Editorial Calendar

Spring (February/March) 2019

Abstracts Due: October 15

Articles Due: December 1

SF6 Breakers

Suitable articles for this issue would focus on SF6 breaker technology and include dynamic contact resistance testing. The work of the IEEE Alternative Gases Task Force on alternative gasses to SF6 would also apply. X-ray inspection technology is available on SF6 gases, but may be limited to OEM performance.

Summer (May) 2019

Abstracts Due: February 1

Articles Due: March 15

NFPA 70E and Electrical Testing

At the time of this issue's publishing, the 2018 Edition of NFPA 70E will have been released for under a year. Articles that focus on how the electrical safety requirements contained in NFPA 70E impact field testing activities are desired. This could include front-end work like work permits, risk assessments, establishing an electrically safe work condition, or the specific requirements in NFPA 70E that require electrical maintenance and testing as it directly affects personnel safety.

Fall (August) 2019

Abstracts Due: May 1

Articles Due: June 15

Emerging Technologies

New technology continually alters the way electrical testing is performed in the field. Examples can vary from more efficient ways to perform long-standing test routines to introducing new test technologies and just about anything in between. Acceptable articles would focus on recent developments in the field of electrical testing. Examples include new test equipment or test equipment features that have the ability to alter the methodologies for field testing and tools used for test result analysis or tending.

Winter (November) 2019

Abstracts Due: August 1

Articles Due: September 15


Communication capabilities on electrical power equipment continue to grow. The ability to monitor, control, troubleshoot, and diagnose power system status rises with each communication system improvement. Field testing organizations are increasingly tasked to perform acceptance testing on systems with complex communications schemes, and further, to commission those systems in accordance with ANSI/NETA ECS. Acceptable articles would include an overview of how communications are integrated into new power systems orhow communications are retrofitted into service-aged equipment that did not originally have communication capability.

Spring (February/March) 2020

Abstracts Due: October 15

Articles Due: December 1


Troubleshooting will take a technician on a unique ride, and different technicians may arrive at a solution via a completely different avenue. However, certain troubleshooting processes can ensure an efficient and effective methodology. Efficient troubleshooting requires acquiring as much information as possible, and that means asking the right questions and helping those giving the answers to think about what happened and why. For example, has it happened before, and if so, what surrounding conditions were similar? Then the troubleshooter can start the process of elimination of those things that don't fit known facts. The better the troubleshooter is at understanding one-line, three-line, schematic, and wiring diagrams, the better they will be in discovering the problem. Articles could focus on methodology such as information gathering, functional operation, diagnostic testing to isolate, repair of the defective component, and retesting. Articles may be supported by case studies; however, manufacturer-specific information should not be included.

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