This is a service / maintenance or supply contract in Westminster, California. Contact the soliciting agency for additional information.

Present your concept for providing a comprehensive, citywide traffic signal maintenance program, and related support services as described in the scope of work. Include a discussion regarding the range of tasks and services provided by your company. Clearly describe the work methodology and specifically identify items which are not included. Respondents are encouraged to recommend supplementary alternatives or tasks that may reduce the costs to the CITY and/or enhance the overall quality of the work product. Identify any items assumed to be provided by the CITY. Proposals will be received from qualified firms for the Maintenance of CITY owned traffic signals and appurtenances, interconnect, fiber-optic communications systems, safety lights, CCTV cameras, Ethernet, and video detection systems. It is the responsibility of the proposer to ensure that any proposals submitted have sufficient time to be received by the City of Westminster prior to this proposal due date and time. Interviews are tentatively scheduled for the week of May 22, 2023. The City of Westminster, Public Works Department (hereinafter referred to as "CITY") is requesting proposals for the Maintenance of CITY owned traffic signals and appurtenances, interconnect, fiber-optic communications systems, safety lights, CCTV cameras, Ethernet, and video detection systems. The CITY currently operates 71 signalized intersections, 51 Iteris video imaging detection systems, 67 CCTV traffic surveillance cameras (18 Bosch and 49 CoHu), 6 flashing beacon pedestrian crossings, and 14 speed feedback signs. All of the intersections are equipped with 2070 traffic signal controllers. Central control to the CITY's traffic signals is provided via the existing McCain Transparity Advanced Traffic Management System (ATMS), located in the Westminster Traffic Management Center (TMC). All traffic signals and existing ITS elements communicate through a fiberoptic communications interface and a Gigabit Ethernet Communications System.