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Table of Tables - METRANS Transportation Center

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Evaluating the Feasibility <strong>of</strong> Electrified Rail at the<br />

Port <strong>of</strong> LA/LB<br />

<strong>Table</strong> <strong>of</strong> Figures<br />

Figure 1- Several Forms <strong>of</strong> Third Rail – Shoe Contact in Order <strong>of</strong> Safety and Expense<br />

(least to most safe and expensive) ...................................................................... 5<br />

Figure 2- Example <strong>of</strong> a Bottom Contact Shoe ................................................................ 6<br />

Figure 3- Pantograph on the Acela Contacting Power Wire Supported from Overhead<br />

Caternary (“Messenger Wire”) by “Droppers” ................................................... 7<br />

Figure 4- Modern Singe Phase AC Locomotive with Single Phase AC Caternary Power<br />

Converted to 3-Phase Power For the Motors (Inset) .......................................... 8<br />

Figure 5- Overhead Contact System Two Track ............................................................ 9<br />

Arrangement with <strong>Center</strong> Pole Construction .................................................................. 9<br />

Figure 6- Overhead Contact System Typical Portal Arrangement ................................. 9<br />

Figure 7- Typical “Deisel Electric” Locomotive Prevalent on US Freight and<br />

Passenger Rail ................................................................................................... 10<br />

Figure 8- Examples <strong>of</strong> Hybrid Locomotives for Use on Electrified Rail ..................... 11<br />

Figure 9- Typical Layout <strong>of</strong> a Third Rail Power Distribution System ......................... 12<br />

Figure 10- Detailed Schematic <strong>of</strong> Proposed 25 kV Overhead Caternary Electification13<br />

<strong>Table</strong> <strong>of</strong> <strong>Table</strong>s<br />

<strong>Table</strong> 1- Capital Cost Breakdown <strong>of</strong> the BART Thrird Rail System ........................... 17<br />

<strong>Table</strong> 2-Third Rail Electrification Estimate for CalTrain ............................................. 18<br />

<strong>Table</strong> 3- Rough Order <strong>of</strong> Magnitude (ROME) analysis <strong>of</strong> the Oshawa to Hamilton<br />

Station section <strong>of</strong> the Toronto Lakeshore Line electrification retr<strong>of</strong>it ............. 19<br />

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