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Hi , is there another way ( cheaper ) of adding a booster to my system . I allready have a DS100 and a DB150 as a booster but I have to add another booster to power 2 staging yard by keeping it separate from the rest of the layout .
Im with John.. Why?How many loco'sOr is it that you are wanting to create separate power districts so that if there is a short in 1 section and you don't want it to effect the others..?There are many cheap ways to do this..!I use DCC Specialties OG-CB (onGuard Circuit breakers) for this.I have a large layout with many loco's and 1 x DCS100!
Simple : power shortage !!! It is to the limit all the time , so by separating the layout in sections , it will lower the draw .Right now my DCS100 ( 5 amp. ) is running most of the layout . It also provide power to many turnouts via 4 modules DS64 ( 16 turnouts total ) with routing for the staging yard . It also provide power to a Walthers DCC TT , not running all the time but when it runs it draw current .Most of my siding have a switch to shut power , so at least when a long KATO illuminated passenger train is park in there it does not draw anything .I usually run 3 or 4 trains at the same time at low speed , each using 3, 4 or 5 locos . If you throw a passenger train in there , you can hear the DCS100 huming loud ! If you ask for a routing entering in a yard the system have to throw 8 turnouts in sequence one after the other , a short occurs . I am pretty shure that if I can remove the demand for the accesories ( turnouts , TT ) and # 2 staging yard I will be OK . Right now my DB150 ( 5 amps ) is taking care of my # 1 staging yard .
I don't know how big your layout is . but mine is fairly large, double deck, and similarly set up. I run it all on 2 boosters, and can accomodate sound loco's without problems. I also have 4 SE8s, 6 DS64s, and complete detection .. what size buss wires do you have? how is it wired? your description points to a wiring issue more than lack of power
I would also recommend installing an ammeter to know the exact current draw of the layout. That way, ther will be no guessing. The sound you hear from the booster might be perfectly normal under load (but not overload) condition.As far as the meters go, there is no need for any special (and expensive) meters for measuring DCC current. You can get a cheap analog ammeter and install it on the DC power input side of the booster. The meter will indicate the current consumption of the DCC plus whatever current us used by the booster itself (which it negligible).Here is a $12 meter perfectly suited for this application: http://www.allelectronics.com/make-a-store/item/PMD-10A/10A-DC-PANEL-METER/1.html
Louis . if the new booster doesn't solve the problem .. then we can revisit the wiring ..