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<br /> <br />Fulton Street Pedestrian Bicycle Corridor PAGE 107 OF 114 CONTRACT <br />FEDERAL AID # TAP-0420(026) <br />WO #3785 September 6, 2024 <br /> <br />Category 2: Sensitive information <br />• Resumption of power to thermal traffic sensor 1 <br />• Recall activated 2 <br /> 3 <br />Video System Communications Module 4 <br /> 5 <br />The Communication board shall be integrated with the TI BPL2 EDGE card 6 <br />and fit directly into NEMA TS1 & TS2 type racks as well as Type 170/2070 7 <br />input files. 8 <br /> 9 <br />9-29.18(3)B Functional Capabilities 10 <br /> 11 <br />Real Time Detection of vehicles and bicycles using the roadway. Bicycles 12 <br />using the roadway can be detected regardless of which lane they are using 13 <br />even if vehicle traffic is present. Bicycles detected can have a separate output 14 <br />to allow bikes a pre-call or a longer minimum green. 15 <br /> 16 <br />The TI BPL2 EDGE system shall be expandable up to 8 FLIR sensors that 17 <br />may be programmed independently. Up to four (4) TI BPL2 EDGE cards may 18 <br />be used if more than 8 sensors are necessary – up to 32 FLIR sensors. 19 <br /> 20 <br />The system shall be capable of displaying detection zones on the thermal 21 <br />image with associated outputs. Outputs/Inputs status will be indicated on the 22 <br />screen. Parameters will also include the ability to view raw video without any 23 <br />verbiage and/or detectors for surveillance purposes. Signal phasing can also 24 <br />be displayed in a NEMA TS2-1 cabinet with an accompanied PIM Module and 25 <br />SDLC interface (optional). 26 <br /> 27 <br /> 28 <br />Each thermal traffic detector will detect within its view the presence of 29 <br />vehicles or bicycles in user defined zones. Detectors available shall be 30 <br />presence, count, delay, extension, or pulse mode for either arrival or 31 <br />departure of vehicles. Delay and extension shall be defined between 0.1 – 32 <br />99.9 seconds and pulse mode between 0 – 200ms in 33ms increments if 33 <br />NTSC is used. Each thermal traffic sensor shall also detect and collect traffic 34 <br />data of passing vehicles in user-defined zones. 35 <br /> 36 <br />Collected traffic data by direction shall include: 37 <br /> 38 <br />• Volume (absolute numbers) per length class and per lane. 39 <br />• Average speed (km/h or mph) per length class and per lane. 40 <br />• Average gap time (1/10 sec) per length class and per lane. 41 <br />• Average headway (m or feet) per lane. 42 <br />• Occupancy (%) per lane 43 <br />• Confidence (0-10) depending on Thermal Quality of Image 44 <br />• Density (Vehicles / KM) Number of Vehicles over distance 45 <br /> 46