Yamorc YD8116 Quick Start Manual

16-fold signal/switching decoder

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



Designed by Karst Drenth
Made in Germany
Assembled in NL

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  • Page 1       Designed by Karst Drenth Made in Germany Assembled in NL...
  • Page 2 YD8116 Index Description ……………………………………………………………………… 3 Technical Data…………………………………………………………..…….. 4 Assembly, dimensional drawing ……………………………………… 4 Important notes………………………………………………………………. 5 Hardware overview…………………………………………………………. 6 Connection of power supply……………………………………………. 7 Connection Examples………………………………………………………. 8 Configuring the start solenoid address (switch address)………………………………………………………………. 10 Configuration via "ES-Link"………………………………………………. 11 What is DCCext and why is it advantageous to use the use it? A short insight!............
  • Page 3 The solenoid address (turnout address) is configured simply by pressing the programming button. We have deliberately decided to keep the configuration as simple as possible, for this reason no further settings are required on the YD8116 for nor- mal operation. Only a freely selectable solenoid address (turnout address) must be assigned as the start address. The YD8116 then automatically occu- pies the seven consecutive solenoid article addresses.
  • Page 4: Technical Data

    88 mm Min. 12 VDC Input Voltage DC Max. 19 VDC Housing Dimensions 84mm x 88mm x 22mm Distance Between Holes 94.5mm, 42.5mm Mounting The YD8116 is mounted via the four mounting holes on the side of the housing. www.yamorc.com...
  • Page 5 • AC transformers must not exceed a maximum output voltage of 16V AC. The YD8116 internally rectifies AC voltage and always outputs DC voltage at the output terminals. The polarity of the output terminals (- + -) must be observed! •...
  • Page 6: Hardware Overview

    YD8116 Hardware Overview ES-PGM YaMoRC programming adapter connection Link The YaMoRC programming adapter can be used to perform firmware updates and advanced programming can be performed. connection output 9 common connection output 9/10 Connection output 10 connection output 11 common connection output 11/12...
  • Page 7: Connecting The Power Supply

    Digital control unit Track voltage connection Track voltage connection (Track Out) (Track Out) Attention! All connection work on the YD8116 must always be carried out in a de-energised state. Disconnect the power supply from the mains and switched off! www.yamorc.com...
  • Page 8: Connection Examples

    YD8116 Please note that LEDs may only be connected to the YD8116 with a series resistor for current limitation. It is irrelevant whether the LED is dimmed or operated at full brightness. The resistor value depends on the type of LED used, so it is not possible to say exactly how high this value must be.
  • Page 9 YD6116 .The line colours may differ! Please observe the ope- configuration on the YD8116 rating instructions of the signals used Attention! All connection work on the YD8116 must always be carried out in a de-energised state. Disconnect the power supply from the mains and switched off! www.yamorc.com...
  • Page 10 YD8116 Configuring the start solenoid address (turnout address) YaMoRC has decided to make the configuration of the YD8116 as simple as possible. For this reason, the YD8116 does not have the CV programming that was common in the past. If you have any questions, please contact our service department. We will certainly find a solution for you.
  • Page 11 Here we present the simplest configuration option of the YD8116 via predefined signals and switching terms. A YaMoRC module with "ES-IN Link" connec- tion is always required for configuration (e.g. YD6016LN-xx, YD9101). For a detailed description of how to connect the YD8116 to the YD6016LN-xx or the YD9101, please refer to the respective documentation.
  • Page 12 YD8116 What is DCCext and why is it beneficial to use it? A short look! The YD8116 can be controlled either via "normal" DCC turnout addresses or via the relatively new DCCext format. Shortly summarized the distinction: With multiple term signals, switching via "normal" DCC addresses can become complicated. Different DCC switching commands must be executed in a cer- tain time and sequence.
  • Page 13: Warranty

    Content of the guarantee/exclusions: The warranty includes, at YaMoRC's discretion, the free repair or free replacement of the defective part, which can be proven to be due to design, manufacturing, material or transport faults. For this purpose, you must send the decoder to us properly stamped. Further claims are excluded.

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