User manual

3
Operating Mode 4 – Control by 1 Solenoid Address and 2 Stop Positions (DCC only)
Using one solenoid address the servo can travel
between two programmable stops through a maximum
angle of 180°.
When the solenoid address is switch to “round/red” stop
position 1 from CV261 is approached. When the
solenoid address is switch to “straight/green” stop
position 2 from CV262 is approached.
The solenoid address is programmed into CV17 (high order byte) and CV18 (low order byte) according to
the following formula:
Solenoid address = high order byte * 256 + low order byte
Example
Solenoid address 300 is to control the servo.
Divide the solenoid address by 256 (300/256 = 1, remainder 44)
Enter the result (1) as the value into CV17.
Enter the remainder (44) as the value into CV18.
The following CVs need to be programmed:
CV 17 = 1, CV 18 = 44
Operating Mode 5 - Control by 2 Solenoid Address and 4 Stop Positions (DCC only)
Using two solenoid addresses together the servo can
travel between four programmable stops through a
maximum angle of 180°.
When the first solenoid address is switched to
“round/red” the servo moves to stop position 1 from
CV261 and if it is switched to “straight/green” it moves
to stop position 2 from CV262. When the second
solenoid address is switched to “round/red” the servo
moves to stop position 3 from CV263 and if it is
switched to “straight/green” it moves to stop position 4 from CV264.
The first solenoid address is programmed into CV17 (high order byte) and CV18 (low order byte)
according the following formula:
Solenoid address = high order byte * 256 + low order byte
The second solenoid address corresponds to the first plus 1.
Example
Solenoid addresses 300 and 301 are to be used to control the Servo.
Divide the solenoid address by 256 (300/256 = 1, remainder 44)
Enter the result (1) as the value into CV17.
Enter the remainder (44) as the value into CV18.
The following CVs need to be programmed:
CV 17 = 1, CV 18 = 44
Since CV257 is set to operating mode 5 (Control by two Solenoid Address and four Stop Positions), the
next address (here 301) will control the servo stop positions 3 und 4.
Selection of Digital Format and Operating Mode
The settings for the digital servo are programmed into CV257, e.g. which data format is to be used and in
which mode the digital servo should.
Note: Only one of the five operations can be selected.
Calculating the value for CV257
The value to be entered is calculated from the CV-table by adding the values of the desired functions.
Example
The servo is to be controlled by one
solenoid address and to be used on the
DCC format.
One solenoid address Value = 4
Only DCC operation Value = 64
The Sum of the values is 68.
Value 68 is programmed into CV 257.
Note: If the functions “Only DCC operation” and “Only Motorola operation” are both programmed the Digital
servo will not operate and can only be programmed.
Function CV257 Value
Mode 1 – Locomotive address and Special function 1
Mode 2 – Locomotive address and Speed Step 2
Mode 3 – Locomotive address and Speed Step 3
Mode 4 – One Solenoid Address and two Stops 4*
Mode 5 – Two Solenoid Address and four Stops 5
Only DCC operation 64*
Only Motorola operation 128