Tove Posted July 22, 2018 Share Posted July 22, 2018 Hi guys, I`m have a bit of a moment so i could do with some help please!. I`m wanting to use the Colbalt s levers with Tortoise point motors,which should be simples,but for some reason the old grey matter is having a really hard time of it.(too much sun i think...) I`ve look through the pdf`s on the dccconcept`s site with out much luck,if anything it`s confused me even more now!. so if some kind sole has already done this could they please scribble out a diagram for me, or even a picture showing which wire`s go where on the supplied PCB board as this would help to. Also for power supply i`m using a H&M clipper DC controller,if that makes any difference,though i can`t think why it would.... Anyhow any help would be greatly appreciated, Brian. Link to post Share on other sites More sharing options...
RMweb Premium newbryford Posted July 22, 2018 RMweb Premium Share Posted July 22, 2018 Hi guys, I`m have a bit of a moment so i could do with some help please!. I`m wanting to use the Colbalt s levers with Tortoise point motors,which should be simples,but for some reason the old grey matter is having a really hard time of it.(too much sun i think...) I`ve look through the pdf`s on the dccconcept`s site with out much luck,if anything it`s confused me even more now!. so if some kind sole has already done this could they please scribble out a diagram for me, or even a picture showing which wire`s go where on the supplied PCB board as this would help to. Also for power supply i`m using a H&M clipper DC controller,if that makes any difference,though i can`t think why it would.... Anyhow any help would be greatly appreciated, Brian. The S lever has three SPDT switches - one is a momentary, the other two are maintained. Pair up the two maintained switches as a DPDT changeover. Most of the diagrams on the PDF are for a split-rail supply of +/0/- volts, but the diagram on page 5 should do. https://www.dccconcepts.com/manual/controlling-motor-pointwork-using-cobalt-s-levers-2/ Although it shows an interlocked 3 way point, ignore the interlock connections between the motors Connect one wire of your power supply to 4 & 9, the other to 5 & 8. Connect your motor to 6 & 7. Cheers, Mick Link to post Share on other sites More sharing options...
Tove Posted July 22, 2018 Author Share Posted July 22, 2018 The S lever has three SPDT switches - one is a momentary, the other two are maintained. Pair up the two maintained switches as a DPDT changeover. Most of the diagrams on the PDF are for a split-rail supply of +/0/- volts, but the diagram on page 5 should do. https://www.dccconcepts.com/manual/controlling-motor-pointwork-using-cobalt-s-levers-2/ Although it shows an interlocked 3 way point, ignore the interlock connections between the motors Connect one wire of your power supply to 4 & 9, the other to 5 & 8. Connect your motor to 6 & 7. Cheers, Mick Ahh...light blub momment!. Cheers Mick that makes sense now, i think i`ve been getting wires mixed up (literally) whilst looking back and forth through the various pages.. Ta, Brian. Link to post Share on other sites More sharing options...
John ks Posted July 22, 2018 Share Posted July 22, 2018 Brian Never used these levers but looking here at there diagrams I believe the following should work The wiring in the instructions shows the use of a duel power supply that has 3 connections, 0V, (+)9V & (-)9V If you use a duel power supply then the 0V goes to one terminal of the point motor , the (+)12v goes to terminal 4 on the connection strip from the lever the (-)12v goes to terminal 5 on the connection strip from the lever & terminal 6 on the lever terminal strip goes to the other side of the point motor Hope this helps John PS it looks like others have beat me to it answered this while I was preparing my reply Link to post Share on other sites More sharing options...
Tove Posted July 22, 2018 Author Share Posted July 22, 2018 Cheers John, It all help`s especially if someone else is having a senior momment like i had today!. And of course it`s always usefully to have this info here too... Ta, Brian. 1 Link to post Share on other sites More sharing options...
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