barmassimo Posted July 26, 2014 Share Posted July 26, 2014 Hi all, this is my first post on this forum and I'm considering buying a PX-5S. I would like to use partial sustain even if the PX-5S comes with only an on-off sustain IN. Is it possible to plug a sustain pedal like Yamaha FC3 or Roland DP10 into an expression IN of a keyboard? If the two kinds of pedals are electronically compatible with expression (not springed) pedals, I would expect to get expression (CC#11) continuous Midi signals when I press the pedal, so I could remap it with a software on sustain messages (CC#64) and control a vst like Pianoteq. Has anyone tried it? Thank you, sorry for my English, Massimo Quote Link to comment Share on other sites More sharing options...
Choppin Posted July 29, 2014 Share Posted July 29, 2014 Hello, If you can plug the expression pedal into something (another keyboard, device, or computer of some sort) that would convert it's messages to midi, then you could pipe that information back into the MIDI in or USB MIDI of the px-5s. Quote Link to comment Share on other sites More sharing options...
Display Name Posted July 29, 2014 Share Posted July 29, 2014 Hi and welcome to the forums. Are you talking about plugging a continuous pedal into the PX-5S? If so, it will not work. That connector is on/off only. Quote Link to comment Share on other sites More sharing options...
Nick Posted July 29, 2014 Share Posted July 29, 2014 Hi Massimo,I have a Roland DP-10 pedal plugged into my Px-5s. It only works as simple sustain pedal (on/off). When the Px-5s boots, It automatically detects the polarity of the pedal. Quote Link to comment Share on other sites More sharing options...
barmassimo Posted July 31, 2014 Author Share Posted July 31, 2014 Hi Massimo,I have a Roland DP-10 pedal plugged into my Px-5s. It only works as simple sustain pedal (on/off). When the Px-5s boots, It automatically detects the polarity of the pedal. Hi Nick, thank you for the answer, and thank you to Choppin and Scott too. Did you try to connect the DP-10 to the other pedal IN, and see if the Casio sends something on the MIDI OUT? A sequence of continuous CC messages would suffice to control software pianos like Pianoteq, that can be configured to get continuous sustain on any CC number (not necessarily CC #64). Please, can you try this quick experiment? I hope the message is clear, again sorry for my English. Massimo Quote Link to comment Share on other sites More sharing options...
Choppin Posted July 31, 2014 Share Posted July 31, 2014 Interesting. I would be curious about the result of that test. The test is to plug an expression pedal or a half damper capable pedal into the PX-5s and then read the MIDI data that is generated - regardless of how it behaves on the Px-5s. The hook-up might look like this: Expression pedal --> PX-5s --> USB or MIDI Out --> Computer --> read the MIDI messages that are being displayed when pressing the pedal. Quote Link to comment Share on other sites More sharing options...
Brad Saucier Posted August 1, 2014 Share Posted August 1, 2014 The PX-5s sound generator supports half damping of the piano tone. It can be done with the PX5s sliders or knobs set to CC64 Hold. The pedal jacks on the PX-5s are not designed for a continuous controller pedal. They work with switching type pedals. Quote Link to comment Share on other sites More sharing options...
barmassimo Posted August 1, 2014 Author Share Posted August 1, 2014 The PX-5s sound generator supports half damping of the piano tone. It can be done with the PX5s sliders or knobs set to CC64 Hold. The pedal jacks on the PX-5s are not designed for a continuous controller pedal. They work with switching type pedals. Oh, what a pity, for a nearly perfect piano, synth and controller. With two pedal inputs, I just assumed that the second one were an expression pedal. Even my old Roland U20 had expression input... I could use my Roland a500 controller (dp10 pedal -> a500 -> casio midi in) but I would like to avoid it. I'll probably wait for the px5s successor :-) Thank you, Massimo Quote Link to comment Share on other sites More sharing options...
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