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D. Signals / Electrical Traffic Control Devices <br />1. These devices shall meet warrants for installation or have a TIA that indicates that <br />warrants will be met upon installation. <br />2. All traffic signals and other electric traffic control devices must meet current National <br />Electric Code (NEC) and National Electric Safety Code (NESC) requirements. <br />3. All traffic signals shall be of mast arm support design unless a specific exemption is <br />granted (e.g., temporary signal installation). <br />4. All signal poles must be designed within the right-of-way and be placed to keep <br />sidewalks and ramps clear. Signal poles must be designed for optimum ADA usability. <br />5. All new or modified actuated traffic signals shall include Audible Pedestrian Devices <br />(APD) and Countdown Pedestrian Signals. Pedestrian signals shall be designed using <br />the Standard- Specifications and Drawings and the 2011 Proposed Accessibility <br />Guidelines for Pedestrian Facilities in the Public Right -of -Way as published by the <br />United States Access Board. <br />6. All traffic signals shall utilize a 2070E traffic signal controller in a 332 cabinet. It shall <br />utilize the City of Eugene Voyage software package and shall connect to the City's <br />master traffic signal system. <br />7. Inductive loop design is the preferred method of traffic actuation. Video detection <br />may be considered when design considerations are optimal or when inductive loop <br />detection would not function as well as video detection. <br />8. Minimum size of conduit shall be 1 and % inches except that 1 inch will be allowed to <br />a push button detection post. <br />9. Maximum conduit fill design shall be 25 percent. <br />10. Junction box (JB) fill shall not exceed NEC. The maximum number of conduits installed <br />in any one box will be determined bythe cumulative diameter of the conduits, subject <br />to the following maximums: JB1, 8 inches; JB2, 16 inches; and JB3, 24 inches. <br />11. The utility service point shall be located in the public right-of-way or in a PUE directly <br />adjacent to the public right-of-way. A PUE is defined as the standard 7 -foot or 10 -foot <br />roadside utility easement. Maximum voltage drop from the utility service point to the <br />Public Improvement Design Standards Manual, 2016 Page 2-42 <br />