Power Distribution: Feeder pillars serve as distribution points for electrical power, often receiving electricity from a main supply and distributing it to various circuits or loads.
Protection: Feeder pillars are equipped with circuit breakers, fuses, or other protective devices to prevent overcurrents, short circuits, and other electrical faults. This helps safeguard connected equipment and prevents potential hazards.
Terminal Blocks: Inside the feeder pillar, there are terminal blocks or busbars that allow for the connection of incoming and outgoing electrical cables. These blocks provide a safe and organized way to manage the flow of electricity.
Weather Resistance: Feeder pillars are designed to withstand outdoor conditions, including rain, sun, and temperature variations. They are often made from durable materials like metal or weather-resistant plastics.
Lockable Enclosure: To ensure security and prevent unauthorized access, feeder pillars are typically equipped with lockable doors or covers.
Cable Management: Feeder pillars may include cable glands or conduits to manage and protect incoming and outgoing cables.
Lighting Control: In some cases, feeder pillars also house equipment related to outdoor lighting control, such as timers or photocells.
Street Furniture: Feeder pillars are often used as functional elements of urban design, integrating them into public spaces, streetscapes, and industrial sites.