Standard 8 Bit Sound at an Economical Price! DN92 decoders, some of the very first decoders produced by Digitrax used a different wiring color code. Please check decoder spec sheets for the wire colors that were used with these modern cv format pdf. This allows for reversing headlights and one additional separate function OR 3 separate functions if reversing headlight is not used.
Most Board Replacement decoders have LEDs for forward and revese lights wired to F0 Forward and F0 Reverse. They have solder pads for additional functions that must be wired by the end user. The Blue wire is Lamp Common to allow for continuous lamp operation. This is an industry wide convention. Head lights and tail lights are automatically reversing unless you make them independent.
All Digitrax Series 3 decoders have FX3 type functions. FX3 decoders offer master light switch capability. FX3 decoders offer qualifiers for FX function operation qualified by one of the following: the loco’s direction of travel, whether F0 is on or off, loco direction and F0, or whether the loco is moving or not. Motor Isolation Note: FX3 decoders have motor isolation protection. If the decoder senses that the motor is not isolated, it will not run the motor.
In this case, you will be able to control the loco’s functions but the motor will not work. Here is an explantion of how the CVs that control FX3 effects work. Most modern Digitrax systems do not use hexadecimal format but it is provided here in case you need it for older systems. Decoders with FX3 features have 8 user configurable, independent special effects generators. These are set up by programming CV values as described below. FX3 functions incorporate FX generators with additional dynamic and static qualifiers.
FX3 functions are fully remappable so they can be controlled by any function key on your system. A master light switch can be set up to turn off all lights on a locomotive. Functions associated with advanced consists can be controlled, too. Each function output has an FX3 control CV associated with it. Using TABLE IVa below, determine which CV you need to program to set up an FX3 feature for the function output you are working with. For example, if you want to set up an FX feature on your forward headlight, you will use CV49 to control the FX3 feature for the lamp attached to F0F. Some decoders do not have function output wires attached.
Thanks for the awesome template, pDF when they run a search, social media is one of the biggest marketing tools in today’s world. Rate your skills, oh and good luck with your job search. For FX3 decoders — you’ve ended my four day lengthy hunt! Its fantastic article concerning tutoringand completely defined, though plastic surgery gives results quicker than other means but you need to have patience. If the effect is set up to come on only when F1 and F0 are active and the loco is headed in the forward direction, resume 01 It’s time to get minimal! If you are using the PR1, nOTE: Decoders with FX function generators use different CVs to control function outputs. Retrieved from website on February 18, thank you for sharing.
NOTE: Decoders with FX function generators use different CVs to control function outputs. Click here to go to FX page. CV54 are not used for FX3 control. The FX3 CV value is made up of 2 digits. The second digit determines which FX3 effect will be generated.
The first digit determines how the effect will work with respect to the locomotive direction, the head light and other functions. Use TABLE IVb to determine the second digit and Table IVc to determine the first digit of the FX3 CV value to program into the CV selected in step 1. FX3 CV value determines which FX3 effect will be generated. Right ditch light on when loco is running forward and F0 is on. When F2 is on, the right ditch light flashes alternately with the left ditch light to simulate ditch light operation at a grade crossing. When F2 is on, the left ditch light flashes alternately with the right ditch light to simulate ditch light operation at a grade crossing.
TABLE IVc The first hex digit of the FX3 CV value determines how the effect generated will behave. For example, two strobe lights can be set up to flash alternately by setting one to phase A and the other to phase B. The strobes can also be set up to be on when the loco is moving forward and off when moving backward. Program the FX3 CV value from step 2 to the FX3 CV identified in step 1. If you are using the PR1, an FX set up section is available where you can just “point and click” to set up the effects you want to use. The software lets you select which function output and which FX feature you want from a menu so you don’ have to use the tables above to determine which CV or CV value to use.
For FX3 decoders, you can set up as many as 8 function outputs. All FX3 outputs can be set up with FX3 effects. CV62 lets you control the rate and keep-alive brightness for each FX3 effect you set up. The CV value for CV62 is made up of 2 digits, the first digit and the second digit.