nyuuzyou/wikis huggingface dataset:
MS480P16

* 16-bit audio by default, 8-bit for simple noises and older sample files.
* 22 kHz sample rate by default, with 11 kHz for simple noises (like station announcements) and 44 kHz for full HiFi quality
* 128 Mbit sound memory for 360 seconds playback time (16-bit sound and 22 kHz)
* Sixteen audio channels, simultaneously playable, separately adjustable, with stereo decoders (especially large scales) distributable to two loudspeaker outputs
* Adjustable timbres for driving noises (e.g. chuff sounds, diesel engine) via CV configuration of high and low pass filters
* Overcurrent protection for function outputs 
* Connections for larger external energy storage devices 
* ZIMO HLU
MS480R

* 16-bit audio by default, 8-bit for simple noises and older sample files.
* 22 kHz sample rate by default, with 11 kHz for simple noises (like station announcements) and 44 kHz for full HiFi quality
* 128 Mbit sound memory for 360 seconds playback time (16-bit sound and 22 kHz)
* Sixteen audio channels, simultaneously playable, separately adjustable, with stereo decoders (especially large scales) distributable to two loudspeaker outputs
* Adjustable timbres for driving noises (e.g. chuff sounds, diesel engine) via CV configuration of high and low pass filters
* Overcurrent protection for function outputs 
* Connections for larger external energy storage devices 
* ZIMO HLU
MS491

* 16-bit audio by default, 8-bit for simple noises and older sample files.
* 22 kHz sample rate by default, with 11 kHz for simple noises (like station announcements) and 44 kHz for full HiFi quality
* 128 Mbit sound memory for 360 seconds playback time (16-bit sound and 22 kHz)
* Sixteen audio channels, simultaneously playable, separately adjustable, with stereo decoders (especially large scales) distributable to two loudspeaker outputs
* Adjustable timbres for driving noises (e.g. chuff sounds, diesel engine) via CV configuration of high and low pass filters
* Overcurrent protection for function outputs 
* Connections for larger external energy storage devices 
* ZIMO HLU
MS491F

* 16-bit audio by default, 8-bit for simple noises and older sample files.
* 22 kHz sample rate by default, with 11 kHz for simple noises (like station announcements) and 44 kHz for full HiFi quality
* 128 Mbit sound memory for 360 seconds playback time (16-bit sound and 22 kHz)
* Sixteen audio channels, simultaneously playable, separately adjustable, with stereo decoders (especially large scales) distributable to two loudspeaker outputs
* Adjustable timbres for driving noises (e.g. chuff sounds, diesel engine) via CV configuration of high and low pass filters
* Overcurrent protection for function outputs 
* Connections for larger external energy storage devices 
* ZIMO HLU
MS491L

* 16-bit audio by default, 8-bit for simple noises and older sample files.
* 22 kHz sample rate by default, with 11 kHz for simple noises (like station announcements) and 44 kHz for full HiFi quality
* 128 Mbit sound memory for 360 seconds playback time (16-bit sound and 22 kHz)
* Sixteen audio channels, simultaneously playable, separately adjustable, with stereo decoders (especially large scales) distributable to two loudspeaker outputs
* Adjustable timbres for driving noises (e.g. chuff sounds, diesel engine) via CV configuration of high and low pass filters
* Overcurrent protection for function outputs 
* Connections for larger external energy storage devices 
* ZIMO HLU
MS491N

* 16-bit audio by default, 8-bit for simple noises and older sample files.
* 22 kHz sample rate by default, with 11 kHz for simple noises (like station announcements) and 44 kHz for full HiFi quality
* 128 Mbit sound memory for 360 seconds playback time (16-bit sound and 22 kHz)
* Sixteen audio channels, simultaneously playable, separately adjustable, with stereo decoders (especially large scales) distributable to two loudspeaker outputs
* Adjustable timbres for driving noises (e.g. chuff sounds, diesel engine) via CV configuration of high and low pass filters
* Overcurrent protection for function outputs 
* Connections for larger external energy storage devices 
* ZIMO HLU
MS491R

* 16-bit audio by default, 8-bit for simple noises and older sample files.
* 22 kHz sample rate by default, with 11 kHz for simple noises (like station announcements) and 44 kHz for full HiFi quality
* 128 Mbit sound memory for 360 seconds playback time (16-bit sound and 22 kHz)
* Sixteen audio channels, simultaneously playable, separately adjustable, with stereo decoders (especially large scales) distributable to two loudspeaker outputs
* Adjustable timbres for driving noises (e.g. chuff sounds, diesel engine) via CV configuration of high and low pass filters
* Overcurrent protection for function outputs 
* Connections for larger external energy storage devices 
* ZIMO HLU
MS500

