Programming track is normally used for safer setup and decoder reading. It uses the dedicated programming output and is the usual place to read CVs or set a new decoder…
Read moreUse output B for the programming track on a standard CSB1 configuration. Keep the programming track physically separate from the main layout unless you have a proper isolated programming section.…
Read moreYes, Engine Driver can support programming features with DCC-EX, especially when using the DCC-EX Native protocol. DCC-EX documentation says Engine Driver can read and write DCC addresses and CVs on…
Read moreYes. Engine Driver can control multiple locomotives and can create software-defined consists. For a quick consist, select additional locomotives for the same throttle and confirm which way each locomotive is…
Read moreYes. Engine Driver supports DCC function buttons. The DCC-EX documentation describes support for up to 29 DCC functions when using compatible WiThrottle server features. Typical functions may include: Headlights. Tail…
Read moreOnce the locomotive is acquired, use the throttle slider or speed controls in Engine Driver to increase speed slowly. Use the direction buttons to change direction. Start slowly when testing…
Read moreAfter connecting and selecting a locomotive, use the power control in Engine Driver. The DCC-EX guide shows the power icon turning green when track power is on. If the throttle…
Read moreOn the Engine Driver throttle screen, press the Select loco button. Then either: Choose a locomotive from a roster or recent list, if available. Enter the DCC address manually. For…
Read moreYes. Engine Driver can connect to JMRI's WiThrottle Server over WiFi. In that setup: The computer running JMRI connects to the CSB1, usually by USB. JMRI's WiThrottle Server is started…
Read moreStay connected to the CSB1 WiFi network. Some phones warn that a layout WiFi network has no internet access. That is normal if the CSB1 is providing a local WiFi…
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