LokPilot 5 Fx DCC, PluX22 NEM658, Retail

The LokPilot 5 Fx DCC is a function decoder without motor output and is therefore perfect for installation in control cars or function models. As the "twin brother" of the LokPilot 5 Fx, it shares its characteristics and also the basic characteristics of all other LokPilot 5 decoders, but is a pure DCC decoder.

The LokPilot 5 Fx DCC is supplied in three variants: In addition to the "classic" version with 8-pole NEM 652 wiring harness, a variant for the 21MTC interface and with PluX22 interface is also available.

Modes

The LokPilot 5 Fx DCC is a "pure-bred" DCC decoder. 14 to 128 driving steps are as self-evident as 2- and 4-digit addresses. Up to 32 functions can be triggered. Thanks to RailComPlus®, the decoders register fully automatically at a suitable digital center.

It masters all DCC programming modes and thanks to RailCom® the CV values can be read out on the main track with suitable control panels. Auxiliary registers exist for control panels that can only program the CVs from 1-255.

The LokPilot 5 Fx DCC decoder detects the Märklin® brake distances as well as ZIMO® HLU / ZACK commands or the Lenz® ABC system. Braking with DCC brake blocks or with equal voltage is also possible. In addition, it also stops with a Selectrix® brake diode. An automatic ABC pen train allows automatic commuting between two stations. Although this de-coder does not have an engine output, this is also important for a function decoder in order to be able to synchronize control cars and motor cars.

The LokPilot 5 Fx DCC decoder can be used on analog DC webs.

The decoder switches "on-the-fly" fully automatically between operating modes. Most of the time, nothing needs to be adjusted.

Functions

The LokPilot 5 Fx DCC has been equipped with an astonishing number of function outputs. Depending on the cutting position design, each LokPilot 5 Fx DCC decoder offers at least 10 reinforced function outputs with 250mA output current each. For the versions with PluX22 or 21MTC interface, 4 outputs are added for controlling servos or logic level outputs. All important light radios are available. The brightness of each output can be set separately.