion, impact and chemical agents ensures reliable protection for electrical cables in various environmental conditions.
The essential solution in modern power system infrastructure
Pipes embedded in masonry (walls, ceilings and false ceilings), building shafts, protective channels, embedded pipes embedded in concrete or ordinary pre-wired conduits intended to be embedded in grooves in masonry are not considered as buried installations.
Only double wall corrugated red pipe should be used for buried conduits.
Results
Protection of electrical cables: Avoid direct contact of cables with surfaces that could damage them or jeopardize the safety of the installation.
Impact resistance: The DP tube protects the cables from external shocks or pressures. This is especially important in subway installations, where the pipe may be subjected to earth pressure, vehicle traffic or machinery.
Safety: Prevention of short circuits and damage: The DP tube prevents the cables from coming into contact with metal objects or other elements that could cause electrical damage.
Ducting systems such as DP tube and Plen plate: Used in combination to distribute cables in an organized way.
Essential components to organize and protect electrical conduits: They provide insulation and protect cables from external factors, ensuring the safety and efficiency of the electrical system.
Organization and ease of maintenance: allows for better management of cabling, as it can be easily identified and located by means of a tracing system. This makes it easier to locate faults or make repairs without the need to excavate large areas.
In the event that maintenance or expansion of the system is required, the subway conduit provides orderly and direct access to the cables, minimizing the impact on the environment.
The use of surface space is not interrupted, which is especially useful in urban areas or areas with space limitations.
Reduced risk of interference: Subway installation reduces the possibility of electromagnetic interference that can arise in overhead installations, improving the quality of signal transmission in case communication cables are used
Regulatory compliance: In many jurisdictions, subway installations are regulated and considered safer from an electrical system design and implementation standpoint, ensuring that the installation complies with local standards and regulations.
Technical characteristics according to UNE-EN 61386-24 standard, type l (light):
Its corrugated design facilitates installation, allowing cables to be laid safely and efficiently, saving time and effort.
If it is a flame spreader and has a compressive strength >250 N.
Light impact resistance.
External influences ip54 with built-in guide.
A sleeve is supplied with each roll.
CONCLUSION
Installing a subway system with DP pipe offers a number of key advantages, such as increased safety, durability, protection from external factors and ease of maintenance and troubleshooting. In addition, the use of this type of conduit protects the cables from extreme weather conditions, corrosion and mechanical damage, ensuring a high quality installation and longevity.
