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Accessory Decoder LS 100/110

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DIGITAL plus

Accessory decoders are the link between your NMRA DCC
system and your function devices (that is turnouts, signals,
uncouplers, etc.) on your model train layout.

Accessory decoders receive commands sent from the command
station via the power station and activate the drives of turnouts
or other switching devices. For DIGITAL plus systems these
switching commands are activated from input devices, such as,
hand held controller LH100, tower cab LW100, interface LI100 or
translation module LC100 (in connection with another,
compatible digital system).

+Dimensions: approximately 3.5 x 3.5” (90 x 90 mm)

LS100/110
Accessory DCC Decoder

Art. Nr. 11100 / 11110
January 1999

upgraded version 2.2

Submitted for NMRA

Conformance testing

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Summary of Contents for Digital plus LS100

Page 1: ...wer station and activate the drives of turnouts or other switching devices For DIGITAL plus systems these switching commands are activated from input devices such as hand held controller LH100 tower cab LW100 interface LI100 or translation module LC100 in connection with another compatible digital system Dimensions approximately 3 5 x 3 5 90 x 90 mm LS100 110 Accessory DCC Decoder Art Nr 11100 111...

Page 2: ...en the LED will also go out again If this is not the case then you may have selected the wrong address on the LH100 or the connection from the LV101 to the LS100 110 is not correct The LED is also used as a display during programming with the push button Push button The push button allows you to reprogram the address of an installed LS100 110 You can also reset it to the factory settings The LED h...

Page 3: ...ed then the position of turnouts can be sent back to the system when using suitable turnout drives It is then possible to display a turnout being thrown by either DCC or by hand Electrical specifications Supply voltage 8 18V AC or pulsing DC 8 25V pure DC battery lab power supply Current load capacity individual output 1 7A continous 3 A peak max 20 sec whole decoder 1 7A continous as the sum of a...

Page 4: ...lashing In this mode an output s and terminals are activated alternatingly This mode of operation is suited for connecting the flashing lights at a train crossing or signal The flashing rate is programmable see the section Programming the settings of an output for more information General notes Only one of the output pairs on an LS100 110 is active at any one time For example if during pulse or co...

Page 5: ...tion and or separate power supply line Before you connect your LS100 LS110 to your NMRA DCC system or the power supply line you must turn off your DCC system and disconnect the power supply unplug the transformer from wall outlet There are two options for connecting your LS100 LS110 The first option uses the power supplied by your ...

Page 6: ...V100 101 using a separate power supply line LS100 shown Illustration1 demonstrates the method of connecting an LS100 LS110 to the track outputs of a power station Terminals are here connected in parallel with terminals J and K to LV100 101 With this option all the power required to operate the devices connected to the LS100 110 is supplied by the DCC power station Illustration 2 Connecting an LS10...

Page 7: ...Accessory Decoder LS 100 110 7 DIGITAL plus Illustration 3 Connecting the feedback bus on LS100 ...

Page 8: ...You just need to make sure that you do not assign any address twice Information about shared addresses is found in the sections Programming address and settings of the outputs and Shared addresses of LS100 110 120 and LR100 later on in this manual Connecting devices to the function outputs Connecting various devices to the function outputs is shown in illustration 4 Here are some additional explan...

Page 9: ...Information on programming settings is found in the section Programming the settings of an output later on in this manual In Illustration 4 the connection of a signal s lightbulbs is shown in the upper left and the connection of LEDs in the lower left Important When connecting a LED please remember that terminal C is positive You must therefore connect the cathodes of the LEDs in the signal with t...

Page 10: ...10 Accessory Decoder LS 100 110 Illustration 4 Connecting devices to the LS100 LS110 function outputs ...

Page 11: ...es the end of its stroke With stall current turnout motors the pulse duration can be set to constant on Information about programming settings is found in the section Programming the address and settings later on in this manual Connecting the function devices to the feedback inputs of LS100 If you use twin coil turnouts with end of stroke disconnect or a stall current turnout motor then the connec...

Page 12: ...xternal control on conjunction with the LS100 110 The LS100 LS110 version 2 provides the ability to control the function devices connected to LS100 LS110 either digitally or with an external push button or REED switch This is done using the terminal marked Illustration 6 shows you how to wire the external push buttons and or REED switches Illustration 6 Connecting external controls ...

