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General| Manufacturer | ESU |
|---|---|
| Model | ECoS 50200 |
| Type | Digital Command Station |
| Connectivity | Ethernet, USB |
| Supported Protocols | DCC, Motorola, mfx |
| DCC Support | Yes |
| Motorola Support | Yes |
| mfx Support | Yes |
| Number of locomotives | 9999 |
| Updateable | Yes |
| CAN bus | Yes |
| LocoNet | Yes |
| Weight | 1.5 kg |
| Display | Color TFT touchscreen |
| Interfaces | LocoNet, CAN bus |
| Power Supply | External power supply required |
Explains the M4 data protocol for locomotives and its compatibility.
Details the core functionality of operating model trains with the ECOS.
Describes how to manage turnouts, signals, and other accessories.
Instructions for safely opening the ECOS command station packaging.
Guidance on positioning the ECOS for optimal use and visibility.
Explains the importance and procedure for installing backup batteries.
Illustrates the various ports and their functions on the ECOS.
Basic wiring instructions for a first test run with a locomotive.
Describes the physical buttons, knobs, and joystick on the ECOS.
Details the structure and information displayed in the ECOS main menu.
Instructions on interacting with the ECOS's touch-sensitive display.
Procedure for calibrating the touch screen for accurate input.
Step-by-step guide to adding and operating a locomotive.
Explains supported data formats like Motorola, DCC, LGB, and M4.
Details Motorola 14, 27, 28 speed steps and Motorola Fx 14.
Information on valid address ranges for Motorola decoders.
Description of the DCC protocol, addresses, functions, and speed steps.
Details LGB's use of DCC and sequential function status mode.
Explains Selectrix decoder control and its parameters.
Details ECOS's support for M4 protocol and automatic detection.
How ECOS handles mixed-protocol operation on the same track.
Setting up and controlling multiple locomotives as a consist.
Automated train running between two points.
Controlling solenoid-driven accessories like turnouts and signals.
Defining and activating sequences of accessory actions.
Graphical representation and control of the layout topology.
Methods for configuring locomotive and accessory decoders.
Utilizing s88 modules for track occupancy detection.
Integrating older digital systems with ECOS.
Connecting external devices and throttles via the ECoSlink bus.
Hardware expansion options for the ECOS.
Details on connecting the ECOS power supply and its specifications.
Adjusting output voltage and recommended settings for scales.
Instructions for connecting the main track power output.
Wiring instructions for two-conductor track systems.
Wiring instructions for three-conductor track systems.
Specific wiring for the isolated programming track.
Connecting devices to the ECoSlink bus ports.
Connecting the ECOS to a PC via Ethernet.
Overview of booster types compatible with ECOS.
Details of the interface for connecting external boosters.
Wiring instructions for DCC compatible boosters.
Wiring instructions for Märklin 6017 and compatible boosters.
Setting up short circuit detection for external boosters.
Connecting ESU ECOSBoost boosters to the ECoSlink bus.
Wiring instructions for Märklin 6021 and Roco Locomouse to ECoSniffer.
Connecting s88 feedback modules to the ECOS.
Powering on, off, and emergency stop functions.
Overview of using the touch screen, joysticks, and keyboards.
How to navigate menus and control functions with the joystick.
Description of the function buttons for locomotive control.
Details the structure and information displayed in the ECOS main menu.
Explains the function of screen buttons and data input fields.
How to select options and adjust values using ECOS interface elements.
Methods for adding locomotives to the ECOS library.
Automatic registration process for M4 locomotives.
Important tips to ensure successful mfx® locomotive registration.
Conditions that may require re-registration of M4 locomotives.
Using the internal database to add Märklin locomotives.
Step-by-step guide for manual locomotive data entry.
Choosing the correct data format for a locomotive.
Setting the locomotive's address.
Configuring sniffer addresses for older systems.
Assigning names and visual symbols to locomotives.
Organizing locomotives into custom lists for quick access.
Assigning functions to buttons and setting their behavior.
Configuring functions for use with the wireless controller.
Setting how locomotive speed is displayed.
Real-time adjustment of locomotive address and speed.
Advanced configuration options for locomotive decoders.
Quickly adding and running locomotives without full setup.
Selecting and assigning locomotives to cabs for control.
