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Configuring the Servo Outputs 
Address 1and 2 (CV 120 und 121, 160 und 161)

 

The addresses for each servo output can be freely selected.  The valid range of 
address is 1-2048. 

The servo is brought to the stop by the Address 1 in accordance with CV122 (red) 
and CV123 (green). 

Address 2 brings the servo to stop positions in accordance with CV162 (red) and 
CV163 (green).  

Note: Address 2 can be configured by CV programming. 

Addresses to 255

 can be entered directly as values in the CV for the Low byte (e.g. 

CV121). CV for the High byte (e.g. CV 120) remains at value 0 (factory setting). 

Addresses from 256,

 values for the High byte and the Low byte must be calculated. 

For example, programming of the address 2000 is as follows. 

x

  Divide the address value by 256 (2000/256 = 7 remainder of 208).  

x

  Register the integer result (7) as value in CV for the High byte (e.g. CV 120).  

x

  Register the remainder (208) as value in CV for the Low byte (e.g. CV 121). 

Setting Stop positions (CV 122 and 123, 162 and 163) 

The setting of the stops is done by numerical values between 0 and 127. 

Setting time (CV 124) 

Time constant for a Servo step. 

Process time = (difference between "red" and "green" values) * setting time * 1 ms 

desired procedure time in seconds * 1000 

Setting time = 

difference between "red" and "green" values 

 

Summary of Contents for 67810

Page 1: ...x Configured by digital system s turnout keys x Or by DCC CV Programming x Power supplied from the track or a separate transformer x Very low power consumption by use of an integrated regulator x All...

Page 2: ...ntly The speed at which the servo moves between the two end positions can also be configured For special applications each of the connected servos can be stopped at two additional stops by an addition...

Page 3: ...teristic and is not produced by the servo decoder we recommend to connect the Trafo terminals to a 16V model railway transformer This will ensure that the uncontrolled movements of the Servos will onl...

Page 4: ...ramming by Key and Solenoid Command The desired servos should be connected to the outputs that are to be programmed and should be attached since the servo decoder acknowledges the setting of the servo...

Page 5: ...rvo output On the digital center or another control device which can switch solenoids operate one of the two keys red or green which are to move this servo later The servo decoder acknowledges the key...

Page 6: ...The servo now moves independently back and forth with the set speed between the two stop positions The speed of the movement can be increased or decreased with the and keys as specified in step 5 8 T...

Page 7: ...servo operation and if the operating mode is Motorola or DCC The entered value is calculated from the CV table in which the values of the desired functions are added Example Output 1 power always on...

Page 8: ...120 remains at value 0 factory setting Addresses from 256 values for the High byte and the Low byte must be calculated For example programming of the address 2000 is as follows x Divide the address va...

Page 9: ...end position 2 switching point time at the servo green end position CV125 135 145 155 Switching point time with switching command red for outputs 1 4 CV126 136 146 156 Switching point time with switc...

Page 10: ...iption Value Range Factory Default 112 Software version the processor used can be updated varies 113 Manufacturer code 85 119 Decoder Configuration Power output 1 Bit 0 0 only on during servo movement...

Page 11: ...27 0 0 0 0 When a Motorola center is used the factory programmed addresses are not usable and must be adjusted by the user via key programming Guarantee declaration Each component is tested for its co...

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