* 16-bit audio by default, 8-bit for simple noises and older sample files.
* 22 kHz sample rate by default, with 11 kHz for simple noises (like station announcements) and 44 kHz for full HiFi quality
* 128 Mbit sound memory for 360 seconds playback time (16-bit sound and 22 kHz)
* Sixteen audio channels, simultaneously playable, separately adjustable, with stereo decoders (especially large scales) distributable to two loudspeaker outputs
* Adjustable timbres for driving noises (e.g. chuff sounds, diesel engine) via CV configuration of high and low pass filters
* Overcurrent protection for function outputs 
* Connections for larger external energy storage devices 
* ZIMO HLU
MS500F

* 16-bit audio by default, 8-bit for simple noises and older sample files.
* 22 kHz sample rate by default, with 11 kHz for simple noises (like station announcements) and 44 kHz for full HiFi quality
* 128 Mbit sound memory for 360 seconds playback time (16-bit sound and 22 kHz)
* Sixteen audio channels, simultaneously playable, separately adjustable, with stereo decoders (especially large scales) distributable to two loudspeaker outputs
* Adjustable timbres for driving noises (e.g. chuff sounds, diesel engine) via CV configuration of high and low pass filters
* Overcurrent protection for function outputs 
* Connections for larger external energy storage devices 
* ZIMO HLU
MS500N

* 16-bit audio by default, 8-bit for simple noises and older sample files.
* 22 kHz sample rate by default, with 11 kHz for simple noises (like station announcements) and 44 kHz for full HiFi quality
* 128 Mbit sound memory for 360 seconds playback time (16-bit sound and 22 kHz)
* Sixteen audio channels, simultaneously playable, separately adjustable, with stereo decoders (especially large scales) distributable to two loudspeaker outputs
* Adjustable timbres for driving noises (e.g. chuff sounds, diesel engine) via CV configuration of high and low pass filters
* Overcurrent protection for function outputs 
* Connections for larger external energy storage devices 
* ZIMO HLU
MS500R

* 16-bit audio by default, 8-bit for simple noises and older sample files.
* 22 kHz sample rate by default, with 11 kHz for simple noises (like station announcements) and 44 kHz for full HiFi quality
* 128 Mbit sound memory for 360 seconds playback time (16-bit sound and 22 kHz)
* Sixteen audio channels, simultaneously playable, separately adjustable, with stereo decoders (especially large scales) distributable to two loudspeaker outputs
* Adjustable timbres for driving noises (e.g. chuff sounds, diesel engine) via CV configuration of high and low pass filters
* Overcurrent protection for function outputs 
* Connections for larger external energy storage devices 
* ZIMO HLU
MS518N18

* 16-bit audio by default, 8-bit for simple noises and older sample files.
* 22 kHz sample rate by default, with 11 kHz for simple noises (like station announcements) and 44 kHz for full HiFi quality
* 128 Mbit sound memory for 360 seconds playback time (16-bit sound and 22 kHz)
* Sixteen audio channels, simultaneously playable, separately adjustable, with stereo decoders (especially large scales) distributable to two loudspeaker outputs
* Adjustable timbres for driving noises (e.g. chuff sounds, diesel engine) via CV configuration of high and low pass filters
* Overcurrent protection for function outputs 
* Connections for larger external energy storage devices 
* ZIMO HLU
MS560

* 16-bit audio by default, 8-bit for simple noises and older sample files.
* 22 kHz sample rate by default, with 11 kHz for simple noises (like station announcements) and 44 kHz for full HiFi quality
* 128 Mbit sound memory for 360 seconds playback time (16-bit sound and 22 kHz)
* Sixteen audio channels, simultaneously playable, separately adjustable, with stereo decoders (especially large scales) distributable to two loudspeaker outputs
* Adjustable timbres for driving noises (e.g. chuff sounds, diesel engine) via CV configuration of high and low pass filters
* Overcurrent protection for function outputs 
* Connections for larger external energy storage devices 
* ZIMO HLU
MS590N18

