LZV200 Version 4.0 – Now with integrated decoder programmer.

With the new software version 4.0, the LZV200 becomes a "decoder programmer." At the programming track connections (P, Q) and with the help of the free "CV-Editor" software, it is now possible to perform firmware updates for Lenz decoders (including scale 0 locomotives).

The software version 4.0 also expands the number of switchable function outputs. It is now possible to address a total of 69 functions in locomotive decoders (F0 to F68). Please note: Using 69 functions requires a throttle LH101/LH101-R from version 2.1, or alternatively, the use of the LZV200 PC interface or an external interface.

How to get version 4.0 for your LZV200:

As this is a pure software update for the LZV200, the new features can be activated with a simple update using a new update stick. You can easily order the required update stick from us for €75.00 (including VAT). Sale and shipping exclusively within Germany. A shipping fee of €7.00 applies. Alternatively, you can send us your existing update stick. We will exchange it for one with version 4.0, charge €75.00 but no return shipping costs.

Still have an LZV100 or LZ100?

You can trade it in for an LZV200. Learn how here.

Features

• Locomotive addresses: The range of locomotive addresses is 1 - 9999. With address '0', a conventional locomotive can be controlled. In the range 1-99, the LZV200 uses the so-called base address of the locomotive decoders, stored in CV1 of the locomotive decoder. In the range 100-9999, the extended locomotive address is used, stored in CV17 and CV18 of the locomotive decoder. Detailed information about the two address ranges can be found in the "Locomotive Receiver Information." This information can be downloaded for free here.
• Locomotive functions and configuration: From version 4.0, up to 69 functions are available per locomotive address (F0 to F68). You can configure each function (F1 to F68) as either a continuous or momentary function. This configuration is saved for each locomotive address.
  Continuous function: The function is toggled on with one button press and off with another.
  Momentary function: The function remains active only while the button is pressed. Releasing the button deactivates the function.
  Function data for F0 to F4 are always stored in the central unit and continuously transmitted during operation. Data for F5 to F28 can be toggled for storage and cyclical transmission (only with LH101, LH101-R, and LH100). Data for F29 to F68 are only sent upon change.
• Speed steps: The LZV200 supports speed step modes 14, 28, and 128. The mode can be configured separately for each locomotive address.
• Double traction: Two locomotives can be combined in double traction and controlled together.
• Multiple traction: Multiple locomotives can be controlled simultaneously using a common address. All Digital plus locomotive receivers produced since the end of 1996 support multiple traction.
• Model time: The LZV200 central unit includes a model clock. You can set the day, hours, and minutes, as well as the time factor. If the factor is 0, the time is disabled. Factor 1 is "normal" speed, factor 2 is double speed, and so on, up to factor 31. The model clock runs only when the LZV200 is active. If the LZV200 is turned off, the clock stops, but the last model time remains stored.
• Programming on the main track (PoM): You can program a locomotive decoder's properties while the locomotive is on the layout. For example, adjust acceleration delay for a heavy freight train in real-time!
• Programming on the programming track: All three NMRA programming methods are available with the LZV200: CV programming, register programming, and page mode. With throttles LH01 and LH101 (SW < 2.0), only CV programming is possible. From version 2.0 onwards, register programming is also available.
• Magnetic accessories: The address range for magnetic accessories (switches and signals) is 1 to 2048. Genuine feedback for switches is available in the range 1 to 256.
• Automatic feedback: All changes to feedback-capable components (e.g., LS100 switch decoder or LR101 feedback module) are automatically reported to all devices connected to XpressNet. This makes feedback particularly fast, as polling times are eliminated.
• Automatic reporting of switching commands: Switching commands are automatically reported even for switches not connected to feedback-capable controllers. The most recent command is communicated to all XpressNet devices, ensuring that computer programs display switch and signal states accurately.
• Data storage: The LZV200 stores locomotive addresses with associated data (speed, function status) each time you select a locomotive. These data are continuously transmitted to locomotives on the layout. This ensures locomotives always receive updated information, even after power interruptions.
  For example, a locomotive standing in a powerless section will resume operation at its last speed when power is restored. The LZV200 can store data for 250 locomotives, with an additional slot for conventional locomotive speed.
• XpressNet: Communication with input devices is established through the XpressNet interface. Up to 31 devices can be connected to XpressNet.
• AUTO mode: This mode ensures that after system startup, locomotives receive stored data. This includes speed and function information for the specified locomotive addresses. AUTO mode can only be configured with LH100 and LH101 throttles.
• Interface: The LZV200 includes a USB-B interface, enabling full system functionality with a computer and compatible software. The interface uses the same protocol as the USB interfaces of devices 23150 (USB Interface) and 23151 (LAN/USB Interface).
• RailCom detector: The LZV200 features a global RailCom detector that receives data from decoders in channel 2 of the RailCom packet. This allows reading CVs from locomotive decoders during operation.
• Track voltage: Track voltage is adjustable from 11V to 22V in 0.5V increments. Under load, this voltage may decrease depending on the transformer used. The factory default is 16V.
• Output current: Output current is limited to 5A and adjustable between 2.5A and 5A in 0.5A increments. Sustained current depends on transformer voltage and track voltage settings. For example, with a TR150 transformer and 16V track voltage, the sustained current is 4.3A.
• Overload protection: Thermal overload protection. Overcurrent shutoff occurs after approximately 200 ms of sustained overcurrent (e.g., short circuit).
• Housing: Metal

Models that have the status "sold out ex works" or no longer appear in this list may still be available from specialist dealers.