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I am looking for the simplest and easiest way to cross over an access to a layout that Jan designed for me and am considering. My concern about the layout was the access to get in the easiest way. I know I could just crawl underneath,( but the mind is willing  and the knees say no). I know that there are hinged pull up designs, I am just not sure on the actual cuts and wiring, and lining up of the track cut for it to be perfect

on the connection. Also, my skill level on this is at a minimal to a degree so here hence the help Enclosed is layout I am considering.  Thank you for anyones thoughts and or ideas. It is an 11 x 11 foot size and using Atlas track 3 rail track

IMG_4774

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Charles,

Dave has shown you one of the easiest way to bridge an access point.

He shows pins but they could easily be large nails in snug holes in the plank.  I would also and a weight (or strong magnets)underneath to to keep the plank in place.  After you fit the plank in place and are happy with it, add the track.  Add power wires, either soldered fixed or with plugs.  The plank DOES NOT have to be rectangular.  You can contour it to align with naturally occurring track joints if you are reluctant to cut the track.

I need to take a few pictures of by TEMPORARY swing up bridge.  It's only been in place for 14 years.

Jan

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Yes Dan modified the original plan to make the track straights at joints and just angle the board so that made it look easier to me.  I could probably figure out the wiring process I am just wondering how you connect the gap in the track cuts to make connectivity with the track on the table when you lower the platform down.  I am thinking plugs would be the way to go.

There is also a very important wiring issue to think about when planning either a lift-out or raise-up bridge.  You must have a long enough section of track where power is killed BEFORE entering the bridge if the bridge is UP or MISSING.  The obvious reason is to prevent trains from meeting the floor below the bridge or actually crashing into a raised bridge (for raise-ups).

Just a little more to plan for as you proceed.

Yes Dan modified the original plan to make the track straights at joints and just angle the board so that made it look easier to me.  I could probably figure out the wiring process I am just wondering how you connect the gap in the track cuts to make connectivity with the track on the table when you lower the platform down.  I am thinking plugs would be the way to go.

I used red/black Anderson Power Pole connectors to do that. Not the easiest to assemble, but low loss and virtually bulletproof. Just make sure the ones you use are properly rated for the current being carried.

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