*m*e*n*u | 206
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*G *m*e*n*u-09i | Plans-IAC
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Contents
below on this page:
2.
Overview
The
Model 206 control unit drawing was made in
February 2007. It is very similar to the
previous Model 205 (aka Model 165) design,
except for the following differences:
- A 2nd
rheostat was added, so there is now one
rheostat for controlling voltage (speed)
in the slowdown block, and a 2nd rheostat
for controlling voltage in the startup
block. This was done with the idea, that
if operating DCC, the startup rheostat
could be adjusted for full voltage, and
the decoders could be adjusted for smooth
acceleration.
- This
Control Unit is slightly narrower and
longer (now 5"x14.5" vs 6-1/4"x13"
previous model). When used with a 12" wide
track unit, the overall width of the whole
assembly is about 12-1/2", as compared
with a 17" width for the previous model
track unit -- see Photo 4 below.
- The control
unit is slightly lower, now about 1-3/4"
high at the rheostat bracket, vs 2-3/4"
high for the previous model. To cover it
up, you might be able to use a loading
dock instead of a building.
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Photo 1 - Model 206 Control Unit
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Photo 2 - Model 206 Control Unit -
viewed from other side
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Photo 3 - Closeup of Rheostat bracket.
On this unit, the hole for the power-indicating LED has
been left empty.
The lights on the Shiloh Signal's target signal can be
used to indicate power -- see next photo.
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Photo 4 - Control Unit mounted on a
Track Unit.
The whole assembly is about 12-1/2" wide.
3.
Logic
Diagram
The following figure, Logic
Diagram
for Automatic Switching Block, explains
how this unit controls 3 trains on the same
track. The operation is a combination of the
Automatic Block and the automatic passing
siding.
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