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General| Model | MS450 |
|---|---|
| Data Rate | 10/100/1000Mbps |
| Operating Temperature | 0°C to 50°C |
| Category | Media Converters |
| Fiber Type | Multi-mode/Single-mode |
| Power Supply | 5V DC |
| Humidity | 5% to 95% (non-condensing) |
| Interface | 10/100/1000Base-T RJ45 to 1000Base-SX/LX SFP |
| Wavelength | 850nm, 1310nm, 1550nm (depending on SFP) |
Details specifications for MS decoders in small scales (N to 0).
Details specifications for MS decoders in large scales (0, 1, G, 2,...).
Details specifications for MN decoders in small scales (N to 0).
General technical specifications for all MS sound decoders, including voltage and memory.
Procedures for updating decoder software and loading sound projects using MXULF or other devices.
Information on decoder protection mechanisms against overload and high temperatures.
Fundamental DCC settings including addresses, operating modes, and basic configuration.
Decoder identification (type, serial) and using load codes for sound projects.
Identifying manufacturer ID and firmware version using CVs #7, #8, #65.
Setting locomotive addresses in DCC, including short, long, and consist addresses.
Configuration settings for operating decoders in analog DC and AC modes.
Tuning motor performance, speed curves, and regulation parameters for optimal driving.
Adjusting acceleration and braking times for smoother operation.
Using ZIMO's HLU for signal-controlled speed influence via track signals.
Implementing stopping and slow driving using asymmetrical DCC signals.
Configuration for DC brake sections and Märklin brake mode settings.
Setting up distance-controlled stopping using CVs for precise train control.
Special functions for shunting, half speed, and MAN key control.
Mapping function keys to outputs according to NMRA DCC standards.
Alternative function mapping allowing higher keys on lower outputs for flexibility.
Controlling directional lighting effects, like suppressing specific lights.
Special lighting configurations for Swiss locomotives and similar applications.
Customizing function key assignments for outputs and sound effects.
Controlling light brightness and directionality of outputs.
Configuring flashing effects for lights, including duty cycle and output assignment.
Assigning various effects like lighting, smoke, and uncouplers to function outputs.
Setting up and configuring smoke generators based on engine type and load.
Configuring electric uncouplers, including activation time and disengagement.
Utilizing SUSI pins for various interfaces like I2C, logic level I/O, and servo control.
Configuring servo outputs for movement, position, and function assignments.
Special CVs relevant for large scale and specific decoder types.
Configuration and operation of RailCom for bidirectional communication on the DCC track.
Overview of different types of sound projects and collections available.
Explanation of sound project components like samples, schedules, and CV settings.
Using CV #265 to select loco types from loaded sound collections.
Initial operation, sound setup, and function key assignments for decoders.
Using CV #300 for sound adjustments like sample selection and volume during operation.
Procedure for selecting chuff sounds from collections, applicable to steam projects.
Assigning sound samples to function keys for playback control.
Assigning sound samples to random generators for playback based on intervals.
Assigning sound samples to switch inputs for activation.
Procedure to record motor load for accurate sound adjustment.
General sound settings for volume, driving sounds, and function sounds.
Specific basic sound configurations for steam engines.
Adjusting steam engine sound volume based on load and acceleration.
Sound settings for diesel and electric engine components like motor and turbocharger.
Sound control for coasting and notching effects, primarily for diesel engines.
Activating sounds via random generators and switch inputs for dynamic effects.
Adjusting audio output using filters for sound equalization and speaker matching.
Importance of isolating rail from motor connections to prevent damage during power-up.
Explains how suppression components can affect motor control and potential fixes.
Wiring diagrams and considerations for connecting DC and AC motors to decoders.
Wiring details and default mapping for function outputs FO1-FO4.
Information on using logic level outputs, their voltage, and amplification needs.
Wiring instructions for electric uncouplers using the Krois system and CV settings.
Instructions for connecting servos to decoders, including small and large scale types.
Wiring guidance for connecting smoke generators, including fan and effect CVs.
Reasons for decoder malfunctions and common issues like failed updates or shorts.
Critical importance of backing up decoder data before sending for service.
Information and procedure for filling out and submitting the ZIMO repair form.
