This is the feedback module for RS bus with 8 inputs with occupancy detectors with the advantage that the voltage drop by section is only of a single diode and its optocoupled.
The programming of the number of the module is made in a simple way pressing the button and then from the command station selecting a number of accessory and driving it. By means of the button it's also possible to show with the LED the programmed number of the module. It includes a detector of voltage of the DCC signal, by means of which if by any cause there is no voltage in the track (short circuit, etc..) the module 'frezzes' the inputs until the retun of the DCC signal avoiding 'track free' feedback in case of power failures. It includes visualization of lack of bus RS and lack of DCC signal.
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PpP-RS8-DC User's manual |
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PpP-RS8-DC Assembly instruction |
This is the feedback module for RS bus with 8 inputs. Connect to the inputs only optocoupled detectors or dry contact.
The programming of the number of the module is made in a simple way pressing the button and then from the command station selecting a number of accessory and driving it. By means of the button it's also possible to show with the LED the programmed number of the module. It includes visualization of lack of bus RS.
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PpP-RS8 User's manual |
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PpP-RS8 Assembly instruction |
This circuit has four occupancy detectors that works by detection of current for the inputs of the feedback modules RS8 or S88 (and with a little adaptation for Roco 10787) with the advantage that the voltage drop by section is only of a single diode and its optocoupled
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PpP-DC4 User's manual |
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PpP-DC4 Assembly instruction |
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Adapting PpP-DC4 to use with Roco 10787 feedback modules  |
For the control by computer and to directly connect RS feedback modules to the PC if our command station doesn't have connection for feedback modules (Lokmaus, Lenz Compact..) or to have more feedbak inputs.
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User's manual, schematics and PCB of RS2PC |
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User's manual, schematics and PCB of RS2PC-USB |
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HEX file of RS2PC interface | |
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VCP Drivers for RS2PC-USB |
For the control by computer and to directly connect RS feedback modules to the PC. GenLI-RS interface sends the information of RS modules to the PC with a compatible Lenz LI100 protocol.
With its Xpressnet connection can send information of command stations with these bus (Lokmaus, Multimaus, Lenz Compact,..) to the PC to control locomotives and accessories in addition to the feedback information from RS modules for a complete control of the computer model. You can connect up to 128 RS modules (up to 1024 feedback inputs)
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User's manual of GenLI-RS |
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VCP Drivers for GenLI-RS |
To build your own Optical Control Panel (TCO) with LED. Takes data directly from the bus RS installed between the command station (or RS2PC) and RS modules. You can program each individual LED to show a occupancy input illuminated fixed or flashing. Several LED can display the same occupancy input and you can have multiple TCO joined with just 3 wires.
The programming of the number of the module is made in a simple way pressing the button and then changing the state of the feedback input to be monitored. By means of the button it's also possible to show in the LED their programmed number of feedback input. It includes visualization of lack of bus RS.
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User's manual, schematics and PCB of RS-TCO |
To build your own Optical Control Panel (TCO) with LED. Takes data directly from the DCC signal installed as extension of RS-TCO. You can program each individual LED to show a accessory output illuminated fixed or flashing. Several LED can display the same accessory output and you can have multiple TCO joined with just 3 wires.
The programming of the number of the module is made in a simple way pressing the button and then changing the state of accessory output to be monitored. By means of the button it's also possible to show in the LED their programmed number of accessory output. It includes visualization of lack of DCC signal.
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User's manual, schematics and PCB of RS-TCO-DCC |
DCC accessory decoder that allows control up to four semaphores of 2 lights showing two aspects (red/green) or four aspects (shunting red/white) in each of them.
The transition between aspects is done by slow turning off and then progressive lighting of the lights to get a nice effect as close to reality. Easy programming via a button.
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User's manual of PpP-Sem2 |
DCC accessory decoder that allows control up to four semaphores of 3 lights showing four aspects in each of them.
The transition between aspects is done by slow turning off and then progressive lighting of the lights to get a nice effect as close to reality. Easy programming via a button.
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User's manual of PpP-Sem3 |
DCC accessory decoder that allows control up to three semaphores of 4 lights showing eight aspects in each of them.
The transition between aspects is done by slow turning off and then progressive lighting of the lights to get a nice effect as close to reality. Easy programming via a button.
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User's manual of PpP-Sem4 |
DCC accessory decoder to controls two triple turnouts with the needed sequence of coils for correct movement to each of the positions (right-center-left). Can also be configured to control one triple and two normal turnouts, or four normal turnouts.
The pulse duration is programmable between 0.02s and 5.1s, so it can be used with coil motor turnouts or slow motion turnouts (this using an adapter). It is also possible to maintain fixed the output to control a relay.
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Manual de usuario PpP-Des3 |
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