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9

To avoid incorrect connection the amount of contact pins varies 

on both sides. Please only use the supplied cable that comes with 

the delivery. Make sure the position of the pins is correct when you 

plug the cable in.
Don´t exert to much pressure, the pins could break or bend!
If  there  are  to  connect  more  than  three  ECoSBoost  devices,  the 

ECoS link-Bus can be extended via the Märklin® Terminal, orde-

ring no. 60125.

8.5. Status-LED

The  ECoSBoost  has  a  green  status  LED  on  its  top.  It  shows  the 

current operating mode:

LED out: 

 

No voltage supply or ECoSBoost Booster re 

 

 

ceives new firmware („update“) from com- 

 

 

mand station.

LED continuously on:  Normal operating mode: connection to    

 

      command station is established, track voltage  

 

 

is applied.

LED flashing short-long: No connection to command station: Power  

 

 

supply is OK, but ECoSlink- cable is not, resp.  

 

 

not correctly connected. 

LED flashing slowly:   Connection to command station is establis- 

 

 

hed, track voltage is switched off.

LED flashing quickly:  Connection to command station is establis- 

 

 

hed, track voltage is switched off due to    

 

 

overload or short-circuit. 

 

Figure 10

Status-LED
 (under transparent cover)

9. Dividing the layout

To ensure a trouble-free operation of your layout, proper planning 

of the track sections is essential. We are glad to assist you here 

with some ideas.

9.1. Power section

Please consider the arrangement of the power sections very ca-

refully! Assign the transitions between each of the single booster 

sections in a way they are rarely passed by trains. 
The following divisions are useful:

• Station / Depot
• Mainline (probably divided in several sections)
• Side/branch-line (probably divided in several sections)

Regardless of the size of each single circuit, there should be a cur-

rent supply from the booster to the tracks every 1.5 – 2 metres: as 

the transition resistance of the track sections is not negligible, the 

omission to feed the tracks every 1.5 – 2 metres may lead to a fai-

ling short-circuit detection due to voltage drops within the tracks.
If vehicles, which are far away from the feeding point slow down, 

it is – in most cases - a sign of insufficient power supply. 
Each circuit needs to be separated by a single-pole isolation. This 

means to disrupt the contact studs of three-conductor tracks and 

at least one of the two-conductor tracks.
We recommend only using boosters of the same type. In a mixed 

operation  it  is  likely  that  problems  may  occur  whenever  a  loco-

motive crosses a district boundary due to a greatly varying time 

related behaviour and track voltage. 
If a mixed operation is, however, unavoidable, it must be noted 

that a rocker contact for separating the centre rail is required at 

the district boundaries.
Furthermore, the track voltage of every district boundary should 

be as high as possible and at the same level.
Please make sure that locomotives or trains do not stop directly 

on a joint and bridge two district boundaries. Hereby, the outputs 

of both boosters will be electrically connected. Depending on the 

layout of the boosters and, respectively, their supply voltage equa-

lizing currents might flow which will lead to the destruction of the 

booster after some time.

9.2. Separate circuit for magnetic accessories

For larger layouts we recommend to use another booster to switch 

all  the  magnet  accessories  separately.  In  this  way  it  will  be  still 

possible  to  switch  magnetic  accessories,  if  the  track  is  powered 

off, e.g. by a short circuit. This will increase the operating safety 

significantly.

9.3. Transition from digital into analog sections

With a transition from a digital section into an analogue supplied 

section  there  are  certain  things  you  must  pay  attention  to.  The 

track separation as explained in chapter 8.3. will not be sufficient 

here.

You have to isolate the digital part of your layout from the ana

-

logue on both sides at the transition points in order to avoid an 

electrical contact. To do so, please either use isolating track con-

nectors or saw the track profiles. 

Dividing the layout

Содержание ECoSBoost

Страница 1: ...1 Instruction manual Second Edition October 2011 ECoSBoost Digital Amplifier ESU P N 04011 10679...

Страница 2: ...itor of the ECoS Central Station 11 14 Support and Assistance 11 Copyright 1998 2011 by ESU electronic solutions ulm GmbH Co KG Mistakes changes resulting in technical advancement availability and all...

Страница 3: ...f in doubt avoid any costly experiments ECoSBoost is only intended for the use with electrical model train layouts Never operate ECoSBoost without paying atten tion and never use it for controlling de...

Страница 4: ...30 Celsius Do not use any aggressive chemicals cleaning solutions or sol vents for cleaning ECoSBoost Never use liquids or spray for cleaning the monitor Instead use a clean slightly moist cloth and...

Страница 5: ...sta tion e g the M rklin central station all locomotives that are equipped with a mfx decoder will be recognised The ECoSBoost is 100 compatible with mfx 6 4 DCC RailCom feedback Each ECoSBoost is eq...

Страница 6: ...lely for powering ECoSBoost Do not use it for other household appliances Check the power supply regularly for any visible damage of the housing or the mains cable Damaged parts may never be used Do no...

Страница 7: ...odel railway layout besides the ECoSBoostBoost This could cause an inadmissible contact to ground that could lead to the destruction of your ECoSBoostBoost The power supply generates a stabilised volt...

Страница 8: ...8A track current Always consider if you actually need such a high output current In case of a short circuit your locos may be damaged and there may be risk of fire Also refer to chapter 10 2 regarding...

Страница 9: ...ks every 1 5 2 metres may lead to a fai ling short circuit detection due to voltage drops within the tracks If vehicles which are far away from the feeding point slow down it is in most cases a sign o...

Страница 10: ...Updates The ECoSBoost software can be also updated for the ECoSlink bus like any other device Thus it is possible to upgrade new functions or remove week points An update can only be carried out when...

Страница 11: ...st c Display for external DCC or 6017 boosters d Present current maximum current e Bar display of weighted average tendence Figure 13 a c b d e f g f Present track voltage in the booster district g Pr...

Страница 12: ...12 Figure 14 ECoS System overview 15 ECoS System overview...

Страница 13: ...Output is over load and short circuit protected Thermally overload protection Galvanically separation of track output and ECoSlink bus NMRA DCC BiDirectional feedback module RailCom with in tegrated...

Страница 14: ...14 Notes...

Страница 15: ...led and precise as possible and return it with your faulty product Please use the appropriate postage when shipping to ESU Extent of warranty exclusions This warranty covers the repair or replacement...

Страница 16: ...16 ESU P N 04011 10679...

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