* 16-bit audio by default, 8-bit for simple noises and older sample files.
* 22 kHz sample rate by default, with 11 kHz for simple noises (like station announcements) and 44 kHz for full HiFi quality
* 128 Mbit sound memory for 360 seconds playback time (16-bit sound and 22 kHz)
* Sixteen audio channels, simultaneously playable, separately adjustable, with stereo decoders (especially large scales) distributable to two loudspeaker outputs
* Adjustable timbres for driving noises (e.g. chuff sounds, diesel engine) via CV configuration of high and low pass filters
* Overcurrent protection for function outputs 
* Connections for larger external energy storage devices 
* ZIMO HLU
MSTAPK2

== Description ==
This device allows features connections which allow a multifunction decoder to be mounted and tested/programmed prior to installation. It is powered by the command station.
For large scale decoders the MSTAPG is available 
=== Connections Available ===
* Quick Terminal
* Next18 NEM661
* E24 RCD124
* 6-Pin NEM651
* 8-Pin NEM652
* PluX NEM658
* 21MTC NEM660
=== Additional Features ===
* 15 Function LEDs
* 5-pole Motor
* Speaker
MX1HS

==Description==
This unit features 2 times 8A track connections, one can be configured as a program track.
Up to 2 x 8A of track power at two equal track outputs, independently adjustable track voltage, parallel connection of both track outputs is possible (16A); one output may serve the programming track. Otherwise identical to MX1 with the same software; configurable with jumpers for the use as a large booster MXBOO (as slave unit of another command station with 2 x 8A).
MX630

These decoders are suitable for N, HOe, HOm, TT, HO, OO, Om and O gauge engines with standard or coreless motors (Faulhaber, Maxxon etc.)
They operate primarily in the NMRA-DCC data format with any NMRA-DCC compatible system, as well as the Motorola protocol within Märklin systems and other Motorola command stations. 
Zimo decoders also operate in analog mode with DC power packs (including PWM), since July 2010 (with the exception of MX621 and MX640) also with AC analog (Märklin Transformers with over-voltage pulses for direction change).
==Features==
* Nine highly flexible wires (120mm)
* Pick-up
* Motor 
* Four function outputs 
*Solder pads for 2 additional function outputs, logic level outputs or Servo outputs as well as SUSI.
MX630F

These decoders are suitable for N, HOe, HOm, TT, HO, OO, Om and O gauge engines with standard or coreless motors (Faulhaber, Maxxon etc.)
They operate primarily in the NMRA-DCC data format with any NMRA-DCC compatible system, as well as the Motorola protocol within Märklin systems and other Motorola command stations. 
Zimo decoders also operate in analog mode with DC power packs (including PWM), since July 2010 (with the exception of MX621 and MX640) also with AC analog (Märklin Transformers with over-voltage pulses for direction change).
==Features==
*Solder pads for 2 additional function outputs, logic level outputs or Servo outputs as well as SUSI.
MX630P16

These decoders are suitable for N, HOe, HOm, TT, HO, OO, Om and O gauge engines with standard or coreless motors (Faulhaber, Maxxon etc.)
They operate primarily in the NMRA-DCC data format with any NMRA-DCC compatible system, as well as the Motorola protocol within Märklin systems and other Motorola command stations. 
Zimo decoders also operate in analog mode with DC power packs (including PWM), since July 2010 (with the exception of MX621 and MX640) also with AC analog (Märklin Transformers with over-voltage pulses for direction change).
MX630R

These decoders are suitable for N, HOe, HOm, TT, HO, OO, Om and O gauge engines with standard or coreless motors (Faulhaber, Maxxon etc.)
They operate primarily in the NMRA-DCC data format with any NMRA-DCC compatible system, as well as the Motorola protocol within Märklin systems and other Motorola command stations. 
Zimo decoders also operate in analog mode with DC power packs (including PWM), since July 2010 (with the exception of MX621 and MX640) also with AC analog (Märklin Transformers with over-voltage pulses for direction change).
MX632

==Application== 
HO, O and similar gauges, especially for vehicles with low voltage bulbs (1.5 or 5V).
Primarily NMRA DCC with any NMRA-DCC compatible system, as 
well as the Motorola protocol within Märklin systems and other Motorola command stations. 
Zimo decoders also operate in DC analog mode with DC power packs (including PWM).
===Features ===
Four function outputs. 
Solder pads for 4 additional function outputs, logic level outputs, Servo outputs 
as well as SUSI.
MX632D

