As municipalities nationwide strive to comply with the FHWA retroreflectivity requirements found in the revised Manual of Uniform Traffic Control Devices (MUTCD), many are facing a common obstacle - their traffic sign assets are not adequately inventoried and tracked, making it difficult to assess and manage retroreflectivity levels.
This was the case in the city of Norfolk, Va., where a manual system of managing traffic signage had become a major stumbling block to compliance with FHWA requirements.
“We weren’t able to keep very good track of our assets,” said the city’s traffic maintenance supervisor. “We couldn’t keep account of physical sign locations and we still don’t have them all, but are working toward it.”
Such imprecise tracking methods were prone to errors and inefficiencies, and could not be used to adequately manage retroreflectivity levels according to the revised FHWA rules. The new rule, which requires implementation by January 2012, requires that municipalities have a system for inventorying and managing sign assets to ensure each sign meets minimum retroreflectivity standards.
“We had found it very difficult to inventory our sign assets without using a physical label,” said the superintendent of traffic operations for the city of Norfolk. “We saw that an inventory without labels could not be updated or maintained. Having a new inventory every five years or so (blanket replacement) was not an option for us.”
So the city embarked on a progressive initiative to track all sign assets electronically using Metalphoto bar-code asset tags made by Camcode and Hanson Asset Management software by Infor Public Sector Essentials. They employed a GIS specialist to identify GPS coordinates of each sign, which are then matched up with the unique ID of each bar-code tag. Maintenance crews were equipped with handheld bar-code readers to help them accurately identify the signs on their work orders, and track the time and nature of the work completed, virtually eliminating errors inherent in manual data collection and entry.
This combination of a bar-code asset tag that can withstand the elements, an accurate location tied to GPS coordinates and an easy-to-use software that tracks this information have proven to be the keys to improving accuracy and efficiency in this city’s sign-management strategy.
Just as critical as Norfolk’s need for a comprehensive and easy-to-use inventory and tracking system was its desire for labels that would hold up under even the toughest weather conditions the Eastern Seaboard delivers.
Constructed of an anodized aluminum known as Metalphoto, the Camcode bar-code asset tags used on the city of Norfolk’s signs will withstand abrasion, intense temperatures and weather conditions, and exposure to UV, chemicals and solvents.
So far, the Norfolk has inventoried and labeled almost 50,000 signs using this new system, gradually adding to that number each year as budgets allow. They expect that all 100,000 of the city’s signs will be tagged, tracked and mapped by 2012 to comply with FHWA regulations.