ESU 58921 – LokSound 5 DCC Direct, Integrated PowerPack «Generic» Ready For Programming

With its unique design LokSound 5 DCC Direct, with integrated PowerPack can easily replace boards that provide poor motor control, low volume, or generally inferior sound. Not only will the decoder work fine with most factory installed speakers, but it will sound even better with our new 11x15mm “sugar cube” speaker and sound enclosure kits. Worried about dead spots or pesky yard ladder switches? There’s no need as we’ve built in ESU PowerPack direct into the decoder!

Modes

The LokSound 5 DCC is made for the North American and Australian markets. It is a pure DCC Decoder, which supports RailComPlus and can also be used on DC layouts. With its size of 0.67×2.72 inch / 17×69 mm the LokSound 5 DCC Direct, with integrated PowerPack will fit in almost all of the popular North American and Australian H0 manufacturers locomotives.

In the DCC format, 14 to 128 speed steps are as natural as 2- and 4-digit addresses and up to 32 functions. Thanks to RailComPlus®, the decoders log on fully automatically to a suitable digital central unit.

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

Braking with DCC brake modules or DC voltage is also possible. An automatic ABC shuttle allows automatic commuting between two stations.

The LokSound 5 DCC Direct, with integrated PowerPack decoder can also be used on analog DC tracks.

Sound

The LokSound 5 DCC Direct, with integrated PowerPack can play up to 10 channels simultaneously. Each channel can be resolved with up to 16 bit / 31250 kHz and finally offers hi-fi quality on your system. There is virtually no difference to the original more audible. A Class D audio power amplifier with up to 3W output powers the speakers, which may have between 4 ohms and 32 ohms impedance. The huge 128 Mbit sound storage provides enough capacity.

All individual sounds can be individually adjusted in volume. The super flexible Sound engine without rigid schedule allows the prototypical simulation of all imaginable locomotives. Three separately adjustable braking functions and two alternative load scenarios give you the maximum control over your Locos.

Features

We know that you want your locomotives to be as realistic as possible. That’s why we packed the LokSound 5 DCC Direct, with integrated PowerPack with function outputs. Depending on the interface version, the LokSound 5 DCC Direct with integrated PowerPack decoder offers at 10 amplified function outputs. Of course tons of lighting effects are also available. The brightness of each output can be set separately.

In order to keep compatible with the thousands of LokSound Selects and LokSound V4 decoders already on the market we made sure to add many of the most popular features of that Generation! This Includes the Full Throttle features, including the Famous Drive Hold!

Motor Control

The engine control of the LokSound 5 DCC Direct, with integrated PowerPack has again been fundamentally improved. A variably adjustable PWM clock frequency of 10kHz to 50kHz ensures especially in bell armature motors for a super quiet operation – 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 “Auto tune” function allows the automatic decompression of the decoder to the motor.

The LokSound 5 DCC Direct, with integrated PowerPack decoder delivers up to 0.75A motor current enough juice for older engines.

Energy Storage

The LokSound 5 DCC Direct, with integrated PowerPack reliably supplies energy to your locomotive when traversing dirty track or long turnout ladders.

With its energy storage (1 Farad capacity) the unit supplies power to all light and motor functions as well as to the sound module. Subject to the energy consumption of your model it may continue to move for up to three seconds.

The on board PowerPack incorporates an integral charging circuit controlled by the decoder. Because of this there are no limitations or need to disconnect it during programming like some non-ESU “keep-alive” devices. In order to avoid an undue load on the booster in case there are several models in the same booster sector, the charging current is limited.