Basic of Electrical Feeder Pillar
An Electrical Feeder Pillar, also known as a power box or distribution pillar, is an enclosure used to house electrical distribution equipment. It acts as a central point for controlling and distributing electrical power to multiple outgoing circuits safely and efficiently.
AAVAD Instrument Pvt. Ltd. designs and manufactures robust Feeder Pillars that ensure secure power distribution for residential, commercial, industrial, and infrastructure applications.
What is the Need for an Electrical Feeder Pillar?
A feeder pillar serves as a common distribution point that channels electricity downstream through feeder pillar distribution boards. This arrangement ensures:
Protection of individual circuits
Easy control and isolation of power supply
Safe distribution for multiple loads
Feeder pillars are commonly installed on roadsides to control electricity supply to residential areas. They are also widely used for single-unit loads, low-voltage connections, and complex circuits in commercial buildings, residential complexes, solar installations, and infrastructure projects.
What Are Its Components?
A feeder pillar typically resembles a steel enclosure cabinet mounted on a solid concrete or steel base. Depending on application, the enclosure may be single-walled or double-walled.
Standard components include:
These components ensure safe operation, monitoring, and protection of electrical distribution systems.
Why Choose AAVAD Feeder Pillars?
AAVAD Instrument Pvt. Ltd. is a trusted manufacturer of Feeder Pillars in India, offering solutions engineered for durability, safety, and long-term outdoor performance.
Indoor protection: Up to IP65
Outdoor protection: IP65 and above
Designed for utility substations, M&E building services, renewable energy projects, and public infrastructure
Suitable for industrial CCTV systems, traffic signals, street lighting, and power distribution networks
AAVAD Feeder Pillars are designed to withstand extreme Indian weather conditions, including temperatures up to 45°C and humidity levels up to 80%. All switches and circuit breakers are selected and assembled in compliance with international standards to ensure reliable and safe operation.