Manage change of your electrical safety culture
This special report provides an overview of the three principal types of electrical hazard analysis, along with a discussion of the relevant standards and regulations pertaining to the subject.
6 ways to optimize new electrical equipment
This white paper addresses six important strategies regarding analytical studies, extended warranty plans, startup and commissioning, training services, maintenance agreements, and spare parts that will help to optimize your new equipment from the start.
Steven Maling, Marketing Director - Projects & Ser...
Keep your motor-testing options open
This paper presents current methods of electrical test and trend analysis of the operational health of electric motors in the context of successful predictive maintenance programs.
Seven types of power problems
Many of the mysteries of equipment failure, downtime, software and data corruption are the results of a problematic supply of power. There is also a common problem with describing power problems in a standard way. This white paper will describe the most common types of power disturbances, what can cause them, what they can do to your critical equipment, and how to safeguard your equipment, using the IEEE standards for describing power quality problems.
Just about every product in the world has two main markets: one for new product and a second market for used — sometimes referred to as surplus, reconditioned, rebuilt or remanufactured — product. Cars, computers, jewelry and electronics are just a few examples of thriving industries that trade in used goods. The commercial and industrial electrical supply markets are no exception.
Electrical equipment, like automobiles and industrial machinery, are designed to last decades. However, like other durable goods, electrical equipment can be dangerous to the inexperienced — whether it is new or used product. The confluence of these two facts means that product safety — not just availability — is critical to a healthy electrical marketplace.
In 1908, the National Association of Electrical Distributors was formed to "establish the electrical distributor as an essential force in the electrical industry and economy," followed by the National Electrical Manufacturer's Association (NEMA) in 1926. These venerable associations eventually expanded to include educational programs and standards to help improve the operations and safety of the electrical supply chain with a focus on new product from electrical original equipment manufacturers (OEMs).
Understanding NFPA 79
NFPA-79 is the electrical standard that has been developed by the National Fire Protection Association (NFPA) and is "intended to minimize the potential hazard of electrical shock and electrical fire hazards of industrial metalworking machine tools, woodworking machinery, plastics machinery and mass produced equipment, not portable by hand."
The National Fire Protection Association is also responsible for the National Electric Code (NEC)/(NFPA-70).
The scope of NFPA-79 is summarized as follows: "The standard shall apply to the electrical/electronic equipment, apparatus, or systems of industrial machines operating from a nominal voltage of 600 volts or less, and commencing at the point of connection of the supply to the electrical equipment to the machine."
Ned Lloyd and Mike Levesque
Advances in low-voltage motor control center (MCC) technology help reduce arc flash hazards and minimize risks
Measures to increase equipment and personnel safety in manufacturing are reflected in new approaches and technologies designed to help minimize the risk of workplace dangers. One rapidly growing area of focus is reducing the potentially serious hazards associated with arc flash events. This white paper examines the causes of arc flash, discusses the standards guiding arc flash safety and details the role arc-resistant motor control centers (MCCs) play in helping contain arc energy. It also highlights the key features of an effective arc-resistant MCC design.