Controlling the Locomotive:
1. Enter the locomotive address
(42 as set at the factory).
2. Adjust the speed with the speed
control knob.
Turn to the right (maximum to the
stop): Locomotive goes faster.
Turn to the left (maximum to the
"0" position): Locomotive goes
slower.
3. To reverse the locomotive, turn the
speed control knob to the left past
the "0" position.
Important: The locomotive must
first come to a full stop, before the
direction of travel can be changed.
Tip: Note the direction indicator on
the Control Unit or on a Control 80 f
locomotive controller connected
to the Control Unit.
4. Controlling auxiliary functions:
Pressing the "function" button:
Headlights are turned on.
Pressing the "off" button:
Headlights are turned off.
Pressing the "f1" button:
Cab lighting is turned on or off,
depending on whether it is already
on or off.
Pressing the "f2" button:
Locomotive operating sounds are
turned on or off, depending on
whether they are already on or off.
Pressing the "f3" button:
Sound effect of a horn is turned on
or off, depending on whether it is
already on or off.
Pressing the "f4" button:
Minimizes the acceleration and
braking delay that has been set.
This facilitates switching maneu-
vers. Pressing the button for this
function again turns t he latter off.
2.3.2 Operating with the
6607 Delta Station 6607
and a 6608 Delta Mobil
Locomotive Controller.
Requirement: One of the following
locomotive addresses must be set
in the locomotive.
Delta Address
1
2
3
Corresponds
78 72 60 24
to Locomotive
Addresses
Controlling the Locomotive:
1. Speed control knob at the center
position: Locomotive is stopped.
2. Turn the speed control knob to the
right: Locomotive goes forwards.
The further the speed control knob
is turned, the faster the locomotive
goes.
Operation
The further the speed control knob
is turned, the faster the locomotive
goes.
Important: The locomotive must
4
first come to a full stop, before the
direction of travel can be changed.
3. The headlights and the cab
lighting are turned on when there
is sufficient voltage present. All the
other auxiliary functions remain off.
2
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