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RAILS CONNECT DCC DECODERS are designed to give silky

-

smooth running 

out of the box

” 

-

 

with advanced brown

-

out 

protection and  fully self

-

adjusting back

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EMF as standard.

 

BEFORE you install your new RAILS CONNECT decoder. 

 

Please test run your locomotive on DC if possible. If it does not run well, even if it is new, make sure that wheels & pickups 
are cleaned. If needed, adjust the pickups so that they contact the wheels reliably. New loco

s are usually pre

-

oiled but if it 

has not been used for a long time, remove the old oil and oil again with tiny drops of plastic

-

safe oil. 

 

INSTALLING your new RAILS CONNECT DCC decoder. 

 

• 

Remove the DCC blanking plug from the locomotive socket. 

 

• 

Insert the decoder. Note that 21 pin decoders install with the PCB side down and you should press down firmly but 
evenly so the pins engage evenly. 6 pin decoders are installed with the RAILS logo on top and 8 

-

pin direct decoders 

are installed correctly when the #1 pin of the socket is at the same end as the S in the RAILS logo. For 8 

-

pin harness 

decoders, the number 1 pin is the orange wire on the 8 

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pin plug. 

 

BEFORE you attempt to run your locomotive on the layout. 

 

After installation, always place your loco onto the programming track first. This is always a good idea as the lower power of 
the program track will not cause damage if the loco wiring is faulty. If your decoder won

t respond on the programming 

track, check the installation. 

 

ADDRESS your new RAILS CONNECT DCC decoder. 

 

The default address is 3. RAILS CONNECT decoders can be set at any address between 1 and 9999. Use your controller 
instructions. 

 

RESET and additional setup or adjustment of your decoder. 

 

Set CV8 to 8 to restore ex 

-

factory defaults. Your decoder has a huge range of features. The following pages detail the 

extended range of CV settings that can be adjusted on your decoder.

 

FULL CV LISTING GUIDE

 

CONTENTS

 

Product Specification

 

2

 

Short Address

 

2

 

Long Address

 

2

 

Consist Address

 

2

 

Decoder Lock

 

2

 

Light Effects

 

3

 

Modifying Light Effects

 

3

 

Function Remapping

 

6

 

Flicker Effects

 

6

 

Consist Light Control

 

7

 

DC Light Operation

 

7

 

Back EMF

 

7

 

Momentum

 

8

 

Variable Momentum

 

8

 

3 Point Speed Curves

 

8

 

Speed Tables

 

9

 

Button Control of Motor

 

9

 

Full CV Listing 

 

10

 

V1—

10

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10

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20

—RB

 

Summary of Contents for RoS-218

Page 1: ...8 pin harness decoders the number 1 pin is the orange wire on the 8 pin plug BEFORE you attempt to run your locomotive on the layout After installation always place your loco onto the programming tra...

Page 2: ...value of 38 into CV 29 3 Consist address Consist Addressing is similar to Short Addressing in that it can accept values from 1 128 4 Decoder lock Decoder Lock is used when a locomotive has 2 or more d...

Page 3: ...t Bright 0 16 32 Random Flicker 1 17 33 Mars Light 2 18 34 Flashing Light 3 19 35 Single Pulse Strobe 4 20 36 Double Pulse Strobe 5 21 37 Rotary Beacon 6 22 38 Gyra Light 7 23 39 Rule 17 dimmable ligh...

Page 4: ...the same Min brightness must always be lower than or equal to mid brightness and mid brightness must be lower than or equal to the max brightness 6 3 Flashing light Values between 0 255 are accepted...

Page 5: ...ive Please note that will Dim when Stopped will work on any function output Opposite Dim can only be used with the White or Yellow Wires F0F F0R Button controlled Rule 17 Dimming is always enabled so...

Page 6: ...in both directions when F0 available F4 Flickers and then stays on in both directions when F0 available F0F Flickers and then stays on in both directions when F0 available CV47 2 F0R Flickers and then...

Page 7: ...11 BEMF 11 1 Programmed ON OFF Programmed On Off simply refers to turning on or off BEMF by adjusting CV values To disable BEMF simply set CV 61 to the next smallest even number For instance if CV 61...

Page 8: ...oth Accel and Decel have three different rates of speed change and two points used to identify when to move from one to the next As you can see above Acceleration has Rates 1 2 and 3 and transition po...

Page 9: ...ton control add a value of 68 to whatever value is found in CV 61 By default CV 61 has a value of 1 so simply program a value of 69 into CV 61 If CV 134 set to 8 when button 2 is pressed the motor wil...

Page 10: ...d Address 0 56 Not in Use 0 18 Lower Byte extended Address 0 57 Not in Use 0 19 Consist Address 0 58 Not in Use 0 20 Not in Use 0 59 Not in Use 0 21 Consist Address Active forF1 F8 0 60 Year Month of...

Page 11: ...RandomFlicker1 Adjustment 32 89 Step 23Speed Table 207 136 BEMF Map 0 90 Step 24Speed Table 217 137 Not in Use 128 91 Step 25Speed Table 226 138 Not in Use 16 92 Step 26Speed Table 236 139 Not in Use...

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