==Application== 
HO, O and similar gauges, especially for vehicles with low voltage bulbs (1.5 or 5V).
Primarily NMRA DCC with any NMRA-DCC compatible system, as 
well as the Motorola protocol within Märklin systems and other Motorola command stations. 
Zimo decoders also operate in DC analog mode with DC power packs (including PWM).
===Features ===
Four function outputs. 
Solder pads for 4 additional function outputs, logic level outputs, Servo outputs 
as well as SUSI.
MX632R

==Application== 
HO, O and similar gauges, especially for vehicles with low voltage bulbs (1.5 or 5V).
Primarily NMRA DCC with any NMRA-DCC compatible system, as 
well as the Motorola protocol within Märklin systems and other Motorola command stations. 
Zimo decoders also operate in DC analog mode with DC power packs (including PWM).
===Features ===
Four function outputs. 
Solder pads for 4 additional function outputs, logic level outputs, Servo outputs 
as well as SUSI.
MXULFA

MX Update Laden Fahren
== Applications ==
* Loading new software versions (software update) from a USB stick into ZIMO decoders of all types (sound, non-sound, function and accessory decoders); the vehicle with the decoder is on the "update track" or the decoder is connected to a test board.
* Synchronisation update for ZIMO accessory decoders of the MX820, MX821 generation installed in the system
* Loading sound projects from a USB stick into the ZIMO sound decoder, vehicle on the "update track" or decoder on a test board.
* Fast sound loading (approx. 2 - 3 min instead of 20 - 30 min) via SUSI interface of the decoder
* Parallel sound loading of several decoders via SUSI interfaces
* Drive mode & function switching for one address at a time via the MXULF operating elements (scroll wheel, 4 buttons, LEDs) for testing the vehicle being worked on
* Programming and reading out the CVs of the connected decoder or vehicle
* Writing and checking the load code (CV #260, ...) for coded sound projects
All the tasks mentioned can also be controlled from the computer; in this case, no USB stick is used, but all data (software update files, sound projects) are transferred via the USB interface (client). Programmes such as ZSP (ZIMO), ZCS (Manhart), PfuSch (Sperrer), etc. are used on the computer.
The version of the MXULF without display, which was also previously offered, is largely identical in terms of hardware except for the missing screen and can still be operated today with the latest update - especially when controlled via the computer. The later developed, current model with display was therefore called MXULFA for a long time.
Today, the name of the device is generally MXULF again, as it has always been on the casing, in the software and in use by most users.
The MXULF can be used as a low-cost workshop system, and in many respects it can even be used with third-party decoders (except for software updates and sound loading, of course).
Operating and display elements of the MXULF: 4 buttons, 1 scroll wheel and 8 bi-colour LEDs
External connections: Screw terminals for power supply, track (update track), "SUSI" plug, USB (client, to computer), USB (host)
The MXULF and the vehicle connected to it are powered by any voltage source (12 – 20 VDC, 10 – 16VAC). No power supply unit is included in the standard scope of delivery, but is available as an accessory if required.
Magic Smoke

When an electronic device (LED, transistor, computer chip, or DCC decoder) is electrically overloaded you sometimes get a whiff of something burning – and you might actually see a puff of smoke rising from the remains of the device. There is a sentiment in the world of electronics that this is "Magic" smoke. It is sealed into the electronic device at its manufacture, and "letting the magic smoke out" is a way of saying that the device has been electrically destroyed.
Main Page/Getting Started

==Getting Started with Wiki==
* DCCWiki Quick Start - Get started editing a wiki page quickly.
* DCCWiki Tutorial - A quick, but slight more detailed than the Quick Start.
* Please see the for additional topics.
==Getting Started with Digital Command Control==
Learn more about DCC:
* Introduction to DCC - DCC Tutorial
* DCC advantage over DC - Why DCC is better than DC power.
* DCC versus Radio Control - Why DCC is better than R/C.
* Selecting A DCC System - Help for selecting the DCC system which is right for you.
* Choosing a DCC System - More information on the things you should look for in a DCC system.
* Wiring for DCC - Various aspects of wiring your layout for DCC.
==Components of a Digital Command Control system==
* Command Station - The brains of your DCC layout.
* Boosters - Getting power and signals to trains.
* Decoders - Includes both Stationary and Mobile types of decoders, the devices that make things happen.
* Power supplies - Getting power from a standard electrical outlet to your booster.
* Throttles - Control your trains.
** Throttle Network - Connecting your throttles to the command station.
*** LocoNet - Digitrax's Throttle Network - used to connect various components of a Digitrax system together.
*** XpressNet - Lenz's Throttle Network - used to connect Lenz and compatible components together.
***CAN Bus - The throttle network used by Zimo.
*Layout Command Control: Use LCC to further enhance your layout.
Main Page/Whats New

