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SCOPE OF SERVICES <br />7.2.5 Traffic Signal & Interconnect <br />It is assumed that the following is required <br />One traffic signal modification at Santa Ana <br />Boulevard/Santiago Street (City) <br />One new traffic signal at Santa Ana <br />Boulevard/Fuller Street (City) <br />One traffic signal modification at Santa Ana <br />Boulevard/1-5 Southbound Ramps <br />(Caltrans) <br />For traffic signal modifications the City will request <br />new service cabinets, controller cabinets, controller <br />hardware, and poles, as well as traffic signal <br />interconnect and fiber. <br />Record drawings will be collected for electrical <br />systems from Caltrans and City of Santa Ana, <br />including Traffic Signals, Street Lighting, <br />Interconnect, and Caltrans Fiber Optic <br />Communications. A field visit will be performed to <br />confirm (where possible) the data described in the <br />record drawings and collect information that will be <br />needed to perform the design. <br />It is assumed there are no traffic monitoring (TMS) <br />features and that updates to the ramp meters will <br />not be required. This scope does not assume <br />temporary traffic signals will be required. <br />Our sheet assumptions associated with the above <br />design requirements are as follows: <br />• City Traffic Signal Plans (2) <br />• Caltrans Signal Plans (1) <br />• Traffic Signal Interconnect (1) <br />• Total sheets: 4 <br />7.2.6 Street and Pedestrian Lighting <br />Street lighting will be provided along Santa Ana <br />Boulevard and Fuller Street. Pedestrian level <br />lighting along the pedestrian path from Santiago <br />Street to the pedestrian bridge, the stairs, the <br />pedestrian bridge, and the pedestrian promenade. <br />It is assumed that no Caltrans lighting is required. <br />Fehr & Peers will prepare photometric calculations <br />in support of the street lighting and pedestrian <br />scale lighting plans. <br />The following sheets are anticipated <br />• Street Lighting Plans (2) <br />CITY OF SANTA ANA <br />SANTAANA BOULEVARD GRADE SEPARATION ; <br />MARK THOMAS <br />7.2.7 Utility Plans <br />Utility plans will be provided within the project <br />limits. Existing utilities (type, owner, disposition) <br />will be shown. Proposed utilities will be added to <br />the plans as the utility coordination advances and <br />utility relocation plans are being developed. A <br />Utility Pothole table will be included when <br />available. The following sheets are anticipated: <br />• Utility Plans (6) <br />7.2.8 Water Main Relocations <br />Tetratech will prepare construction drawings for <br />the Water Main relocations for the 35%, 65%, <br />95%, 100%, and Final submittals. It is assumed <br />that the following is required: <br />• General notes / abbreviations / construction <br />notes (1) <br />• Horizontal control plan (1) <br />• Key map for pipeline alignments (1) <br />• Plan and Profile sheets (5, 20 scale) <br />• Detail sheets with existing pipeline <br />connection details, service line/meter detail, <br />valve detail, hydrant detail, casing detail <br />and miscellaneous details (2) <br />• Total Sheets: 10 <br />7.2.9 Sewer Main Relocations <br />Mark Thomas will prepare construction drawings <br />for the Sewer Main relocations for the 35%, 65%, <br />95%, 100%, and Final submittals. It is assumed <br />that the following is required: <br />• Plan and Profile sheets (3, 20 scale) <br />• Detail sheets (2) <br />• Total Sheets: 4 <br />7.3 Drainage Improvements <br />7.3.1 Hydrology & Hydraulics Report <br />Tetra Tech will prepare hydrologic and hydraulic <br />analyses, calculations, and reports to support <br />required storm drain relocation and realignment. <br />Our analysis will begin with reviewing existing <br />documents as well as Orange County Flood <br />Control drainage systems and as -built documents <br />including review of topographic data and street <br />improvement plans in the vicinity of the project <br />area that will be provided by the City to understand <br />the flow patterns of the existing drainage area and <br />