Product Description
The LokPilot 5 DCC is the “twin brother” of the LokPilot 5. The two share almost all features, but the LokPilot 5 DCC is a pure DCC decoder and cannot be used on analog AC systems. However, this sacrifice of flexibility is rewarded with a lower price
LokPilot 5 decoders are offered with all common interfaces.
Operating modes
The LokPilot 5 DCC is a “pure” DCC decoder. 14 to 128 speed levels are as natural as 2 and 4 digit addresses. Up to 32 functions can be triggered. Thanks to RailComPlus®, the decoders log on to a suitable digital control center fully automatically.
It controls all DCC programming modes and thanks to RailCom®, the CV values on the main track can be read out with suitable control centers. There are auxiliary registers for control panels that can only program CVs from 1-255.
The LokPilot 5 DCC decoder recognizes the Märklin® braking routes as well as ZIMO® HLU / ZACK commands or the Lenz® ABC system. Braking with DCC brake modules or with direct voltage is also possible. In addition, it also stops with a Selectrix® brake diode. An ABC automatic shuttle train enables automatic commuting between two stations.
The LokPilot 5 DCC decoder can be used on analogue DC railways. The maximum speed can be set separately.
The decoder switches between the operating modes fully automatically “on the fly”. Most of the time nothing needs to be set.
Features
We know that you want your locomotives to be as realistic as possible. We have therefore packed the LokPilot 5 DCC with function outputs. Depending on the interface version, each LokPilot 5 DCC decoder offers at least 10 amplified function outputs, each with 250mA output current. The versions with PluX22 or 21MTC interface have 4 additional outputs for controlling servos or logic level outputs. All important lighting functions are available. The brightness of each output can be adjusted separately. The decoder controls automatic pressing and releasing when uncoupling for ROCO®, Krois® and Telex® couplings.
Motor control
The engine control of the LokPilot 5 DCC has once again been fundamentally improved. A variably adjustable PWM clock frequency from 10kHz to 50kHz ensures super-quiet operation, especially with bell-armature motors - the typical “humming” is a thing of the past. The load control can now be adapted to difficult cases with up to 10 CVs. The unique “Autotune” function enables the decoder to be automatically calibrated to the motor. With up to 1.5A motor current, the LokPilot 5 DCC decoder delivers enough juice even for older motors.
Operational safety
If desired, a PowerPack can be connected to the LokPilot 5 DCC to bridge dirty rail sections.
Protection
Of course, all function outputs and the motor output are protected against overload. We want you to enjoy your decoder for as long as possible.
| Technical data | |
| Operating modes: | |
| NMRA/DCC with 14, 28 and 128 speed levels, DCC RailCom® | |
| DCC 2-digit and 4-digit addresses (short and long addresses) | |
| Analogue direct voltage (can be switched off). | |
| Automatic recognition of the operating mode and DCC speed setting | |
| Support for Lenz® LG100, Märklin®, Roco® braking distances and ZIMO® HLU commands | |
| Support ABC brake mode and ABC commuter train route | |
| Wrong-way bit / storage of operating states | |
| Maneuvering gear and acceleration and braking delay can be switched via button | |
| Speed controller part: | |
| 2.0 A continuous load capacity | |
| Connection of DC, bell armature and AC motors (with permanent magnet) | |
| Silent, motor-friendly control with a clock frequency of up to 50 kHz | |
| Motor output protected against overload. 5th generation load control (can be switched off) | |
| Function outputs: | |
| 10 amplified functional outputs | |
| Version with 21MTC interface, additional 2 logic level outputs and 2 additional logic level outputs instead of SUSI | |
| Version with PluX22 interface 2 logic level outputs instead of SUSI | |
| 250mA load capacity per amplified output | |
| Total current of all function outputs approx. 500mA. Outputs short-circuit proof | |
| Assignment of the function outputs freely selectable (function mapping) | |
| Dimensions: | |
| 21.4mm x 15.5mm x 4.5mm |