carriage on a small section of track I use for programming in front of my
computer. Gave it a gentle push and it runs very easily with only the vacuum
Mesh covered lid
for the vacuum storage area is very easily removed. Comes off if the carriage if
tilted past 45 degrees.
Not to sure
about the colour. I noticed that on the Dapol website that more colours are a
available in US HO scale. I wonder if these choices will be made available for
UK buyers, however nothing the air brush cant rectify in the future.
On to fitting
the DCC Decoder. I have chosen to use a TCS DP2X primarily because its the only
one I have that has an 8 pin connector. It obviously has the advantage of no
I firstly removed the rear axel
and then the cross head screw securing the bogie. As I had a dial calliper to
hand I took the opportunity of measuring the wheel diameters. One
wheel on the removed axel is 12.0mm and the other 12.12mm (1%) different. Not
sure if this is a normal for axels at this scale?
You can take
your choice but I would predict that using a decoder with an a pin harness and
splicing onto the relevant cables will be easier than connecting to the circuit
the circuit board screws I installed the decoder chip. Although this particular
chip has no wire harness there is certainly sufficient room for a wired decoder.
Though the chip may need to be fixed to the removable cover.
Putting it all
back together took no time with all screws locating and tightening fine.
I then took a
look at the bag of extras cello-taped within the clear plastic packaging. This
contains a tool for removing the vacuum head and a track brush with fixing screw.
Why this not installed by the factory is not apparent to me. There is also a
rubber O ring that I presume is a replacement for the O ring in the cleaning
fluid cap. It is not mentioned in the instructions.
I then put it
back on to my desk track and connected the track to the programming out output
of my Ecos.
Having read the
CVs and programmed the name into the Ecos I gave it some power. The motor gets
progressively louder as the rpm is increased but not what I would call
excessive. I then swapped the vacuum head for a abrasive wheel as I guess this
will provide the greatest resistance and draw the maximum amps. At around 50%
power the spinning disk moves the carriage along the track. Much above this and
the disk which is held down by a spring has sufficient momentum to push the
spring upwards so releasing its contact with the rails (2nd photo).
As a final test
and the reason I bought it in the first place I dislodged some of the ballast
from the small section of test track and placed it on the sleepers as a test of
its vacuuming power. I then shunted the carriage over the sleepers with the
vacuum head operating at about ¾ power. It removed all but a clump of 7 grains
which were ejected sideways from under the carriage but definitively away from
In summary I am
impressed with the easy installation of the DCC chip. I am sure it can be done
in under 10 minutes even if you have to attach the chip unlike my installation.
The vacuum facility appears to work well and with the polishing wheel I am sure
will be valuable tool in maintaining a clean and fully functioning layout. As I
am still constructing my layout and all the track is brand new I hope I will
never require the services of the abrasive wheel. The short run I did give it
left a golden nickel shine on the disk so it will definitely clean dirty track
although at the risk of some scuffing of the running surface. I guess this is a
small price to pay on a particularly dirty rails. Only point against it is the colour and I guess this is personal preference.
I hope this
review is helpful for to anybody pondering a future purchase.
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