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Manufacturer ID Number

==NMRA Manufacturer ID Numbers==
As part of the NMRA DCC specifications, each manufacturer is assigned a number, or Manufacturer ID.S–9.2 DCC Communications Standard This identifies the decoder's manufacturer. The same way your car's VIN has codes to identify the manufacturer/country, which are assigned by the Society of Automotive Engineers. 
This info is stored in CV (Configuration Variable) #8. The manufacturer may store a version number in CV #7.
That number is burned into the programming of the decoder during manufacture, and is used to identify who made a decoder. Often, DCC equipped locomotives don't identify the OEM multifunction decoder supplier in their instructions, so this is a way to determine what was installed. Additional steps may be required to further identify the type and model of the decoder, using the manufacturer's instructions. It may be difficult to identify an OEM decoder, as the feature set may have been reduced compared to the retail version. Often the multifunction decoder is specific to that model and manufacturer.
The complete list can be found at the NMRA site, DCC Manufacturers ID Numbers. The NMRA list would be the most up to date reference on manufacturer ID numbers.
For example, number 11 is NCE, and 141 means Throttle-Up! Also known as Soundtraxx. Public Domain/Do-it-Yourself decoders will report back 13.
===JMRI===
NMRA Manufacturer ID: 18
==== Unknown Decoder under JMRI ====
If a decoder reports as a Massooth Elektronik GmbH (and it is not), the answer is that JMRI's Preferences/Defaults has the "Programmer" set to "Internal" or a Simulator connection (in Preferences->Connections).
Internal or Simulator connections always return 123 for every CV read.
=== Decoder Identification ===
The JMRI team has put together a comprehensive listing of Decoder Identifications by Manufacturer or OEM.
;Always use the latest versions of the software to get the most up to date decoder definitions. 
Decoder ID Page at JMRI
NMRA Manufacturer ID list S-9.2.2 Appendix A: Manufacturer ID codes as assigned by the NMRA
=== Soundtraxx Decoder Identification ===
If the decoder is a known Soundtraxx product, see the SoundTraxx Product Identification guide.
This guide covers the older Tsunami products, newer ones may be more difficult. For more information read the Soundtraxx article.
=== ESU ===
Identifying an ESU multifunction decoder can be a very involved process. It is much more efficient to use DecoderPro or ESU's LokProgrammer, as they will deliver an accurate report in seconds. ESU has a large number of variations meaning that determining the decoder model can be a long and complex process to manually go through. 
==See Also==
* NMRA S 9.2.2 Configuration Variables.
*CV
Category:Decoder_Features
Category:Mobile_Decoder_Features
Category:Multifunction Decoder
Category:DCC_Tutorial
Manufacturers List

__NOEDITSECTION__ 
 
DCC Manufacturers list
 
 
Manufacturers of Digital Command Controll (DCC) equipment. Use the manufacturer form to create or edit a manufacturer.
 
 
 
 
 
DCCWiki does not endorse, recommend, or support any particular product and only presents this list for informational purposes only.
 
{{#css: h1#firstHeading {display: none;}}
Meadows and Lake Kathleen Railroad

The Meadows and Lake Kathleen Railroad is a private railroad on 41 acres near Deadwood, Oregon, United States.
The railroad is situated on land that receives an average of 100+ inches of rain a year which feed 3 creeks with trout populations and the 14 year-round springs. Owners Ray and Kathy Robinson have spent the last 11 years with help from many, many friends building the railroad which now consists of 4 bridges, 4 trestles, a tunnel, a balloon track and a water tower with just over 6200 ft of 18in gauge track] with an elevation difference of just under 20 feet.. The owners plan to eventually build a 6000 ft main line circle with three sidings, a turntable and a few spur tracks.
On October 13th, 2007, the "Golden Spike" will be driven celebrating the completion of the railroad as envisioned so many years ago. The owners realize it will never be finished.........They still have to replace a curve, rework three switches, straighten and level some track, build the Depot and they will continually make improvements and fine tuning as well as the never ending maintenance.
As of Nov, 2021, so external site references could be found and this railroad may no longer be in service.
Category:Private Layouts