The electrical industry has continually evolved to accommodate new equipment while advancing the functionality of existing ones. Commercial, residential, and industrial settings have leveraged technically capable electrical systems to ensure the smooth flow of operations and minimize an array of safety concerns.
Feeder pillars, also known as distribution pillars, are empty enclosures that can store electrical equipment as well as tools. It is used as a central circuit that controls and distributes electrical energy from a transformer to a variety of outgoing circuits.
A feeder pillar offers every connected circuit with the required protection along with the option to be effortlessly controlled. In this article, we will be focusing on the role of distribution pillars and how they are an integral part of the electrical system. Let’s start with understanding the essential elements present in a distribution pillar.
The Components of a Feeder Pillar
Feeder pillars play a pivotal role in electrical energy distribution and control; thus, they are made of a variety of parts that contribute to their durability and functionality. The pillars make use of aluminium or galvanized steel sheets during the manufacturing process, adding to their excellent outdoor durability. In terms of placement, distribution pillars offer a wide variety of options–they can either be mounted on the transformer, free-standing, or accommodated as part of a compact substation.
A distribution pillar enclosed within the steel wardrobe contains an instrument panel, selector switches, ammeters, surge protectors, voltmeters, and service fuses. Mounted on top of a steel base, the form factor and build quality of distribution pillars make it the right fit for all kinds of lighting applications.
What are Distribution Pillars Used For?
Used in commercial as well as industrial sectors, distribution pillars are mounted outdoors and are leveraged to distribute electricity to a residential compound, office infrastructure, or an industrial complex. Traditionally, distribution pillars used to have an open frame and were easier to come in contact with. This posed serious safety concerns; however, developments in safety standards and technology resulted in modern iterations of feeder pillars, making them safe to use and an incredibly durable power management system.
The Types of Feeder Pillars
Feeder pillars can come as standard enclosures or can be customized according to the desired specifications. The two most commonly available feeder pillars are as follows:
- Low-voltage pillars: These operate at a low voltage (LV) as defined by the International Electrotechnical Commission (IEC). LV pillars are used for complex developments or single units in the residential and commercial segments.
- Rail feeder pillars: Seen abundantly as station instalments, it effectively eliminates the probability of touch voltages in electrified rail proximities. These boxes can include the verified network rail equipment such as switchgear, DC immune RCD, DNO service hands, cut-outs and isolators, and isolation transformers.
Associate with a Reputed Electrical Service Provider
Shortlisting and installing feeder pillars that fulfil your need might present itself as an arduous task. We would recommend you connect with a renowned electrical service provider to address all your requirements. The right amount of professional intervention would help you get the most out of your electrical investments.
The professionals at a reputed service provider would thoroughly assess and provide you with the best recommendation that aligns perfectly with your requirement. Once you find a renowned service provider, the next step would be to browse through their website and check if they have any offers, discounts, or deals. Some leading brands offer encouraging deals that might help you save money without compromising product quality.
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