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29  

Configuration DCC Standard 

Bit 0=0  Normal driving direction 
Bit 0=1  Reversed driving direction 
Bit 1=0  14 speed steps  
Bit 1=1  28 speed steps 
Bit 2/3   not used 
Bit 4=0  Speed steps from CV2, CV5 and CV6 
Bit 4=1  Characteristics read from CV67 to CV94 
Bit 5=0  Short Address (CV 1)  
Bit 5=1  Long Address (CV 17/18)  
Bit 6/7   not used

 

Value 

0 * 


2 * 

0 * 

16 

0 * 

32 

0-255  

2  

Decoder Configuration

  

Bit 0=0 Load regulation on 
Bit 0=1 Load regulation off 
Bit 1     Not used 
Bit 2=0 Brake down to Zero in a brake section 
Bit 2=1 Brakes to speed step in CV52 
Bit 3=0 SX programming off  
Bit 3=1 SX programming on  
Bit 4=0 Data format Motorola and DCC  
Bit 4=1 Data format Selectrix  
Bit 5=0 Motorola Data format off  
Bit 5=1 Motorola Data format on  
Bit 6=0 Don’t swap light outputs  
Bit 6=1 Swap light outputs  
Bit 7=0 Brake only with brake signal 
Bit 7=1 Brake with analog voltage 

Value 

0 * 

0 * 


8 “ 
0 * 
16 

0  

32 * 

0 * 

64 

0 * 

128 

49  

Note: When Selectrix program is enabled by Bit 3 or Motorola 
data format by Bit 5 and the decoder can only be programmed 
by a DCC device.

 

0-255 40 

 

50  

Dimming of the function outputs 

0-63  

32  

51  

Switching between analog and digital operation 
0=Digital operation, 1=Analog operation 

0,1  

0  

52 

Speed at the end of a braking section 
Relevant when CV49 Bit 2=1 and Bit 7=1 

0-255 30 

53 

Repetition rate of load regulation (CV49, Bit 0=1) Rate=Value * 
53us 

0-255 80 

54 

Load regulation: increase motor  voltage 

0-255 

55 

Load regulation: decrease motor  voltage 

0-255 

56 

AD transducer correction (Do Not Change) 

0-255 

57 

SX operation using speed set table (CV29 Bit 4=1): 
For speed steps 29, 30, 31 which are not in the speed step table 
CV67-94 the values are added linearly 

0-255 5 

58 

Time slot for AD transducer measurement 

0-255 

14 

59 

Reset to Factory default.  If this CV is set to 1 the decoder is 
reset to factory settings 

Note: After a reset definitely program CV61 and CV21 

0, 1 

60 

Short circuit guard (Do Not Change) 

0, 82 

82 

61 

Switch off temperature 

º

C (90

º

C)  

0=Temperature monitoring is switched off 

0-255 Varies 

between 

decoders 

62 

This CV is used when the decoder is programmed using SX 
programming 

0-255 0 

63 

Offset register for CV programming with a Motorola digital 
controller 

0-255 0 

64 

Page register, used in DCC page mode 

0-255 0 

67-94 Speed 

step 

curve 

 

0-255 

5, 7, 10, 12, 

15, 32, 20, 22, 
25, 27, 30, 32, 
35, 37, 42, 50, 
55, 60, 65, 70, 
75, 80, 85, 90, 

95, 100, 105, 

110 

The factory default values in CV29 and CV49 are marked with *. 

Summary of Contents for 73 510

Page 1: ... digital systems and also runs in DC analog mode The decoder operates with a frequency of 18 75KHz and is therefore well suited for DC and especially for Bell armature motors e g Faulhaber Maxon Escap up to a maximum power load of 500mA Short burst start up currents are tolerated Motor characteristics can be controlled either by setting the minimum maximum and middle speeds or via various CV s for...

Page 2: ...ctrix To read or program the Intellibox selected Selectrix data format a Selectrix controller or a Selectrix programming device can be used The data format of the decoder will automatically switch to Selectrix when CV49 bit 4 1 The decoder can then be operated in Selectrix mode Programming In factory default state all decoder options are changed using configuration variables CV s according to the ...

Page 3: ... speed steps Value 2 Speed steps via CV 2 5 6 Value 0 Short address Value 0 The total value is 2 This value is factory default for CV29 Table of individual CV s Configuarion Variables CV Description Value range Factory default 1 Locomotive address DCC 1 127 Mot 1 80 SX 1 111 3 2 Minimum speed value 1 63 1 3 Start Inertia 1 means every 5ms the speed will be increased by 1 Sets the internal maximum ...

Page 4: ... between analog and digital operation 0 Digital operation 1 Analog operation 0 1 0 52 Speed at the end of a braking section Relevant when CV49 Bit 2 1 and Bit 7 1 0 255 30 53 Repetition rate of load regulation CV49 Bit 0 1 Rate Value 53us 0 255 80 54 Load regulation increase motor voltage 0 255 2 55 Load regulation decrease motor voltage 0 255 2 56 AD transducer correction Do Not Change 0 255 1 57...

Page 5: ...ou enter the special programming mode by entering an address value of 0 and pulse width value of 4 Note Because address 0 is used to place the decoder into programming mode it cannot be used as a normal address Now tell the decoder which CV you wish to call up Look for particular values for Signal brake section BS Top Speed TS and Start brake inertia SB in the programming table and program the dec...

Page 6: ...3 1 83 2 7 5 20 1 7 3 52 2 4 1 84 2 1 6 21 1 1 4 53 2 5 1 85 2 2 6 22 1 2 4 54 2 6 1 86 2 3 6 23 1 3 4 55 2 7 1 87 2 4 6 24 1 4 4 56 2 1 2 88 2 5 6 25 1 5 4 57 2 2 2 89 2 6 6 26 1 6 4 58 2 3 2 90 2 7 6 27 1 7 4 59 2 4 2 91 2 1 7 28 1 1 5 60 2 5 2 92 2 2 7 29 1 2 5 61 2 6 2 93 2 3 7 30 1 3 5 62 2 7 2 94 2 4 7 31 1 4 5 63 2 1 3 95 2 5 7 32 1 5 5 64 2 2 3 96 2 6 7 Programming with a Märklin Centre Al...

Page 7: ... a value of 57 The decoder will calculate the CV value as 4 25 57 Following programming CV63 should be set back to zero so that following value smaller than 79 are not incorrectly programmed Technical Data Addresses 1 9999 long DCC Address Max Motor current 0 5A Function outputs 0 5A each Total Load 0 5A Size 8 6 x 12 0 x 3 7 mm The decoder is preset to address 03 operating with 28 speed steps 28 ...

Page 8: ... warranty claim is void if the damage was caused by inappropriate treatment Please note that according to EMV regulation the component may only be installed in vehicles which carry the CE logo Our contact Details Service In the event of a defect or failure send the unit together with the invoice and a short description of the fault back to us for repair Hotline We are available if you have any que...

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