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Brand | Esu |
---|---|
Model | LokPilot V4.0 |
Category | Media Converter |
Language | English |
Explains the manual's structure and content for effective use.
Detailed descriptions of different LokPilot V4.0 decoder models.
General guidelines for physically installing the decoder into a locomotive.
Specific installation instructions for NEM 652 interface.
Specific installation instructions for NEM 651 interface.
Installation instructions for PluX interface.
Connecting lights to AUX1 and AUX2 outputs.
Connecting an optional PowerPack for energy buffering.
Specific installation instructions for 21MTC interface.
Installation instructions for Next18 interface.
General advice on motor and track wiring.
How to connect additional functions like lights or LEDs.
Guidelines for connecting LEDs to function outputs.
Connecting capacitors for reliable power pickup.
How to connect DC and coreless motors.
Wiring diagram for LokPilot XL decoders.
Overview of operating modes with different digital systems.
Operating LokPilot decoders in DCC mode.
Troubleshooting DCC speed steps and light issues.
Operating LokPilot decoders in Motorola mode.
Operating LokPilot decoders in M4 mode.
Operating LokPilot decoders in analogue mode.
Operating LokPilot decoders in DC analogue mode.
Operating LokPilot decoders in AC analogue mode.
Overview of programmable decoder properties.
Explanation of Configuration Variables (CVs).
How to program with different digital systems.
How to enter programming mode on 6020/6021.
Programming LokPilot with Märklin Mobile Station.
Using ESU LokProgrammer for settings.
Programming LokPilot with ROCO LokMaus II.
Programming LokPilot with DCC systems.
Programming in short mode with 6020/6021.
Programming LokPilot with Märklin Central Station.
Programming LokPilot with ROCO Multimaus.
Programming LokPilot with ESU ECOS.
Programming in long mode with 6020/6021.
Programming LokPilot with Märklin 6021.
Setting short addresses (1-127) in DCC mode.
Setting long addresses (128-10239) in DCC mode.
Setting acceleration and deceleration times.
Adjusting start, max, and medium speeds.
Defining custom speed curves using CVs.
How the decoder handles transitions between digital/analogue sectors.
Handling direction changes when entering digital sectors.
Behavior when moving from digital to analogue DC.
Switching between DCC, Motorola, and Selectrix protocols.
Fine-tuning load compensation for smooth motor control.
Mapping function buttons to outputs.
List of supported CVs for DCC decoders.