Blog & Insights

Custom switchgear solutions can deliver a number of benefits for manufacturing facilities of all sizes. Here’s how.

In part two of our two-part series, we’ll examine some of the more intangible aspects of the preventative maintenance process so you...

From scheduling to what’s included in a standard PMIP, learn more about Enercon’s field service and preventative maintenance.

In this blog, we’ll examine one of the critical, yet often overlooked, components of EV charging infrastructure: switchgear.

Discover how protective relays enhance power system reliability and performance by guarding against faults and abnormalities.

Low voltage switchgear protects operators and equipment while also allowing greater control over circuit management. Here’s what you need to

Retrofitting existing electrical equipment, including reconditioning components, can be a cost-effective way to improve your equipment’s...

There are several UL safety standards for electrical switchgear. In this blog, we’ll break down some of the most important.

Modernizing your switchgear reduces risk, ensures compliance, and improves efficiency. Here's how to achieve that on a budget.

There are several benefits derived from switchgear modernization. In this blog, we look at the considerations involved.

Discover insights, maintenance, and troubleshooting tips for power equipment in Enercon's guide. Enhance performance, reliability, and longe

Spring storms bring about some of the nation’s worst weather, causing major disruption to energy transmission infrastructure.

UL1558 is a safety standard related to low voltage circuit breaker switchgear. We look at some important features and how to ensure...

UL698A is a further addition to UL508A specification for industrial control panels, but for use in specific situations. Here’s what you need

Switchgear built to the UL 891 standard is important for safety, as it minimizes potential hazards from low voltage systems

Electrical Switchgear are an integral part of energy generation, transmission, and distribution that have been used since the beginning of electrical energy usage. The NEC defines electrical Switchgear as “an assembly completely enclosed on all sides and top with sheet metal (except for ventilating openings and inspection windows) in non-arc-resistant or arc-resistant constructions.” There are two primary parts to an electrical switchgear: Power-conducting elements which e