Web seminar reports on UL fact-finding investigation of power over LAN cables
The seminar also will describe the National Electrical Code revision process and the role UL plays by providing scientific information.
On Tuesday, September 15 at 1:00pm EDT, Cabling Installation & Maintenance will host a web seminar delivered by Underwriters Laboratories (UL) that will provide a preliminary report on the organization’s recently completed fact-finding investigation of power being delivered over LAN cables. The results of that fact-finding investigation will be reviewed and taken into account by Code-making panels considering what revisions will be made in the 2017 edition of the National Electrical Code.
As Cabling Installation & Maintenance reported in June, “The NFPA is working on the 2017 Code and as part of that process, is considering what if any requirements to put in place for the direct-current voltages and wattages delivered to network devices by twisted-pair cable.”
In describing the content of the upcoming seminar, Cabling Installation & Maintenance and UL stated, “Frequently, tests carried out at UL facilities are used as the basis for decisions about specifications contained within the NEC. This webcast seminar will discuss results of recent testing to determine twisted-pair cables’ ability to safely support the transmission of DC power via Power over Ethernet and similar power-delivery technology.”
The two organizations added that the seminar will specifically cover the following.
- UL’s work in safety science, the history of that work, and UL facilities
- Electrical safety services, including testing, listing, follow-up services, and fact-finding investigations
- NEC processes and procedures
- Important dates on the NEC revision calendar
- UL’s recent investigation of higher power over LAN cables
- Cables used in the recent fact-finding investigation
- Observations to date
UL’s program/project manager, Randy Ivans, and the global director of its wire and cable operation, Steve Galan, will present the seminar information.