Swapping cabs and clearing assigned locomotives.
Configuring the speedometer display for locomotive information.
Removing locomotives from the ECOS system.
Managing multiple locomotives simultaneously from one cab.
Creating, assigning, and modifying locomotive consists.
Removing consists from the ECOS system.
Recommendations for smooth operation of locomotive consists.
Adding accessories to the ECOS library and configuring them.
Setting data formats, names, numbers, and symbols for accessories.
Configuring permanent vs. momentary action for accessory buttons.
Adjusting switching times and parameters for accessories.
Modifying existing accessory settings.
Linking accessories to control panels and removing links.
Rotating accessory symbols and activating accessories.
Removing accessories from the system and associated links.
Wiring turntables and adding them to the ECOS system.
Setting turntable type, name, and address for operation.
Defining tracks connected to the turntable for graphical display.
Programming the turntable decoder and editing its settings.
Removing turntables and controlling their movement.
Using ESU LokPilot decoders for turntable control.
Specific settings for turntables using LokPilot decoders.
Creating and modifying routes, including extended settings.
Automating route activation via s88 feedback inputs.
Creating links for routes on different turnout control panels.
Activating routes and understanding their status indicators.
Removing routes from the system.
Creating and customizing the graphical track layout display.
Adding track elements and accessories to the diagram.
Inserting routes, references, turning symbols, and deleting.
Overview of the automatic train operation between two points.
Setting up automated train routes with stations and timings.
Dispatching trains in shuttle mode and returning to manual control.
Introduction to programming methods for various decoder types.
Explanation of Register, Paged, Direct, and POM modes for DCC.
Programming decoders using CVs on the programming track.
On-track programming of locomotives without removal.
Methods for programming Motorola decoders, including address search.
Reading and writing CV values for DCC decoders.
Specifics of Programming on the Main for DCC decoders.
Manual programming steps for Motorola decoders.
Function to find Motorola addresses of older decoders.
Visual interface for programming decoders using profiles.
Using and managing decoder profiles for ESU and mfx® decoders.
Handling profiles for M4 decoders, which are not CV-based.
Modifying decoder parameters via graphic interface or downloading.
Additional details and recommendations regarding decoder profiles.
Procedure for programming Märklin 763xx series signals.
Using ECoSniffer to integrate older digital systems with ECOS.
Assigning sniffer addresses for locomotive linking.
Tips and limitations for using the ECoSniffer interface.
Controlling accessories using ECoSniffer with older systems.
Overview of devices that can be connected to the ECoSlink bus.
Connecting ECoSlink terminals and other bus extensions.
Connecting Märklin Mobile Stations as additional cabs.
Assigning locomotives from the ECOS library to mobile stations.
Accessing and navigating the ECOS setup menu.
Configuring language, display, and internal booster settings.
Setting up booster parameters and short circuit response times.
Configuring current limits and names for ECOSBoost boosters.
Configuring system behavior for locomotive and accessory startup.
Setting initial states for locomotives and accessories on startup.
Options for immediate, delayed, or disabled direction changes.
Viewing, editing, and deleting accessories and routes.
Setting default protocols and enabling/disabling data formats.
Configuring security features like locking functions and codes.
Enabling password protection for system settings.
Removing locomotives, consists, and other data from the ECOS.
Information on software version, serial number, and calibration.
Procedure to recalibrate the touch-sensitive display.
Setting up and monitoring s88 feedback modules.
Monitoring power consumption, track voltage, and booster status.
Connecting the ECOS to a PC via Ethernet for software updates and control.
Manually configuring IP addresses for PC and ECOS communication.
Configuring ECOS network settings, including DHCP usage.
Accessing ECOS functions via a web browser.
Steps for downloading and installing new ECOS software versions.
Saving and loading system configurations to prevent data loss.
Resetting the ECOS to factory defaults or resetting the access code.
Displaying ECOS screen on PC and using PC-based train control software.
Activating the recovery system for software issues.
Using DHCP or static IP for rescue mode operations.
Procedure for performing a full factory reset of the ECOS.
How to get technical support and register your ECOS.
Information on accessing ESU's online support forum and hotline.
Details on ECOS service options and repair costs.
Information on the 24-month manufacturer's warranty and claim process.
Detailed technical specifications of the ECOS command station.
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