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EXHIBIT A – FY 24/25 <br />shall call the City of Pleasanton’s Customer Service Center at (925-931-5500) to notify of the <br />situation. <br /> <br />11. Lighting and camera quality shall be suitable to allow a clear in-focus picture for a <br />minimum of six lineal feet of the entire inside periphery of the sewer/storm pipe. The camera shall <br />have a minimum capability of 350 lines of resolution and should be of the “articulating head” type <br />to allow laterals and defects to be viewed directly. To ensure peak picture quality throughout all <br />conditions encountered during the survey, a variable intensity control of the camera lights and <br />remote-control adjustments for focus and iris shall be located at the monitoring station. Focal <br />distance shall be adjustable through a range of from six inches to infinity. Continuously displayed <br />on the monitors as part of the video presentation and digital database image capture system shall <br />be the date of the survey, number designation of the upstream and downstream manholes of the <br />section being surveyed, and a continuous forward and reverse read-out of the camera distance from <br />the manhole of reference. <br /> <br />12. At the beginning of each manhole the footage counter shall be set at zero to accurately <br />document the distance within the sewer/storm line. <br /> <br />13. A primary goal of this inspection program is to accurately determine the quantity and <br />location of the building laterals or side sewers and conditions that appear unusual or uncommon <br />to a good sound sewer. The operating technician shall provide a verbal description and have control <br />of the movement of the television camera at all times. This may be accomplished by means of <br />remote-control winches or by telephone or other suitable means of communication between the <br />winches at either end of the manhole section being surveyed. The travel speed of the camera shall <br />be uniform and shall not exceed 30 feet per minute or as would result in video that could be <br />comfortably viewed. Any means of propelling the camera through the sewer/storm that would <br />exceed this rate of speed or produce non-uniform or jerky movements will not be acceptable. At <br />all times, the operating technician shall be able to move the camera through the line in either <br />direction without loss of quality in the video presentation on the monitor. At all times, the picture <br />shall be free of electrical interference and provide a clear, stable image of the resolutions specified. <br /> <br />14. If during the inspection operation the television camera cannot pass through the entire <br />sewer/storm section due to an obstruction other than roots or grease, CONTRACTOR shall set up <br />their equipment so that the inspection can be performed from the opposite manhole (reverse run). <br />If, again, the camera fails to pass through the entire pipeline section, the inspection shall be <br />considered complete, and no additional inspection work will be required. The CONTRACTOR <br />will be paid only the amount of lineal footage that was inspected. <br /> <br />15. The CONTRACTOR shall provide digital database TV inspection reports, printed TV <br />inspection reports and MPEG-4 format color video of all work completed. Inspection data must be <br />geo-coded and referenced so the City can tie back to its GIS system. The City will provide the <br />system mapping data. The Contractor shall use TV inspection software and data storage system, <br />which is directly compatible with WinCan Database System, version 8 or, latest version or, <br />equivalent. Additionally, the image capture system will include provisions for capturing both <br />motion video and audio. In other words, the complete interface system will allow the operator to <br />Docusign Envelope ID: D32E8023-554D-4B88-88F3-521E56BCE792