To Next PageTo Next Page
Need help?Do you have a question about the ZIMO MS450P22 and is the answer not in the manual?
General| Brand | ZIMO |
|---|---|
| Model | MS450P22 |
| Category | Media Converter |
| Language | English |
Presents technical data for all MS sound decoders, including voltage, temperature, and memory.
Details the process for updating software and loading sound projects using ZIMO devices.
Explains overload and thermal protection mechanisms and potential issues for ZIMO decoders.
Details basic DCC configuration settings, including operating modes and braking.
Configures the short DCC locomotive address (1-127) and MM address (1-255).
Covers extended DCC addresses and decoder-controlled consisting setup.
Explains the two types of speed curves: 3-point and 28-point, and their configuration.
Sets the reference voltage for motor regulation, influencing speed stability and response.
Adjusts motor control frequency and EMF sampling rate for smoother operation and reduced noise.
Tailors motor regulation using Proportional-Integral-Differential (PID) values for optimal performance.
Sets basic acceleration and deceleration times for smooth train movement.
Details stopping at signals using asymmetrical DCC signals (Lenz ABC) and circuit requirements.
Configures ABC stopping behavior and driving slowly using asymmetrical DCC signals.
Sets up automatic stopping for DC brake sections, including polarity reversal and Märklin brake mode.
Configures constant braking distance for precise stops using CV #141.
Defines NMRA function mapping for controlling function outputs via cab keys.
Details dimming, high/low beam, and direction bit settings for function outputs.
Explains synchronized steam chuffs and diesel smoke with fan control using CVs.
Describes the 'Swiss mapping' for locomotive lighting control, allowing individual states and dimming.
Details CVs for basic RailCom configuration, including channel settings and train direction.
Explains sound projects, collections, and types of projects available from ZIMO.
Guides on selecting a loco type from a sound collection using CV #265, with examples.
Explains the CV #300 procedure for modifying sound project parameters during operation.
Guides on assigning sound samples to function keys F1-F63 for playback control.
Details allocating sound samples to random generators Z1-Z8 for playback via CV #300.
Explains allocating sound samples to switch inputs S1-S3 for playback triggered by external signals.
Initiates a test run using pseudo-programming (CV #302=75) to record the motor's basic load.
Covers basic sound settings applicable to all engine types (Steam, Diesel, Electric).
Sets chuff beat frequency using a virtual cam sensor, adjustable via CV #267.
Adjusts chuff volume based on current load, increasing on inclines and decreasing on declines.
Configures diesel engine sound reaction to load, PWM, and performance steps.
Emphasizes separating rail and motor connections to prevent damage during power-up.
Covers locomotive addressing (CV #1, #17, #18) and basic configuration (CV #29).
Details motor control parameters like start voltage, acceleration, braking, and top speed.
Details how to enable and configure analog DC and AC operation, including CV settings.
Configures RailCom channels, high voltage RailCom, and basic settings via CV #28.
Sets train direction, speed steps, analog operation, RailCom, and speed table selection via CV #29.
Adjusts PID motor regulation parameters (P and I values) for optimal control and load balancing.
Sets the reference voltage for motor regulation, influencing speed stability and response.
Sets automatic uncoupling parameters, including activation time and disengagement.
Maps function keys to internal decoder functions, allowing custom input assignments.
Assigns effects like lighting, smoke, and uncoupling to function outputs using effect CVs.