Page 13: ...connected with each other This is not a common ground You must only use potential free isolated contacts for instance REED switches The ROCO control track 42518 is another suitable example Programming address and settings of outputs First you must determine which numbers the function devices that will be connected are to listen to you must program the address of the accessory decoder In the second...

Page 14: ... Example If you have programmed an accessory decoder LS100 to addresses 5 6 7 and 8 then it occupies the feedback positions 9 to 16 in the command station You can therefore not use a feedback encoder with address 2 since this would occupy the same feedback numbers in the command station Programming the address of LS100 LS110 using the programming button This is a process where you can program LS10...

Page 15: ...m LS100 LS110 to Confirm the entry with the enter key Now press the or key on the hand held controller and thereby send a switching command with tower cab LW100 Press the red or green key of one of the 4 turnouts in the group that you want to program LS100 LS110 to You may need to first set LW100 to the needed group see the manual for LW100 With each pressing of the red or green key you cause a sw...

Page 16: ...2 33 47 3 4 516 settings output 2 0 15 32 33 47 4 5 517 settings output 3 0 15 32 33 47 5 6 518 settings output 4 0 15 32 33 47 7 7 519 version number 2 2 8 8 520 manufacturer ID 99 29 541 Configuration 128 Table 1 Assignment of registers The value stored in R1 thus determines the address the number with which the connected function devices are addressed R 2 to 5 behave the same The values stored ...

Page 17: ...tting the flashing rate The decoder version number is contained in R7 R8 contains the manufacturer ID which for Lenz Elektronik is 99 Both registers can only be read and can not be overwritten Connecting the LS100 LS110 to the programming output of a command station When the accessory decoder is to be programmed using the programming output of the command station we recommend that you do all the p...

Page 18: ...of command station LZ100 Note any other system capable of Direct CV mode or Register mode programming can also sucessfuly program an LS100 LS110 To do this connect terminals J and K as well as the terminals for the AC supply of the LS100 LS110 to the programming output terminals P and Q of the LZ100 command station Enter programming mode as described in the manual for the LH100 Programming using L...

Page 19: ...r as the LH100 is actually still in CV mode and not in REG mode as the display indicates To return to REG mode please press the Esc key repeatedly until the display again shows PROG press enter and then choose the REG mode using the key Programming the turnout address Proceed to programming mode as described above Let s assume that you want to program LS100 LS110 to turnout addresses 9 10 11 and 1...

Page 20: ... programming output of the command station as described above and change into programming mode with the hand held controller Select register 3 In this position the settings of output 1 are stored see Table 1 Example 1 Setting pulse operation with shortest pulse duration As you see from tables 2 and 3 above you must enter the number 1 on hand held controller LH100 as the value to be programmed Then...

Page 21: ... 353 to 360 177 to 180 14 105 to 112 53 to 56 46 361 to 368 181 to 184 15 113 to 120 57 to 60 47 369 to 376 185 to 188 16 121 to 128 61 to 64 48 377 to 384 189 to 192 17 129 to 136 65 to 68 49 385 to 392 193 to 196 18 137 to 144 69 to 72 50 393 to 400 197 to 200 19 145 to 152 73 to 76 51 401 to 408 201 to 204 20 153 to 160 77 to 80 52 409 to 416 205 to 208 21 161 to 168 81 to 84 53 417 to 424 209 ...

Page 22: ...lled up LS100 is not shown as a feedback capable decoder no R shows in the LH100 display Feedback bus is not connected or the wires R and S are switched Connect the feedback bus or correct the wires When calling up a LS100 LS110 on LH100 the following display shows The entered address is not occupied by an accessory decoder but by a feedback encoder Enter the correct turnout address Check if you a...

Page 23: ...ects or failures caused by accidental user installation problems Should the item no longer be produced and the item is not repairable a similar item will be substituted at the manufacturers discretion The user must pay for shipping to an authorized Lenz GmbH warranty center Year 2 and 3 A full replacement for any item will be provided that has failed due to manufacturer defects If the failure was ...

Page 24: ...03 5332 http www lenz com Lenz Agency of North America PO Box 143 Chelmsford MA 01824 ph fax 978 250 1494 support lenz com This equipment complies with Part 15 of FCC Rules Operation is subject to the following two conditions 1 this device may not cause harmful interference and 2 this device must accept any interference received including interference that may cause undesired operation Please save...

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