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General| Brand | Esu |
|---|---|
| Model | LokSound micro V4.0 |
| Category | Media Converter |
| Language | English |
Essential safety guidelines for installation and operation of the LokSound decoder.
Provides an overview of the LokSound decoder family and its capabilities.
Details the features and specifications of the LokSound V4.0 decoder.
Explains the multi-protocol and automatic detection capabilities of the decoders.
Details the decoder's ability to control various types of DC motors.
Describes sound functions specific to steam locomotives.
Details sound functions tailored for diesel locomotives.
Describes sound functions for electric locomotives, including fan noise and gear sounds.
Explains sound project management with LokProgrammer and future-proofing.
Covers analogue mode operation, general functions, programming, reliability, and protection.
Outlines prerequisites for installation and the general process of fitting the decoder.
Details connecting the decoder to locomotives with an 8-pin NEM 652 interface.
Instructions for installing decoders with a 6-pin NEM 651 interface.
Details installation for 21MTC interface, including C-Sine motor compatibility.
Covers installation for Next18 interface and locomotives without a dedicated interface.
Visual wiring guides for LokSound V4.0 and LokSound micro V4.0 decoders.
Compares Märklin colour coding with DCC standards for wiring.
Explains how to connect motor and track power, including DC/Coreless motors.
Details how to connect universal motors with HAMO magnets.
Guides on connecting speakers and various additional functions.
Explains overload protection for function outputs and potential issues with incandescent bulbs.
Details how to connect LEDs and suitable light bulbs, including necessary resistors.
Guides on connecting headlights, rear lights, and AUX outputs (AUX1-AUX4).
Explains the purpose of AUX3/AUX4 and factors for selecting suitable smoke generators.
Details connecting smoke generators and wheel sensors (Hall IC).
Specifics on wiring Hall Sensor IC for wheel speed detection.
Explains reed switch sensors and connecting capacitors for power smoothing.
Details the optional PowerPack module for uninterrupted operation.
Describes how the PowerPack functions in digital mode and its limitations.
Covers default settings and an overview of digital operating modes.
Details DCC operation, including issues with speed steps and lighting.
Explains the automatic detection of DCC speed steps for compatibility.
Details Motorola mode operation, including 28 speed steps and extended address range.
Explains operation with Selectrix command stations and mixed protocol environments.
Covers analogue DC and AC operation, including compatibility and warnings for AC.
Explains how software-governed properties can be adjusted via CVs.
Explains the CV concept, NMRA standardization, and bits/bytes.
Introduces methods for programming using various digital systems.
Covers DCC programming modes like direct, register, paged, and POM.
Explains how to program decoders using the ESU ECOS command station.
Details programming methods for the Märklin 6021, including short and long modes.
Details the long mode for programming with the Märklin 6021.
Explains how to program decoders using the Märklin Mobile Station.
Covers programming via Märklin Central Station and the ESU LokProgrammer.
Explains the procedure for programming with the ROCO Multimaus.
Details the specific steps for programming using the ROCO LokMaus II.
Explains short and long address settings in DCC mode.
Details how to set addresses for Motorola mode operation.
Covers adjusting acceleration, deceleration, and enabling shunting mode.
Details how to set starting, medium, and maximum speeds using CVs.
Explains how to define custom speed curves using CVs for precise control.
Details how the decoder handles transitions between digital and analogue sectors.
Covers switching between DCC, Motorola, and Selectrix protocols.
Explains how to configure and use different brake sector modes for stopping.
Details how the decoder interacts with Selectrix and Lenz ABC braking systems.
Explains how to set a constant stopping distance regardless of speed.
Details linear and constant braking distance settings for precise stopping.
Covers setting starting and maximum speeds for DC and AC analogue modes.
Introduces adjusting load compensation for optimal motor control.
Details adjusting parameters like 'K' and 'I' for precise motor behaviour.
Explains adjusting reference voltage and the "K slow" parameter for slow driving.
Discusses setting adaptive regulation frequency and potential buzzing noise.
Covers turning off load compensation and implementing dynamic drive control for gradients.
Details specific settings required for controlling C-Sinus motors via the 21MTC interface.
Describes the available physical function outputs and their general use.
Explains how to allocate function buttons to outputs using mapping and index CV access.
Details the function mapping chart and the CVs used for configuration.
Explains using the LokProgrammer for advanced function key assignments.
Details various lighting effects like dimming, strobes, beacons, and coupler functions.
Explains how to configure lighting effects using CVs for mode, brightness, and special functions.
Provides a table mapping light effects to specific CVs and values.
Table showing default assignments of function buttons to physical and logic outputs.
Details logic functions and sound slot assignments to function keys via CVs.
Explains settings for grade crossing hold time, flash rate, and automatic output switch-off.
Details how to control digital couplers, including the specific "Coupler" mode.
Covers automatic decoupling functions and basic analogue settings for function buttons.
Explains LGB pulse sequence mode and the Swiss headlight mode configuration.
Explains how to adjust master volume and individual sound slot volumes.
Guides on understanding and using single sound tables for customisation.
Provides tables of CVs for adjusting steam and diesel locomotive sounds.
Provides tables for electric locomotive sounds and special sound effects like random sounds.
Explains how to adjust or disable the prime mover startup delay.
Explains how to manually control diesel engine RPM using function keys.
Details synchronising steam chuffs with wheel revolutions using CVs.
Covers adjusting steam chuff spacing and configuring random sounds.
Explains how to set the threshold for triggering wheel-synchronised braking sounds.
Details how to reset the decoder to factory default settings using different systems.
Covers the directional bit special function and the RailCom® communication technology.
Explains RailCom Plus features, automatic recognition, and how to update decoder firmware.
Details accessories like centre pick-up switching and HAMO magnets for motor conversions.
Describes wire harnesses and mounting adapters for various interface types.
Provides contact information for technical support and customer assistance.
A comprehensive table detailing technical specifications for LokSound V4.0 and micro V4.0.
An introduction to the list of supported Configuration Variables (CVs).
Details specific CVs related to brake modes, RailCom, and configuration registers.
Details CVs related to extended configurations and analogue operation settings.
Details CVs related to motor control (load compensation) and sound adjustments.
Details CVs for forward/reverse trim, speed tables, blinking lights, user CVs, and powerpack bypass.
Details CVs related to manual notching, grade crossing, decoupling, and brake distances.
Explains the process of calculating and writing long addresses into CVs.
Details how to read existing long addresses from CVs and interpret them.
Outlines the terms, conditions, and exclusions of the product warranty.
Provides a form to record personal data, product details, and error descriptions for support.
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