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Send: Your CSB1 order number if available. Photos of the CSB1 wiring and track connections. The power supply voltage and current rating. The CSB1 display information, especially WiFi/IP details. The…
Read moreNot normally. If the CSB1 was supplied ready to run, start with the installed firmware and confirm the system works first. Consider firmware updates later if: You need a newer…
Read moreTry: Wait one or two minutes after powering the CSB1. Check the Android device is on the correct WiFi. Turn off mobile data temporarily if the phone keeps switching networks.…
Read moreCheck these in order: Is track power on in Engine Driver? Is the locomotive on output A MAIN? Is the selected DCC address correct? Is the locomotive known to work…
Read moreYes. Engine Driver can be used for more than basic locomotive speed control. Depending on how your layout is configured, it can also control: Turnouts/points. Routes. Layout power. EXRAIL automation…
Read moreYes, when using the DCC-EX Native protocol. The DCC-EX Engine Driver documentation lists TrackManager control as a Native protocol feature, including the ability to change track/channel type and state. This…
Read moreYes. Engine Driver can control layout power, turnouts, routes, and related server-defined items where the command station or server provides them. With DCC-EX, Engine Driver can also access DCC-EX-specific features…
Read moreCommon causes include: The locomotive is on MAIN output A instead of PROG output B. The programming track is not isolated. Dirty wheels or poor pickup. The decoder does not…
Read moreFor simple address changes or individual CV edits, Engine Driver can be convenient. For more detailed decoder setup, JMRI DecoderPro is usually better because it provides decoder profiles, labelled settings,…
Read moreUse the programming track where possible. Typical process: Place one locomotive on the programming track connected to output B. Connect Engine Driver to the CSB1. Use the DCC-EX programming features…
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